Ness SmartLiving 505, SmartLiving 10100, SmartLiving 515, SmartLiving 1050 Installation Manual

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Page 1

Installation & Programming Manual

CEI 79-2 EN 50131-3 EN 50131-6 CEB T01

Ness Smart Living

Anti-intrusion Control Panels & Security Systems

INSTALLATION & PROGRAMMING MANUAL

Innovative Electronic Solutions

Page 2

Anti-intrusion control panels

Warranty

Ness Corporation (as known as Ness in this document) warrants the original purchaser that this product shall be free from defects in materials and workmanship under normal use for a period of 24 months. As Ness does not install this product directly, and due to the possibility that it may be used with other equipment not approved by Us; Ness does not warrant against loss of quality, degradation of performance of this product or actual damage that results from the use of products, parts or other replaceable items (such as consumables) that are neither made nor recommended by Ness. Seller obligation and liability under this warranty is expressly limited to repairing or replacing, at Seller's option, any product not meeting the specifications. In no event shall Ness be liable to the purchaser or any other person for any loss or damage whether direct ot indirect or consequential or incidental, including without limitation, any damages for lost profits, stolen goods, or claims by any other party caused by defective products or otherwise arising from the incorrect or otherwise improper installation or use of this product.

This warranty applies only to defects in parts and workmanship relating to normal use. It does not cover:

• damage arising from improper maintenance or negligence

• damage caused by fire, flood, wind or lightning

• vandalism

• fair wear and tear

Ness shall, at its discretion, repair or replace any defective products. Improper use, that is, use for purposes other than those mentioned in this manual will void the warranty. Contact Our authorized dealer, or visit our website for further information regarding this warranty.

Limited warranty

Ness shall not be liable to the purchaser or any other person for damage arising from improper storage, handling or use of this product.

Installation of this Product must be carried out by qualified persons appointed by Ness. Installation of this Product must be carried out in accordance with Our instructions in the product manual.

The information contained in this document is the sole property of Ness. No part may be copied without written authorization from Ness.

Directive compliance

Hereby Ness declares that the SmartLiving series of intrusion-control panels, the Air2 series of devices and the SecureLink / SmartLink product are in compliance with the essential requirements and other relevant provisions of Directive 1999/ 5/CE.

Moreover, Ness also declares that all other devices mentioned in this manual are in compliance with the essential requirements and other relevant provisions of Directive 2004/108/CE.

The full declarations of conformity can be found at URL: www.nesscorporation.com

State-of-the-art installations (DM 37/08)

The devices described in this manual, in accordance with the settings selected during the installation phase and the following illustrated guidelines are, alternatively, in compliance with the the Italian Normative CEI 79- 2:1998+Ab:2000 performance level 2 or European Normative CEI EN 50131- 3:2009 (in reference to Control and indicating equipment - intrusion control panels) and CEI EN 50131-6:2008 (in reference to Power supplies) security grade

In support of research, development, installation, testing, commissioning and maintenance of intrusion alarm systems installed in buildings please refer to the following normative documents:

CEI 79-3 e CEI CLC/TS 50131-7.

When installing Ness products, it is up to the installation company to install systems equipped with Normative CEI 79-2 compliant devices rather than devices compliant with European Normatives series EN50131 within and not over the DOWs summarized in amendment CEI 79-2;V1:2010.

Anti-intrusion control panels

www.nesscorporation.com

National Customer Service Centre Ph: 1300 551 991 customerservice@ness.com.au

Ness Smartliving Installation and Programming Manual

Document Part No: 890-443

All rights reserved. No part of this publication may be reproduced, transmitted or stored in a retrieval system in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written permission of Ness.

Ness reserves the right to make changes to features and specications at any time without prior notication in the interest of ongoing

product development and improvement.

CEI 79-2 EN 50131-3 EN 50131-6 CEB T01

Page 3

Installation and programming manual

Warranty . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

Limited warranty . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

European Directive compliance. . . . . . . . . . . . . . . . . . . . . . . . 2

State-of-the-art installations (DM 37/08) . . . . . . . . . . . . . . . . 2

Table of contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

About this manual . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

0-1 Terminology . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

0-2 Graphic conventions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Chapter 1 General information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

1-1 Manufacturer's details . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

1-2 Description of the product and various models . . . . . . . . . . . . . . . . . 6

1-3 Products certified and conforming to directives . . . . . . . . . . . . . . . . . 6

1-4 Patents Pending. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

1-5 Manuals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

1-6 Operator Qualifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

1-7 Access Levels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

1-8 Conventions – Glossary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Table of contents

Chapter 2 The control panel and peripherals . . . . . . . . . . . . . . . . . . . 9

2-1 Environmental Conditions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

2-2 SmartLiving intrusion control panels . . . . . . . . . . . . . . . . . . . . . . . . 9

2-3 Peripherals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

2-4 SmartLAN ethernet interface. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

2-5 AUXREL32 power distribution board . . . . . . . . . . . . . . . . . . . . . . . . . 22

Chapter 3 Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

3-1 Installing the control panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

3-2 Connecting peripherals. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

3-3 Addressing the peripherals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

3-4 Auto-enrolling peripherals. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

3-5 Wiring and balancing alarm detectors. . . . . . . . . . . . . . . . . . . . . . . . 37

3-6 Wiring and balancing rollerblind/shock sensors . . . . . . . . . . . . . . . . . 39

3-7 Connecting wireless detectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40

3-8 Learn zone balancing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40

3-9 Connecting the outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40

3-10 Installing add-on boards . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41

3-11 IP and Internet Connectivity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Chapter 4 First power up . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Chapter 5 Installation project via the SmartLeague . . . . . . . . . . . . . . 46

5-1 The SmartLeague software programme . . . . . . . . . . . . . . . . . . . . . . 46

5-2 Using the software programme . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

5-3 Creating a project layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

Chapter 6 Options and programming methods . . . . . . . . . . . . . . . . . . 49

6-1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49

Page 4

6-3 Programming via the SmartLeague programme . . . . . . . . . . . . . . . . 50

6-4 Fast programming from the keypad (Wizard) . . . . . . . . . . . . . . . . . . 50

6-5 Panel options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51

6-6 Terminals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54

6-7 Zones . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

6-8 Outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60

6-9 Walk test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61

6-10 Telephone . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62

6-11 Events . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63

6-12 Timer. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71

6-13 Partitions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72

6-14 User Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73

6-15 Installer codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75

6-16 Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 76

6-17 Arming scenarios. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77

6-18 Shortcuts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78

6-19 Expansions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79

6-20 Keypads . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79

6-21 Readers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80

6-22 Sounders . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 81

6-23 Language . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 81

6-24 Messages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82

6-25 Default settings. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82

6-26 User functions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 84

6-27 Other parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85

6-28 Activating outputs without authentication. . . . . . . . . . . . . . . . . . . . . 88

6-29 Programming the Nexus. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 89

Anti-intrusion control panels

Chapter 7 Complacency with the regulations in force . . . . . . . . . . . . . 92

Chapter 8 Errors and faults . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 95

8-1 Faults detected by the control panel . . . . . . . . . . . . . . . . . . . . . . . . 95

8-2 Communication BUS (I-BUS) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 96

8-3 LED activity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 96

8-4 Ring Sensitivity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97

8-5 Calibrating the touch-screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97

Appendix A Technical terminology and Glossary. . . . . . . . . . . . . . . . . . 98

Appendix B Shortcuts at default . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 106

Appendix C Available Icons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107

Appendix D Voice messages. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 108

Appendix E Screw Terminals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 110

Appendix F Combination of outputs triggered

by events . . . . .

. . . . . . . 111

Appendix G SIA Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 112

Page 5

Installation and programming manual

Info

ABOUT THIS MANUAL

DCMIINE0SLIVINGE

5.10

The main supervisory unit or any constituent parts of the SmartLiving intrusion control system.

Directions as seen by the operator when directly in front of the mounted device.

A device which sends voice calls or digital reports to programmed contact numbers in the event of an alarm.

Persons whose training, expertise and knowledge of the products and laws regarding security systems, are able to create, in accordance with the requirements of the purchaser, the most suitable solution for the protected premises.

Click on a specific item on the interface (drop-down menu, options box, graphic object, etc.).

Click on a video button, or push a key on the control-panel keypad.

MANUAL CODE

VERSION

0-1Terminology

CONTROL PANEL, SYSTEM, DEVICE

LEFT, RIGHT, BEHIND, ABOVE, BELOW

DIALER

QUALIFIED PERSONNEL

SELECT

PRESS

Following are the graphic conventions used in this manual.

Conventions Example Description

Text in italics

<text> #<AccountCode> Editable field

[Uppercase letter] or [num-

ber]

BUTTON

The “Note” sections contain important information relating to the text.

The “Attention” prompts indicate that total or partial disregard of the procedure could damage the device or its peripherals.

The “DANGER” warnings indicate that total or partial disregard of the procedure could injure the operator or persons in the vicinity.

See paragraph 0-2 Graphic

conventions

[A] or [1]

, ,

Indicates the title of a chapter, section, paragraph, table or figure in this manual or other

Reference relating to a part of the system or

published reference.

video object.

Keypad keys

0-2Graphic conventions

Note

ATTENTION!

DANGER!

Similarly marked dialogue boxes contain recommendations and/or guidelines which the manufacturer wishes to call attention to.

About this manual 5

Page 6

GENERAL INFORMATION

Chapter 1

1-1Supplier's details

Supplier: Nes

Address: 4/167 Prospect Hwy,

Seven Hills, NSW, 2147 Australia

Tel: +61 2 8825 9222

e-mail: customerservice@

Web: www.nesscorporation.com

The persons authorized by the manufacturer to repair or replace the parts of this system, hold authorization to work on Ness Corporation’s brand devices only.

s Corporation

ness.com.au

various models

Description: Intrusion control panel

Models: SmartLiving 505

SmartLiving 515

SmartLiving 1050

SmartLiving 10100

Applied Normative: CEI 79-2:1998+Ab:2000, CEI EN 50131-3:2009 and CEI EN

50131-6:2008

Certification agency: IMQ - Security systems

Security rating: 2

1-2Description of the product and

1-3Products certified and

conforming to directives

The SmartLiving intrusion control panel and the devices described in this manual have been certified by the IMQ - Security Systems agency as compliant with CEI 792:1998+Ab:2000, CEI EN 50131-3:2009 and CEI EN 50131-6:2008, when duly programmed, as described in Chapter 7 - Compliancy with the regulations in force.

The Control panel enclosure houses the following certified devices:

• INIM switching-power supply

• Motherboard (IN082 or IN088)

• SmartLogos30M voice board (accessory item)

• FLEX5/U input/output expansion board (accessory item)

• AUXREL32 relay board (accessory item)

• SmartLAN/SI and SmartLAN/G LAN interface boards (accessory items)

• IB100/RU BUS isolator board (accessory item)

• ProbeTH thermal-probe kit for battery-charge optimization (accessory item)

• TamperNO tamper-protection kit (accessory item)

• Backup battery, 12 V @ 17 Ah

• Motherboard (IN082 and IN088) integrated Type B notification apparatus

The control panel complacency is also guaranteed when connected to the following certified devices:

6 General information

Page 7

Installation and programming manual

• FLEX5/P input/output expansion boards

• Joy/MAX, Joy/GR, cCode/G, nCode/G keypads

• nBy/S outdoor-mount proximity readers

• nBy/X universal-mount proximity readers

• IB100/RP BUS isolator

• Self-powered IB100/A BUS isolator

• nCard access-control card for proximity readers

• Tag for nKey or nBoss proximity readers

• Self-powered sounderflashers for outdoor installation: Ivy, Ivy-F, Ivy-M, Ivy-FM, IvyB, Ivy-BF, Ivy-BM, Ivy-BFM

• Wireless devices AIR2, AIR2-BS100 (transceivers), Air2-IR100 (PIR detectors), Air2MC100 (magnetic contacts)

ATS2 notification apparatus (refer to EN50131-1:2008-02, paragraph 8.6 Notification, Table 10, page 46, Grade 2 and EN50136) characterized by:

• Transmission time - classification D2 (60 seconds)

• Transmission time - max. values M2 (120 seconds)

• Classification time - classification T2 (25 hours)

• S0 Substitution security (no detection of device substitution)

• I0 Information security (no detection of message substitution)

ATS4 notification apparatus (refer to EN50131-1:2008-02, paragraph 8.6 Notification, Table 10, page 46, Grade 3 and EN50136) features the following parameters (available on SmartLAN/G and SmartLAN/SI only):

• Transmission time - classification D2 (60 seconds)

• Transmission time - max. values M2 (120 seconds)

• Classification time - classification T3 (300 minutes)

• S1 Substitution security (measures aimed at detecting the substitution of the transceiver of the supervised site by means of an identifier code or address in all messages sent over the transmission link).

• I2 Information security (measures aimed at impeding unauthorized changes to transmitted information).

The SmartLiving series of control panels employs the following patented technologies.

put/Output Terminals: each terminal on-board the control panel, keypads and

• In expansion boards can be configured as either an input or output zone.

• nBy/X proximity reader: this reader has been especially designed to flush-mount to all models of electrical light-switch backboxes.

• Learn zone balancing: this option allows the control panel to save the balancing values of all the system zones automatically, thus eliminating the task of typing them in.

TYPE B NOTIFICATION APPARATUS

1-4Patents Pending

1-5Manuals

Installation and

programming manual

(this manual)

This manual (not included in the package) can be purchased from your retailer. You (the installer) should read carefully through it in order to become familiar with all the components and operating procedures of the SmartLiving system.

In order to provide adequate protection, the installer must adhere to all the manufacturer's guidelines relating to the active and passive security devices of this system.

Installation and

programming guide

This guide is included in the control panel package and provides all the instructions and illustrations necessary for fast installation and programming of the SmartLiving system. It provides step by step descriptions of the procedures required for the system wiring,

General information 7

1-5-1

1-5-2

Page 8

the various connections and first power-up. It also provides a table for the peripheral addressing process and a quick guide indicating default parameters and values and how to programme/change them directly from the keypad.

User's manual

The installer should read carefully through the user's manual (supplied with each control panel). Once the system has been installed, you must ensure that the User's Manual is available to the users for consultation, and that they fully understand how the system works and are aware of all the functions, settings and procedures.

It is the installer's responsibility to inform the system users that, regardless of its capabilities, an intrusion alarm system is not a substitute for the necessary precautions building occupants must take to prevent intrusion.

Installer

The installer is the person (or group of persons) who sets up and programs the entire security system in accordance with the purchaser's requirements and in respect of the safety and security regulation in force. As the only individual in contact with system users, it is the installer's responsibility to instruct them on how to use the security system properly.

Under normal circumstances, the installer is not allowed to arm/disarm the system without previous authorization from the user. All the system partitions must be disarmed before accessing the parameter programming phase.

The access code of the installer is a level 3 access code.

User

The users are the occupants of the building where this intrusion control panel is installed. Only authorized users can access and operate the system.

Thanks to the extreme flexibility of the system, the most common operations can be carried out without authorization. This operating method must be expressly requested by the main user, as it considerably lowers the security level of the system and may cause false alarms, accidental arm/disarm operations, etc.

A system access code can be associated with each user. The programming process allows you to define the code hierarchy:

• User

• Manager

• Master The system codes can carry out, in accordance with their assigned level in the system hierarchy (the "User" being the lowest level), the following operations on all other codes that are inferior hierarchically:

•• enable/disable

•• change PIN

•• change the programming parameters

If the system programming complies with security grade 3 of EN 50131, some partition arming or delete memory operations, requested from a keypad, may be authorized by the entry of a level 3 code (installer code) as well as by a user code.

1-5-3

1-6Operator Qualifications

1-6-1

1-6-2

1-7Access Levels

The normative defines the following system-access levels, regardless of system-access

itations:

lim

• Level 1 - access by any person (e.g. passer-by)

• Level 2 - user access

• Level 3 - installer or maintenance operator access (authorized by user - level 2)

• Level 4 - manufacturer access

1-8Conventions – Glossary

In order to understand the terminology used in this manual and improve your knowledge of this system and its operating procedures, read carefully through the glossary (refer to Appendix A, Technical terminology and Glossary).The appendix contains the definitions of technical terms commonly used in the field of security, therefore, relevant to the SmartLiving system.

8 General information

Page 9

Installation and programming manual

THE CONTROL PANEL

AND PERIPHERALS

All control panels from the SmartLiving series are for indoor installation only and

erate best under the following conditions:

• Temperature: from -10° to +40°C

• Maximum humidity:75% (without condensation)

• Environmental class:II

The nCode/G, cCode/G, Alien/S, Alien/G, IB100, FLEX5, Nexus and nBy/X peripheral devices are for indoor installation only and operate best under the following environmental conditions:

• Temperature: from -10° to +40°C

• Maximum humidity:75% (without condensation)

• Environmental class:II

The nBy/S reader is suitable for outdoor installation and operates best under the following conditions:

• Temperature: from -25° to +70°C

• Maximum humidity:93% (without condensation)

• Protection grade:IP34

• Environmental class:IV

Chapter 2

2-1Environmental Conditions

ntrol panels

Package contents

Inside the package you will find:

• Metal enclosure containing the wired motherboard and power supply (adapter or switching-power supply)

• User's Manual

• Quick Installation Guide

• Plastic bag:

Table 1:

Control panel models

3k9 Ohm 1/4W resistance

Resistance 6k8 Ohm 1/4W

Backup-battery wire

Screws to secure the frontplate of

the metal enclosure

Items not included in the package:

Thermal probe (battery-charge optimizer which operates in accordance with the battery temperature), backup battery, Dialler Lead, SmartLeague programme CD, Installation Manual. These devices are accessory items which must be purchased separately.

Package contents

505 515 1050 1050L 10100L

10 20

2-2SmartLiving intrusion

2-2-1

The control panel and peripherals 9

Page 10

Control panel descriptions

2-2-2

Table 2:

Control panel models

Power supply voltage

Nominal output voltage

Voltage - operating range

Maximum current draw

Current draw of control panel

motherboard

Maximum distributable current @ 12V

Maximum distributable current to

open-collector outputs

Maximum power-supply voltage ripple

Max. battery-charge current

Backup battery

Max. current across +AUX terminals

Power supply (EN 50131)

Enclosure Dimensions (W x H x D)

Weight (without battery)

Control panels - electrical and mechanical features

505 515 1050 1050L 10100L

230V ~ -15% +10% 50/60Hz

13.8V

9 - 16 V

0.2A 0.4A 0.6A

110mA @ 22V

1.2A 3A 5A

150mA 500mA

340mV 70mV

900mA

2.5 Kg 2.2 Kg 5.3 Kg

1A 2A

12V 7Ah 12V 17Ah

recharged 80% in 24h

(1.35A for +AUX1, 1.35A for +AUX2, 1.35A for +AUX3)

Type A

21.5 x 30.5 x 8.5cm 37.5 x 51 x 8.5cm

Compliancy with EN 50131, CEI 79 or CEB T014 requires that the values of the

mum distributable current respect determined limits, as indicated in paragraph 3-

maxi 1-3 Maximum current - normative references.

The control panel label s located inside the enclosure.

The following table shows the maximum number of devices supported by the various control panel models.

75mA @ 13.8V=

4.05A

Terminals on

panel

Outputs on

control-panel

motherboard

(JOY, nCode/G, cCode/G, Alien)

Possible key combinations

Table 3:

Control panel models

Total terminals

total

configurable as inputs

configurable as rollerblind/shock

configurable as outputs

Total zones

total

Relay

open-collector

Partitions

Keypads

Voice memo slots

FLEX5 expansions

nBy Readers

Air2-BS100 Transceivers

Digital keys and keyfobs

IB100 isolators

Nexus dialer

Codes

Scenarios

Timer

Recordable Events

Programmable events

Control panel - Main Features

505 515 1050 1050L 10100L

5 15 50 100

5 10

0 5

10 30 100 200

5 10 15

5 10 20 40

10 20 30

50 100 150

4294967296

30 50 100

10 20

500 1000

10 30 50

SmartLiving control panels are not equipped with built-in dislodgement-tamper microswitches.

Note

For the order code of this accessory item, refer to Ness Sales staff.

10 The control panel and peripherals

Page 11

Installation and programming manual

SmartLiving 505/515

control-panel motherboard

SmartLiving1050/1050L/10100L

Control panel motherboard

5.xx

Table 4:

Control panels - description of parts

Models 505 515 1050 1050L 10100L

2-3

4-5 PSTN

6-7-8-9 + D S -

10-11-12 NO NC COM

13 +AUX

14-15 OC1 OC2

16 +AUX

17-19-21-

23-25

18-20-22-

24-26

27 +AUX

28-29 AC

28-30-32-

34-36

29-31-33-

37 +AUX

Power adapter (Transformer) 3A switching power supply

Mains connection terminal-board (230 Vac) - 50/60 Hz

Power cable - adapter to control

panel

Power cable - switching-power supply to panel

Mains cable entry

Metal enclosure

Anchor-screw locations for the metal backbox

Dislodgement-tamper microswitch location

Backup battery

Backup-battery wire

Backup-battery connector

Thermal probe (accessory item)

Thermal probe connector

Thermal probe (enable/disable)

jumper

Connectors for the SmartLAN power-supply jumper

Local I-BUS connector

Maintenance jumper connectors

SmartLogos30M voice-board connector

Control panel to PC serial cable connector

Dislodgement-tamper microswitch connector (accessory item)

Open-panel tamper microswitch connector (accessory item)

Open-panel tamper microswitch

Terminal board

Blue and yellow activity LEDs

Firmware version label

Anchor-screw locations for AUXREL32 board

Ground connection screws

FLEX5/U expansion board locations

icon/identi-

fier

Table 5:

Control panel - terminal board

Model

505 515 1050 1050L 10100L

Earth connection

Internal telephone-line connection

Land-line connection (PSTN)

Voltage-free contacts of the relay output (Typically External Siren)

I-BUS connections

12V Ancillary power supply

Open-collector outputs (Typically OC1 Strobe & OC2 Internal Siren)

+12V Ancillary power supply

Power supply negative (earth or GND)

T1-T2-T3-

T4-T5

Control panel input terminals: T1, T2, T3, T4 and T5

12V Ancillary power supply

Power supply input from

T6-T7-T8-

T9-T10

the transformer

Terminals: T6, T7, T8, T9 and T10 of the

Power supply negative (earth or GND)

12V Ancillary power supply

control panel

5A switching

power supply

The control panel and peripherals 11

Page 12

SmartLiving 10100L

SmartLiving 505/515 SmartLiving 1050

12 The control panel and peripherals

Page 13

Installation and programming manual

JOY keypad board

JOY keypad backbox

Events log memory

The control panel events are saved to a non-volatile semiconductor-memory which retains data without the need of power.

The electrical characteristics of semiconductor devices diminish over time. However, a minimum period of 40 years data retention is guaranteed.

I-BUS interconnections

SmartLiving control panels are equipped with a 4-wire BUS for peripheral interconnections (2 power-supply wire and 2 data exchange wires, refer to paragraph 3-2-1 The I-BUS line wiring).

The intellectual property rights regarding the electrical, structural and protocol features of the BUS are the sole property of the manufacturers.

The I-BUS is not a RS485 differential BUS.

The control panel I-BUS accommodates the following peripherals:

OY/GR, JOY/MAX, nCode/G, cCode/G, Alien/G e Alien/S keypads

• J

• Readers (nBy/S and nBy/X)

• Expansions (Flex5)

• Transceivers (Air2-BS100)

• Sounderflashers (Ivy)

• IB100 isolators

• GSM dialer (Nexus)

2-2-3

2-2-4

2-3Peripherals

Terminals configurable as OC outputs

Maximum current draw per terminal

Dimensions (W x H x D) [mm]

Joy/GR and Joy/MAX keypads

Table 6:

Joy keypads models JOY/GR JOY/MAX

Voltage [V]

Typical current draw [mA]

[mA]

Weight [g]

Table 7:

Dislodgement-tamper microswitch screw location

Dislodgement-tamper microswitch spring

Device specifications

70 90

142 x 116 x 20

160 180

Joy - description of parts

Terminal board

Buzzer

Microphone (Joy/MAX only)

Temperature sensor (Joy/MAX only)

Open-tamper microswitch

Backlit graphic display

Signaling LEDs

Antenna (Joy/MAX only)

Speaker-wire connector (Joy/MAX only)

Wire entry

Wall-mount screw locations

Speaker housing

Board supports

9 - 16

150

2-3-1

The control panel and peripherals 13

Page 14

Keypad terminals:

nCode/G keypad

cCode/G keypad

F F

Retro keypads

nCode/G and cCode/G

Table 8:

n. icon/identifier description

1 +

2 D

3 S

4 -

5 T1

7 T2

Joy - terminal board

Terminal “+” for the I-BUS connection

Terminal “D” for the I-BUS connection

Terminal “S” for the I-BUS connection

Terminal “-” for the I-BUS connection

Screw terminal of keypad terminal T1

Negative power terminal (Negative or GND)

Screw terminal of keypad terminal T2

Negative power terminal (Negative or GND)

Terminals T1 and T2 can be configured as:

• Input (also as Rollerblind or Shock)

• Output

• Double zone

• Supervised Output

The keypad package contains a sticker (to be located under the keypad flip) which can be used to note down the keypad address or label, its location, the partitions it controls and any phone-contact numbers.

nCode/G and cCode/G Keypads

Table 9:

Keypad models nCode/G cCode/G

Voltage [V]

Typical current draw [mA]

Terminals configurable as OC

Maximum current draw per

Dimensions (W x H x D) [mm]

outputs

terminal [mA]

Weight [g]

Device specifications

70 80

87 x 129 x 18

135 155

9 - 16

150

2-3-2

Table 10:

nCode/G and cCode/G -

description of parts

Backlit graphic display

Signaling LEDs

Cable connector

Tamper microswitch

Screw location

Terminal board guide

Buzzer

nCode/G and cCode/G keypads are equipped with a buzzer and a T1 terminal which can be configure

• Input (also as Rollerblind or Shock)

• Output

d as:

• Double zone

14 The control panel and peripherals

Page 15

Installation and programming manual

6 wire cable KB100 - terminal board

Mounting bracket

M M

KB100 - deep mounting bracket

M M

Alien/S - front

Alien/S - back

Alien/S - mounting bracket

F F

You can connect nCode/G and cCode/G keypads using the connector on the back of the device, using either the 6 wire cable (included), or the KB100 terminal board included in the deep-bracket kit (accessory kit).

Table 11:

1 Red +

2 Yellow D

3 Green S

4 Black -

5 Blue T1

6 Black

Wire

colour

Connection cables - KB100 terminal board

KB100 ter-

minal board

Table 12:

Wire/Terminal “+” for the I-BUS connection

Wire/Terminal “D” for the I-BUS connection

Wire/Terminal “S” for the I-BUS connection

Wire/Terminal “-” for the I-BUS connection

Wire/terminal of keypad terminal T1

Negative power wire/terminal (Negative or GND)

Brackets - description of parts

Wire entry

Wall-mount screw locations

Flush-mount screw locations

Backlocking grips

description

Note: Keypads are enabled with Tamper switches, so ensure they are securely mounted before attempting to operate the system.

Alien/G and Alien/S

2-3-3

touch screen keypads

• Touch-screen

• Protection against removal and dislodgement tamper

• Input/Output terminals (Alien/G only)

• Compatible with all SmartLiving 5.0 and higher models

• Thermometer and chronothermostat function

• Microphone and loudspeaker for voice functions

• Built-in proximity reader

• System interface with I-BUS and RS485 BUS

• USB Interface

• SD card interface

• Photoframe function with images on SD card

• Background customization with images on SD Card

• Skin selection

• Black or white

The control panel and peripherals 15

Table 13:

Alien - description of parts

Display

Microphone

Proximity reader

Touch pen holder

Closure hooks

Backlocking grips

Securing screw

Page 16

Alien/G open

Alien/G - front

Alien/G - back

Alien/G - PCB

1 2 3 4 5 6 7 8 9 10 11 12 13 14

10 -

11 T1

13 T2

12 - 14

Table 13:

Selection jumper connectors for EOL resistance on

1 + 14V

2 - 14V

3 +

4 D

5 S

6 -

7 +

8 B

9 A

Alien - description of parts

Cable entry

Screw locations

Back-locking grip locations

Flush-mount screw locations for “503” box

PCB

Terminal board/Connector for wires

Dislodgement-tamper microswitch

Open-tamper microswitch

Battery connector

Ethernet connector

Mini USB connector

Slot for micro-SD card

RS485

LED activity

Temperature sensor

Reset button

Forced calibration button

Table 14:

icon/iden-

tifier

Alien/G - terminal board

description

Positive power terminal

Negative power terminal

Terminal “+” for the I-BUS connection

Terminal “D” for the I-BUS connection

Terminal “S” for the I-BUS connection

Terminal “-” for the I-BUS connection

Terminal “+” for the RS485 BUS connection

Terminal “B” for the RS485 BUS connection

Terminal “A” for the RS485 BUS connection

Terminal “-” for the RS485 BUS connection

Screw terminal of keypad terminal T1

Screw terminal of keypad terminal T2

Negative power terminal (Negative or GND)

Terminals T1 and T2 can be configured as:

• Input (also as Rollerblind or Shock)

• Output

• Double zone

• Supervised Output

16 The control panel and peripherals

Page 17

Installation and programming manual

Alien/S - 8 wire cable

nBy/S

1 2 3 4

nBy/X

1 2 3 4

Patent Patent

Connection of the Alien/S keypad is achieved through the connector on the back and must done using the 8 wire cable which comes with the keypad.

le 15:

Wire

colour

Red +

Yellow D

Green S

Black -

Grey B

Blue A

White REOL

Alien/S

terminal

board

Tab

Alien/S - Connection wires

description

Cable/Terminal “+” of the I-BUS and RS485 BUS

Cable/Terminal “D” for the I-BUS connection

Cable/Terminal “S” for the I-BUS connection

Cable/Terminal “-” of the I-BUS and RS485 BUS

Terminal “B” for the RS485 BUS connection

Terminal “A” for the RS485 BUS connection

Wire/Terminals to establish the EOL on the RS485

Keypad models Alien/S Alien/G

Voltage [V]

Typical current draw [mA]

Terminals configurable as

Maximum current draw per

Number of display colours

Reader terminals:

OC outputs

terminal [mA]

Input/Output terminals

Screen dimensions[in]

Display resolution

SD card capacity [GB]

Box for flush-mount

installation

Dimensions (W x H x D)

[mm]

Weight [g]

Dimensions (W x H x D) [mm]

1 +

2 D

3 S

4 -

Table 16:

Device specifications

150 400

- 2

4.3 7

480x272 800x480

Max. 16

Bracket for mounting to stan-

dard “503” boxes

131x81x17

160 520

9 - 16

150

65000

Flush-mount box supplied

(214x129x54 mm)

219x143x34

If mounted to flush-mount

box: 219x143x17

Readers - nBy/S and nBy/X

Table 17:

Reader models nBy/S nBy/X

Voltage [V]

Typical current draw [mA]

Weight [g]

Table 18:

Optical sensors for open-enclosure and dislodgement tamper detection

Table 19:

icon/identi-

fier

Device specifications

9 - 16

40 35

64 x 80 x 17 19 x 50 x 51

45 25

nBy - description of parts

Terminal board

Buzzer (nBy/S only)

LED

Antenna

nBy - terminal board

description

Terminal “+” for the I-BUS connection

Terminal “D” for the I-BUS connection

Terminal “S” for the I-BUS connection

Terminal “-” for the I-BUS connection

The control panel and peripherals 17

Page 18

Flex5 expansion boards

Flex5/U

B C E F

D G

2-3-4

• Flex5/U c

omes in an enclosure with on-view terminals and address DIP-Switch, as shown above. It is evident that this version offers little protection to the terminals and is recommended to be installed in a tamper protected enclosure. The jumper of connector [D] enables/disables the protection against open and dislodgement tamper of the plastic enclosure only.

Table 20:

Expansion board models FLEX5/U

Voltage [V]

Typical current draw [mA]

Max. current across +AUX terminals

[mA @13.8V]

Dimensions including enclosure

(W x H x D) [mm]

Weight including enclosure [g]

Device specifications

9 - 16

300

105 x 58 x 18

The packages of both versions of the Flex5 expansion board contain:

• Flex5 expansion board in a plastic enclosure

• Dislodgement/Open tamper jumper

• 10 resistors @ 3K9Ohm 1/4W

• 10 resistors @ 6K8Ohm 1/4W

Table 21:

DIP-Switch strip for peripheral device addressing

Connector to enable peripheral-tamper detection

Flex5 - description of parts

Terminal board

Buzzer

Dislodgement-tamper microswitch

Open-tamper microswitch

Peripheral activity LED (where present)

Peripheral activity LED signals are as follows:

• fast blinking - peripheral operative and enrolled (in configuration)

• slow blinking - peripheral operative but not enrolled (not in configuration)

The Flex5 expansion board terminals are as follows:

Table 22:

1-2-3-4 + D S -

18 The control panel and peripherals

5-6 +AUX

7-9-11-

13-15

8-10-12-

14-16

icon/

identifier

T1-T2-T3-

T4-T5

Expansion terminal board

description

I-BUS connection terminals

12V ancillary power source terminals

Screw terminals for expansion terminals: T1, T2, T3, T4

and T5

Negative power terminals (Negative or GND)

Page 19

Installation and programming manual

Terminals T1, T2, T3, T4 and T5 can be configured as:

• Input (Rollerblind or Shock for terminals T1, T2, T3 and T4 only)

• Output

• Double zone

• Supervised Output

Transceiver for Air2-BS100

The Air2-BS100 two-way wireless system integrates directly with all models of the Ness SmartLiving Series intrusion control panel range.

Description of the Air2 system devices:

• Air2–BS100 transceiver module

• Air2–IR100 passive infrared detector

• Air2–MC100 magnetic contact/rollerblind/exit

• Air2–MC200 magnetic contact/shock and tilt detector

• Air2–KF100 4 button remote-control keyfob

• Air2-FD100 smoke detector

For a complete description of all these devices refer to the Air2-BS100 Installation Guide.

IVY sounder/flasher

The IVY is a High Security Outdoor Siren / Flasher. The self-powered sounders from the IVY outdoor series are controlled continuously by a microprocessor which monitors all the device parameters to ensure performance and reliability at all times.

For a complete description of all these devices refer to the sounder Installation Guide.

IB100 isolators

Isolators from the IB100 series peripherals can be connected directly to the I-BUS, in order to increase both its length and performance.

Each isolator has 4 input terminals and 4 output terminals for the BUS connection with the following functions:

• Galvanic Isolation, up to 2500V, for the entire BUS between input and output.

• Regeneration of the communication signals.

• Detection of anomalies towards the output section and its consequent isolation.

For a complete description of all these devices refer to the respective Installation Guide.

2-3-5

2-3-6

2-3-7

Nexus dialers

All models of the Nexus dialer are managed by the BUS. The Standard model interfaces SmartLiving control panels with GSM communication channels whereas, the Nexus/G model also interfaces with GPRS channels.

The functions made available to control panels equipped with this device are:

• voice calls via the Nexus using an installed SmartLogos30M voice board

• digital report calls via GSM using CONTACT-ID and ADEMCO 10 bps protocols

• digital report calls via GPRS using SIA-IP (Nexus/G model only)

• SMS messages for each event using either -

•• the description provided by the keypad events log

•• the customized description (maximum 50 editable SMS texts)

• the control panel carries out commands sent by the user via SMS message

• the control panel carries out commands after recognition of the user's telephone number (CALLER-ID)

• Answerphone

Table 23:

Dimensions including enclosure (W x H x D)

Nexus - electrical and mechanical features

Voltage [V]

Current draw in standby [mA]

Maximum current draw [mA]

[mm]

Weight including enclosure [g]

9 - 16

900

105 x 58 x 18

2-3-8

The control panel and peripherals 19

Page 20

The Nexus package includes:

H L M

C D

• Nexus expansion board in a plastic enclosure

• Remote antenna with 3 meters of cable

Table 24:

Nexus - description of parts

Terminal board

Antenna connector

P1 button

P2 button

SIM card housing (SIM non included)

Buzzer

Open-tamper microswitch

Communication LED (green)

Emergency LED (red)

Fault LED (red)

Connection LED (green)

The terminals for the BUS connection are as follows:

1 +

2 D

3 S

4 -

icon/

identifier

Table 25:

Nexus terminal board

description

Terminal “+” for the I-BUS connection

Terminal “D” for the I-BUS connection

Terminal “S” for the I-BUS connection

Terminal “-” for the I-BUS connection

Peripheral activity LED signals are as follows:

Table 26:

LED Function ON OFF

Communication

Emergency

Faults

Connection

Indicates communica-

tion with the control

panel

Indicates communica-

tion failure with the

control panel

Indicates the presence

of faults

Indicates the status of

the GSM network

Nexus LEDs

The LED blinks during ongo-

ing communications

Blinks in the event of tam-

per or fault on the BUS

Blinks in the event of ongo-

• Slow blinking -

• Fast blinking - Provider

ing faults

Searching for the provider

found

Not communicating

Normal communication with

the control panel

No faults present

Device Off

After activation of the Fault LED (indicating a fault is present), you can obtain further information regarding the cause of the fault by simply pressing button P2 [D]. The successive activation of the Emergency and Fault signaling LEDs will signal as follows:

Table 27:

LED On Fault

Communication

Emergency

Faults

You can obtain an indication of the GSM reception level by simply pressing button P1 [C] and observing the number of LEDs which light amongst the Communication,

Fault signaling

No Credit

SIM card with PIN request

Communication problems

enabled

with the GSM module

Emergency and the Fault LEDs (viewing lasts 5 seconds):

• 1 LED - weak reception

• 2 LED - good reception

• 3 LED - excellent reception

20 The control panel and peripherals

Page 21

Installation and programming manual

E F

G O

SmartLAN/G

SmartLAN/SI

SmartLAN boards (SmartLAN/G and SmartLAN/SI versions) allow the expansion of connectivity of all Ness SmartLiving control panels to the LAN and the Internet.

The operating capacity of the SmartLAN board depends on the proper configuration of the networks it is connected to. Therefore, if you are installing a SmartLAN board, it is necessary to contact the network administrator in order to configure it correctly.

Both boards allow you to programme the control panel parameters via the LAN through the SmartLeague software programme.

The SmartLAN/G also allows users to:

• send event-report e-mails and attachments.

• interact, after user authentication, with the control panel through any browser (Explorer, Firefox, Opera, Safari, etc.), providing it has an integrated web-server:

•• view the status of zones

•• view the status of partitions

•• view the status of timers

•• view the events log

•• access one of the keypads operating within the system which will provide the

user with an interface that is recognized by the control panel

Thus the user will be able to arm/disarm partitions, bypass/unbypass zones, activate/ deactivate the alarm and tamper memories.

For a more detailed explanation of how to use the Web-server, refer to the User Manual of the control panel in use.

2-4SmartLAN ethernet interface

Table 28:

Expansion board models SmartLAN/SI SmartLAN/G

Power supply voltage

Maximum current draw

Operating temperature

Dimensions

Maximum capacity of the µSD-

card

Security protocol

PCB code

Table 29:

Ancillary power connector (SmartLiving515 only)

LED - Control panel to SmartLAN connection

LED - transmission/reception over BUS RS232

Device specifications

12 V

70 mA 90 mA

-5 / +40 °C

81 x 54 x 25 mm

8-bit proprietary

encryption

IN074 IN133

SmartLAN - description of parts

RJ45 LAN line jack

DB9 serial line jack (on the back)

µSD-card connector

LED - Connection speed at 100Mbps

RESET button

HARD RESET button

LED - Board power

LED - Network connection

LED - Network activity

LED - Network collision

Fixing hole and earthing

SD-card (not included)

32 Gb

128-bit AES

The control panel and peripherals 21

Page 22

distribution board

The AUXREL32 power distribution board (accessory item) can be used with SmartLiving 1050L and 10100L models. It provides two relays and allows the system to take full advantage of the current supplied by the switching power supply of the control panel.

Each relay, has a voltage-free contact identified by terminals C1-NO1-NC1 and C2-NO2NC2. The relays are activated by the OC1 and OC2 outputs on the control panel. The activation of each relay is signaled by the on-board LED ([D] for relay 1 and [E] for relay

2).

The 3 pairs of terminals are available, each protected by a resettable fuse (GND/AUX1 – GND/AUX2 – GND/AUX3), and each capable providing 12V@1A.

2-5AUXREL32 power

Table 30:

Power supply voltage

Maximum current

Operating temperature

Dimensions

Table 31:

Table 32:

n. icon/identifier description

1-2-3 C1-NO1-NC1

4-5-6 C2-NO2-NC2

7-9-11 AUX1-AUX2-AUX3

8-10-12

Device specifications

AUXREL32 - description of parts

Terminal board

12V connector

OC1/OC2 connector

Relay LED 1

Relay LED 2

12V present LED

Screw locations

OC1/OC2 connection wire (included)

12V power wire (included)

AUXREL32 terminal board

Free voltage relay 1

Free voltage relay 2

12V@1A screw terminals

Negative power terminals

(Negative or GND)

12 V

3 A

-5°C / +40°C

42 x 78 x 20 mm

22 The control panel and peripherals

Page 23

Installation and programming manual

Chapter 3

INSTALLATION

3-1Installing the control panel

Wall-mounting

The control panel should be located in a secure location that can be accessed by authorized building occupants only.

1. Using the backbox (Table 4: Control panels - description of parts, G), mark the anchor screw locations on the wall. Be sure not to drill in the vicinity of electrical wiring or plumbing/gas pipes, etc.

2. Insert the screw anchors (recommended size 6mm).

3. Pull the wires through the wire entry.

4. Using the screws, attach the backbox to the wall.

5. Fit the dislodgement-tamper microswitch (provided with SmartLiving 10100L, optional for SmartLiving 505, 515 and 1050, refer to Appen- dix H, Order codes, TamperNO).

5.1. Insert the dislodgement-tamper bracket [A] into its location on

the backbox of the control panel (Table 4: Control panels - description of parts, H).

5.2. Using screw location [B], screw the bracket to the wall.

5.3. Connect the wire coming from the dislodgement-tamper

microswitch [C] to the connector [D] on the board (Table 4: Control panels - description of parts, T).

The cable gland must be flame class rating V-1 or higher.

Connecting the Mains power

supply

The control panel must be powered through a separate line coming from the Mains box. The line must be protected by a safety-standards compliant circuit breaker (trip switch).

The circuit breaker (trip switch) must be located externally to the apparatus and should be easily accessible. The distance between contacts must be at least 3mm. The manufacturer strongly advises the use of a magnetothermic switch with C intervention curve and nominal (maximum) current - 16A.

The protective earthing system must be compliant with all safety standards and laws in force.

3-1-1

Note

3-1-2

Ensure that the Mains is switched Off during the mains connection phase. Danger of electric shock.

The 505 and 515 models

The 505 and 515 models are powered by an external AC power pack.

The 1050 and 10100L models

Pull the cable through the cable entry [E], then connect the mains power to the power-

pply terminal board [D], located on the backplate above the motherboard. When

su connecting the earth wire, follow the indications on the power-supply label [F]. The power-supply provides power to the system and supplies the charge voltage.

Installation 23

DANGER!

Page 24

Maximum current - normative

230V ~ 50/60 Hz

nput

230V ~ 50/60 Hz

AC I

nput

SmartLiving10100LSmartLiving 1050

Faults

Low battery

references

Compliance with EN50131, CEI 79 or CEB T014 requires full observation of the rules (relating to the applicable normative and the model of the control panel concerned) presented in the Table below.

The system must be arranged in such a way that the current draw under normal circumstances does not exceed the maximum current allowed and the power source for the battery charge is always available.

EN50131-3

CEI 79-2

CEB T014

Table 33:

Norm

Maximum current

Current reserved for

the battery charge

Maximum current per-

Current reserved for

the battery charge

Maximum current per-

Current reserved for

the battery charge

Maximum current permitted

SmartLiving intrusion control panels

505 515 1050 10100L

permitted

mitted

1.2A 1.2A 2.6A 3.5A

1A 1A 2A 2A

1.2A 1.2A 2.6A 3.5A

1A 1A 2A 2A

1.2A 1.2A 2.3A 2.7A

1A 1A 2A 2A

3-1-3

Connecting the backup battery

The backup battery [A] connection must be completed during the phase described in Chapter 4 - First power up.

The SmartLiving 505, 515 and 1050 control panels house one lead battery @12V 7Ah.

The SmartLiving 10100L house two lead batteries, one @12V 17Ah (Max) and the other @12V 1.2Ah.

The battery casing must have HB flame rating or higher.

Using the battery wire [B] (included), connect the battery directly to the control panel motherboard.

Ensure that battery polarity is correct:

- black wire = negative

- red wire = positive

The backup battery is the secondary power source which powers the system during mains failure (230Vac, 50Hz).

Once powered up, the panel will charge and monitor the battery automatically. The panel tests the efficiency of the battery by simulating load current demand at regular 4 minute intervals. If the control panel detects a voltage inferior to 10.4V (battery inefficient), it will generate a Low battery event that will not clear until the voltage goes back to over 11.4V.

This fault will be signalled on the yellow LED on the keypads. To view the fault event, work through the following steps:

Access User menu

, then View , Faults Ongoing .

3-1-4

Note

ATTENTION!

24 Installation

Page 25

Installation and programming manual

SmartLiving 505/515 SmartLiving 1050 SmartLiving10100L

3A switching power supply

5A switching power supply

12,75

13,25

13,5

13,75

14,25

14,5

0 5 10 15 20 25 30 35 40 45 50

°C

Volt

Thermal probe

3-1-5

The battery charge process can be optimized by means of a thermal probe [C] (accessory item). This device regulates the charging process in accordance with the battery temperature. The thermal probe protects against battery overheating and consequent permanent damage to the battery.

To connect a thermal probe, work through the following steps.

1. Disconnect the battery (if necessary).

2. Connect the thermal probe to the connector on the board [D]. If you are installing a model which is equipped with a switching power supply (SmartLiving 1050, and 10100L), you can connect the thermal probe directly to the power supply connector.

3. If you are installing a SmartLiving505 or 515 model, remove the jumper on the motherboard to enable the thermal probe (refer to Table 4: Control panels - description of parts, N).

4. Using adhesive-insulating tape, attach the thermal probe to the battery [E], in such way as to provide optimized heat-transfer measurements.

5. Hold a thermometer against the probe, and measure the probe temperature.

6. Using the following graph, find the value the measurement will be based on.

7. Using a tester, measure the voltage on the +AUX terminals and adjust the trim-

Installation 25

mer [F] to the previously measured value.

Page 26

Opening and closing the control panel

SecureLink

Control

panel

Gas

Arrestor

If you wish to remove the metal front plate, work carefully through the following steps.

1. Type-in the installer code on the keypad and press . Access to the installer menu inhibits the activation of the output and any report calls associated with the

“Open-panel” event.

2. Remove the four screws and the metal-frontplate.

3. Insert the Maintenance jumper (refer to paragraph 3-1-10 Maintenance status) and carry out the necessary work.

Once your task is complete, work carefully through the following steps. Remove the Maintenance jumper., Using the 4 screws, secure the frontplate to the backbox. Exit the Installer menu.

If you exit the Installer menu before replacing the panel frontplate, the system panel will not generate an open-panel event. However, the system will generate an open-panel event, if the frontplate is not replaced within 15 seconds of closing the open-tamper switch.

3-1-6

Note

Land-line connection (PSTN)

Terminals 4 and 5 on the control panel motherboard (Table 5: Control panel - terminal board, 4-5) are for the land-line telephone connection.

In order to protect the control panel against the discharge of atmospheric electricity, (lightning), the manufacture strongly advices the use of the two Gas Arrestors. These Arrestors must be connected to the earth line 1 and terminals 4 and 5 of the landline (PSTN).

If you are installing the system in a place where the land line (PSTN) service is not available, or if you wish to increase the level of security of the system, these terminals also accept a GSM interface (such as Ness's SecureLink) which simulates the analogue land-line.

Ness provide two versions of the SecureLink GSM interface: SecureLink-G and SecureLink-GP. Both these devices simulate the analogue land line during line-down conditions (line trouble or wire-cutting) and allow the control panel to switch incoming/ outgoing calls to the GSM network.

You can also use the terminals on the SecureLink board to extend the functions provided by the SmartLiving system. The following section describes several methods which will allow you to provide users with advanced functions.

• Arming/Disarming the system over-the-phone using a cost-free call or SMS text By connecting one of the “follow zone” configured SmartLiving board terminals to an output on the SecureLink board, it will be possible to arm or disarm the SmartLiving system via SMS. In a similar way, using a “switching zone” configured terminal, it will be possible to arm or disarm the SmartLiving system simply by means of a recognized incoming call.

• Alarm warning to users via SMS text By connecting one of the alarm outputs of the SmartLiving control panel to an input on the SecureLink board, it will be possible to receive alarm warning via SMS text. The system can be set up to send an editable SMS text to 10 different contact numbers.

All the functions of the SmartLiving system which use the land line (voice dialer, answerphone, report communications and teleservice) can be managed completely over the GSM network by the SecureLink. The SecureLink also allows teleservice maintenance over the GSM network.

If there are ADSL filters on the line, you must connect the control panel downstream of the filters, to the line dedicated to telephone equipment (this line is clearly indicated on the filters). It is recommended all Alarms System be used only where ADSL filters are fitted.

3-1-7

Note

If a SecureLink is not used, connect the incoming PSTN line directly to terminals 4 & 5 of the SmartLiving main board.

Type-in Code

Enabling / Disable Phone Line Monitoring

(Installer PIN - Default 9999)

, PROGRAMMING Panel options .

one Line

Ph Monitoring

Press to enable the “Line Down Signal” option, or to disable it. Press to exit and save.

Note: Installation and maintenance to the phone line shall be performed by qualified licensed installers only.

26 Installation

Page 27

Installation and programming manual

Connecting to a PC

Programming from a PC requires the SmartLeague software programme (refer to paragraph 6-3 Programming via the SmartLeague programme) and an RS232 serial cable.

Insert the RS232 serial link (accessory item) into the connector [A], as shown in the figure opposite.

If you wish to purchase an RS232 serial link, refer to the codes in Appendix H, Order codes. If your PC is not equipped with an RS232 port, but has a USB instead, you can use Ness's Approved RS232-USB adaptor (accessory item - Ness Part No 101-231).

Table 34:

SmartLiving end

DB9F connector

SmartLiving end

DB9F connector

RS232 connector cable

PC end

DB9F connector

2 3

3 2

4 4

5 5

6 6

7 7

8 8

PC end

DB25F connector

3 3

8 5

3-1-8

Connecting the SmartLogos30M

voice board (accessory item)

The SmartLogos30M voice board provides the SmartLiving system with an array of useful voice functions.

For proper installation of the board, work carefully through the following steps.

1. Disconnect all power sources to the control panel (mains and lead batteries).

2. Connect the board to the respective connector [B].

3. Power up the system from the mains and reconnect the lead batteries.

3-1-9

Installation 27

Page 28

Maintenance status

MaintenK03 P05 DASIDASI--

Keypad address

Reader address

“RUN”

position

“SERV”

position

The maintenance status is signaled on the keypads by the “Maintenance” message and the address of the keypad. The address of the built-in reader (if enabled) of Alien keypads will also be shown.

During service/maintenance mode, the control panel:

• Forces the relay output on the motherboard (Table 5: Control panel - terminal board, 10-11-12) to standby status.

• Does not activate the outputs (and will force to standby any active outputs) triggered by:

•• alarm or zone/partition tamper

•• peripheral tamper

•• open/dislodged panel tamper

• It allows initialization of the keypad address programming phase.

• It allows initialization of the reader address programming phase.

• It initializes automatically the auto-enrollment of the peripherals connected to the BUS at 10 seconds intervals. It allows assignment of the addresses to the peripherals connected to the BUS and, at 10 second intervals, enrolls the peripherals it finds.

• The control panel will not reset the BUS in an attempt to retrieve peripherals in the event of peripheral loss.

• It will continue to operate as normal, except under the aforesaid circumstances.

During service/maintenance mode, the Alien keypad:

• Does not require user-code entry to access the sections which correspond to the “Settings” key.

• The first parameters shown in the “Settings - Alien” section are the addresses of the Alien keypad and its built-in proximity reader and, only for the Alien/S, the status of tamper enablement on the keypad.

• It is not possible to access the “Clima” section.

• The display shows the address of the Alien keypad and its built-in proximity reader in the top left-hand corner of the home page.

• The display shows the letters relating to the operating status of the partitions in the bottom left-hand corner of the home page.

3-1-10

The control panel can be placed in maintenance mode by:

• Inserting the Maintenance jumper in the “SERV” position.

• Enabling the “Maintenance” option in the ‘SmartLeague’ Software.

The Maintenance jumper (Table 4: Control panels - description of parts, Q) can be inserted in two different positions:

• “RUN” (control panel operating normally)

• “SERV” (control panel ready for maintenance work)

The control panel enters “Maintenance” mode when this option is enabled and exits “Maintenance” mode when it is disabled. You can enable/disable this option at the keypad or via computer.

Via Keypad

1. Access the “Programming Panel options” section.

Type-in Code

2. Press to enable the “Maintenance” option, or to disable it.

3. Press to exit and save.

(Installer PIN)

, PROGRAMMING Panel options .

Via PC

Select “SmartLiving System” from the tree menu on the left, then go to the “Programming” template on the right: The “Control panel parameters” section provides the “Maintenance” option, click-on this option to enable/disable it.

USING THE MAINTENANCE JUMPER

THE “MAINTENANCE” OPTION

28 Installation

Page 29

Installation and programming manual

Shield + D S -

Control panel

IB100

IB100 IB100

BUS sections:

1 isolator in cascade

connection

IB100

BUS sections:

2 isolators in

cascade connection

BUS sections:

3 isolators in

cascade connection

3-2Connecting peripherals

The I-BUS line wiring

The SmartLiving peripherals (keypads, readers, expansions, sounderflashers, transceivers, isolators and GSM communicator) must be connected to the control panel via the I-BUS.

The connection between the control panel and its peripherals is achieved through a 4 wire (or more) cable.

If Shielded cable is used, the shield must be connected to one of the terminals (Negative or GND) at the control panel end only, and must run along the BUS without being connected to negative or GND at any other point.

The cable specifications depend on the length of the BUS (from the panel terminals to the most distant point), Baud rate and the load current draw.

Table 35:

Cable

AF CEI 20-22 II

4 wire cable + shield

6 wire cable + shield

Recommended cable

n. wires

2 0.5 + -

2 0.22 D S

2 0.5 + -

2 0.22 D S

2 0.22 available

2 0.75 + -

2 0.22 D S

2 0.22 available

Section (mm2)

I-BUS terminal

3-2-1

ATTENTION!

The maximum wire length of the I-BUS depends on the deployment of the peripherals connected to the line and their specific current draw (in particular the keypads and expansion boards). The power to peripherals and detectors can be supplied by external power stations or by the line itself.

Furthermore, the speed of the communication BUS (Baud rate) can be modified by means of the SmartLeague programming software. If the BUS is not used to power the peripherals and their loads, the maximum wire length is 300 meters @ 250kbs, regardless of the number of peripherals involved.

An intermediate speed (125kbs) can support a single section of 700 meters.

If you wish to increase the length and performance of the BUS, you can connect IB100 isolators.

If the speed of the communication BUS (Baud rate) is low (38.4 or 125 kbps), you can apply a maximum of 5 isolators in a cascade connection.

If the speed of the communication BUS (Baud rate) is high (250 or 2 kbps), you can apply a maximum of 2 isolators in a cascade connection.

You can connect up to 15 isolators in all.

It is extremely important to evaluate correctly the number of isolators connected in cascade to the BUS.

The following example will help you achieve a correct evaluation

ATTENTION!

Installation 29

Page 30

Installing nCode/G and cCode/G

keypads

1. Connecting the device to the system

2. Pull the connection wires through the wire entry [A].

3. Connect the cables to the connector on the keypad backplate [B]. If you are using the connector provided with the KB100 kit [C], connect the wires to the terminals, in accordance with the instructions described in paragraph 2-3-2 nCode/G and cCode/G Keypads, then insert the connector into the guide [D] until it locks into place.

4. Using at least 2 screws, mount the bracket to the wall.

5. Using the back-locking grips, attach the keypad to the bracket (as shown in figure [E]).

6. Fasten the screw [F] (included) into the screw location [G], to secure the keypad properly to the bracket.

3-2-2

Installing Alien/S keypads

1. Connecting the device to the system

2. Pull the connection wires through the wire entry [A].

3. Connect the cables to the connector on the keypad backplate [B].

4. Using the respective anchor holes, mount the bracket to the wall or 503 box.

5. Using the back-locking grips, attach the keypad to the bracket (as shown in figure [C]).

6. Fasten the screw [D] (included) into the screw location [E], to secure the keypad properly to the bracket.

3-2-3

Installing the Alien/G keypad

1. Prepare the placement area on order to flush-mount the device, taking care not

damage any electrical wiring, gas or water papers, etc.

2. Insert the flush-mount box (Table 36: Alien/G - mounting possibilities, A) into the placement area and secure it in place.

3. Pull the wires through the most suitable wire entry.

30 Installation

3-2-4

Page 31

Installation and programming manual

4. Place the backup battery and Alien/G power supply in the most suitable position inside the box.

5. Connect to the mains network.

6. Open the Alien/G casing by first removing the safety screw and then pushing the enclosure clasp open.

7. Pass the wires through the wire entry on the back of the Alien/G.

8. Fit the screws into the screw locations (Table 36: Alien/G - mounting possibilities, D) and attach the Alien/G securely to the flush-mount box.

After securely mounting the Alien/G, make sure that the microswitch is closed.

9. Complete all the connections.

10. Close the Alien/G.

Flush-mount box

(included)

Switching power supply

(optional)

Backup battery

(optional)

Screw locations

Table 36:

Alien/G - mounting possibilities

Alien/G power supply

The Alien/G can be powered via three different sources, which can be used, therefore connected, individually or simultaneously.

The mains supply requires the use of a power supply (Table 36: Alien/G - mounting possibilities, B) and a separate line from the mains box. The line must be protected by a safety-standards compliant circuit breaker (trip switch).

The protective earthing system must be compliant with all safety standards and laws in force.

Connect the power supply (already connected to the mains) to terminals “+ 14 -” on the PCB, taking care to respect the correct polarity of the wires. The power supply will provide power to the Alien/G and the devices connected terminal to “+” of the BUS and also recharge the backup battery.

3-2-5

MAINS POWER SUPPLY 230VAC 50HZ

The I-BUS line for the direct connection to a SmartLiving control panel supplies 12V

I-BUS

current through the I-BUS connection terminals “+” and “-” on the PCB. This current provides power to the Alien/G and the devices connected terminal to “+” of the BUS and also recharges the backup battery.

The backup battery connection (Table 36: Alien/G - mounting possibilities, C) must be

BACKUP BATTERY

achieved through the connecter on the PCB and the specific wire (included) which has a faston terminal at each end.

Ensure that battery polarity is correct:

- black wire = negative

- red wire = positive

The lead battery is a secondary power source that provides power to the Alien/G and the devices connected to the BUS, whether it is equipped with a power supply or I-BUS

ATTENTION!

or both.

Installation 31

Page 32

Installing nBy/S readers

The wall-mount nBy/S reader is suitable for indoor and outdoor installation.

Insert the two anchor screws [A] (included) into the two screw locations [B] on the plastic backplate.

3-2-6

In order to avoid the risk of piercing the silicone seal [C], and thus jeopardizing the waterproofing of the enclosure, insert the screws before fitting the seal.

Installing nBy/X readers

The Universal flush-mount nBy/X (Patent Pending) has been especially designed to integrate with all brands of cover plates [A]. Drill two holes [B] for the light guide [C].

Use the adhesive drill-pattern (see opposite) to mark the drilling locations accurately.

1. Ensure that the centre of the cover plate coincides with the crossing of the axes x and y on the drill-pattern. In this way, the two drilling locations (1 x 7mm diameter and 1 x 8mm diameter) will be positioned precisely.

2. Using the screw [D], secure the reader components inside the cover plate.

3. Insert the cover plate (with the reader already assembled) into the light switch box.

ATTENTION!

3-2-7

The nBy/X reader is not equipped with built-in dislodgement-tamper protection. However, the following section describes how you can protect nBy/X reader against this kind of tamper.

In order to comply with certification (Level 2 - IMQ Security Systems), all the system peripherals must be protected against tamper. Installation of a microswitch will allow the reader to signal tamper events. To obtain this type of protection, work carefully through the following steps.

1. Use a microswitch with at least two normally-open contacts [A]. The one shown in figure 3 has 3 contacts: COM-NO-NC.

2. Configure one of the terminals as follows: Input; 24H; Description = “Tamper reader x”; single balancing with 6K8W [resistance [B]; unlimited alarm cycles. Assign the duly programmed terminal to at least one keypad partition.

3. Using 2 wires, connect the microswitch to the 24H input terminal.

4. On the microswitch:

4.1. using one of the two wires, connect the common contact (COM) to the GND

32 Installation

terminal of the 24H terminal [C].

DISLODGEMENT TAMPER

Page 33

Installation and programming manual

4.2. Connect the normally-open contact (NO) to one end of the 6k8W resistance

[D] (the normally-open contact generates a short-circuit between itself and the COM contact when the microswitch-lever is compressed). Connect the other end of the resistance to the wire which is connected to the 24h input terminal.

5. Install the microswitch as shown in the previous figure, so that the switch lever is compressed. If an unauthorized attempt to dismantle the nBy/X reader occurs, the lever will expand in order to open the contact which triggers instant alarms on the 24H terminal.

This wiring method can be applied in most situations, however, it is only a point of reference. In order to ensure proper protection, you must always take in to account the specific mechanical and electrical conditions of the device you are working on.

In order to avoid malfunction, it is advisable not to install nBy/X readers onto metal plates.

Installing the Nexus

In order to allow this device to function properly, you must install it in a safe, dry place which provides the best possible GSM reception.

Please ensure the SIM is not PIN enabled. Disable the SIM card PIN before using it in the Nexus Module.

1. Ensure that the Nexus is not powered-up.

2. Insert the SIM card into its housing (refer to Table 24: Nexus - description of parts, E).

3. Install the antenna and connect it to the respective input (refer to Table 24: Nexus - description of parts, B).

4. Connect the BUS to the terminal board (refer to Table 24: Nexus - description of parts, A).

Note

ATTENTION!

3-2-8

ATTENTION!

Installation 33

Page 34

In order to allow the control panel to identify the peripherals distinctly, you must assign a different address to each device. However, you can assign the same address to two devices which belong to different categories (e.g. a Flex5 expansion and a JOY keypad) as, in this case, the control panels will see them as two distinct devices.

3-3Addressing the peripherals

SmartLiving 505

SmartLiving 515

SmartLiving 1050 and 1050L

SmartLiving 10100L

Table 37:

Expansion

boards and

transceiver

address

1 00000000 1 0 0 0 1

2 00000001 2 0 0 1 0

3 00000010 3 0 0 1 1

4 00000011 4 0 1 0 0

5 00000100 5 0 1 0 1

6 00000101 6 0 1 1 0

7 00000110 7 0 1 1 1

8 00000111 8 1 0 0 0

9 00001000 9 1 0 0 1

10 00001001 10 1 0 1 0

11 00001010

12 00001011 12 1 1 0 0

13 00001100 13 1 1 0 1

14 00001101 14 1 1 1 0

15 00001110 15 1 1 1 1

16 00001111 16 0 0 0 L

17 00010000 17 0 0 L 0

18 00010001 18 0 0 L L

19 00010010 19 0 L 0 0

20 00010011 20 0 L 0 L

21 00010100

22 00010101 22 0 L L L

23 00010110 23 L 0 0 0

24 00010111 24 L 0 0 L

25 00011000 25 L 0 L 0

26 00011001 26 L 0 L L

27 00011010 27 L L 0 0

28 00011011 28 L L 0 L

29 00011100 29 L L L 0

30 00011101 30 L L L L

31 00011110

32 00011111

33 00100000 0 LED Off

34 00100001 1 LED On

35 00100010 L Flashing LED

36 00100011

37 00100100

38 00100101

39 00100110

40 00100111

DIP-switch

12345678

SmartLiving 1050 and 1050L

SmartLiving 10100L

Peripherals address

Readers

address

SmartLiving 505 and 515

11 1 0 1 1

21 0 L L 0

Red Blue Green

Yel-

nBy/S nBy/X

low

Keypads

address

You must not exceed the maximum number of addresses allowed for each type of peripheral. The above table shows the available peripheral addresses and the maximum number of addresses accepted.

The top left section of the Table shows the maximum number of addresses (5 for the SmartLiving505 model, 10 for the515 model, 20 for the 1050 model and 40 for the 10100 model) and the DIP-switch configuration of the Flex5 expansion board and Air2-

34 Installation

Page 35

Installation and programming manual

ke ypad address

_1 Min . 0 1 Max . 3 0

BS100 transceiver (refer to paragraph 3-3-4 Addressing FLEX5 expansions and the Air2-BS100 transceiver).

The second section shows the nBy/S and nBy/X reader addresses with the corresponding combination of the reader LEDs (refer to paragraph 3-3-5 Addressing nBy readers).

The section on the far right shows the addresses available for the keypads (refer to paragraph 3-3-2 Addressing the keypads).

For the Ivy sounderflasher and IB100 isolator addressing procedure, refer to the respective Installation Guides.

It is possible to connect only one Nexus device to the SmartLiving control panels, therefore, there no addressing procedure is required.

Fast addressing of

keypads and readers

If, within 4 seconds of inserting the maintenance jumper (Tab description of parts, Q), you press the open-tamper microswitch on the control panel

cover (Table 4: Control panels - description of parts, V), the SmartLiving system will activate the fast addressing function for the keypads and readers.

All the keypads and readers connected to the I-BUS will be placed in address programming status and assigned their addresses in sequential order.

At the point, you (the installer) can either change or confirm the assigned addresses

le 4: Control panels -

Addressing the keypads

To assign addresses to keypads, follow the procedure described in paragraph 3-3-1 Fast addressing of keypads and readers or work through the following steps:

1. Put the control panel in “Maintenance” mode by inserting the respective jumper (Table 4: Control panels - description of parts, Q).

2. On the keypad you wish to assign an address to, press and release keys

and simultaneously; set the address then press (if the keypad firmware version is 1.02 or higher, go to point 5).

3. You may also enable or disable the Keypad tamper protection by pressing or

For security reasons, if the address is not assigned within 30 minutes of accessing “Maintenance” mode (SERV jumper inserted), the keypad will exit the programming phase automatically.

3-3-1

3-3-2

Note

Addressing the Alien keypad

Work carefully through the following steps.

1. Put the control panel in “Maintenance” mode (paragraph 3-1-10 Maintenance sta- tus).

2. From the Alien keypad, access the “Settings” section by pressing the , and then access the “Alien” section. This section provides a list of the keypad parameters.

3. Set the parameters:

•PROXY ADDRESS - Alien keypad address

•PROXY ADDRESS - built-in reader address

•ALIEN TAMPER - keypad tamper enablement

4. This parameter can be changed by means of keys + and -.

5. Press SAVE to set the addresses and exit.

Installation 35

3-3-3

Page 36

Addressing FLEX5 expansions and the

1 2 3 4 5 6 7 8

Position 1

Position 2

1 2 3 4 5 6 7 8

1 2 3 4

5 6 7 8

Expansion n. 1

Expansion n.29

Expansion n.40

This procedure does not apply to readers

that are built into

the keypads.

Air2-BS100 transceiver

Using a small screwdriver or similar tool, set the expansion board address on the 8segment DIP-Switch strip (Table 21: Flex5 - description of parts, C). Each segment can be set at “1” (On) or “0” (Off).

The figure shows some examples.

3-3-4

Addressing nBy readers

To assign addresses to the system readers, follow the instructions described in paragraph 3-3-5 Addressing nBy readers or work carefully through the following steps:

1. Put the control panel in “Maintenance” mode (paragraph 3-1-10 Maintenance sta- tus).

2. Start the “Address Programming” phase using the software or from a keypad:

Type-in Code

3. Each reader indicates its own address on its LEDs (refer to the Table in paragraph

4. Hold a valid key in the vicinity of the reader. The reader will run through a series

5. The reader will hold the addressing phase for a further 10 seconds, in order to allow

6. The reader will assign the selected address when the 10 second period expires.

7. If you wish to assign an address to another reader, hold a valid key in the vicinity

8. End the reader-address programming phase (exit “Prog. Address” menu via key-

(Installer PIN)

or via the software select “Proximity readers”, go to the “Programming” section and then click on “Proximity Reader address configuration”.

3-3 Addressing the peripherals).

of available reader-addresses (an address every 2 seconds). Remove the key when the LEDs indicate the desired address.

you to change the address if necessary.

of the reader and work through points 4 to 6.

pad or, if you are using the SmartLeague software, by clicking on “Stop reader address setup”.

, PROGRAMMING Readers , Prog. address .

3-3-5

3-4Auto-enrolling peripherals

The peripherals connected to the BUS are enrolled automatically in the following situations:

• on first startup (refer to Chapter 4 - First power up)

• in “Maintenance” mode (refer to paragraph 3-1-10 Maintenance status)

• from the Installer menu (refer to paragraph 6-25 Default settings)

Type in Code

36 Installation

(Installer)

, PROGRAMMING Default settings , Auto enroll Periph .

Page 37

Installation and programming manual

Red

White

Orange

Gold

Red Grey Blue

Gold

3K9 Ohm

1/4W

6K8 Ohm

1/4W

(*) Single balancing provides

the same level of protection as

Double balancing, when the

tamper contact of the detector is connected

to a balanced zone on

the control panel.

Alarm

+12V GND

Tamper

Alarm

+12V GND

Tamper

6K8Ohm

1/4W

detectors

The wiring and respective balancing method depends on the type of detector you are installing, and the level of protection you wish to achieve. The detectors can be powered through:

• terminals [+AUX/12V] and [-/GND] on the control panel

• terminals [+AUX/12V] and [-/GND] on FLEX5 expansions

• terminal [+/12V] and terminals [-/GND] on keypads

• from any 12V ancillary source on condition that its GND reference is in common with that of the control panel.

The resistors used for balancing are:

•• 3K9 Ohm 1/4W

•• 6K8 Ohm 1/4W

The following Table indicates the protection level of each detector type and the balancing options provided by the control panel:

3-5Wiring and balancing alarm

Table 38:

BALANCING N.O. N.C. Single Double

Infrared or

Double

technology

Magnetic contact

very low low

very low low medium medium high

Protection level

medium

(*)

Double

zone

high medium high

N.C./N.O. Balancing

For N.C. (normally closed) and N.O. balancing (normally open), it is possible to detect two distinct zone conditions:

• standby

• alarm

For each of these, the control panel reads different resistance values on the terminal, expressed below in Ohm.

Ohm Zone N.O.

> 2 x 3900 + 6800 alarm standby

3900 + 6800 alarm alarm

2 x 3900 alarm alarm

3900 standby alarm

0 standby alarm

Double

zone

with EOL

3-5-1

If you wish the detector to monitor tamper events, connect the detector “Tamper” terminal to a “24h” zone on the control panel.

Single (EOL) balancing

3-5-2

Single zones can discriminate 3 conditions on the entire terminal:

• standby

• alarm

• tamper (short-circuit)

For each of these, the control panel reads different resistance values on the terminal, expressed below in Ohm.

Ohm Zone

If you wish the detector to monitor tamper events, connect the detector “Tamper” terminal to a “24h” zone on the control panel.

Installation 37

> 6800 alarm

6800 standby

0 tamper

Page 38

Double (Dual EOL) balancing

Alarm

+12V GND

Tamper

6K8Ohm

1/4W

Alarm

+12V GND

Tamper

Alarm

+12V GND

Tamper

3K9Ohm

1/4W

6K8Ohm

1/4W

Zone 1

Zone 2

Alarm

+12V GND

Tamper

Alarm

+12V GND

Tamper

3K9Ohm

1/4W

6K8Ohm

1/4W

Zone 1

Zone 2

Double balancing (also known as 4 State Monitoring) discriminates 4 distinct conditions on the zone terminal:

• standby

• alarm

• tamper (short-circuit)

• tamper (wire cutting)

For each of these, the control panel reads different resistance values on the terminal, expressed below in Ohm.

Ohm Zone

> 6800 tamper (wire cutting)

6800 alarm

6800 / 2 standby

0 tamper (short-circuit)

3-5-3

Double-Zone balancing

3-5-4

Double zones without EOL resistor can discriminate 5 conditions on the entire terminal:

• standby on both zones

• alarm on zone 1 and standby on zone 2

• alarm on zone 2 and standby on zone 1

• alarm on both zones

• tamper (wire cutting)

For each of these, the control panel reads different resistance values on the terminal, expressed below in Ohm.

Ohm

> 3900 + 6800 tamper

3900 + 6800 alarm alarm

6800 standby alarm

3900 alarm standby

0 standby standby

Zone 1 Zone 2

(double)

Double Zone balancing with EOL

3-5-5

Double zones with EOL resistors can discriminate 6 conditions on the entire terminal:

• standby on both zones

• alarm on zone 1 and standby on zone 2

• alarm on zone 2 and standby on zone 1

• alarm on both zones

• tamper (wire cutting)

• tamper (short-circuit)

For each of these, the control panel reads different resistance values on the terminal, expressed below in Ohm.

38 Installation

Ohm

> 2 x 3900 + 6800 tamper (wire cutting)

> 2 x 3900 + 6800 alarm alarm

3900 + 6800 standby alarm

2 x 3900 alarm standby

3900 standby standby

0 tamper (short-circuit)

Zone 1 Zone 2

(double)

Page 39

Installation and programming manual

3K9Ohm 1/

rollerblind/shock sensors

It is possible to choose between two types of balancing for Rollerblind and Shock sensors:

• Normally closed (N.C.)

• Single balancing (NC with EOL)

The following table compares the protection level of rollerblind/shock sensors using the two balancing options provided by the control panel.

3-6Wiring and balancing

Table 39:

BALANCING N.C.

Rollerblind

or Shock

If the rollerblind or shock sensor is connected to a terminal of a wireless device, the connection cable must be less than 2 meters long.

The rollerblind sensor must generate pulses with a length of between 500µsec and 10msec.

Protection level

Single balancing

(N.C. with EOL)

very low high

Normally closed (N.C.)

In this case, the alarm condition is revealed exclusively by the number of pulses (pulse count) the control panel detects on the terminal.

If this balancing method is applied, the control panel will be unable to detect tamper, wire-cutting or short-circuit.

The discriminated conditions are:

• standby

• alarm

The alarm condition is triggered by the pulse count and sensitivity, in accordance with the programmed parameters (refer to paragraph 6-7 Zones - Detector type).

3-6-1

Single balancing

(N.C. with EOL)

In this case, the discriminated conditions are:

• standby

• alarm

• tamper (wire cutting)

• tamper (short-circuit)

For each of these, the control panel reads different resistance values on the terminal, expressed below in Ohm.

Ohm Zone

> 3900 / 2 tamper (wire cutting)

3900 / 2 standby

0 tamper (short-circuit)

The alarm condition is triggered by the number of pulses and sensitivity, in accordance with the programmed parameters (refer to paragraph 6-7 Zones - Rollerblind/Shock).

3-6-2

Installation 39

Page 40

detectors

CR123A 3V +

CR123A3V

Alarm

+12V GND

Tamper

Switching

power

supply

Detector

Air2-

MC100

Patent

Patent pending

Control

panel

Self-powered

sounderflasher

Indoor

sounderflasher

For the connection and deployment of wireless detectors refer to the installation manual of the Air2-BS100 transceiver.

For the connection and balancing of detectors connected to terminals “T1” and “T2” of the Air2-MC100 device, refer to paragraphs 3-5-1, 3-5-2, 3-5-3, 3-6-1 and 3-6-2.

It is necessary for the “GND” terminal of the Air2-MC100 device to be connected to GND (Negative) of the power source of the detector connected to terminals “T1” or “T2”.

3-7Connecting wireless

Once you have completed the wiring and configured the balancing of all the zones, you can instruct the control panel to save all the related parameters automatically, by activating the Learn zone bal. option (refer to paragraph 6-25 Default settings, Learn zone bal.).

It is possible to set up the outputs to activate in response to the events the control panel manages.

For the connection of the outputs to terminals “T1” and “T2” of the Air2-MC100 device, refer to the Air2-BS100 Installation Guide.

Connecting the sounders

In the event of intrusion alarm, the control panel activates the output/s which are connected to the audible/visual signaling devices. The relay output on the control panel motherboard is the alarm output which is most commonly used to drive a self-powered sounder.

The following wiring diagram shows the connection of a self-powered sounder (IVY as supplied By Ness Corporation) and an indoor sounder.

3-8Learn zone balancing

3-9Connecting the outputs

3-9-1

40 Installation

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Installation and programming manual

SmartLiving

1050 control

panel

Generic load

12V

External

power

supply

13.8V

Generic

device

Connecting open-

collector outputs

All the system outputs, except for the relay output on the control panel motherboard, are open-collector outputs.

• OC1 and OC2 are open-collector outputs that sink maximum currents in accordance with the Table 2: Control panels - electrical and mechanical features.

• All the terminals configurable as outputs are open-collector outputs that sink a maximum current of 150mA.

The wiring diagram below illustrates a series of typical connections which activate the load of a Normally Open output when it closes to GND ( ).

3-9-2

AUXREL32

If you intend installing this board, work carefully through the following steps.

1. Disconnect all sources of power to the control panel (Mains 230V a.c and battery).

2. Insert the plastic supports into their respective locations (

- description of parts, Z

3. Position the board holes on the supports and push the board towards the back of the enclosure until it locks into position.

4. Insert the cable [A] into the connector [B].

5. Connect the two free wires of the cable [A] to terminals 14 (OC1) and 15 (OC2) on the control panel motherboard. Ensure that OC1 and OC2 on the control panel are appropriately connected (

6. Connect the wire [C] to the connector [D] and to the 2 free pins [E] of the connector on the switching power-supply, as shown in the figure.

) on the back of the metal enclosure.

Table 31: AUXREL32 - description of parts, C

Table 4: Control panels

3-10Installing add-on boards

3-10-1

Installation 41

Page 42

Flex5/U

3 2 1

The metal enclosures of SmartLiving 10100L control panels provide housing for two Flex5/U expansion boards (accessory items). Optional housing are also available to house additional modules mounted away from the SmartLiving Control panel.

If you intend installing this type of board, work carefully through the following steps.

1. Disconnect all sources of power to the control panel (Mains 230V a.c and battery power).

2. Secure the plastic enclosure of the Flex5/U to the backplate of the control panel (Table 4: Control panels - description of parts, B1).

3. Connect it to BUS line as described in paragraph 3-2-1 The I-BUS line wiring.

4. Address it as described in paragraph 3-3-4 Addressing FLEX5 expansions and the Air2-BS100 transceiver.

5. Power up the control panel (reconnect Mains 230V a.c and battery power).

3-10-2

SmartLAN

The SmartLAN board, available with SmartLAN/G and SmartLAN/SI versions, allows SmartLiving control panels to extend their connectivity to Ethernet and Internet networks.

The figure opposite shows the SmartLAN/SI board mounted inside the box. If you intend installing this board, work carefully through the following steps.

1. Disconnect all sources of power to the control panel (Mains 230V a.c and battery power).

2. Remove the earth connection screw [A] (Table 4: Control panels - descrip- tion of parts, A1) from its location and replace it with the metal spacer (included).

3. Align the screw location on the board with the support and serial connector on the backplate [B], with the connector on the SmartLiving board (Table 4: Control panels - description of parts, S).

4. Fasten the screw [A] on the support.

5. Insert the board power jumper between pins 1 and 2 of the

connector (Table 4: Control panels - description of parts, O).

For SmartLiving 515 model without this connector, use the cable jack and connect it to the connector [C], then connect the free red [D] and black [E] wires respectively to terminals “+” and “-” of the control panel BUS.

6. Power up the control panel (reconnect Mains 230V a.c and battery power).

3-10-3

It is important to note that the e-mail service does not guarantee delivery time of e-mails and their attachments nor even their final delivery.

Note

42 Installation

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Installation and programming manual

3-11IP and Internet Connectivity

Configuring an IP network

Minimum configuration requirements:

• 1 router/modem connected to the Internet. The router/modem must be “port forwarding” capable in order to route external connections.

• 1 SmartLAN connected to the router/modem.

In addition, for programming purposes, a SmartLeague equipped PC must be linked to the SmartLAN (point to point connection with crossed Ethernet cable or via router connection).

A good knowledge of networking and TCP/IP protocol is required during the SmartLAN board configuration and the Internet connection phases.

The IP address must uniquely identify each peripheral device connected to a network such as, for example, each computer connected to the company network or directly to the Internet.

The IP address of the SmartLAN is a “static” address and cannot be assigned automatically. You can assign the IP address, set at default as 192.168.1.9, via the SmartLAN programming page in the SmartLeague software programme. The PC used for the initial programming of the SmartLAN must have an IP address of the same address class / subnet 192.168.1.xxx (for example, 192.168.1.123).

Successively, it will be possible to change the IP address of the SmartLAN, therefore, it will be the task of the network administrator to supply one suitable for the requirements and potential of the configured network.

This mask specifies which address class can communicate with the SmartLAN board and, consequently, which peripherals to connect to.

This parameter, which must be requested from the network administrator (255.255.255.0 at default), allows the SmartLAN to reach all the peripherals with address class 192.168.1.xxx.

3-11-1

IP ADDRESS

SUBNET MASK

This is the identifier of a service which may have a single peripheral connected to the network. SmartLAN uses two TCP/IP ports:

• The port reserved for access to the web server. Set at 80 at default.

• The Programming port (up/downloading). Set at 5004 at default.

The gateway is the access point which each peripheral connected in the network uses to reach the Internet. In the case of a minimum configuration, the gateway is the router.

The parameter to be configured is the IP address of the gateway and must belong to the IP address class of the internal network (for example, 192.168.1.1).

This is the server used for the resolution of Internet names in IP addresses (for example, it translates www.google.com in 209.85.129.99). The parameter to be configured is the IP address of the DNS server, depends on the network connection provider (Telecom, Vodafone, etc.) and therefore must be requested from the network administrator.

This is a protocol for HTTPS connections. The security of the connection with the computer is guaranteed by integrated cryptography. Secure connection of mobiledevices is guaranteed by SSL protocol

For a secure HTTPS connection, users must connect to the SmartLAN/G using the SSL port (443 at default) or through the programmed one.

• Default SSL port (443): https://192.168.1.92

• Customized SSL port (xyz): https://192.168.1.92:xyz

Configuring a router

Remote access to the SmartLAN requires knowledge of the public IP address of the router, assigned by the provider (Telecom, Vodafone, etc.) for Internet access. This address can be either static or dynamic, thus conditioning remote access to the router:

• Connection to a dynamic public IP address The provider may re-assign a public IP address in either a temporized manner or at each router connection, thus modifying it. This complicates remote access to the router. In order to resolve this problem, many routers have access to a dynamic DNS service for the association of dynamic IP addresses to host names (for example www.dyndns.com). It will be necessary to register a “dynamic DNS host” and set the parameters provided by the ISP (for example, user, password, domain, etc.) on the

TCP/IP PORT

GATEWAY

DNS

SSL

3-11-2

Installation 43

Page 44

router. The router will update the dynamic IP address periodically with the registered static hostname (for example, http://casamia.dyndns.org). In this way it will be possible to have remote access to the router by means of a univocal name that is linked to the public IP address.

• Connection to a static public IP address This type of connection links to a public IP address that is always the same. In this case, it is possible either to access the router directly through the fixed IP address, or purchase a domain (for example, www.casamia.com) that is capable or re-routing packets to the fixed IP address assigned by the connection provider. Once remote access to the router has been achieved, it is necessary to route the incoming connections to the SmartLAN. To distinguish these connections, use the previously programmed “IP Address” and “Port” parameters. During this programming phase, it is strongly recommended that you contact the network administrator in order to avoid configuration conflicts.

It is therefore necessary to access the router page reserved for “port forwarding” (sometimes called “virtual server”) and set up the route directions of the two services the SmartLAN is enabled on.

• Web server port

•• communication protocol: TCP/IP

•• external port: 8080 (or any other free port provided by the network

administrator)

•• internal port: 80 (or the one selected during the programming phase)

•• IP address: IP address of the SmartLAN

• Web server SSL port

•• communication protocol: TCP/IP

•• external port: 443 (or any other free port provided by the network administrator)

•• internal port: 443 (or the one selected during the programming phase)

•• IP address: IP address of the SmartLAN

• Programming port

•• communication protocol: TCP/IP

•• external port: 5004 (or the one selected during the programming phase)

•• internal port: 5004 (or the one selected during the programming phase)

•• IP address: IP address of the SmartLAN

Remote access

To establish external communication with the SmartLAN/G web server via browser (Firefox, Opera, Internet Explorer, etc.), type in the configured public IP address of the router followed by the number of the external forwarding port, as follows:

• http://www.casamia.com:8080 (in the case of domain associated with static public IP)

• http://casamia.dyndns.org:8080 (in the case of registration with dyndns.org with dynamic public IP)

In order to allow remote communication with the SmartLAN, it is necessary to set the configuration on the SmartLeague (IP address of the router and external rerouting port).

For remote access to the SmartLAN/G web server, type on the browser on your mobile phone the public IP address of the configured router followed by the number of the SSL web port, as follows:

• http://www.casamia.com:443 (in the case of domain associated with static public IP)

• http://casamia.dyndns.org:443 (in the case of registration with dyndns.org with dynamic public IP)

Connection test

The SmartLiving control panel can carry out an IP network connection test by making link connection attempts to a precise IP address.

The SmartLeague software programme will allow you to set the test parameters. These parameters can be found in the “Programming - IP connection test parameters” section relating to the “SmartLiving system”:

• IP Address, Port - Address IPv4 and port where the connection attempts are to be directed.

• Interval - an intervening period (expressed in seconds) between the test connections. If set at “0” the connection test will be disabled

• Number of attempts - number of connection attempts made during each test

If the connection test is enabled and fails (i.e. the control panel is unable to achieve an IP connection during the programmed number of attempts), the “IP conn. loss” event will be generated.

3-11-3

VIA SMARTLEAGUE

VIA MOBILE DEVICES

3-11-4

44 Installation

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Installation and programming manual

FIRST POWER UP

On first power up, the control panel initializes the parameters at default (factory settings).

In addition, the control panel automatically enrolls all the peripherals it “sees” on the IBUS (automatic addressing phase). The default address of all expansions, keypads and readers is address 1, therefore, if the system is equipped with more than one of each type of device, the automatic enrolling operation will be erroneous. In order to allow the system to perform an accurate auto-enrolling operation on "First power-up", work carefully through the following steps.

The default address of all peripherals (keypads, readers and expansions) is set at address 1.

Chapter 4

Note

When wiring the system, be careful not to allow any form of power (mains 230V or battery) to reach the control panel or its peripherals.

1. Attach the control panel to the wall.

2. Complete the wiring of the peripherals to the BUS.

3. Connect the BUS wires to the control panel.

4. Complete the wiring and balancing of the system detectors.

5. Connect the detectors to the terminals.

6. Connect the outputs to the control panel and peripheral terminals.

7. Connect the control panel to the telephone line.

8. Connect the SmartLogos30M board to the appropriate connector on the control panel motherboard.

9. Insert the maintenance jumper in the “SERV” position.

10. Connect the primary power source (230V a.c.).

11. Connect the backup battery. The first line of the display of each keypad in the system will show the 'Maintenance' message and the keypad address at default. On first power up (first startup), all the keypads will show "K01" (refer to para- graph 3-1-10 Maintenance status).

If several keypads are connected to the I-BUS, their displays may be blank. If this occurs, disregard this aspect and go directly to the next step.

12. Address the peripherals (refer to paragraph 3-3 Addressing the peripherals). At least one keypad must be assigned to address 1. Using keypad 1, initialize the addressing phase for nBy/S and nBy/X readers (refer to paragraph 3-3-5 Addressing nBy readers).

13. If useful, from the Installer menu, start the step-by-step guided “Fast programming” procedure which allows the programming of all the main parameters of the system (refer to paragraph 6-4 Fast programming from the keypad (Wizard)). This point skips the successive points and ends at 17, otherwise, works through the following steps.

14. From the installer menu, start the self-enrolling process of zone balancing (refer to paragraph 6-25 Default settings, SelfEnrol.zone bal).

15. If necessary, specify the expansion terminals simulated by the Air2-BS100 transceiver (refer to paragraph 6-6 Terminals) as “Wireless” terminals.

16. If the installation requires the use of a dialler, programme the telephone numbers relating to the voice and digital dialer functions (refer to paragraph 6-10 Tele- phone).

17. Remove the jumper from the “SERV” position and place it in the “RUN” position.

ATTENTION!

Note

First power up 45

Page 46

INSTALLATION PROJECT

VIA THE SMARTLEAGUE

The especially designed SmartLiving system can be programmed from a keypad or via PC. All programming functions can be accessed through the software programme. You will need:

• A computer (to be connected to the control panel)

• The SmartLeague software programme

ftware programme

The SmartLeague software programme allows the installer to prepare the majority of the parameters/settings without actually being connected to the control panel.

However, connection is required during the upload and download operations. The type of connection depends on the method used for read/write operations to and from the control panel:

• RS232 serial port of the PC

• LAN (combined with the use of a SmartLAN/SI or SmartLAN/G board)

• Modem

The programming parameters of an installation constitute the “solution”. The solution can be saved to the memory of the SmartLeague software programme, either for future use or as a “model” for other installations.

The homepage of the SmartLeague software programme is common to all the programmable devices and is always active, even during the programming session (in the form of a template):

Chapter 5

5-1The SmartLeague

Table 40:

The menu bar, application icons and

programming accessories.

List of recent solutions - which will

allow you create new solutions or

open existing solutions

Documentation installed on the

Area dedicated to help and service

via Internet. It is possible to consult

FAQ page, make enquiries and

Access to the area reserved for

registered users of the Ness website. After typing in a Username and Pass-

word, you can access the updated

versions of the software programme,

firmware, technical documentation

computer.

suggestions via e-mail.

and service.

SmartLeague software programme - homepage

46 Installation project via the SmartLeague

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Installation and programming manual

5-2Using the software programme

Each project, from the most uncomplicated to the most complex of systems, is represented by a solution, which contains the programming parameters and installation structure.

A solution is dedicated to a specific type of apparatus and has its own programming interface. You can work on several solutions simultaneously, even if they involve different types of apparatus. Each solution has a template, located next to the “Homepage”, which can be viewed at all times. In this way it is possible to compare different solutions and even keep two solutions open, one real and one for test purposes (in order to verify the effects of programming).

When a solution opens, the SmartLeague software programme presents the following interface:

The freshly opened template

remains in the forefront

whilst the other open tem-

plate and the Homepage

remain in the background.

Installation tree structure.

Project Template where you

can select the system

peripherals (keypads, read-

ers, expansions, sounder-

flashers) and drag and drop

them to the tree structure.

Programming template of the component to be pro-

grammed (selected from the

tree structure).

Keys for data transfer

Table 41:

SmartLeague - solutions

A solution can be created or changed even without being connected to the apparatus. For example, you can plan the layout of an installation or set the options/parameters at your office and download the settings to the system at a later time.

In this case, you must programme:

• the Installer PIN - via the “SmartLiving System” from the tree menu on the left. The PIN must be entered in the “Parameters settings - Installer code” section on the right.

• the Type of connection - via the “Settings – Application data” section (if you intend using the serial port or a LAN or GPRS connection); or press the key (if you intend using the SmartModem100).

For the full instructions regarding these connections, refer to the SmartLAN board or SmartModem100 Installation Manual.

For details regarding the GPRS connection, refer to paragraph 6-29-5 GPRS Connections (Nexus/G only).

5-3Creating a project layout

The project layout section, in the SmartLeague software programme, allows you to

lect the number of peripheral devices you wish to install and thus plan and configure

se the system.

You can either create a new solution or change an existing one. The existing solution can be either a project layout created through the SmartLeague application or a solution imported directly from a real system.

1. If you wish to create a new system, go to the “Recent Solutions” section and select “New solution”, then select the type of control panel and firmware version. If you wish to modify an existing system, go to the “Recent solutions” section and select “Open solution”. or

import the data from a real control panel by clicking on the key, which will upload the control panel data.

2. Select the type of peripheral you wish to configure from the “Project” template, and drag and drop it to the part of the tree menu concerned. or Double-click on the peripheral to add it to the configuration.

Installation project via the SmartLeague 47

Page 48

To remove a component from the structure, select it and press DEL on the com-

PROGRAMMING FROM COMPUTER

puter keyboard.

3. To download the data to the control panel, click-on the key. Downloading

operations will:

• Block all system keypads.

• Broadcast the “PROGRAMMING” message to all the keypads.

• Force all the system keypads to standby status.

• Bring the call queue and events log to a temporary standstill, thus there will be no events saved to the log, no outputs activated and no outgoing calls.

When the downloading phase terminates, the control panel will complete the operations it usually carries out on exiting the Installer menu, as described in paragraph 6-2 Accessing the Installer menu.

During the read and write phases, ensure that the control panel partitions are disarmed. This condition is not necessary when you are viewing the events log.

The SmartLeague software programme provides data transfer buttons ( and ) for read/write operations relating to all programming in progress, these buttons are located under the Menu bar. It also provides buttons for read/write operations relating to the project layout or open programming session, these buttons are located in the top lefthand corner of the page concerned.

4. Additionally, the SmartLeague software programme provides a button that allows you to create a file which interfaces with supervisory software such as Ness's SmartLook or WinMag (ask you dealer for details).

Note

48 Installation project via the SmartLeague

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Installation and programming manual

OPTIONS AND

PROGRAMMING

METHODS

The options, functions and values of the SmartLiving control panel must be

grammed by qualified persons only. The SmartLiving control panel is programmed at

pro the factory with almost ready-to-go settings (“default settings”) which require only minor changes during the system customization phase.

For example, all the zones, keypads and readers are assigned to (belong to) partition 1, alarm and tamper events related to partition 1 activate the relay output which is monostable set at 3 minutes (Monostable time = 3 minutes), etc.

All the parameters and programming data can be input via keypad or computer (equipped with the SmartLeague software programme) with the following exceptions.

• From the keypad you cannot programme:

•• Timer exceptions

•• Input calibration

•• Sounderflasher tone

•• BUS speed

•• Description of the “Emergency key duos”

•• Parameters relating to the SmartLAN board

•• Parameters relating to the Nexus GSM dialer

•• Parameters relating to the I-BUS Ivy-B

•• Programmable events

• Via the SmartLeague software programme you cannot programme:

•• DTMF sensitivity

•• The second Installer code

•• The Installer code PINs

•• The shortcut descriptions

The following chapter describes the programming flow of the system data in the order it appears in the Installer menu on the keypad. The description of both programming methods (from keypad; via PC) are provided.

Chapter 6

6-1Introduction

6-2Accessing the Installer menu

If you wish to programme the system via the installer menu from a keypad and thus

load/download the control panel parameters, you must:

1. Disarm all the control panel partitions.

2. Type-in a valid PIN (installer code) on the keypad then press . If an Alien keypad is being used, access the “Settings” section by pressing the

button, type in the user code and access the “Installer section”, then enter the Installer code. The PIN is “9999” at default.

3. The system will allow access to installer menu only after the entry of a valid PIN.

Options and programming methods 49

Page 50

Once access to the installer menu is achieved, the system will:

EXIT? OK = YES

18:23 03/30/13 DASIDASI--

PROGRAMMING User functions Other parameters

Wizard

Language

Italiano

English

• Block all system keypads except the one you are using.

• Broadcast the “PROGRAMMING” message to all the keypads.

• Force all the system keypads to standby status.

• Bring the call queue and events log to a temporary standstill, thus there will be no events saved to the log, no outputs activated and no outgoing calls.

To exit the installer menu, press (o ) and when the system asks: “EXIT? OK =

YES”, press .

Once you exit the installer menu, the control panel will:

• Apply all the new settings and values.

• Restore the I-BUS, reprogramme and make all the peripherals fully operational.

• Restore the call queue, and events log to normal operations.

SmartLeague programme

Certain parameters (for example, relating to zones and outputs) can be programmed only after the project layout of the system has been completed (refer to paragraph 5-3 Creating a project layout).

1. Go to the “Recent solutions” section and either create a new solution or open an existing solution, or import the programming data of a real control panel by click-

ing on the key to upload the control panel data.

2. Select the device you wish to configure from the tree menu on the left.

3. Set the parameters in the “Parameters settings” template on the right.

4. To download the data to the control panel, click-on the key.

6-3Programming via the

The limitations described in paragraph 5-3 Creating a project layout and writing phases.

This manual is limited solely to instructions regarding navigation through the software and where to find the various parameters. For full instructions regarding the complete programming process refer to the SmartLeague Installation and Configuration manual, supplied with the software.

e keypad (Wizard)

SmartLiving provides you (the installer) with a step-by-step guide to fast system programming via the Installer menu.

The guide consists of a series of questions you (the installer) must answer by means of the keypad keys. The questions must be answered one at a time in order to programme the required settings. This programming process does not cover all the control panel parameters, however, it allows you to programme the basic parameters and functions which allow the system to operate properly.

Starting the Wizard (fast programming process) does not delete any previous programming, however, it allows you to overwrite it where necessary.

1. Access the “Wizard” section.

Type in the Code

(Installer)

, PROGRAMMING Wizard .

apply during them reading

Note

6-4Fast programming from

2. Answer the questions asked using keys and to select the field you wish to change and the number keys ( , etc.) to edit the number.

Use keys and to increase or decrease the number.

3. Press to save and continue.

50 Options and programming methods

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Installation and programming manual

The following options are provided by the control panel.

6-5Panel options

Option If enabled If disabled

Dial tone check

Pulse dialing

DTMF withoutCode

Line down signal

Double call

Call allVoxNums

Call all TLVNums

RefreshMnstblOut

Num15 ForTeleserv

Table 42:

The control panel will engage the telephone line and check for the “dial tone”, if present, the control panel will start dialing.

The control panel will dial using pulse tone.

Allows access to the User Menu over-the-phone (during voice calls from the control panel) in accordance with the parameters and enablements of the last user code on the control panel (code 30, 50 or 100).

If a “Tel.Line down” event occurs, the control panel will flash the

respective icon on the keypad displays.

The control panel will override the answerphone function.

If several voice calls - generated by the same event - are waiting in the outgoing call queue, the control panel will attempt to send voice calls to all the numbers.

The same as “Call all VOXNums” but valid for Alarm Receiving Centres.

Each event that triggers an already-activated monostable output will refresh (take back to zero) the programmed Monostable time.

Telephone number 15 in the phonebook is reserved for Teleservice (maintenance over-the-phone). If a user makes a request for Teleservice, the control panel will contact the user's number.

Panel options

Note

If you wish the control panel to call an installer company number which uses a Ness modem, you must set “None” in the Telephone Number 15 Type field.

The control panel will engage the telephone line, wait two seconds then will start dialing (whether the dial tone is present or not).

The control panel will dial using touch tone (DTMF).

Allows access to the User Menu over-the-phone during voice calls from the control panel, only after entry of a valid user-code PIN by the recipient.

The control panel will detect the “Tel.Line down” event, but it will not be revealed on the keypad displays.

If several voice calls - generated by the same event - are waiting in the outgoing Call Queue, the control panel will send voice calls until just one ends successfully. Any other voice calls relating to the event in question will be cleared (deleted) automatically from the queue .

Each event that triggers an already-activated monostable output will not refresh (take back to zero) the programmed Monostable time.

Telephone number 15 in the phonebook can be dedicated to either voice or teleservice.

Install.callback

ReaderBuzzer OFF

Keypad lockout

View open zones

OpenZonesArmLock

DTMF sensitivity

BypassAlsoTamper

BypassVoiceCheck

The control panel will enable the Teleservice function if:

1. the installer calls the control panel

2. the control panel detects the ring, picks up, recognizes the installer code and hangs up immediately

3. the control panel calls the Teleservice number and allows access to the system

No reader buzzers will emit audible signals during running entry time, exit time, output time or pre-arm time.

If a wrong code is typed-in at a keypad more than 5 times in succession, the keypad will lock for 10 minutes and show the icon:

Note

If you reset the control panel or access programming while the keypadlockout time is running, it will refresh to zero and start again.

The keypad will show the descriptions of any open zones (zones which are not in standby status) when the partitions disarm. Any autobypassable open-zones will be shown in white on a black background.

The control panel will not arm the partition if it detects any open zones (zones which are not in standby status).

If there are zones with the “Auto-bypassable” or “No-Unbypassable” attribute amongst the open-zones (refer to paragraph 6-7 Zones), they will be shown on the keypad as “Not ready”. If the user goes ahead with the arming operation, these zones will be bypassed automatically and the partition will arm.

The sensitivity of incoming DTMF tones is increased.

If a zone is bypassed (disabled), it will also be unable to generate terminal tamper.

The control panel will start the voice message 5 seconds after dialing the respective contact number.

If a zone is bypassed (disabled), it will be able to generate terminal tamper.

The control panel will not start the voice message until it recognizes a voice at the other end of the line.

Options and programming methods 51

Page 52

Option If enabled If disabled

Confirm with *

NoUserTamp.reset

Encrypt data

Instant restoral

Teleserv. hidden

LockInstall.Code

50131ReaderLedOFF

50131StatHidden

50131IconsHidden

50131AlarDelayed

50131WarnLedMem

DayLightSav.time

NoStringsSiaProt

AllSiaIP OnPerEv

InvertCONTACT-ID

Table 42:

The control panel will consider the voice call successful when the call recipient presses “*” on their telephone keypad.

No user will be allowed to delete of the following events:

• terminal tamper

• control panel open-tamper

• control panel dislodgement-tamper

• peripheral tamper

• peripheral loss

• false key

The control panel will encrypt data via LAN (for SmartLAN/SI only).

The restoral of the magnetic reed sensor in Air2-MC100 and Air2MC200 wireless detectors will be signaled instantly.

The symbol will not be shown on the keypad display.

After hard reset (refer to paragraph 6-25 Default settings), all the control panel parameters with the exception of the installer PIN will reset to the factory default settings.

If there are no keys present at the reader, the LEDs on the nBy readers will be Off. If a key is waved across the reader, the status will be indicated on the LEDs for 30 seconds before switching Off again.

During this 30 second phase, the user can hold the key in the vicinity of the reader and select the desired shortcut indicated by LEDs.

The status of the partitions will be hidden.

at a keypad, the real-time status will be indicated on the keypad concerned for 30 seconds.

If the partitions are armed, the status of the system will be hidden from non-authorized users.

• Red keypad LED Off

• Yellow keypad LED Off

• Green keypad LED On solid

• Status icons not present

• Alarm and Tamper memory hidden

• If a particular event occurs more than 5 times when the partitions are armed, it will not be signaled as having occurred more than 5 times. This is due to the limitation placed on the counter of each event. The counters will reset to zero each time all the partitions are disarmed.

If the partitions are DISARMED:

• The LEDs will function normally.

• Status icons present

• Alarm and Tamper memory visible

If partitions are armed, the status icons will not be shown on the second line on the keypad, thus non-authorized users will be unable to view the respective conditions on the system.

If a valid code is entered at a keypad, the status of the icons will be shown for 30 seconds.

The keypad will show the real-time status of the icons when all the keypad partitions are disarmed.

If an instant-zone alarm occurs on a partition while entry time is running, the associated actions (calls, output activation, save to log, etc.) will not be generated until 30 seconds after the expiry of the entry time.

If the partition (or partitions) are disarmed during this period, the associated actions will not be generated, however, the keypads will indicate the violation of the instant zone.

If the control panel detects a fault, the yellow LED on the keypads will go On and will remain On even after the fault clears.

To switch the yellow LED Off, clear all activating causes and reset the partition.

The control panel clock will go forward 1 hour at 2:00 am on the first Sunday in October and go back 1 hour at 3:00 am on the first Sunday in April

The descriptive strings will not be sent in SIA reporting format.

The control panel will send calls to all SIA-IP numbers programmed for the “Periodic event” (activation and restoral).

Partition arming events using CONTACT-ID reporting format will send the "New event/Event activation" code when the partition is armed and the "Event ended/Event restore" when the partition is disarmed.

Panel options

If a valid code is entered

The control panel will consider the voice call successful as soon as it starts the voice message.

The restoral of the magnetic reed sensor in wireless detectors will be signalled with a delay of up to 10 seconds (maximum).

If Teleservice is enabled, the symbol will be shown on the keypad display.

After hard reset (refer to ), all the control panel parameters including the installer PIN will reset to the factory default settings (installer PIN default is 9999).

The reader LEDs indicate the related status.

The keypad will show the real-time status of the system at all times, regardless of the status of its partitions.

The keypad will show the real-time status of the icons at all times, regardless of the status of its partitions.

If an instant-zone alarm occurs on a partition while entry time is running, the associated actions (calls, output activation, save to log, etc.) will be activated instantly.

If the control panel detects a fault, the yellow LED on the keypads will go On and will go Off automatically when the fault clears.

No automatic clock forward/back operations.

The descriptive strings will be sent in SIA reporting format.

Partition arming events using CONTACT-ID reporting format will send the "New event/Event activation" code when the partition is disarmed and the "Event ended/Event restore" when the partition is armed.

52 Options and programming methods

Page 53

Installation and programming manual

PROGRAMM.OPTIONS

Dial tone chec

Pulse dialing

PROGRAMMING

Panel options

Terminals Zones

PROGRAMM.OPTIONS

Dial tone chec

Pulse dialing DTMF withoutC

Table 42:

Option If enabled If disabled

Enables management of the “Detector dusty” event. The “Output fault” and “Detector dusty” events share the same actions.

Therefore, if either of these events occur, the system will send the calls and activate the outputs associated with the “Output fault” event.

Dust event enab.

Maintenance

The events log provides the proper distinction between these two events:

• in the event of an “Output fault”, the system will provide the description of the output in fault status

• in the event of an “Detector dusty”, the system will provide the description of the detector that generated the event

You can start the maintenance session from the keypad without opening the control panel or moving the jumper (refer to Table 4: Control panels - description of parts, Q). After exiting the Installer menu, you can operate on the system in the same way as when the control panel is placed in maintenance mode by means of the jumper.

You must disable this option if you wish to

Panel options

The control panel cannot detect “Detector dusty” status. In the event of an “Output fault”, the system will function normally.

You can also put the control panel in maintenance mode by means of the jumper (refer to Table 4: Control panels - description of parts, Q).

put the control panel in “RUN” mode.

The left side of the second line on the keypad displays shows letters relating to the armed/ unarmed status of the partitions which the keypad controls.

View Scenario

Tamper siren

Squawk on arming

50131 Grade 3

The left side of the second line on the keypad displays shows the description of the active scenario.

The control panel will generate a “Sound.flash.Tamp” event if the passive cone is disconnected from the relay (wire cutting).

This option activates the sounder for a brief period during partition stay/away arming and disarming operations in order to indicate that these operations have been executed successfully.

The control panel respects Grade 3 EN50131:

• only the installer code can be used to delete fault memories

• the readers lock for 10 minutes after 5 consecutive attempts to use a false key

• the keypads lock for 10 minutes after 5 consecutive attempts to key in a false code (valid only when the “Lock keypad” option is enabled)

• bypassed zones are automatically unbypassed when the system disarms

• in the presence of ongoing faults and lost peripherals, arming operations will require installer code entry

Note

In order to comply completely with Grade 3 of Normative 50131, also the other options relative to Grade 2 must be activated (refer to Chapter 7 - Compliancy with the regulations in force).

Al. on keypads

SingleCallEachEv

1. Access the “Programming Panel options” section.

All the keypads will emit an audible signal in the event of an alarm or tamper on any of the partitions they are associated with.

At the occurrence of each event, the sequence of phone calls programmed for that specific event stops with the first successful call.

Note

Any option relating to sending calls to all numbers have the priority over of this option.

Type-in Code

2. Use keys and to select the parameter you wish to enable/disable.

3. Press to enable the selected option, or to disable it.

4. Press to exit and save the configuration.

(Installer PIN)

, PROGRAMMING Panel options .

In the event of an alarm or tamper the keypads will emit an audible signal.

Each event generates all the calls set by programming.

Via Keypad

Options and programming methods 53

Page 54

Via PC

Patent

pending

Option Part of the system Template - section

Dial tone check

Pulse dialing

DTMF withoutCode

Line down signal

Double call

Call allVoxNums

Call all TLVNums

RefreshMnstblOut

Num15 ForTeleserv

Install.callback

ReaderBuzzer OFF

Keypad lockout

View open zones

OpenZonesArmLock

DTMF sensitivity

BypassAlsoTamper

BypassVoiceCheck

Confirm with *

NoUserTamp.reset

Encrypt data

Instant restoral

Teleserv. hidden

LockInstall.Code

50131ReaderLedOFF

50131StatHidden

50131IconsHidden

50131AlarDelayed

50131WarnLedMem

DayLightSav.time

NoStringsSiaProt AllSiaIP OnPerEv

InvertCONTACT-ID

Dust event enab.

Maintenance

View Scenario

Tamper siren

Squawk on arming

50131, Grade 3

Al. on keypads

SingleCallEachEv

Table 43:

Options - via SmartLeague software programme

Parameters settings - Telephone line parameters

Parameters settings - Telephone dialer parameters

SmartLiving System - Telephone

SmartLiving System Parameters settings - Control panel parameters

SmartLiving System - Telephone Parameters settings - Teleservice parameters

Proximity readers Parameters settings - Reader parameters

Keypads Parameters settings - Keypad parameters

SmartLiving System Parameters settings - Control panel parameters

SmartLiving System - Telephone Parameters settings - Telephone dialer parameters

SmartLiving System Parameters settings - Control panel parameters

SmartLiving System - Telephone Parameters settings - Telephone dialer parameters

SmartLiving System Parameters settings - Control panel parameters

SmartLiving System

SmartLiving System - Telephone Parameters settings - Telephone dialer parameters

SmartLiving System Parameters settings - Control panel parameters

Keypads Parameters settings - Keypad parameters

SmartLiving System

SmartLiving System - Telephone Parameters settings - Telephone dialer parameters

Parameters settings - Telephone line parameters

Parameters settings - Telephone line parameters Parameters settings - Telephone dialer parameters Parameters settings - Telephone dialer parameters

Menu bar - Settings - Application data - Communication type

Parameters settings - Control panel parameters

Parameters settings - 50131 Parameters

Parameters settings - Control panel parameters

Parameters settings - 50131 Parameters

Parameters settings - Control panel parameters

- SmartLAN/SI

6-6Terminals

This section describes the configuration flexibility of the system terminals. The profile of

h terminal can be configured as follows.

eac

• Programme the type of terminal:

•• Input (I)

•• Output (O)

•• Two way - supervised output (T)

•• Double Zone (D)

•• Unused (-)

• Programme the parameters related to the selected configuration

For critical events or events of particular importance, it is advisable to use keypad terminals T1 and T2 as the signal outputs. The status of these outputs may switch (On to Off and vice versa) in the event of BUS reset.

54 Options and programming methods

ATTENTION!

Page 55

Installation and programming manual

Terminals 12345 Panel 1-5 D---Panel T01 Panel T01D

PROGRAMMING Panel options

Terminals

Zones

Terminals 12345 Panel 1-5 I---Panel T01

To configure a

wireless terminal

as an “output”, you

must first enroll it

as an “input”, and then

programme it as an

“output”, as described in

the instructions (see

opposite).

1. Access the “Programming Terminals” section.

Via Keypad

Type-in Code

The display will show the:

2. Use keys and to select the device whose terminals you wish to config-

• terminals from 1 to 5 on the control panel

• terminals from 6 to 10 on the control panel (SmartLiving 1050 and 10100)

• terminals on expansion boards

• terminals on keypads

3. Use and to scroll across the terminals. The selected terminal will blink. Con-

• to configure the terminal as an INPUT (“I”)

• to configure the terminal as an OUTPUT (“O”)

• to configure the terminal as a TWO WAY - SUPERVISED OUTPUT (“T”)

• to configure the terminal as a DOUBLE ZONE (“D”)

• to configure the terminal as UNUSED (“-”)

• to enable/disable the terminal as “Wireless”

4. Once you have configured the terminal, press , , , and

(Installer PIN)

1° line: the number of terminals

2° line: the type of terminals and the selected terminal 3° line: the description of the selected terminal 4° line: the description of the second zone of the selected terminal if it configured as a

DOUBLE ZONE.

ure. The terminals are arranged as follows:

figure the terminal by pressing:

, PROGRAMMING Terminals .

to config-

ure its type.

If an UNUSED terminal is configured as I, O, T or D and the keypad emits an error “beep”, it means that you have exceeded the maximum number of terminals available on the control panel. If you wish to employ the terminal concerned, you must first configure another terminal as UNUSED.

If you are working on a Flex5 expansion terminal, press key to configure it, and consequently the entire expansion, as wireless. The “Wireless” string will be shown on

the bottom line of the display. If you press key again, the operation will undo.

To enable the terminal for a wireless device, it must be configured as:

• INPUT- for Air2-IR100 and Air2-MC100 devices

• DOUBLE ZONE - for Air2-MC200 devices

To configure a terminal as a wireless output, proceed as follows:

1. Position the cursor on the terminal concerned.

2. Press to configure the terminal, and consequently the entire expansion, as wireless.

3. Configure the terminal as an “input” ( ).

4. Press to access the zone parameters programming section.

5. Go to the “Wireless” section.

6. Enroll the terminal as “Terminal T1 CM” or “Terminal T2 CM”.

7. Press the “ENROLL” button on the Air2-MC100 device.

8. Enable the “Broadcast RF” option as follows:

Type in Code

(Installer)

, PROGRAMMING Zones ,

select the zone

, Options , BroadcastRF.

The “Broadcast RF” option must be enabled for each terminal of the Air2-MC100 device concerned.

9. Go back to step 1 and configure the terminal as an output ( ).

10. Press to access the output parameters programming section (description,

tions, etc.).

Options and programming methods 55

Note

Page 56

Press in correspondence with any terminal, provided that it is not an UNUSED

Office

Description

Partitions Type

PROGRAMMING Panel options Terminals

Zones

PROGRAM ZONES

Office

Panel T02 Panel T03

Panel T01 Office Board roo_ m oMNO6ò

terminal, to access the parameter programming section of the type of terminal selected, whether it is a zone or an output (refer to paragraph 6-7 Zones or paragraph 6-8 Outputs).

Via PC

Select “SmartLiving System - Terminals” from the tree menu on the left, then go to the “Parameters settings” template on the right:

All the terminals will be shown on the respective page. You must configure the terminal graphically using the mouse, as follows:

1. Point to the terminal you require.

2. Right click on the mouse and select the required type.

3. Double click to set the options for the terminal.

4. Position the mouse on the programming field instead of on the specific terminal to configure all the terminals in the same way.

If the terminal is configured as “Zone” (=INPUT) or “Double” (=DOUBLE ZONE), it will appear in the Zone programming section (paragraph 6-7 Zones). If the terminal is configured as an “Outputs” (=OUTPUT) or “I/O” (= TWO WAY), it will appear in the Outputs programming section (refer to paragraph 6-8 Zones).

This programming section deals with all the zone parameters.

Via Keypad

1. Access the “Programming Zones” section.

6-7Zones

Type-in Code

2. Using keys and , select the zone then press .

(Installer PIN)

, PROGRAMMING Zones .

Description

This is the editable label which identifies the zone. At default all the zones assume the description of the peripheral they refer to, followed by the respective terminal.

1° line: default description

2° line: current description 3° line: description being edited 4° line: characters available

For example, the default description “Expansion 04 T03 corresponds to the zone located

terminal T3 of Expansion n. The default descriptions “Panel T05” and “Panel T05D”

on correspond to the two zones located on terminal T5 of the control panel, configured as “Double Zone”.

Partitions

These are the partitions the zone belongs to. A zone configured as “Automation” cannot be assigned to any partition.

Use and to enable or disable the selected partition.

Type

Use and to select the type of zone, then press . The available Types are

(refer to Appendix A, Technical terminology and Glossary):

• Instant

• Delayed

• Delayed unhidden

• Route

• 24 hour

• Automation

• Armed in Away mode

• Disarm

• Switch

• OnArm/OffDisarm

• Patrol

For “Arm”, “Disarm”, “Switch”, “OnArm/OffDisarm” “Follow” and “Patrol” zones, refer to Appendix A, Technical terminology and Glossary, Command Zones.

56 Options and programming methods

Page 57

Installation and programming manual

“Delayed” and “Delayed unhidden” zones are delayed during entry and exit phases, in accordance with the respective “Entry Time” and “Exit Time” settings (refer to paragraph 6-13 Partitions). A “Delayed unhidden” zone behave as follows:

•• if violated when the system is disarmed, it will switch Off the blue LED on the keypad

•• if the “View open zones” option is enabled, it will be shown on the keypad

•• it will not generate “Partition not ready” events

•• On arming from a keypad, the zone will appear as a violated zone but, when the arming operation is confirmed, will behave as a delayed zone and will not generate an alarm.

•• if the “OpenZonesArmLock” option is enabled and the zone is violated, it will appear as a violated zone but, when the arming operation is confirmed, will behave as a delayed zone and will not generate an alarm.

•• if the “OpenZonesArmLock” option is enabled, the zone is violated and instant arming is required, the zone will appear as a violated zone and when the partition arming operation is confirmed, the partitions the zone belongs to will not be armed.

Options

The available options (refer to Ap be enabled/disabled by keys and :

• Interior

• Auto-bypassable

• Unbypassable

• Chime

• Test

• TampReed/FollPir

• Broadcast RF

• Use sensor LED

pendix A, Technical terminology and Glossary) must

The last three options apply to “Wireless” zones only, a full description of which follows.

Option If enabled If disabled

•

Air2-IR100

times.

•

Air2-MC100/MC200

contact will not be detected.

The activation/deactivation of the “wireless” output

occurs within 2 minutes of the command from the con-

The red LED of Air2-IR100 and Air2-MC100/MC200 will

TampReed/FollPir

Broadcast RF

Use sensor LED

•

Air2-IR100

sensor will deactivate when the partitions it belongs to are disarmed and will only activate when the partitions it belongs to arm. Deactivated detectors do not generate alarms. There may be up to a 3 minute delay between the partition arming command and when the detector actually arms.

Air2-MC100/MC200

• when both reeds are in standby status.

This option must be enabled when the zone and one of the terminals of the Air2-MC100 device (“T1” or “T2”) is configured as

an “output”. Assures the activation/deactivation of the output

within 2 seconds of the control panel command.

The red LED of Air2-IR100 and Air2-MC100/MC200 devices sig-

nals alarm and tamper conditions on the device.

- in order to increase battery life, the infrared

- detects magnetic-contact tamper

Note

This option will be enabled on all the terminals of the Air2MC100.

• No-Unbypassable If this option is enabled, the zone will operate as an “Autobypassable” zone, with the difference that it will be automatically unbypassed when the partition next disarms.

• NoArmIfNotReady. If this option is enabled, the zone, even if it is a 24H, automation or delayed zone, will not arm when it is not in standby status. This option, for 24H or automation zones, can be used for the management of the “antimask” function of detectors which have this feature. Partitions which at the moment of arming have open zones with this option enabled, will not be armed; instead, the system will generate a failed arming even (“Failed to arm”).

• Delay time 2. If this option is enabled, delayed zones will activate the second partition entry time. If this option is not enabled, delayed zones will activate the first partition entry time.

• Last exit zone. If this option is enabled, and the zone passes from standby status to alarm status while the partition exit time is running, the exit time will be forced to 15 seconds. If the zone passes from alarm status to standby status, the exit time will be forced to 5 seconds.

- the PIR detector will be active at all

- tamper on the magnetic

trol panel.

be “Off” at all times.

Options and programming methods 57

Page 58

• UnbypassOnDisarm. If this option is enabled, a zone which has been bypassed by

Programming

Wireless

Enroll detector

Delete detector

Enroll detector

Infrared sensor

Magnetic Contact Terminal T1 MC

a user, will be automatically unbypassed when the partition next disarms.

• Hold-up.

• Fault zone. If this option is enabled, violation of the zone will generate an Alarm event and contributes to fault signaling (yellow LED on the keypad).

• Disab.tamper WLS If this option is disabled, open/dislodgement tamper on Air2 detectors will not generate the respective events.

This option applies only to Air2-BS100 transceivers with 1.04 firmware and higher.

Note

Activation of this option declines compliance with the directives and regulations in force.

Wireless

Please note that this section will be operative only when the zone you are working on is configured as a wireless zone (refer to paragraph 6-6 Terminals).

This section allows you to carry out all the operations relating to the programming of Air2 wireless series devices. The wireless-device programming section is arranged as follows.

• Enroll sensor - allows you to enroll a wireless detector which has not yet been enrolled on the terminal concerned.

Press to initialize the enrollment process. Select the type of detector you wish to enroll:

•• Infrared sensor - allows you to enroll an Air2-IR100 detector

••

Magnetic contact -

•• Terminal T1 MC - allows you to enroll the “T1” terminal of an Air2-MC100

•• Terminal T2 MC - allows you to enroll the “T2” terminal of an Air2-MC100

•• Smoke detectors - allows you to enroll an Air2-FD100 smoke detector

••

Magn.Cont.MC200

After selecting the desired type, press . The first line of the keypad will show the “Programming” string.

To enroll the wireless device, press and release its on-board “ENROLL” button. As soon as the enrolling process is complete, the keypad will emit an audible signal (beep) to confirm the operation, and will show (in accordance with the type of device) the following:

• Delete detector - allows you to delete (unenroll) an enrolled wireless detector from the terminal concerned.

• Infrared sensor - allows you to change the parameters of the previously enrolled

Air2-IR100 or Air2-FD100 smoke detector If you press , it will be possible to adjust the sensitivity of the detector by setting the required number:

•• Air2-IR100: from 1 (least sensitive) to 4 (most sensitive)

•• Air2-FD100:1=0.08 dB/m (pre-set mode); 2=0.10 dB/m; 3=0.12 dB/m ; 4=0.15

dB/m

allows you to enroll Air2-MC100 magnetic reed contact

- allows you to enroll an Air2-MC200 device.

ATTENTION!

Note

1. Use keys and to select the field you wish to change, then use the number keys ( , etc.) to edit the number.

Use keys and to increase or decrease the number.

2. Press to confirm and exit.

• Magnetic contact - allows you to change the parameters of an already enrolled

Air2-MC100 magnetic contact. Press , to access the following options:

••

LongSide contact

••

ShortSideContact

•• Both contacts - detection using both sides of the magnetic contact. If you select the “Both contacts” option, standby status will be detected when either

(or both) of the 2 reeds close. If you select either “LongSide contact” or “ShortSideContact”, standby status will be detected when the selected reed closes and the other opens. If both reeds close, the system will generate a terminal-tamper event. In fact, the most common method of jamming this type of device is to hold a magnet in the vicinity of the magnetic contact, should this ever occur, both reed relays will close to trigger a tamper event.

• Terminal T1 M.C. and Terminal T2 M.C. - to change the parameters of terminal

“T1” of an enrolled Air2-MC100. If you press at this point, the keypad will step

58 Options and programming methods

- detection using the long side of the magnetic contact.

- detection using the short side of the magnetic contact.

Page 59

Installation and programming manual

back to the Zones menu and you can set up the parameters of the terminal: Balancing, Rollerblind, Times, etc.

Terminals “T1” and/or “T2” of the Air2-MC100 device can be set up in the same way as wired terminals, with the exception that wireless terminals cannot be configured as “double zones”.

• Magn.Cont. MC200 - allows you to change the parameters of an already enrolled

MC200 magnetic contact. Press to access the following options:

••

Infrared Shock

- allows you to set the sensitivity of the shock sensor (set “0” to disable,

“1” for minimum sensitivity and “63” for the maximum sensitivity).

••

Tilt

- allows you to set the maximum angle allowed before signalling of tilting occurs.

•• Tilt duration - allows you to set the signal delay after the detection of tilting (variation of the angle).

If shock and tilt detection are both enabled, alarm signalling will be generated as soon as one of these conditions exceeds its set value.

Balancing

Balancing can be (refer to Ap paragraph 3-5 Wiring and balancing alarm detectors):

• Norm. open (NO)

• Norm.closed (NC)

• Single balancing

• Double balancing

• Double Zone (without EOL)

• Double Zone EOL (with EOL)

pendix A, Technical terminology and Glossary and

Alarm cycles

This programmable parameter accepts values between 1 and 15. If you set the value at 15, the zone will operate as a “repetitive zone” (refer to Appendix A, Technical terminology and Glossary, Alarm cycles).

Detector type

It is possible to configure a zone as:

• Generic zone

• Rollerblind

• Shock (Nessensor Vibration Sensors)

The following Table shows the terminals which accept Generic, Rollerblind and Shock zones, and the respective zone-parameter fields for each type.

Generic zone Rollerblind Shock

Control panel terminals

Expansion terminals

Keypad terminals

Extra Parameters

Al. pulse Duration

(generic zone)

any T1, T2 T1, T2

any T1, T2, T3 or T4 T1, T2, T3 or T4

any any any

Al. pulse Duration

Multipulse time

Alarm pulses

Rollerblind time

Rollerbl. pulses

This is the length of time (after detection of alarm conditions) the zone allows before generating an alarm. Expressed in multiples of 15 milliseconds or minutes (see “info” box).

Multipulse time

(generic zone) This parameter applies only when the “Alarm pulse num." parameter is more than 1.

This is the window during which a number of alarm pulses must be detected (each lasting as long as the programmed “Al.pulse Duration”). The number of alarm pulses must equal or exceed the value programmed for “Alarm pulses”, before the system generates an alarm. This window can be expressed in seconds or minutes (see Note).

Alarm pulse num.

(generic zone)

This is the number of pulses (each lasting as long as the programmed “Al.pulse Duration”) necessary to generate a zone alarm event. If this value is more than 1, you must also programme the “Multipulse time” parameter.

Rollerblind time

(rollerblind zone)

This parameter applies only when the value of the “Rollerbl. pulses” (see below) is more than 1.

Shock sensit.

Shock time

Shock pulses

Options and programming methods 59

Page 60

This is the time window during which the system must detect a number of pulses equal

If this value is

expressed in

minutes, there is an

error margin of one minute (for example, if you set 5 minutes, the effective

period can vary between 4

and 5 minutes).

RELAY 001

Description

Output options Monostable time

PROGRAMMING Terminals Zones

Outputs

RELAY 001

OUTPUT 001 OUTPUT 002

to or higher than the value programmed for “Rollerbl. pulses” before generating a zone alarm. This window can be expressed in seconds or minutes (see Note).

Rollerbl. pulses (rollerblind zone)

This is the number of pulses necessary to generate a zone-alarm event. If this value is more than 1, you must also programme the “Rollerblind time” parameter.

Shock sensit. (shock (Nessensor) zone)

This is an empirical parameter which regulates the sensitivity of the sensor. Increasing this value decreases detection sensitivity.

Shock time (shock (Nessensor) zone)

This parameter applies only when the “Shock pulses” value is more than 1.

This is the window during which a number of pulses must be detected the number of alarm pulses must equal or exceed the value programmed for “Shock pulses”, before the system generates an alarm. This window can be expressed in seconds or minutes (see Note).

Shock pulses (shock (Nessensor) zone)

is is the number of pulses necessary to generate a zone-alarm event.

If this value is more than 1, you must also programme the “Shock time” parameter.

If this value is 0, the zone alarm will be generated by the “Shock sensit.” parameter.

All the above-mentioned values can be programmed as follows:

1. Use and where possible to indicate the time in multiples of 15 millieseconds, seconds or minutes (refer to the note opposite).

2. Use keys and to select the field you wish to change, then use the number keys ( , etc.) to edit the number.

Use keys and to increase or decrease the number.

3. Press to confirm and exit.

Via PC

Programming zones via the SmartLeague application is accomplished by the selection and programming of the terminal configured as zone, described in paragraph 6-6 Terminals.

This programming section deals with all the output parameters.

artLiving control panels provide 3 outputs:

• Relay Output

• O.C. Output 1

• O.C. Output 2

1. Access the “Outputs” section.

Via Keypad

6-8Outputs

Type-in Code

2. Use and to select the output thenpress .

(Installer PIN)

, PROGRAMMING Outputs .

Description

This is the editable output label (device description). At default all the outputs, except for the 3 outputs on the control panel motherboard, assume the description of the peripheral they refer to followed by the respective terminal.

Follow the instructions in paragraph 6-7 Zones - Descriptions.

Output options

Use and to enable or disable the selected option.

• No

• Monostable (On for a period of time)

• Buzzer (beeper): generates a 1Khz signal when the output activates - can be used

60 Options and programming methods

rm. closed: this will be the output status during standby.

to drive a buzzer.

Page 61

Installation and programming manual

If this value is

expressed in

minutes, there is

an error margin of

1 minute (for example, if

you set 5 minutes, the

period can vary between 4

and 5 minutes).

PROGRAMMING Zones Outputs

Walk test

Walk test Panel T01 Panel T02 Panel T03

• Blinker: generates an intermittent signal (0.5 sec ON and 0.5 sec OFF) when the output activates - can be employed in direct control of a visual signaling device (e.g. flasher).

• ON afterRestoral: the output does not restore-to-standby (reset) when the trigger-event clears. This option is useful in situations that require a trigger event for output activation and a reset event for its deactivation.

This option applies to “Bistable” outputs only. If it is enabled for a bistable output with reset-event configuration, it will deactivate the output instead of activating it (refer to paragraph 6-11 Events).

This option is useful in situations that require the output to reveal event “memory” (event signaling which continues even after the event clears). In this case, the output is deactivated by a different event which restores it directly to standby (resets the output).

For example:

•• O.C. Output 1 is configured as "ON afterRestoral"

•• the activation of “Mains failure” event is programmed to trigger O.C. Output 1

•• the restoral (reset) of "Valid code"event is programmed to trigger O.C. Output 1 In the event of Mains failure, O.C. Output 1 will activate but will not restore to

standby (reset) when the Mains failure condition clears. It will restore to standby (reset) only when “CODE 1” is entered a keypad and generates a “Valid code” for the “CODE 1” event.

• Switching - each time you execute an “activate output” command, the output will switch status. Therefore, if it is deactivated it will activate and vice versa.

However, each time you execute a “deactivate output” command, the output will always deactivate.

If you wish to manage this feature through a shortcut, you must use the “Activate outputs” shortcut.

Monostable time

This parameter applies to “Monostable” outputs only. This interval can be expressed in seconds or minutes (see “info” box).

When a “Monostable” output receives an activation signal, it will remain active (On) for the programmed time, regardless of the status of the trigger-event. In some cases, “Monostable” outputs can be forced to standby before the programmed monostable time runs out.

Use keys and and the number keys to set the times.

Via PC

Programming zones via the SmartLeague application is accomplished by the selection

programming of the terminal configured as output, described in paragraph 6-6

and Terminals.

6-9Walk test

This section provides a quick and easy way of testing all the configured inputs. After initializing the Walk test, all you need to do is walk through the protected

partitions and then check the detection capacity of the inputs via the system keypad or SmartLeague software application.

Via Keypad

Type-in the code

On access this section, the full list of configured zones appears on the screen. As these input zones are violated by the operator carrying out the walk test,

they will be cleared from the list and the keypad will emit a long beep. You can consider the outcome of test positive when there are no zones left on

the list.

Select “Check control panel - Monitoring - Walk test” option from the menu bar. The display will show a list of all the configured zones and the start test button.

Once you press the test button, the violated zones will be marked by a red dot.

Options and programming methods 61

(Installer)

, PROGRAMMING Walk test .

Via PC

Page 62

This programming section deals with all the telephone parameters.

PROGRAMMING Outputs Walk test

Telephone

Select number

Number of rings Max.num.attempts

Select number

NUMBER 001

NUMBER 002 NUMBER 003

NUMBER 001

Number

Description Type

The built-in ATS device (alarm transmitting system) provides the following features (in compliance with EN50131 relating to the notification of information).

• Type B notification apparatus (refer to EN50131-1:2008-02, paragraph 8.6 Notification, Table 10, page 46, Grade 2).

• The ATS2 notification apparatus specified in the table, is characterized by:

•• Transmission time - classification D2 (60 seconds)

•• Transmission time - max. values M2 (120 seconds)

•• Classification time - classification T2 (25 hours)

•• Substitution security - S0 (no detection of device substitution)

•• Information security - I0 (no detection of message substitution)

Via Keypad

6-10Telephone

Type-in Code

(Installer PIN)

, PROGRAMMING Telephone .

Select number

The Phonebook provides 15 number positions which can be selected by means of keys

and . You can programme the following fields for each selected number:

• Number: edit field for the contact number (maximum 20 digits). Accepts also “,” (= 2 second pause), “*” and “#”.

• Description: edit field for the name of the contact person. Follow the instructions in paragraph 6-7 Zones.

• Type:

•• None - the selected number can receive SMS text messages only

•• Voice - the selected number can receive voice calls and SMS text messages If the number refers to the Alarm Receiving Centre, assigns the ARC protocol

(reporting format):

•• Ademco 10bps

•• Ademco 14bps

•• Franklin 20bps

•• Radionics 40bps

•• Scantronic 10bps

•• CONTACT-ID

•• SIA - Level 1 SIA is applied This reporting format (protocol) is capable of sending

descriptions of the objects in ASCII characters. if you do not wish to send the descriptions in ASCII characters, select “No SIA strings” (refer to paragraph 6-5 Panel options). You can set a 4, 5 or 6 digit customer code for this protocol.

•• Ademco Express

•• CESA

•• SIA-IP

Use keys and to select the number type then press .

If a telephone number is “SIA-IP” type, the IP address and port of the SIA-IP receiver must be entered in the receiver number field in the “Number” section, using the following format:

xxxyyyzzzttt,ppppp

where:

- “xxxyyyzzzttt” are the 4 octets of the IP address (standard IPv4), each of which should

be written with 3 figures and, if necessary, “0” filler characters and no separation points.

- “ppppp” is the port and should be written with 5 figures and, if necessary, “0” filler

characters.

Account code

• reports to the Alarm Receiving Centre. Some protocols (reporting formats) accept digits only, whilst others accept also “A”, “B”, “C”, “D”, “E” and “F”, available using

keys .

Partitions

• partitions. By selecting the partitions, using Keys and , you enable/disable

the users (who have at least one of these partitions in common with the telephone number) to modify the number concerned.

: a 4-character alphanumeric code which identifies the caller in

: this option allows you to associate each telephone number with specific

62 Options and programming methods

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Installation and programming manual

• Options:

•• Receive SMS, this option allows the telephone number to receive an SMS message from the Nexus GSM module, as well as all other event-related communications.

•• BackupOnOtherCha , this option, in the event of call failure on a channel, enables the control panel to carry out call attempts on an alternative channel, and then retry on the original channel in order to alternate the set number of attempts.

• Channel, this section allows you to select the channel for the priority routing of a call in the event of incoherent programming or in the event of the failed accessibility of the communication device:

•• PSTN

•• Nexus

•• SmartLAN

Number of rings

This value determines the number of rings the system allows before picking up an

coming call.

Max.num.attempts

This value determines the number of calls attempts the system will make before deleting the contact number from the call queue.

Message repeats

This value determines the number of times the voice message will be played during the call.

All the above-mentioned values can be programmed as follows:

1. Use keys and to select the field you wish to change, then use the number keys ( , etc.) to edit the number.

Use keys and to increase or decrease the number.

2. Press to confirm and exit.

Via PC

Table 44: Telephone - via SmartLeague software programme

Option Part of the system Template/section

Select number

Number of rings

Max.num.attempts

Message repeats

This programming section deals with all the event-generated output actions.

e control panel recognizes all of the events described in this paragraph and, for each

Th them, in accordance with programming, can generate actions both when the event occurs and when it restores/ends.

The operations that can be carried out at the control panel are: output activation, notification of events via telephone, notification via SMS messages, event memorization, voice message management, voice message management and management of all the options relating to each event. These actions are triggered as soon as the event occurs (or restores).

Telephone notifications (calls) are queued and sent out in chronological order. However, some events may need to be notified immediately (for example, use of a code under duress), therefore, such events can be given priority by selecting the “Priority” option.

Event notification via e-mail requires the use of a SmartLAN/G board (refer to paragraph 3-10-3 SmartLAN).

Event notification via predefined SMS messages requires the use of a Nexus (refer to paragraph 6-29-3 Text for SMS messages).

If a list of telephone calls is programmed for the notification of an event as well as SMS messages, the SMS messages will be sent before the telephone calls.

SmartLiving System - Telephone

Parameters settings - Telephone line parameters

Parameters settings - Telephone dialer parameters

Programming

6-11Events

Note

Options and programming methods 63

Page 64

The following table shows the events the control panel recognizes, the number of events for each type, the trigger and restoral method of each event and the event category (Pulse).

Name Occurs when... Restores when ... Number of events

Zone alarm

Terminal tamper

Partition alarm

StayPartit.alarm

Partition tamper

Zone bypass

Real-time zone

Partit.not ready

Away arm request

Overtime request

Partit.AwayArmed

Partit.StayArmed

armed

Partition reset

Exit time

Entry time

Pre-arm time

Overtime request

Chime

Forced arming

Failed to arm

Valid code

Valid key

Valid Code AtKeyp.

Table 45:

A zone generates an alarm A zone restores

A terminal detects tamper (short-circuit or

A 24h zone which belongs to the partition

generates an alarm, or a zone which

belongs to the partition generates an

A zone which belongs to a partition armed

in Stay or Instant mode, generates an

A zone which belongs to the partition

detects tamper (short-circuit or wire

The electrical status of a zone switches

The event is independent of the zone type and the armed/disarmed status of the

A zone which belongs to the partition is not

A request is made to arm the interior and

perimeter zones of the partition

A request is made to arm the partition in

Stay mode (perimeter zones only) or in

The partition interior and perimeter zones

The partition has been armed effectively in

A request is made to reset the partition

The partition exit time is running The partition exit time expires

The partition entry time is running The partition entry time expires

The partition Pre-arm time is running The partition Pre-arm time expires

A request for overtime relating to the

A chime zone belonging to the partition is

At the time of an arming command, relat-

ing to one or more partitions, there are

open zones on the partition/partitions

involved, or there are other conditions

present which lower system security,

nonetheless, the user arms the system.

The “OpenZonesArmLock” option is enabled at the time of a partition arming command and there is at least one open

zone on the partition/s involved.

when one or more of the conditions

described in “LossTamp.ongoing” is pres-

ent (refer to “FaultForNotReady”, para-

graph 6-27 Other parameters).

A user-code PIN entered at a keypad is

A key used at a reader is recognized as

A user-code PIN entered at a keypad is

recognized as valid on the keypad

wire cutting)

alarm during Away mode.

alarm.

cutting).

A zone is inhibited A zone is enabled (switched On)

from standby to alarm

partitions.

in standby status.

Instant mode

have been armed effectively

Stay or Instant mode

partition is made

violated

recognized as valid

valid on the reader

Event type

A terminal restores

All the zones belonging to the parti-

tion restore (reset).

All the zones belonging to the parti-

tion restore (reset).

All the zones belonging to the parti-

tion restore (reset).

The electrical status of a zone

switches from alarm to standby

All the zones belonging to the parti-

tion are in standby status.

A request is made to disarm the par-

The partition has been disarmed

tition

effectively

Pulse

events

One event for each

zone

One event for each ter-

One event for each key Yes

minal

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

zone

One event for each

zone

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

partition

One event for each

code

One event for each

keypad

Yes

64 Options and programming methods

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Installation and programming manual

Table 45:

Name Occurs when... Restores when ... Number of events

ValidKeyAtReader

Partition code

Partition key

Failed call

Timer activated

Thermostat ON

Scenario ON

ProgrammableEvt

Emergency key

Panic Ev.

Periodic event

Panel opened

Dislodged panel

Zone fuse fault

IBUS fuse fault

Low battery

Mains failure

Expansion tamper

Keypad tamper

Reader tamper

Sound.flash.Tamp

Nexus tamper

Tamp. V-Monitor

Expansion loss

Keypad loss

Reader loss

Sound.flash.Loss

Nexus loss

Nexus V-Monitor

Jamming

Low battery WLS

WLS zone loss

Installer code

Invalid code

False key

Nexus fault

Tel. line down

A key used at a reader is recognized as

A user-code PIN entered at a keypad is

A key used at a reader is recognized as

All attempts to call a specific telephone

The activation conditions set for the key-

The status of all the partitions corresponds

One of the emergency-key duos is pressed

The control-panel enclosure cover is

The zone protection fuse on the control

The I-BUS protection fuse is not opera-

The primary 230V a.c. power source is

An expansion board signals tamper condi-

A keypad signals tamper conditions

A sounderflasher connected to the BUS

The GSM dialer Nexus signals tamper Tamper conditions clear on the Nexus 1 no

An expansion board cannot be found on

A keypad cannot be found on the BUS All keypads can be found on the BUS 1 no

A reader cannot be found on the BUS All readers can be found on the BUS 1 no

A sounderflasher cannot be found on the

The control panel is unable to communi-

The battery of a least one wireless detector

Loss of at least one wireless detector has

been signaled (supervisory time-out)

An Installer PIN entered at a keypad is rec-

An invalid code is entered at a keypad 1 Yes

The GSM dialer Nexus signals a fault (see

valid on the reader

recognized as valid on the partition

valid on the partition

number have failed

The timer is enabled (On) The timer is disabled (Off)

pad thermostat occur.

exactly to the pre-set scenario.

See paragraph 6-11-1 Programmable events no

The “Panic” shortcut is activated. 15 Yes

The Periodic Event occurs 4 Yes

opened

panel is not operational (blown)

tional (blown)

The backup battery is low

(voltage below 10.4V)

absent (blackout)

tions

A reader signals tamper conditions

signals tamper

the BUS

BUS

cate the Nexus 100

Wireless interference detected Wireless interference cleared 1 no

is running low

ognized as valid

An invalid key is used at a reader 1 Yes

Chapter 8 - Errors and faults)

The land line is not working The land line restores 1 no

Event type

One event for each

One call to the phone number has

The deactivation conditions set for

The status of all least one of the par-

titions does not correspond to the

The control-panel enclosure cover is

The zone protection fuse on the con-

The I-BUS protection fuse restores 1 no

The primary 230V a.c. power source

Tamper conditions clear on all the

All the sounderflashers connected to

All expansion boards can be found on

All sounderflashers can be found on

Communication between the control

All the wireless detectors are running

All the wireless detector are present 1 no

Fault conditions clear on the Nexus 1 no

been successful

the keypad thermostat occur.

pre-set scenario.

replaced

trol panel restores

The backup battery is charged

(voltage above 11.4V)

restores

system expansion boards

system keypads

system readers

the BUS reset

For future use

the BUS

panel and the Nexus restores

For future use

with sufficient power

One event for each

contact telephone

One event for each

emergency-key duo

reader

partition

number

timer

keypad

scenario

1 no

1 Yes

Pulse

events

Yes

Options and programming methods 65

Page 66

Name Occurs when... Restores when ... Number of events

Hard reset

Call queue full

Successful call

Programming

Ongoing call

SMSMessageFailed

Output fault

Low credit

Time modified

Int. Resistance

Battery shorted

Battery disconn.

PwSupplyOverload

PwSupplyOverheat

Ground fault

Overvoltage “x”

Overvolt. BUS

Undervoltage

Undervoltage BUS

Short circuit “x”

Short circuit BUS

Overload “x”

Overload BUS

NoCommunPwSuppl

Tel. on number 1

Tel.on number 15

Sync.data IP2RX

IP conn. lost

Table 45:

The control panel re-initializes. The system

clock may be wrong or not working

There are no more slots left in the

Access to system programming is

Nexus failed to send SMS message 1 Yes

An output fails to switch status as

The credit remaining on the SIM card

inserted in the Nexus is below the

minimum credit threshold.

There is a change in the date and time.

This event will be recorded together with

the date/time before the change.

A call has been sent to phone number 1

A call has been sent to phone number 15

The IP2RX synchronization process has

been carried out from a keypad (refer to

the User Manual, “Activations”)

The IP connectivity test is enabled and the

test result in negative (failed).

Nexus/G has detected GPRS connectivity

properly.

outgoing call queue

The call is answered 1 Yes

authorized

A call is sent A call ends 1 no

commanded

trouble.

Event type

1 Yes

End of system programming 1 no

1 Yes

The remaining credit is above the

minimum credit threshold.

There is a change in the date and

This event will be recorded together

with the date/time after the change.

The call has ended (even in the event

A connection attempt has been suc-

The GPRS connectivity is restored. 1 no

time.

For future use

of negative outcome)

cessful.

1 no

1 Yes

1 no

Pulse

events

Each event can be associated with 3 voice messages, selected from the message list (refer to Appendix D, Voice messages).

• Message type

• Message A

• Message B

This feature allows you to create messages which will be played during event-related voice calls to contact numbers, both at the start and end of the event.

The choice of messages and the number of times they are played depends on the “AutomaticDialer” settings.

66 Options and programming methods

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Installation and programming manual

Events

Activation

Restoral

Zone alarm

Panel T01

Panel T02 Panel T03

PROGRAMMING Walk test Telephone

Events

Zone alarm

Terminal tamper Partition alarm

1. Accessing the “Events” section

Via Keypad

Type-in Code

(Installer PIN)

, PROGRAMMING Events .

2. Use keys and to select the event type (if you are dealing with a group

of events, repeat the required operation) and , then press .

3. Select:

• Activation - to programme the actions to be carried out when the event occurs.

• Restoral - to programme the actions to be carried out when the event ends.

4. Successively, the parameters to programme are:

TelephoneNumbers

Programme the call recipient numbers

Message type

ssage A

Me Message B

Select the number of the message (see Table 46: Event-related messages and Appendix D, Voice messages):

1. Use keys and to select the field you wish to change, then use the number keys ( , etc.) to edit the number.

Use keys and to increase or decrease the number.

2. Press to confirm and exit.

The following table shows the voice-message sequence in accordance with the previously mentioned parameters and options.

Table 46:

“Automatic dialer”

enabled

Message type

Message A

Message B

Event Activation

Sequence

Sequence in the

event of Restoral

If an event is associated with the “Automatic dialer”, the “Type Message” option refers to messages 261 to 312, that is to say, the messages containing the event descriptions (event types).

Plays the message relating to the event type (e.g. “zone

1. Message type + 260

2. Message A

3. Message B

4. “Location” (244)

1. “Restoral” (97)

2. Message type

3. Message A

4. Message B

5. “Location” (244)

alarm”, “Mains failure”)

This message should not be changed.

Event-related messages

You can select any message from 1 to 219

Blank message, editable

Contains event details, for events which are not distinctive

(e.g. the “zone alarm” event indicates the zone concerned).

1. Message type

2. Message B

3. “Location” (244)

1. Message A

2. Message B

3. “Location” (244)

Options

To be activated by keys and :

Table 47: Event options

Option If enabled If disabled

Event ON to log

Event OFF to log

StartPeriodicEv.

Silent event

When the event occurs, it will be saved to the events log.

When the event clears, it will be saved to the events log.

When the event occurs, the system will generate Periodic

event number 1.

If the event occurs, the system will generate silent calls

which will not be signaled on the keypads.

When the event occurs, it will not be saved to the events

When the event clears, it will not be saved to the events

If the event occurs, the system will generate calls which

“Automatic dialer”

disabled

Note

log.

will be signaled on the keypads.

Options and programming methods 67

Page 68

Option If enabled If disabled

Clear call queue

Send address

Local Message ON

Local MessageOFF

Automatic Dialler

Priority

Note

This option is applicabl e only when a Nexus device is installed

ForceAlt.Chann

Automatic SMS

message

Enable SMS

Table 47:

When the event occurs, the system will cancel the

In the case of voice calls, the system will include the address of the location alarm (refer to the Table 46:

When the event occurs, the system will play the event-

related voice message on keypad speaker n. 1

When the event occurs, the system will not play the

event-related voice message on keypad speaker n. 1

Calls associated with this type of event have priority over

all other calls. Therefore, if a priority event occurs, any

ongoing calls will be interrupted and the priority-event

All the programmed event calls will not be made over the channel indicated by the “Channel” parameter when pro-

gramming each phone number, but instead will be made

over the alternative channel (refer to paragraph 6-10

The dispatched SMS message will consist of the event

When the event occurs, the control panel will send an

SMS message to all the duly enabled telephone numbers

outgoing call queue.

Event-related messages)

call will be sent immediately.

Telephone).

description in the Events log

(refer paragraph 6-10 Telephone)

Event options

Refer to the Table 46: Event-related messages

In the case of voice calls, the system will not include the

address of the location alarm (refer to the Table 46:

The SMS text message can be selected from the 50 mes-

sages provided by the Nexus device. The SMS text mes-

sage is identified by the “SMS message number/index”,

When the event occurs, the control panel will not send an

Event-related messages)

as described below.

SMS message

Class code

This is the CONTACT-ID reporting format Class-Code which corresponds to the event.

Event code

This is the 2-character alphanumeric code, which corresponds to the event sent the alarm receiving centre (ARC). For zone and terminal events (alarm, tamper, bypass), the “CCC” field of the CONTACT-ID protocol counts the number of hard terminals in accordance with the Hard terminals table (refer to Appendix E, Screw Terminals).

Outputs

When programming the Event-Activation section, you must programme the main output which will be activated when the event occurs. When programming the Event-Restoral section, you must programme the main output which will be activated when the event ends.

Select the output from the list (which includes the Relay outputs, OC1, OC2 and the terminals configured as outputs and also the sounderflashers) and

press

If the output has the “ON afterRestoral” option enabled (refer to paragraph 6-8 Outputs) and it is programmed on event restoral, the output will deactivate when the event occurs.

For Zone alarm, Terminal tamper, Partition alarm, Stay partition alarm and Partition tamper events, monostable outputs programmed in the “Outputs” section will restore these events when, on expiry of the monostable time, the event concerned has effectively returned to standby status. If the event status restores to standby while the monostable time is running, the event itself will not be restored.

Other outputs

This section allows activation of added outputs (as well as the output programmed in the “Outputs” parameter) when the event occurs or restores.

These added outputs can be selected by means of keys and from a programmable list in the “Added Outputs” section.

OtherOutputsProg

This section allows the creation of the list of outputs (16 for “Activation” or 8 for “Restoral” to be programmed in the “Other outputs” section.

This is the sole list for the entire control panel and is independent of the type of event.

Note

Use keys and to make your selection and then press to confirm.

SIA Codes

If the event is associated with calls using SIA or SIA-IP protocol, this option allows you to programme the event code in accordance with SIA Standard, by selecting it from a list.

68 Options and programming methods

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Installation and programming manual

Use keys and to make your selection and then press to confirm.

An appendix provides an explicative table of all the SIA codes (Appendix G, SIA Codes).

Siren sound types (Applicable only when using Ness IVY Bus Sirens)

This section allows you to select the audible-visual signals emitted by the sounderflashers, when these are programmed in the “Outputs” and “Other outputs” section.

Please note that the “Tone Type” is a parameter of the event. Therefore, if several sounderflashers have been programmed in relation to a specific event, they will all emit the programmed tone when the event occurs. If a sounderflasher has been programmed in relation to several events, it will emit the last tone type setting received in order of time.

Use keys and to make your selection and then press to confirm.

For further information regarding the “Outputs”, “Other outputs” and “Tone type” parameters of each event, refer to Appendix F, Combination of outputs triggered by events.

Via PC

SMS message number/index

This option can be programmed solely via the SmartLeague software programme. This

tion is applies only when a Nexus device is installed and the “Automatic SMS” option

op is disabled. It determines which of the 50 available SMS messages will be sent (refer to paragraph 6-29-3 Text for SMS messages) when the event occurs.

Table 48: Events - via SmartLeague software programme

Option Part of the system Template/section

TelephoneNumbers

Message type

Message A

Message B

Options

Class code

Event code

Outputs

Other outputs

OtherOutputsProg

SIA Codes

Siren sound types

SMS message number/index

SmartLiving System - Events - select a single

SmartLiving System - Events Parameters settings - Outputs

SmartLiving System - Events - select the event

event

type

Parameters settings - Other outputs

Programming - Digital Dialer

SmartLiving System - Siren pattern

Parameters settings - Nexus

Programmable events

A group of events is available for installer programming. Event activation and restoral depend on a combination of other control panel events based on logical operations, counters and temporizers.

On account of their enhanced flexibility, special attention is required during the programming and testing phases of the programmable events. The effects of the programmable events must always be rigorously tested.

Each programmable event consists of a structure of mathematical-logical operations, counters and timers. The programming structure consists of:

• 10 programmable events for SmartLiving 505 and 515 control panels, 30 for SmartLiving 1050 and 10100L panels.

• 20 temporizers

• 10 counters

Programming

6-11-1

Via PC

This programming process can be done only via the SmartLeague software programme.

lect a programmable event from “SmartLiving System - Programmable event” from

Se the tree menu on the left, then go to the “Parameters settings” template on the right.

Options and programming methods 69

Page 70

The key (next to the data transfer buttons) opens a window which will allow you the

A B

define the event. This window is divided into two sections:

• Equation

• Timers and counter details

Section for the compilation of the logical

Section for the definition of the timers and

Selection field and button for the inclusion

of the verified control-panel event to be

The restoral of the event is included using

the event followed by the “NOT” operator.

Selection field and button for the inclusion

Keys for the inclusion of the logical opera-

Keys for the deletion of the entire expres-

sion or the last element of the expression.

Field for the visualization of the expres-

Key for the commutation of the visualiza-

tion mode of the equation (parameters/

descriptions of parameters).

Field for the addition of eventual notes..

expression.

counters.

included in the equation.

of the timer.

of the counter.

of the button.

tors in the expression.

sion.

Table 49:

Programmable event

The logical expression of the event includes various parameters, which may have a “real” value (either “1” or “active” - as in the case of a verified event) or a “false” value (either “0” or “not active” - as in the case of a restored event):

A temporizer is a logical expression element (it may have an “active” or “non active” value). It is characterized by an interval, therefore, you must specify an interval (in seconds) for each temporizer you wish to include.

You can select up to four “Start events” (i.e. control panel events which trigger the temporizer) and up to four “Reset events” (i.e. control panel events which interrupt the temporizer). You can specify the “Edge” for each of the eight events, that is, the status passage of the selected event (“Activation”, “Reset” or “Both”).

The last two options allow you to choose when the temporizer will be “active”:

• Temporizer active on Start event. The temporizer will become “active” on start, that is, when a start event occurs, and will remain “active” for the sat time. The temporizer will become “non active” when the set time expires or when a reset event occurs.

• Temporizer active with delay. The temporizer will remain “non active” on start, that is, when a start event occurs and will remain “non active” for the specified time. The temporizer will become “active” when the specified time expires.

A temporizer with the “Temporizer active with delay” option enabled will remain “active” until a reset event makes it “non active” again.

A counter is a logical expression element. It is characterized by an increasing value (“Count”). The counter will have a “non active” value until it reaches the set value, which will take the counter to the “active” value.

You can select up to four “Start events” (i.e. control panel events which increase the counter value) and up to four “Reset events” (i.e. control panel events which annul the counter). You can specify the “Edge” for each of the eight events, that is, the status passage of the selected event (“Activation”, “Reset” or “Both”).

It is necessary to define an “Autoreset” time that will zero the count when, between two successive increases, a superior time elapses. If you do not desire an “Autoreset” time, you must set the time at “65535” (already set at default), in order to ensure that the count never expires.

You should not set an “Autoreset” value of less than 5 seconds.

Once the event programming process is complete and the event is sent to the control panel, the event programming values will be checked for errors.

EQUATION

TEMPORIZERS

Note

COUNTERS

Note

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If you wish to generate an alarm (i.e. activate sounderflashers and dialer calls) when only two PIRs (DET1 and DET2) go into alarm status within a pre-set time.

• T0000; temporizer 1 will activate when the “Zone alarm DET1” Start event activates for 30 seconds

• T0001; temporizer 2 will activate when the “Zone alarm DET2” Start event activates for 30 seconds

• Both conditions must occur together (AND)

T0000 AND T0001

• You must set the activation of the sounderflasher and dialer calls on a similarly-configured programmable event.

• If the programmable event activates an on-BUS sounderflasher, associate its deactivation with an event.

If you wish to activate an output for 40 seconds when key 17 is used to arm partition 1, and to disarm and the same output when the partition disarms.

• T0000; associate temporizer 1 with the activation of the Start event of key 17 recognition

• T0000; temporizer 1 with a 40 second timeout, “temporizer active with delay” option enabled

• T0000; associate temporizer 1 with the restoral of the reset event of partition 1

• Programmable event 1 must be programmed as:

T0000

• Select the output you wish to activate in concurrence with the programmable event

• If the programmable event activates an on-BUS sounderflasher, associate its deactivation with an event.

If you wish to receive a telephone call when a zone x, which belongs to partitions 1 and 2, is violated and one of the two partitions is armed The automation zone x always generates the zone alarm event (even when the partitions are disarmed). However, the programmable event will occur only when the zone x is in alarm status and at least one of the two partitions is armed.

• Configure zone x as “automation” belonging to partitions 1 and 2

• Remove all the outputs and phone calls associated with the “Alarm zone x” event

• The programmable event must be programmed as “Alarm zone x” AND (“Partition 1 armed in away mode” OR “Partition 2 armed in away mode”):

E0010 AND ( E0790 OR E0791 )

• Associate the programmable event with the telephone call you wish to receive

EXAMPLES

If you wish to activate a telephone call after 3 consecutive wrong code entries (with a maximum of 120 seconds between each entry).

• C0000; counter 1 will activate on activation of the “False code” Start event, with a count of 3, 120 second autoreset time

• The programmable event must be programmed as:

C0000

• Associate the programmable event with the telephone call you wish to receive

If you wish to activate a telephone call and output when at least two detectors out of 5 go into alarm status.

• The programmable event must be programmed as (“Alarm zone 1” + “Alarm zone 2” + “Alarm zone 3” + “Alarm zone 4” + “Alarm zone 5”)>=2

( E0000 + E0001 + E0002 + E0003 + E0004 ) >= V0002

• Associate the programmable event with the telephone call you wish to receive and the output you wish to activate.

This programming section deals with the 10 system Timers.

It is possible to programme two “ON” times and two “OFF” times and up to 15 exceptions for each timer of the week.

A timer can be associated with a:

• Partition - if a partition is associated with a timer which controls automatic-arming operations (refer to paragraph 5-4 Activations

in the

User's Manual), it will arm when

the timer switches ON and disarm when the timer switches OFF.

• Code - if a code is associated with a timer, it will be enabled to operate the system when the timer switches ON, and disabled when the timer switches OFF.

• Key - if a key is associated with a timer, it will be enabled to operate the system when the timer switches ON, and disabled when the timer switches OFF.

In order to associate timers with any of the above-mentioned objects, it is necessary to access the respective control-panel programming section.

6-12Timer

The timers must be enabled/disabled by the user (refer to paragraph 5-4 Activations in the User's

Note

manual). On exiting the programming session (via keypad, computer or modem) all the timers will be enabled automatically. Therefore, if it will be necessary to disable the timers as required.

Options and programming methods 71

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1. Accessing the “Timers” section:

TIMER 001

Activation 1

Activation 2 Restoral 1

TIMER 001

Sunday

Monday Tuesday

PROGRAMMING Telephone Events

Timers

TIMER 001

TIMER 002 TIMER 003

TIMER 001

--:--

PROGRAMMING Events Timers

Partitions

PROG. PARTITIONS

PARTITION 001

PARTITION 002 PARTITION 003

Via Keypad

Type-in Code

2. Use keys and to select the Timer thenpress .

3. Using the same keys, select the day of the week.

4. Select an activation or a restoral of the timer.

5. Set the selected time (expressed in hours and minutes) by means of keys and

6. Press to confirm and exit.

It is also possible to programme timer activation or restoral only. If you do not wish to programme the timer activation or restoral setting, enter “--:--” in the field you do not wish to program.

(Installer PIN)

then, using keys and select the number.

, PROGRAMMING Timers .

Via PC

Select an item from “SmartLiving System - Timers” from the tree menu on the left, then go to the “Parameters settings” template on the right:

The SmartLeague software programme allows you to set up 15 setting exceptions for each timer (for holiday periods, etc.). Each “timer exception” allows you to define different On and Off times for the selected interval (1 or more days, 1 week, etc.). The pre-set times will be applied for the entire interval. The system does not accept intervals which go over the end of the year. Therefore, it is impossible to program an interval such as 12th December to 5th January. In such situations, you must program 2 “timer exceptions”, one from 12th to 31st December and the other from the 1st to 5th January, both with the same On and Off settings.

The exceptions have priority over the days of the week. For example, If a “timer exception”, lets say 1st May, falls on a Tuesday the settings programmed for 1st May will be applied.

The exceptions cannot be programmed via keypad.

Note

6-13Partitions

This programming section deals with the system Partitions and the respective options and parameters.

Via Keypad

1. Accessing the “Partitions” section:

Type-in Code

2. Use keys and to select the partition thenpress .

Description

This is the editable partition label (description).

Exit time

A period, expressed in minutes or seconds, during which the user must LEAVE the partition after arming the system (see the “info” box). If you set “0” in this field, there will be no Exit time (delay), therefore, any delayed zones, which belong to the partition, will generate alarms if they are not in standby status when the system arms.

Entry time

A time (expressed in minutes or seconds) the system allows the user to disarm the

ition after violation of a delayed zone (for example, after opening the front door). If

part the system is not disarmed within the set time it will generate an alarm (see “info” box). If you set “0” in this field, there will be no Entry time (delay), therefore, any delayed zones will generate alarms instantly if they are violated when the system is armed.

72 Options and programming methods

(Installer PIN)

, PROGRAMMING Partitions .

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Installation and programming manual

If this value is

expressed in

minutes, there is an

error margin of 1

minute (for example, if you

set 5 minutes, the period can

vary between 4 and 5

minutes).

PROGRAMMING Timers Partitions

Codes

PROGRAMM.CODES

CODE 001

CODE 002 CODE 003

Entry time 2

This is the second Entry time (delay).

Pre-arm time

This is the period (expressed in minutes) before an automatic arming operation (see “info” box).

In order to comply with EN50131 instructions, the “Pre-arm” time must be set at a value that is not “0”.

Patrol time

An “Inspection” period (expressed in minutes) which allows patrol-key/code holders (security staff, night watchmen, etc.) to check the premises (see “info” box ).

All the above-mentioned “times” can be programmed as follows:

1. Use keys and to choose whether to indicate the time in seconds or minutes (see note opposite).

2. Use keys and to select the field you wish to change, then use the number keys ( , etc.) to edit the number.

Use keys and to increase or decrease the number.

3. Press to confirm and exit.

Timers

Select the timer you wish to associate with the “auto-am” operations.

Remember to enable auto-arm partition in the section:

User menu

Activations .

Note

Forced auto-arm operations may occur, generated by events active at the time of the auto-arm operation.

Options

• Auto-resetMemory - if enabled by means of the key, each partition arming operation will reset the partition alarm/tamper memory automatically.

• Auto-arm STAYmode - if enabled by means of the key, the partition will arm in Stay mode at the pre-set auto-arm time. If disabled by means of the key,

the partition will arm in Away mode at the pre-set auto-arm time.

• StopTelOn Disarm - if enabled, the call queue will clear when the partition disarms.

Via PC

Select an item from “SmartLiving System - Partitions” from the tree menu on the left,

en go to the “Parameters settings” template on the right.

This programming section deals with the user code options/parameters.

The user code PINs must comprise 4, 5 or 6 digits. The PIN of user code n. 1 is “0001” at default. The PINs of the successive user codes are “0002”, “0003”, etc.

Via Keypad

1. Accessing the" Codes” section:

6-14User Codes

Type-in Code

2. Use and to select the code then press .

(Installer PIN)

, PROGRAMMING Codes .

Description

This is an editable programming field for the code user's name.

Partitions

Select the partitions the user code is assigned to. Press , to enable the partition and

to disable it.

Options

Use and to enable/disable the code options.

Options and programming methods 73

Page 74

• Partition filter - if this option is enabled, the code will be able to change the

User Code

Manage alarms

Arm/Disarm op. Voice functions

User Code

Stop alarms

Delete memory Nexus status

(A)

(B)

(C)

parameters only of codes with a lower rank in the system hierarchy whose partitions are amongst the partitions assigned to the code being programmed. For example, if a code is configured as “Master” with “Partition filter” and is assigned to partitions 1, 3, 5 and 7, it will be able to enable/disable or change the PIN of a “User” code assigned to partitions 1 and 5 but not the PIN of a “User” code assigned to partitions 1, 2, and 3.

• Text menu and User menu - the combination of these two options allows immediate visualization of the menu screens on the keypad displays after acceptance of a valid user PIN. Refer to the following table.

Case Text menu User menu Description

Accesses the user-menu (shown as a list of operations

Disabled Enabled

Disabled Disabled

Enabled Disabled

Enabled Enabled The same as “C”

the user is enabled to perform); at this point the user

can scroll the list using and and select the

Visualization of the user-icons associated with function

keys , ..., ; at this point the user can press

the required function key and activate the associated

Shows the descriptions of the personalized user-icons associated with function keys. instead of the shortcut

icons. The user can use

list of shortcut descriptions and select the desired

shortcut, which can be activated by means of the

required option.

shortcut.

and to scroll the

key.

In all methods of access (A, B or C), the key allows you to access/view the other cases via a circular buffer, see figure.

• AnnounceShortcut - if enabled on a voice capable keypad, the descriptions of all the shortcuts assigned to the code and associated with the number keys will be announced after acceptance of the entered PIN.

Set the “Loc.KpadMess Time” (refer to paragraph 6-27 Other parameters) to allow the system to play the messages associated with all the shortcuts assigned to number keys , ..., .

• Remote access - if enabled, the code PIN can be used to operate the system from any remote telephone.

If the code PIN is entered on a remote telephone keypad, only the shortcuts associated with keys 0 to 9 can be used to:

•• Arm/Disarm

•• Stop alarms

•• Clear call queue

•• Delete memory

•• Activate outputs

•• Deactiv. outputs

•• Listen-in

•• Arming status

Any other type of command will have no effect.

• Patrol - if enabled, the code will be able to disable the system for the pre-set “Patrol time”.

• Fixed length - if enabled, after typing in a PIN and without pressing the key, the user will be able to activate the shortcut associated with function key “F12”,

programmed via the “F1/4KeyShortcuts”, described later. If this shortcut is number 1 (“Arm/disarm”) and all the partitions assigned to the

user code in question are disarmed, the command will arm them, otherwise it will disarm them.

A user code with this option enabled has access to its own menu only after pressing

the key and PIN entry.

Note

F1/4KeyShortcuts

This section allows you to programme up to 12 shortcuts associated with keys , ...,

After valid PIN entry, the keypad will show the icons that correspond to keys

, ..., and which are associated with these shortcuts. Press the corresponding

key to activate the respective shortcut.

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Installation and programming manual

PROGRAMMING Partitions Codes

Installer Code

INSTALLER CODE

ChangeInst. PIN 1

ChangeInst. PIN 2 Inst.code2Access 2

0/9 Key shortcuts

This section allows you to programme up to 10 shortcuts associated withkeys , ...,

. After PIN acceptance, the code user can activate the shortcut by pressing the

respective number key.

To assign the shortcuts to the function keys, work through the following steps.

1. Use keys and to select the key you wish to associate with the shortcut then

press .

2. Press then, using keys and , select from the “Type” list the shortcut you wish to associate with the function key.

3. Press to confirm and exit.

4. If the shortcut is associated with “Arm/Disarm” operations, the application will ask you to select a scenario. If the associated shortcut is “Activate output” or “Deactiv. output”, the application will ask you to select the output.

Assigned outputs

This section allows you to enable/disable the outputs the code user can control

ually via the:

man

User menu, Outputs ON/OFF .

1. Use keys and to select the desired output.

2. Use keys and to enable/disable manual control of the output for the code concerned.

3. Press to confirm and exit.

It is possible to programme a certain number of outputs which can be activated or deactivated via keypad without entering a user code. For further details refer to paragraph 6-28 Activating outputs without authentication.

Timers

This section allows you to assign a timer to the code. The code will be operative only at the pre-set times.

Type

This section allows you to assign a level (rank) in the system hierarchy to the selected code (refer to paragraph 1-6-2 User).

The default level of code number 1 is “Master”; the default level of all the other codes is “User”.

Note

Enable/disable

This section allows you to enable/disable access to the various sections of the User Menu.

For further details regarding the sections of the User Menu, refer to the User Manual.

The programming steps are identical to those of “Outputs ON/OFF”.

Via PC

Select an item from “SmartLiving System - Users - Codes” from the tree menu on the left, then go to the “Parameters settings” template on the right.

6-15Installer codes

This section allows you to programme the functions of the 2 installer codes. The user code PINs must comprise 4, 5 or 6 digits.

Type-in a valid code

ChangeInst. PIN 1

For security reasons, you must change the PIN of the primary installer code (type-in

ice). The PIN is “9999” at default.

(Installer)

, PROGRAMMING Installer code .

ChangeInst. PIN 2

For security reasons, you must change the PIN of the secondary installer code (type-in twice). The PIN is “9998” at default.

Options and programming methods 75

Via Keypad

Page 76

Inst.code2Access 2

Readers

READER 001

READER 002 READER 003

PROGRAMMING Codes Installer Code

Keys

Enroll

Key parameters Delete key

Use keys and to enable/disable the sections of the installer menu the secondary installer code can access.

In this section, the secondary installer code can access Inst.CodePIN2 section only.

This section will allow you to programme the parameters of the digital keys and Air2KF100 wireless keyfobs (for details regarding the wireless keyfobs, refer to the Air2BS100 Transceiver Installation guide).

Via Keypad

Note

6-16Keys

Type-in Code

(Installer PIN)

, PROGRAMMING Keys .

Enroll

Each digital key and wireless keyfob must be enrolled separately on the system in order to allow it to operate. The enrolling procedure is as follows.

1. View the readers in the control panel configuration. Select the reader you wish to

use for the enrollment of the key/s, then press . If you select a reader simulated by the Air2-BS100, a “W” will be shown at the end of the description.

2. Select the digital key you wish to enroll and press . If you are using an nBy/S or nBy/X reader, all the LEDs will begin to blink to indicate that it is ready to

enroll the key.

3. The keypad will indicate the current description of the digital key concerned.

4. Hold the digital key in the vicinity of the reader and then move it away. For Air2KF100 wireless keyfobs, press contemporarily keys 3 and 4.

5. The keypad will emit a beep to confirm that the digital key has been successfully enrolled. If you are using an nBy/S or nBy/X reader, the red LED will go On. The digital key description will go to the next key automatically. This method (from step 4.) allows you to enroll as many digital keys as the system requires.

6. Once you have completed the enrolling process, press

All the enrolled keys will be enabled to operate the system immediately.

Key parameters

This section allows you to programme all the parameters of the selected digital key.

•

Description

•

Partitions

•

Options

- editable field for the name of the digital key user.

- the partitions the digital key is assigned to and therefore can control.

- activated by means of keys and , are:

Note

Table 50:

Option If enabled If disabled

Patrol

Maintenance

Use

keyShortcuts

DisarmNotAllo

wed

The digital key will be able to disarm specific parti-

The digital key will be able to block alarm/tamper

outputs for the time that it is held in front of a

If a digital key is held in the vicinity of a reader, only

the digital key shortcuts will be indicated, and not

If a digital key is held in the vicinity of a reader

when partitions are armed, the Disarm option will

tions for patrol purposes.

reader.

the reader shortcuts.

be inhibited (all LEDs Off).

Key options

If a digital key is held in the vicinity of a reader, only the reader shortcuts will be indicated and, if configured, the first shortcut programmed on the

If a digital key is held in the vicinity of a reader

when partitions are armed, the Disarm option will

digital key.

be allowed (all LEDs Off).

These options do

not apply to

Air2-KF100

wireless keyfobs.

•

Timers

will be able to operate the system only when the associated timer is “On”.

Shortcuts -

• for each key.

The shortcut associated with the key can be one of the following types:

•• None

•• Arm/disarm

•• Stop alarms

- this section allows you to associate a timer with the digital key. The key

this section allows you to programme up to 4 shortcuts (F1, F2, F3, F4)

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Installation and programming manual

•• Clear Call Queue

•• Delete memory

•• Activate Output

•• Deactiv. outputs

•• Overtime

•• Teleservice req.

•• Voice guide

If a digital key is held in the vicinity of an nBy/S or nBy/X reader, the LEDs will run through a series of visual signals with the following meanings:

LED indicator sequence

Red LED On Digital key shortcut F1 shortcut associated with the red LED on the reader

Blue LED On Digital key shortcut F2 shortcut associated with the blue LED on the reader

Green LED On Digital key shortcut F3

Yellow LED On Digital key shortcut F4

All LEDs On This sequence does not occur Digital key shortcut F1

All LEDs Off

enabled disabled

No request to arm ALL the partitions common to

both the key and reader.

Option: Use keyShortcuts

shortcut associated with the green LED on the

shortcut associated with the yellow LED on the

Option: DisarmNotAllowed

Request to arm ALL the partitions common to both

Delete key

This section allows you to delete enrolled digital keys from the system configuration.

e enrolled digital keys can be found in the list with the symbol.

1. Use keys and to select the enrolled digital keys you wish to delete.

2. Press to delete the selected digital key.

3. Press to confirm and exit.

Enable/disable

This section allows you to enable/disable the digital keys:

1. Use keys and to select the digital key you wish to enable/disable

2. Use keys and to enable/disable the selected digital key.

3. Press to confirm and exit.

reader

the key and reader.

Via PC

Select an item from “SmartLiving System - Users - Digital keys” from the tree menu on

e left, then go to the “Parameters settings” template on the right.

This section allows you to configure up to different 30 arming scenarios.

Via Keypad

1. Access “Arming scenarios” section.

Type-in Code

2. Use keys and to select the scenario thenpress .

Description

Editable field for the description of the scenario.

Icon

This section allows you to select the icon you wish to assign to the scenario, simply by

dicating the icon number (refer to Appendix B, Shortcuts at default):

1. Use keys and to scroll across the digits.

2. Use the number keys ( , etc.) to edit the number.

3. Press to confirm and exit.

(Installer)

, PROGRAMMING Arming scenarios .

6-17Arming scenarios

Options and programming methods 77

Page 78

The “Arm” shortcut associated with function key , ... , will visualize the icon

SCENARIO 001

Description

Icon Partitions

PROGRAMMING Installer Code Keys

Arming Scenarios

SCENARIO 001

SCENARIO 002 SCENARIO 003

PROGRAMMING Keys Arming Scenarios

Shortcuts

Arm/Disarm

Stop alarms Clear Call Queue

selected in this section.

Partitions

This section allows you to configure the scenarios of all the partitions managed by the various models.

1. Use keys and to select the partition, then press .

2. Use keys and to select the operating mode (Away, Stay, Disarm, etc.).

• None - the current operating mode of the partition will not be changed.

• Away - the partition will arm in Away mode (interior and perimeter).

• Stay - the partition will arm in Stay mode (perimeter only).

• Instant - the partition will arm in Instant mode (perimeter only with zero delay).

• Disarm - the partition will disarm.

Output

Each scenario, when applied, can activate one output (via keypad, at reader, over-the-

one, etc.). Use and to select the output then press .

It is possible to use a scenario to activate an output. This can be done through the Scenarios section by simply leaving the respective “Partition” programming fields free (None), thus allowing the association of the Icons with the outputs.

3. Press to confirm and exit.

Via PC

Select an item from “SmartLiving System - Scenarios” from the tree menu on the left, then go to the “Parameters settings” template on the right.

This section allows you to setup all of the available shortcuts.

Via Keypad

1. Accessing the “Shortcuts” section:

Type-in Code

2. Use keys and to select the shortcut thenpress .

Description

This is the editable label which identifies the shortcut.

Icon

This section allows you to select the icon you wish to represent the scenario, simply by indicating the icon number (refer to Appendix B, Shortcuts at default):

1. Use keys and to scroll across the digits of the number.

2. Use the number keys ( , etc.) to edit the number.

3. Press to confirm and exit.

(Installer PIN)

, PROGRAMMING Shortcuts .

Note

6-18Shortcuts

Via PC

Select an item from “SmartLiving System - Shortcut icons” from the tree menu on the left, then go to the “Parameters settings” template on the right.

78 Options and programming methods

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Installation and programming manual

PROGRAMMING Arming Scenarios Shortcuts

Expansions

Enable/disable

ChoosePeripheral

PROG. KEYPADS

KEYP. 001

KEYP. 002 KEYP. 003

Keypads Enable/disable

ChoosePeripheral

PROGRAMMING Shortcuts Expansions

Keypads

Enable/disable

ChoosePeripheral

This section allows you to programme the parameters of the expansions.

Via Keypad

6-19Expansions

Type-in Code

(Installer PIN)

, PROGRAMMING Expansions .

Enable/disable

This section allows you to add/remove expansions from the I-BUS configuration, by means of keys and .

ChoosePeripheral

This section allows you to edit the description of each expansion board.

Via PC

Table 51: Expansions - via SmartLeague software programme

Option Part of the system Template/section

Enable/disable

ChoosePeripheral

This section allows you to programme the parameters of the keypads.

Expansions - select the expansion Programming

/ Project

Via Keypad

Type-in Code

(Installer PIN)

, PROGRAMMING Keypads .

6-20Keypads

Enable/disable

This section allows you to add/remove expansions from the I-BUS configuration, by means of keys and .

ChoosePeripheral

This section allows you to programme the various options of the selected keypad.

• Description - editable field for the name of the digital key user.

• Partitions - use and to enable/disable the keypad on the system partitions.

• Options:

•• Temperature off - (Temp available on Alien Keypads only). if this option is

enabled, the room temperature will be flashed in alternation on the display. This option is valid for keypads with built-in temperature sensors only.

••

SilentExitTime

••

SilentEntryTime

•• SignalExitTime - enables/disables the buzzer when terminal T1 on the keypad is

activated as an output.

• F1/4KeyShortcuts - setting of the shortcuts assigned to keys , ..., . If you are programming an Alien keypad, this shortcut refers to the position in the list available in the “Scenarios” section of the Alien keypad you are working on. Function keys F1 to F12 must be selected separately and programmed as follows:

•• Type - this is the shortcut action which can be selected from those available

(refer to Appendix B, Shortcuts at default). It is necessary to programme an extra parameter for some shortcuts:

- enables/disables the buzzer during partition Exit Time.

- enables/disables the buzzer during partition Entry time

- “Arm/disarm”, this parameter refers to one of the 30 scenarios

- “Activate outputs”, this parameter refers to the output that will be deactivated

- “Deactiv. outputs”, this parameter refers to the output that will be deactivated

The “Listen-in” and “Arming status” will have no effect if the respective command is entered at a keypad. If you are programming an Alien keypad, the only type of shortcut that functions is “Arm/disarm”.

Note

•• Options - activated by means of keys and , are:

- Requires code - if enabled, the system will ask for user-code entry before

activating the shortcut. If the system recognizes the entered user code, it

Options and programming methods 79

will activate the shortcut command.

Page 80

- SecurityRiskCode - if you enable this option, you must also enable the

CONTINUE?OK=YES

Enable/disable

READER 001

READER 002 READER 003

PROGRAMMING Expansions Keypads

Readers

Enable/disable

ChoosePeripheral Prog. Address

“Requires code” option. When this option is enabled and the selected shortcut involves a scenario that completely disarms a partition, or switches a partition from Away mode to Stay mode, the security of your system will obviously be at risk, therefore, the system will request code entry.

- Confirm - if enabled, the system will ask the user for confirmation (press )

before activating the function-key shortcut. This method draws the users attention to requested operations that do not require codes, and thus avoids accidental arm/disarm operations, etc.

This option is not available for Alien keypads.

Via PC

Table 52: Keypads - via SmartLeague software programme

Option Part of the system Template/section

Enable/disable

ChoosePeripheral

You can programme the graphic interface of the Alien keypad solely through the

artLeague software application.

Once you have selected the keypad from the system tree-structure on the left side of the window, you must then access the “Alien graphics” section which will appears only after selecting “Touch-screen keypad” as the type of keypad.

In order to programme the keypad with the configured parameters, you must connect your computer to the USB port of the keypad.

Keypads - select the keypad Programming

/ Project

6-21Readers

This section allows you to programme the reader options.

Via Keypad

Type-in Code

Enable/disable

This section allows you to add/remove readers to the I-BUS configuration, by means of keys and .

This is a reader simulated by the Air2-BS100, a “W” will be shown at the end of the description.

ChoosePeripheral

This section allows you to programme the various options of the selected reader.

• Description - editable field for the name of the digital key user.

• Partitions - use or to enable/disable the reader on the system partitions.

• Shortcuts - this section allows you to programme the shortcuts associated with the 4 differently-coloured LEDs on the reader. In order:

•• Red LED shortcut

•• Blue LED shortcut

•• Green LED shortcut

•• Yellow LED shortcut The shortcut associated with the LED can be one of the following types:

•• None

•• Arm/Disarm

•• Stop alarms

•• Clear call queue

•• Delete memory

•• Activate outputs

•• Deactiv. outputs

•• Overtime

•• Teleservice req.

•• View faults

80 Options and programming methods

(Installer PIN)

, PROGRAMMING Readers .

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Installation and programming manual

PROGRAMMING Keypads Readers

Sounders

Enable/disable

ChoosePeripheral

PROGRAMMING Readers Sounders

Language

Italiano

English

Prog. Address

This section allows you to activate the enrolling phase and programme the addresses of nBy/S and nBy/X readers.

Follow the instructions for addressing readers in paragraph 3-3-5 Addressing nBy readers.

Via PC

Table 53: Readers - via SmartLeague software programme

Option Part of the system Template/section

Enable/disable

ChoosePeripheral

Prog. Address

This section allows you to programme the parameters of the sounderflashers connected

the IBUS.

Proximity readers - select the

Proximity readers Programming

/ Project

reader

Programming

6-22Sounders

Via Keypad

Type-in Code

Enable/disable

This section allows you to add/remove sounderflashers from the I-BUS configuration, by means of keys and .

ChoosePeripheral

This section allows you to edit the description of each sounderflasher.

(Installer PIN)

, PROGRAMMING Sounders .

Via PC

Table 54: Sounderflashers - via SmartLeague software programme

Option Part of the system Template/section

Enable/disable

ChoosePeripheral

Sounders - select the sounder/

/ Project

flasher

Programming

6-23Language

Via Keypad

This option allows you to select the language the system uses in the User and Installer

nus for the descriptions of events, faults, etc. However, the edited descriptions of the

me various system elements such as: zone, partitions, outputs, codes, descriptions will remain unchanged.

Use keys e to select the desired language and to confirm.

Options and programming methods 81

Page 82

This section allows you to record (and playback) all the voice messages. The Table in

CODING

Empty message

High quality Average quality

Messages

Record

Play Delete

PROGRAMMING Sounders Language

Messages

Messages _01 Messages (Min. 00) (Min. 485)

Record 0034 sec.

Serial port

Terminals to

be short-

the Appendix shows all the pre-recorded messages provided by the SmartLogos30M voice board.

Via Keypad

1. Accessing the “Messages” section:

6-24Messages

Type-in Code

2. Use keys and to select the field you wish to change, then use the number

3. Press .

4. Use keys and to select the instructions for the selected message

(Installer PIN)

keys ( , etc.) to edit the number.

Use keys and to increase or decrease the number.

thenpress .

, PROGRAMMING Messages .

Record

Before recording a voice message, you must first select:

Message - no recording or playback

• No

• High quality - for superior recording/playback quality

• Average quality - for good recording/playback quality (similar to phone-line quality).

High quality messages occupy twice the memory space of average quality messages of the same length.

The recording will start when is pressed, the running recording time (seconds) will be indicated by a second-counter on the keypad display. If you wish to interrupt the

record/playback operation manually press , otherwise, it will end automatically when the pre-set time-out expires.

Play

Message playback section. You can adjust the volume during the playback phase using keys and .

Delete

Delete message section. The control panel will ask for confirmation before deleting the

ssage, by means of the key.

The Parameters settings template of the “SmartLiving System - Announcements” will allow you to:

• upload all the voice messages

• download all the voice messages

• format voice board

Select an item from “SmartLiving System - Announcements” from the tree menu on the left, then go to the “Parameters settings” template on the right and programme the selected message.

Via PC

This section allows you to reset to default settings all the control panel parameters, auto-learn zone balancing values, auto-enroll I-BUS peripherals and restore the event codes of CONTACT-ID reporting format.

Reset to factory default can be carried out at a keypad via the installer menu (details follow), or via the control panel PCB, using the following procedure.

1. Disconnect all power to the control panel (Mains and and battery power).

2. Short-circuit terminals “2” and “3” of the serial cable connector (refer to Table 4: Control panels - description of parts, S).

3. Power-up the control panel and maintain the short-circuit condition on terminals “2” and “3” for at least 5 seconds.

82 Options and programming methods

6-25Default settings

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Installation and programming manual

CONTINUE?OK=YES

PROGRAMMING Language Messages

Default settings

Factory data

Learn zone bal. Auto enrolPeriph

4. Restore the short-circuit condition.

Within 70 seconds the control panel will reset to default settings, re-enroll all the peripherals currently on the I-BUS and, if a keypad is connected, will ask you to select the Language.

Reset to factory default will not clear the events log.

Via Keypad

1. Access the “Default settings” section:

Type in Code

2. Use keys and to select the function thenpress :

(Installer)

, PROGRAMMING Default settings .

Factory data

If you select this option, the control panel will reset entirely to default settings.

This operations deletes all the previously programmed parameters.

Learn zone bal.

If you select this option, the control panel will learn (save to memory) automatically all the balancing settings of all the zones (Patent Pending).

The zone-balancing options are:

• Normally Open

• Normally Closed

• Balancing (Single balancing)

• Double balancing

• Rollerblind with EOL The balancing settings which are not acquired accurately are:

• Rollerblind without EOL (which is classified as a normally-closed generic zone)

• Double zone without EOL (which is classified as a normally-closed generic zone)

• Double zone with EOL (which is classified as a generic zone with Double balancing)

In order to allow accurate acquisition of the balancing settings of all the zones, you must:

•• Wire and select the balancing settings of all the zones.

•• Ensure that all the zones are in standby status

•• Select the “Learn zone bal.” option.

•• Verify that the operation has been carried properly and that all the settings are accurate (if any zones are not in standby status during this process their settings will not be acquired accurately).

•• Set manually any inaccurate settings.

Auto enrol Periph

If you select this option, the control panel will enroll automatically all the peripherals it finds on the I-BUS.

CONTACTIDDefault

If you select this option, the control panel will reset to default settings all the event codes used for the CONTACT-ID protocol (refer to Appendix A, Technical terminology and Glossary).

CONT-ID enumer.

If you select this option, the control panel (after confirmation) will implement incremental numbering (from “1”) in the “CCC” field of the CONTACT-ID protocol (refer to Appendix A, Technical terminology and Glossary) for the event relating to the zone.

SIA defaults

If you select this option, the control panel (after confirmation) will reset all the factory default settings on SIA parameters of all events.

DeletePrg.events

Press the key to delete all the events saved to the control panel events log (activation and restoral events):

• All outputs

• All calls

• All options

WLS data reset

ATTENTION!

Press the key to delete all the data relating to the Air2-BS100 device.

Options and programming methods 83

Page 84

The data relating to the wireless detectors and keyfobs will not reset on the control panel, nor will

Installer Code 18:23 03/30/13

KEYP. 001

VIEW

Events log

Alarms log Faults log

PROGRAMMING Messages Default settings

User functions

View

Outputs ON/OFF Set date/time

the devices simulated by the Air2-BS100 transceiver be deleted from the configuration.

3. The control panel will ask for confirmation of this command (press ).

Via PC

The SmartLeague software programme allows you to reset the control panel default values only for the following parameters relative to the programming of events:

• digital dialer parameters

• “CCC” field of CONTACT-ID protocol of the zones

• phone calls on activation and restoral

• outputs on activation or restoral

• message playback on keypads on activation or restoral

• SIA protocol parameters

Table 55: Factory default settings - via SmartLeague software programme

Option Part of the system Template/section

CONTACTIDDefault

CONT-ID enumer.

DeletePrg.events

SmartLiving System - Events Programming - Maintenance events

SmartLiving System - Terminals

SmartLiving System - Events Programming - Maintenance events

Programming - “Rename the CCC in sequential

Note

mode”

6-26User functions

This section describes the functions the installer has in common with the user.

Via Keypad

1. Access the “User functions” section:

Type-in Code

2. Use keys and to select the function then press :

View

• Events log

• Alarms log - allows you to view all the events relating to zone/partition alarm and tamper saved to the log.

• Faults log - allows you to view all the fault events saved to the log.

• Arm/Disarm ops. - allows you to view all the arm/disarm operations saved to the log.

Use key or to scroll the chronological events list. For some events, key allows

you to view the partitions details. For example, the details of an “Arm” command will show the code and keypad concerned and, if you press , the list of partitions involved.

• Nexus status - allows you to view (on the display) the following parameters of the Nexus device:

• System voltage

• Zone status - allows you to view the status of all the zones. Use keys and

parameters:

84 Options and programming methods

(Installer)

1° line: GSM network provider (Vodafone, etc.), on the left side and BUS connections

on the right side of the string:

and that the GPRS service is available

and that a teleservice request (TCP connection) or SIA-IP event report is being sent

2° line: GSM signal reception (value between 1 and 100) 3° line: balance, at the last operation (expressed in the local currency) 4° line: faults present - access the “View-Faults” section for details.

to scroll the list of accessible zones. The display shows the following zone

, PROGRAMMING User functions .

- allows you to view all the events saved to the log.

- if nothing appears, it means that the Nexus/G is connected to the BUS

- if the letter “G” appears, it means that the Nexus/G is connected to the BUS

- if the letter “C” appears, it means that the Nexus/G is connected to the BUS

- if “--” appears, it means that the Nexus is connected to the BUS

- allows you to view the voltage the system uses.

Page 85

Installation and programming manual

1° line: zone description 2° line: zone status (“Standby”, “Alarm”, “Short”, “Tamper”), its activation status (“un-

bypassed” - capable of generating alarms, or “bypassed” - incapable of generating alarms)

3° line: various indications depending on the device type:

- wired zone; resistance value reading expressed Ohm

- wireless zone; wireless signal reception level

- level of smoke present in the smoke detection chamber of the Air2-FD100

smoke detector, expressed in mdB/m

4° line: level of contamination present in the smoke detection chamber of Air2-FD100

smoke detector (%)

It is advisable to clean the detector when the value exceeds 90%.

• Faults - allows you to view any current faults.

• Panel version - allows you to view the firmware version and model of the SmartLiving control panel.

Outputs ON/OFF

Allows manual activation/deactivation of the outputs by means of keys and .

Set date/time

Allows you to set the date and time of the control panel.

1. Use keys and to select the programming field you wish to change (hour, minutes, etc.).

2. Use keys and to make any changes in the selected field.

3. Press to save and exit.

Note

Via PC

The SmartLeague software programme provides a section which, during a connection to a SmartLiving control panel, allows you to monitor the entire system in real time and access some of the above-mentioned parameters.

Select the Check control panel, Monitoring option from the menu bar.

A window containing various sections will open. The sections can be selected by means of tags, each referring to a different part of the system.

Table 56: User functions - via SmartLeague software programme

Option Part of the system

View/Log

View/Nexus status

View/System status

View/Zone status

View/Faults present

View/Control panel version

Outputs ON/OFF

Set date/time

SmartLiving System - Events log Programming

SmartLiving System SmartLiving System Programming

Section of the monitoring

Peripheral details - Sounderflashers, isolators and Nexus

window

Remote keypad Control panel status

Power Power supply parameters

Zones

Remote keypad Control panel status

Window heading

Zones Outputs ON/OFF

Template/section

Nexus

6-27Other parameters

This option allows you to programme the advanced functions of the control panel.

Via Keypad

1. Access the “Other parameters” section.

Type-in Code

2. Use keys and to select the parameter thenpress :

Periodic Ev.

This options allows you to select one of the four periodic events and set the respective parameters.

Options and programming methods 85

(Installer PIN)

, PROGRAMMING Other parameters .

Page 86

• Time per. Event - this parameter allows you to set the time (hh/mm), day, month

If this value is

expressed in

minutes, there is

an error margin of

1 minute (for example, if

you set 5 minutes, the

period can vary between 4

and 5 minutes).

OverThePhoneVol. 00_ Units (Min. 010) (Max. 100)

Tel. input gain 00_ Units (Min. 001) (Max. 120)

If this value is

expressed in

minutes, there is an

error margin of 4

minutes (for example, if you

set 7 minutes, the period can

vary between 3 and 7

minutes).

and year of the first “Periodic event” (refer to paragraph 6-11 Events).

The time/date setting of this parameter must be later than the control panel clock setting.

• PeriodicInterval - this parameter allows you to set the interval between each “Periodic events” (expressed in hours). To disable the “Periodic event”, set “0”.

• Options:

•• Per.Ev Continuous - if enabled, the system will generate the corresponding

periodic event regardless of its initial date/time. The event will be generated when the programming session is exited, or when the system starts up, and will be generated continuously when the set period expires.

•• PeriodicEv InMin - if enabled, the interval (period of time) between two

consecutive activations (“Period.Ev.Time”) will be established in minutes and not hours.

Mains fail.Delay

This parameter allows you to programme the delay, expressed in minutes (see “info”

x ), between mains failure and the “Mains failure” fault event signal.

LocKpadMessTimes

The number of times voice messages, relating to events recorded at the keypad, will be played (only for keypads with voice functions).

The playback phase can be stopped by pressing any key. If you set a value of “255” the playback can be stopped by pressing any key, this is the only method of stopping playback.

OverThePhoneVol.

This is the volume of the voice messages over-the-phone.

Ring sensitivity

This value determines the reception sensitivity of incoming call rings. This option is useful in situations of bad reception (break up) or noisy lines.

At default this value is set at 60. Accepted values: 1 to 120.

Wireless superv.

This value determines the wireless-detector supervision time. Once the pre-set time expires, the detectors which do not respond will be signaled as lost. Accepted values: 12 to 250 minutes.

Tel. input gain

This value determines the volume of the incoming call signal. This option is useful in

tuations which require better comprehension of DTMF tones and improvement of

si teleservice intervention via modem.

Adj. temperature

This parameter will allow you to enter the effective value of the room temperature read by an external thermometer. This value will replace the keypad temperature reading and thus allow you to correct the temperature sensor on the keypad you are working on (valid for keypads with temperature sensors only).

The entered value must be expressed in °C decimals (for example, type in 252 if the temperature is 25.2 °C).

LowBattery delay

This parameter allows you to programme the delay, expressed in minutes, which will be applied before “LowBattery” events are signaled.

LinedownDelay

This parameter allows you to programme the delay, expressed in seconds, which will be applied before signaling of “LineDownDelay” events occurs.

Note

All the above-mentioned parameters can be programmed as follows.

3. Use keys and to select the field you wish to change, then use the number keys ( , etc.) to edit the number.

Use keys and to increase or decrease the number.

FaultForNotReady

This section allows you to select which events, other than zones in alarm status, will be

gnaled as system security-risk conditions when the partition arms.

86 Options and programming methods

Page 87

Installation and programming manual

Periodic ev.

Time per. Event

PeriodicInterval Options

PROGRAMMING Default settings User functions

Other parameters

Periodic Ev.

Mains fail.Delay LocKpadMessTimes

Periodic ev.

Periodic ev. 001

Periodic ev. 002 Periodic ev. 003

Following are the events which can be enabled/disabled by means of keys and

• Zone fuse fault

• IBUS fuse fault

• Low battery

• Mains failure

• Tel. line down

• Jamming

• Low battery WLS

• WLS zone loss

• Nexus fault

• Detector dusty

• Zone faults

• Sounder faults

• Power faults

• LossTamp.ongoing The last item groups the following events:

•• Panel opened

•• Dislodged panel

•• Expansion tamper

•• Keypad tamper

•• Reader tamper

•• Sound.flash.Tamp

•• Nexus tamper

•• V-Monitor tamper

•• Expansion loss

•• Keypad loss

•• Reader loss

•• Sound.flash.Loss

•• Nexus loss

•• Scomp. V-Monitor

• IP conn. lost

4. Press to confirm and exit.

Serial number

Section for the visualization of the Control panel serial number.

Via PC

Table 57: Other parameters - via SmartLeague software programme

Option Part of the system Template/section

Periodic ev.

Mains fail.Delay

LocKpadMessTimes

OverThePhoneVol.

Ring sensitivity

Wireless superv.

Tel. input gain

LowBattery delay

LinedownDelay

FaultForNotReady

SmartLiving System

Keypads Parameters settings - Keypad parameters

SmartLiving System Parameters settings - Telephone options

SmartLiving System - Telephone Parameters settings - Telephone line parameters

SmartLiving System

SmartLiving System - Telephone Parameters settings - Telephone dialer parameters

SmartLiving System Programming - Forced arming faults

Telephone line adjustment

The “OverThePhoneVol.” and “Tel. input gain” parameters can be used to correct the voice functions of the dialer and the DTMF tones. The values of these parameters affect each other, therefore, and a good result is always a compromise.

If you are not using a GSM interface, you should:

• Adjust one parameter at a time and carry out tests to verify the result.

• Increase/decrease the values in small steps (for example, from 25 to 22 and not from 25 to 15).

• If the DTMF tones are not recognized, or are recognized with difficulty, decrease the value of the “Volume Tel.voice” parameter (in small steps of 2 or 3 units) and verify the effect. If there is no improvement, increase the value of the “VolumeTel. In.” parameter until an acceptable level is achieved.

Options and programming methods 87

Parameters settings - periodic event

Parameters settings - I-BUS parameters

Parameters settings - Control panel parameters

Parameters settings - Telephone options

Parameters settings - I-BUS parameters

6-27-1

Page 88

Do not increase the “VolumeTel. In” parameter excessively, as an excessive value

Type ZoneBypass menu Voice memo

Output control

KEYP. NNN

Type

Options

KEYP. NNN Options

F1/4KeyShortcuts

SHORTCUT F. KEYS

F2 F3

may cause incorrect interpretation of DTMF tones.

• If the volume of the telephone messages is low, increase the “Volume Tel.voice” (in small steps of 1 or 2 units) and verify the effect. An excessive value of the “Volume Tel.voice.” parameter may cause incorrect interpretation of DTMF tones.

In most cases, the value of the “Volume Tel.voice” parameter is between 15 and 25, whereas, the value of the “VolumeTel. In.” parameter is between 20 and 30.

If you are not using a SmartLink GSM interface, you should:

• If the DTMF tones are not recognized or are recognized with difficulty, increase the “VolumeTel.In” parameter of the SmartLink by 1 or 2 notches over the medium value “M” then verify the effect. If there is no improvement, decrease the value of the “VolumeTel.In.” parameter of the SmartLiving control panel until an acceptable combination is achieved.

Any changes to the value of the SmartLink “VolumeTel.In.” parameter come into effect almost 2 minutes after the setting change, therefore, you must allow this time to pass before verifying the effect.

authentication

It is possible to programme a certain number of outputs that can be viewed and activated at the keypad without authentication (i.e. without entering a user code).

Access to these outputs depends on the type of keypad in use:

• for keypads with keys, you must activate the “Output control” shortcut (shortcut n.

21: ) associated with one of the , ...,

Note

6-28Activating outputs without

• for Alien keypads, you must access the “Commands” section by pressing the button, then the “Domotics” section.

The outputs that can be activated from a keypad with the “NNN” address will be those associated with a specific user code. The keypad, code and relative outputs must be programmed in accordance with the following procedure:

Via Keypad

1. Access the section of the Installer menu for the programming of the “NNN” keypad you wish to associate with the outputs :

Type-in Code (I Select peripheral , Keypad “NNN”

2. Access the “F1/4KeyShortcuts” section and select a function key

3. Access the “Type” section and associate the selected function key with the “Output control” shortcut.

4. DO NOT ENABLE the “Requires code” option for the shortcut associated with the function key undergoing programming.

5. Go back to the installer menu and access the “Codes” section.

6. Select the user code shown in the table in accordance with the control panel model undergoing programming:

Keypad number

88 Options and programming methods

nstaller) , PROGRAMMING Keypads .

User code number

505 / 515 1050 / 1050L 10100L 001 026 041 086 002 027 042 087 003 028 043 088 004 029 044 089 005 030 045 090 006 / 046 091 007 / 047 092 008 / 048 093 009 / 049 094 010 / 050 095 011 / 096 012 / 097 013 / 098 014 / 099 015 / 100

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Installation and programming manual

7. Access programming of the selected code, at the “Assigned outputs” section.

8. Use keys and to select the outputs from those available on the list.

The Nexus programming phase allows you to select which actions the control panel will implement on receiving a voice call/SMS message (from an authorized user) over the GSM network. Each command comprises a group of fully-programmable parameters.

Each time a user requests an operation - via a correctly formatted SMS message or voice call to the SIM card of the Nexus - the control panel will activate the respective shortcut/event and send confirmation (feedback) of the successfully implemented command.

The following parameters can be programmed solely via the SmartLeague software programme. Select the “Nexus” item from the SmartLiving system layout (on the left) and then go to the “Programming” section on the right to programme the relative parameters.

Ness does not guarantee the total availability of all the GSM/GPRS functions described in this manual, due to the various combinations of GSM/GPRS service providers, SIM types and telephone models that may be in use.

6-29Programming the Nexus

Note

SMS Commands

The “Programming - SMS Commands" section allows you to programme up to 30 SMSactivated commands.

For the description of the programming parameters of each command, refer to the SmartLeague Installation and Configuration Manual.

Users who wish to activate a command via SMS text must enter the command details as follows:

where:

• <xxxxxx> stands for the PIN of a control panel user

• a blank space must be keyed in after PIN entry

• <SMS Text> which is the command identifier, as previously described

You wish the control panel to activate “Scenario 3”, switch On the perimeter lights and confirm the operation via SMS text. For an operation of this type, proceed as follows:

1. “SMS Text” - choose the desired description, for example “Night mode”

2. “Shortcut” - select the “Arm/Disarm” shortcut

3. “Shortcut option”: “Scenario 3”

4. “Shortcut 2” - select the “Activate outputs” shortcut

5. “Shortcut option 2” - the output associated with the perimeter lights

6. “Confirm” - SMS

When a user keys in the following SMS text on a mobile (cellular) phone:

123456 Night mode

where “123456” stands for the User's PIN and this message is sent to the number of the SIM card of the Nexus, the control panel will carry out the requested operations and will send an SMS message of confirmation to the mobile phone of the caller who dispatched the command.

Night mode: command done!

6-29-1

COMMAND USING SMS TEXT

EXAMPLE

The installer by modify the five predefined default commands:

• “CREDIT” for prepaid sims, for balance enquiries relating to the SIM card of the Nexus - the user will receive an SMS text indicating the remaining credit.

• “STATUS” for status enquiries relating to the Nexus - the user will receive an SMS text indicating the:

•• device name and firmware revision

•• GSM network provider

•• GSM signal reception level

•• device tamper status

•• BUS status

•• Balance (remaining credit)

•• scenario active (if present)

Options and programming methods 89

DEFAULT COMMANDS

Page 90

• “EXC” (or “ESC”), to inhibit the control panel zones

• “INC”, to activate the control panel zones

For the last two commands, the message text must be:

where:

• <xxxxxx> is the PIN of a control-panel user coded, followed by a blank space

• “EXC” (or “ESC” or “INC”) is the command to be implemented on the zone, followed by a space

• <zone description> is the name zone to be inhibited or activated

Caller ID commands

The “Programming - Caller ID commands” section will allow you to programme up to 200 telephone numbers and the commands which will be implemented when each telephone number is recognized by the control panel. If a voice call is received from a telephone number, the command you select from those programmed in the “SMS Commands” section will be carried out.

For the description of the programming parameters of each command, refer to the SmartLeague Installation and Configuration Manual.

Text for SMS messages

The “Parameters settings - Customizable SMS Messages” section will allow you to create up to 50 SMS text messages of 80 alphanumeric characters each. These messages can be associated with the events by means of the “SMS message number/index” option described in paragraph 6-11 Events.

General parameters

In the “Programming - General parameters” section, it is possible to programme some functions relating to the management of the Nexus device, such as: low/remaining credit, input and output volume, disablement of tamper protection and the emergency signalling delay.

For the description of the general parameters, refer to the SmartLeague Installation and Configuration Manual.

The remaining credit control feature is subject to temporary or even permanent unavailability caused by changes in the implementation of the methods used by the GSM/GPRS service provider. Ness provides device programming functions which may be capable of restoring this feature, by means of manual changes to the respective parameter settings.

6-29-2

6-29-3

6-29-4

Note

GPRS Connections

(Nexus/G only)

The Nexus/G allows you to use the GPRS connection for remote upload/download operations to/from control panels using the SmartLeague software application.

The “Programming - GPRS Parameters” section allows you to configure the GPRS communication settings of the Nexus/G device.

For the description of the general parameters, refer to the SmartLeague Installation and Configuration Manual.

Once the parameter settings are complete, you can activate the GPRS connection by means of the following procedure:

1. Start the SmartLeague software application and access “Settings – Application data” menu section. Select “Connection via GPRS” from the “Communication Type” section, then press “Start”.

2. The “Start” button opens the GPRS connection status window, where you must the set port. The setting must coincide with the “Port” parameter, described above.

3. Press the “Connect” button to activate the server.

4. The connection cannot be established until the teleservice request is received. The teleservice request can be made in different ways, as follows.

Select the “Nexus teleserv.” option from the User menu, then press the button to

start the teleservice session.

6-29-5

CONNECTION

TELESERVICE REQUEST FROM KEYPAD

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Installation and programming manual

The Nexus/G will initialize the connection to the address and port programmed in the “Nexus - Programming - GPRS settings” section of the SmartLeague application. The keypad will show the connection status for about 90 seconds and the following messages may appear:

• GPRS connected - this indicates a successful connection; 10 second after the visualization of this message, the keypad will return to standby status and the

icon on the second line of the display will blink.

• Connection Error - this indicates a failed connection.

• Error code: xxx - this indicates that code error is the reason for the failed connection.

Table 58: Nexus/G - Connection errors

Access

Codes

001

002 027

003 028

004 030

005

006

007

008

015

016

024

GPRS service not provided by the SIM provider

Possible APN error or GPRS not enabled

TCP connection error (wrong URL, wrong port, Nexus server

on SmartLeague disconnected or unreachable, etc.)

GPRS connection error

TCP disconnection error

GPRS connection error

Error

Possible APN error

Access

Codes

025

101

102

103

104

105

106

107

GPRS disconnection error

GPRS connection error

Command error - connection not supported (the Nexus

model in use is not GPRS capable)

Disconnected from remote

Error during TCP connection

Probable connection with a server different from the

SmartLeague server

Problems with normal control panel operating capacity

Generic internal error

GPRS disconnection error

Error

The request can be made by means of an SMS text message to the Nexus/G of the installer company; the message format must be as follows:

<xxxxxx> CONNECT <Connection Name> <URL>:<Port>

where:

• <xxxxxx> is the installer code PIN, followed by a blank space

• “CONNECT” is the connection command, followed by a space

• <Connection Name> is the description of the connection (previously described), followed by a space

• <URL>: is the IP address of the server you wish to connect to, followed by “:”

• <Port> is the connection port

If you intend using the settings configured in the “Programming - GPRS settings” section (previously described), the last two parameters can be omitted.

After the SMS message has been sent, you must wait until the software indicates that the connection has initialized.

5. Once initialized, you can carry out the desired Upload/Download operations via the SmartLeague software.

6. When the programming session is complete, access “Settings – Application data GPRS Connection”, then select “Disconnect” to end the connection.

If no read/write operations are carried out for 3 consecutive minutes, the GPRS connection will end automatically.

TELESERVICE REQUEST VIA SMS

Options and programming methods 91

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COMPLIANCY WITH THE

REGULATIONS IN FORCE

In order to guarantee compliancy with the regulations in force, you must adhere to the following guidelines:

• nBy/X readers must be equipped with devices which protect them against the forced-opening and dislodgement of their casings from their locations, in compliance with Level 2, as indicated in paragraph 3-2-7 Installing nBy/X readers.

• The Tamper NO dislodgement-tamper-protection device of the control panel must be installed.

• JOY, nCode and cCode keypads must be equipped with enabled tamper-protection devices, as indicated in paragraph 3-3-2 Addressing the keypads.

• FLEX5/U expansion boards must be either mounted inside the metal enclosure of the 1050L or 10100L control panel, or equipped with devices which protect them against the forced-opening of their casings and dislodgement from their locations, in compliance with Performance level 2.

• The lines relating to the intrusion-detection zones must be configured as 'Double balancing' with double EOL resistors, or as Single balancing with single EOL resistor. They must also be equipped with devices which protect them against the forcedopening of their casings.

• Terminal tamper, peripheral tamper and control-panel tamper events must trigger audible signals (sounder signals) for a period of not less than 3 minutes.

• The output activated by the previously mentioned tamper events must be different from the output activated by alarms signals.

• All Code PINs must have 6 digits.

• If a Timer is used for automatic-arming operations, the Pre-arm times must be programmed separately for each partition (the Pre-arm time must not be set at 0).

Chapter 7

In particular, in order to guarantee CEI 79-2 compliancy of devices, the following options must be programmed as follows.

• The following options must not be activated in the “Panel Options” section:

•• ReaderBuzzer OFF

•• BypassAlsoTamper

•• OpenZonesArmLock

•• 50131ReaderLedOFF

•• 50131StatHidden

•• 50131IconsHidden

•• 50131AlarDelayed

•• 50131WarnLedMem

• All of the “FaultsNotReady” options - from the “Other parameters” section - must be disabled.

• The “Requires code” option - from the “Keypads - Choose peripheral - Options” section - must be enabled for every keypad and shortcut in use.

• The “Entry Time” parameter of each partition must be no more than 60 seconds.

Compliancy with EN50131 Grade 2 is guaranteed by observing the following guidelines.

• In the “Panel options” section, enable:

•• Keypad lockout

•• OpenZonesArmLock

•• NoUserTamp.reset

•• 50131ReaderLedOFF

•• 50131StatHidden

•• 50131IconsHidden

•• 50131AlarDelayed

•• 50131WarnLedMem

CEI 79-2

EN50131, GRADE 2

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Installation and programming manual

• The following options must not be activated in the “Panel Options” section:

•• ReaderBuzzer OFF

•• BypassAlsoTamper

• In the section “Other parameters - FaultForNotReady”, enable the following options:

•• Zone fuse fault

•• IBUS fuse fault

•• Low battery

•• Mains failure

•• Tel. line down

•• Jamming

•• Low battery WLS

•• WLS zone loss

•• LossTamp.ongoing

• Zones configured as “24H”, “Automation” are non-compliant.

• Zones programmed as “Arm”, “Disarm”, “Switch” or “Follow” comply only when activated by keyswitches with more than 10,000 code combinations.

• An input is set up for system fault management.

• You must delete any programming relating to outdoor sounderflashers - from the respective alarm event in the “Outputs” section - for all zones with the “Fault Zone” attribute. You can programme indoor sounderflashers via the “Other outputs” option.

• The telephone dialer must be enabled.

• The system must include a self-powered sounderflasher for intrusion-alarm event signaling

• If you use a digital dialer or voice dialer with SmartLogos30M board for transmissions, a telephone number must be reserved for the following events:

•• All events generated by zones with the “Hold-up” attribute.

•• All events generated by “Instant”, “Delayed”, “Delayed unhidden” and “Route”

•• All events generated by terminal, peripheral and control panel tamper.

•• All faults detected by the control panel.

• The “Alarm Cycles” parameter of each zone must be set between 3 and 10.

• The “Mains fail.Delay” parameter must be set at no more than 1 minute.

• The “Requires code” option on the function-key shortcuts must be enabled for all the assigned shortcuts.

• The “StopTelOn Disarm” partition option must not be enabled.

• The “Entry Time” of each partition must be set at a maximum of 45 seconds.

• You must enable the “Priority” option for any alarm events associated with “Hold-up” zones.

• “Failed to arm” and “Forced arming” events must be saved to the Events log.

• The programmed “LowBattery delay” must not be programmed at more than 5 minutes.

Adhering to the following instructions guarantees compliance with EN50131-3 Grade 3:

• In the “Parameters” section, enable option “50131 Grade 3”.

• If the installation uses detectors with an anti-mask function, each anti-mask signal must be managed as follows:

•• Prepare an input terminal for the anti-mask signal connection.

•• Programme the following parameters:

EN50131-3, GRADE 3

- “Description”: assign an explanatory description to the signal

- “Fault zone”: enable this option

- “NoArm IfNotReady”: enable this option

• Use an ATS4 notification appliance:

•• protocol: SIA-IP with encryption

•• interface: SmartLAN/G or SmartLAN/SI

Adhering to the following instructions guarantees compliance with EN50131-6 Grade 3 (Power supplies):

• Remove the power supply unit (Table 4: Control panels - description of parts, A).

• Install an EN50131-6 Grade 3 certified power supply unit alongside the control panel enclosure. This power supply unit will provide the following output signals:

•• G1 power system fault (overvoltage, overcurrent, short circuit)

•• G2 mains power failure fault

•• G3 battery fault

Compliancy with the regulations in force 93

EN50131-6, GRADE 3

Page 94

• Connect the backup battery to the battery-charge-level control system of the certified power supply unit.

• Connect the NEGATIVE/GND pole of the power supply unit to a Negative terminal (Earth or GND, refer to Table 5: Control panel - terminal board).

• Draw the POSITIVE power supply for all the system parts (control panel, peripherals, detectors, etc.) exclusively from the certified power supply unit.

• Prepare 3 input terminals for the fault signal connections (G1, G2, G3, described above) and programme the following parameters for each of the 3 terminals:

•• “Description”: assign an explanatory description to the signal

•• “Fault zone”: enable this option

94 Compliancy with the regulations in force

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Installation and programming manual

ERRORS AND FAULTS

control panel

The following table shows the system faults which are signaled on the yellow LED on the

ypad :

Chapter 8

8-1Faults detected by the

FAULT

Zone fuse blown

BUS fuse blown

Backup battery ineffi-

cient or not connected

Primary power-source

The PSTN landline is

Wireless detector bat-

Wireless detector not

Device loss or tamper

loss

unavailable

Interference

tery low

operative

Nexus GSM dialer

faults

IP connection loss

in progress

Message on the User menu,

“View/Faults”

Zone fuse fault IBUS fuse fault

Low battery

Mains failure

Tel. line down

Jamming

Low battery WLS

WLS zone loss

Nexus fault / Low signal

Nexus fault / GSM module

fault

Nexus fault / SIM com-

mun.fault

Nexus fault / Low Credit

Nexus fault / ProviderUnavail-

able

Nexus fault /GPRS conn. lost

IP conn. lost

LossTamp.ongoing

Probable cause Note

Excessive current draw on the “+AUX” terminals

Excessive current draw on the “+” terminal of

The backup battery of the control panel is

The primary power source voltage (230 Vac) has

The battery of at least one wireless detector is

At least one wireless detector is not operating

The GSM network signal is insufficient

The GSM module of the Nexus dialer is not oper-

ating properly. Call your Installer company

The SIM card does not respond or is not present.

The credit left on the SIM card is below the

The GSM network provider of the SIM in use is

NEXUS/G detects problems on GPRS network

The verification of the IP connection fails.

One of the following events has occurred:

• Control panel open

• Dislodged panel

• Expansion tamper

• Keypad tamper

• Reader tamper

• Sound.flash.Tamp

• Expansion loss

• Keypad loss

• Reader loss

• Sound.flash.Loss

of the control panel

the control panel

almost empty or disconnected.

failed or has been disconnected

Trouble on the PSTN landline

Wireless transmission is poor

running out

The SIM card PIN is not disabled.

minimum credit threshold.

unavailable.

communications

To view “LowBatt. battery WLS”

and “WLS zone loss” signaling,

access the user menu, go to

“View/Faults”, press to view

the list of devices involved.

Press on “Nexus fault” to

access the list of current faults.

Errors and faults 95

Page 96

Sounder faults / Horn fault

- JOY/MAX FW RELEASE 1.00 NO COMMUNICATION K01 P14

- JOY/MAX FW RELEASE 1.00 NOT ENROLLED K01 P14

Sounderflasher faults / Low-

Faults on IVY-BUS

sounderflasher

Batt.Soundfl.

Sounderflasher Faults / Battery

resist.

Violation of zones with

faults

Contaminated smoke

sensor

The control panel monitors the I-BUS continuously.

If no signals (control panel and peripheral signals) are detected on the I-BUS for over 40 seconds, the keypad displays will show the warning opposite. The display will show:

1. Keypad model

2. Keypad firmware version

3. Error type

4. Keypad address and built-in reader address (Joy/MAX only)

First check that cable “D” of the I-BUS is connected properly. Then check the proper operating capacity of the I-BUS and the general integrity of the entire system.

If the message opposite appears on the keypad display, it means that I-BUS is operating properly but cannot communicate with the keypad in question.

Therefore, the keypad is not present in the system configuration.

One of the two messages shown in the figures may also appear during the control panel firmware updates.

Faults on zones

Detector dusty

A defect/damage has been detected on the

A low-voltage value has been detected on the

If the voltage drops below 10V, the device will

inhibit the sounder and activate only the flasher

(in the event of an alarm). If the voltage drops

below 8V, the device will inhibit both the sounder

An excessive internal resistance has been

detected on the sounderflasher battery. This

type of deep fault indicates corrosion inside the

battery, therefore, the battery must be replaced.

Violation has occurred on one or more zones

with the “Fault zone” option enabled.

The smoke chamber of at least one of the Air2FD100 smoke detectors is contaminated by dirt

Refer to the instructions supplied with the detec-

tor for information regarding the respective

horn/sounder.

sounderflasher battery.

and the flasher.

or dust.

threshold.

Press on “Sounder faults” to

access the list of devices which

have at least one fault present.

Press on the selected soun-

derflasher to access the list of

current faults on the device con-

Press to access the list of

cerned.

zones involved.

8-2Communication BUS (I-BUS)

Note

If you are using an Alien user interface, the above-mentioned information will be shown on the bottom bar on the home page.

8-3LED activity

The blue and yellow LEDs on the control panel motherboard (refer to Table 4: Control panels - description of parts, X) may help in providing information regarding the proper

operating capacity of the control panel firmware and I-BUS, as follows.

Blue LED

If the control panel is operating properly, the blue LED on the motherboard will blink rapidly. At the end of a programming session via PC, during restoral of factory default settings and during re-programming operations on the control panel and peripheral firmware, the LED may be either On solid or Off or the entire time. However, once the operation is complete it will start to blink again as previously described.

If the LED is On or Off permanently for no apparent reason (see above), it means that all the system functions are blocked.

Shut the system down and contact your dealer immediately.

Yellow LED

If the control panel is operating properly, the yellow LED on the motherboard should flicker. At the end of a programming session via PC, during restoral of factory default settings and during re-programming operations on the control panel and peripheral firmware, the LED may be either On solid or Off or the entire time. However, once the operation is complete it will start to blink again as previously described.

If the yellow LED is On or Off permanently, it means that there is trouble on the I-BUS.

If the LED is On or Off permanently for no apparent reason (see above), it means that the I-BUS is blocked. This condition is confirmed by the loss of communication with the keypads, readers and expansions.

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Installation and programming manual

Check the integrity of the I-BUS line.

The various configurations of modern telephone lines and the multiplicity of signals that transit along them, require major attention in the design of phone-line interfaces. The optimized phone-line interface on-board SmartLiving control panels has been especially designed to satisfy present day requirements. In addition to the traditional telephone plug for land line (PSTN) connections, there are usually boards for ISDN or ADSL connections.

If there are ADSL filters on the line, it will be necessary to connect the control panel downstream of the filters, to the line dedicated to telephone equipment (this line is clearly indicated on the filters).

Following are two “trouble” conditions which may be caused by ISDN or ADSL connections, etc. , and the “actions” you must take if you encounter such problems.

• Problem - The control panel is enabled for “Answerphone” and “Teleservice” functions but fails to pick up incoming calls after the programmed number of rings or picks up after more rings than programmed. Answer - Increase the value of the “Ring Sensitivity” parameter to a suitable level.

• Problem - The control panel is enabled for “Answerphone” and “Teleservice” functions but picks up during “through” calls (calls that should not involve the control panel). Answer - Decrease the value of the “Ring Sensitivity” parameter to a suitable level.

8-4Ring Sensitivity

If the touch screen of the Alien keypad does not respond to taps, you must carry out

e forced calibration process.

You can start this process by pressing and holding for 7 seconds the (Table 13: Alien - description of parts, X) button which, for the Alien/G, can be reached on the PCB after opening its casing and, for the Alien/S, can be reached through the relative hole. Once the calibration process starts, simply follow the instructions provided by the keypad.

8-5Calibrating the touch-screen

Errors and faults 97

Page 98

TECHNICAL

TERMINOLOGY AND

GLOSSARY

Appendix A

Violation of a zone with this attribute will generate an instant alarm even when the partitions it

longs to are disabled. The system will generate the respective alarms which will be shown on

be the keypad. These zones usually monitor conditions that are not directly connected to intrusion control. For example, Water tank overflow and flooding detectors are usually configured as 24H zones. If you are installing a fire detector, please remember that the inputs of SmartLiving control panels are not compliant with EN 50131-1 and EN 50131-3.

These are 4, 5 or 6 digit PINs which allow the building occupants (users) to access the system. Each code can be programmed to control specific functions only, and to operate the system to suit the requirements of the Main user. Code types

• Installer code: used by the installer company technician

• User code: assigned to the building occupants

Detection of non-authorized entry into the protected building. More specifically, activation of alarm signaling devices (detectors).

A parameter generally associated with zones. This value determines the number of alarm events a zone can generate before the partitions it belongs to disarm. This value (number of alarm events) resets to zero when the zone partitions re-arm or reset. If a zone is allowed to generate an unlimited number of alarm events, it is classified as a “repetitive” zone.

In the event of:

• Zone Alarm

• terminal tamper

• open panel or dislodged panel

• peripheral tamper (keypads, expansions, readers)

• peripheral loss (keypads, expansions, readers)

• false key

The red LEDs on the system keypads and readers go On each time one of the previously-

ntioned events occur. This visual warning signal is held even after the event ends (alarm

me memory), in order to warn you that an event occurred during your absence. This visual warning signal will be held until you clear the event memory (refer to Delete Memory).

This is a private service that monitors premises protected by intrusion control systems equipped with digital or voice dialers. Alarm Receiving Centres receive alarm reports from monitored systems and take all the necessary actions to protect the occupants of the protected premises.

The “Answerphone” function, if enabled by the user, allows the control panel to answer incoming calls after a pre-set number of rings. The control panel will pick-up and play the recorded answer message.

During the call, the recipient can type-in a valid PIN (enabled for over-the-phone control) and access the authorized functions.

User operations on one or more partitions. These generally indicate also the status of the partitions. Under normal circumstances, the zones of armed partitions can generate alarms. Under normal circumstances, the zones of disarmed partitions cannot generate alarms. The system generates tamper alarms even when partitions are disarmed.

You can enable/disable the Auto-arm function on each separate partition. If the auto-arm option is enabled on a timer-controlled partition, the partition will arm/disarm in accordance with the ON/OFF settings of the timer.

A zone with this attribute will be bypassed automatically by the control panel, if the partition it belongs to arms when the zone is not in standby status. The zone will be unbypassed automatically when it restores to standby or when the partition it belongs to is disarms.

These zones operate in the same way as 24h zones, but do not generate partition alarms or visual signals on the system reader and keypad LEDs. Zones configured in this way can be used for automation applications.

24 HOUR ZONE

ACCESS CODES

ALARM

ALARM CYCLES

ALARM OR TAMPER MEMORY

ALARM RECEIVING CENTRE (ARC)

ANSWERPHONE

ARM/DISARM

AUTO-ARM

AUTO-BYPASSABLE ZONES

AUTOMATION ZONE

98 Technical terminology and Glossary

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This is the secondary power source of the system. If primary (230 Vac) power failure occurs, the battery will take over. SmartLiving control panels use sealed lead batteries. The battery housing determines the maximum size of the battery and therefore, its power-storage capacity. SmartLiving control panels provide housing for one battery @12V 7Ah. The control panel monitors the battery continuously and keeps it is under constant charge (from Mains).

Connection of a zone to a terminal configured as an input. It is necessary to programme the balancing of each separate zone and wire the terminal

accordingly. The SmartLiving intrusion control panel provides 6 different types of balancing, as follows:

• Normally Open

• Normally Closed

• EOL

• DEOL

• Double zones (only terminals with DOUBLING configuration)

• Double zones with EOL (only for terminals with DOUBLING configuration)

DEOL and customized zones can discriminate 4 conditions:

• Short-circuit

• standby

• alarm

• tamper

If you observe the Events list, you will see that there is an alarm event for each zone and a

per event for each terminal. This is because a terminal configured as a double zone (or

tam double zone with EOL) must be able to discriminate between alarm and standby conditions on each single zone, whereas tamper and short-circuit conditions involve the entire terminal and not the single zone.

An output, that once activated, requires an explicit command to deactivate it. Generally, bistable outputs are used to provide immediate signaling (in real-time) of specific events that occur on the system. For example, if the “Mains Failure” event is associated with a bistable output that is connected to a LED, the LED will signal the event immediately.

A bypassed (disabled) zone cannot generate alarms. Each zone can be bypassed/unbypassed manually by the system users, or automatically by the control panel. Automatic bypass operations can take place only when the zone is configured as “Auto-bypassable” and the conditions that regulate auto-bypass operations are in effect (refer to Zone Attributes – Autobypassable).

Zone deactivation is useful when detectors are not working properly and you wish to avoid false alarms. Under normal circumstances, bypassed (disabled) zones can still generate tamper events. If you do not wish this to occur you must set the "Bypass Tamper" option on the control panel.

A list of outgoing event-associated calls the control panel must send to programmed contact numbers. Enabled users can clear the call queue manually.

A zone with this attribute will generate “Chime on partition” events, if violated when the partitions it belongs to are disarmed.

Keypads which have partitions in common with the chime zone will emit an audible signal when the “Chime on partition” event occurs. If all the partitions the zone belongs to are armed, the zone will operate as programmed. This function is widely used in commercial buildings (shops, etc.), and is generally associated with the zone that monitors the entrance to the premises in order to signal the arrival of customers.

Activation of a zone with this configuration generates the command it is assigned to. SmartLiving control panels manage the following commands:

• Disarm zone: if activated, it will disarm all the partitions it belongs to. Zones configured in this way can be used to disarm partitions by means of a keyswitch.

• Arm zone: if activated, it will arm all the partitions it belongs to. For example, keyswitches are usually configured as command zones.

• OnArm/OffDisarm zone: if activated, it will generate an arm-partitions command and, the instant it restores to standby, a disarm-partitions command. The command will affect only the partitions the zone belongs to. Zones configured in this way can be used to arm/disarm partitions by means of a keyswitch.

• Switch zone: if activated when all the partitions it belongs to are disarmed, it will arm all the partitions. If activated when even one of the partitions it belongs to is armed, it will disarm all of its partitions. The command will affect only the partitions the zone belongs to. Zones configured in this way can be used to arm/disarm partitions by means of a keyswitch.

• Patrol zone: if activated, it will have a patrol function in all the partitions it belongs to.

Telephone communication protocol (reporting format) for Alarm Receiving Centres using DTMF tones. Messages transmitted in this protocol contain information regarding the reported events, such as:

• user code (“account code”), the numeric identifier code of the caller

• class code, single digit numeric code that identifies the type of event

• event code, hexadecimal code comprising two characters that identify the event.

• “CCC”, a 3 digit numeric code that identifies the device that generated the event

This information is assigned automatically by the control panel or, alternatively, each one can be programmed by the installer.

A group of operating parameters set at the factory by the manufacturer. The purpose of these settings is to reduce the work of the installer during the installation phase.

The installer can restore the system to “Default Settings” if necessary.

BACKUP BATTERY

BALANCING

BISTABLE OUTPUT

BYPASS - ZONE DEACTIVATION

CALL QUEUE

CHIME ZONE

COMMAND ZONE

CONTACT-ID

DEFAULT SETTINGS

Technical terminology and Glossary 99

Page 100

Violation of a zone with this configuration will not generate an alarm but will trigger the associated Timer (Entry time). If the user does not disarm the partition/s within the set “Entry time”, the system will generate an alarm. For example, the zone that monitors the main door of a building is usually configured as a Delayed Entry Zone, in order to give building occupants time to enter the building and disarm the partition without generating an alarm.

Violation of a zone with this configuration will not generate an alarm but will trigger the associated Timer (refer to Exit time). For example, the zone that monitors the main door of a residence or building is usually configured as a delayed exit zone, in order to give occupants time to leave the partition after an arming operation. If the user does not leave the zone within the set “Exit time”, the system will generate an alarm.

This is an explicit user-command which ends signaling on the red and yellow LEDs of keypad and readers for the following events:

• Zone Alarm

• terminal tamper

• open panel or dislodged panel

• peripheral tamper (keypads, expansions, readers)

• peripheral loss (keypads, expansions, readers)

• false key

• ongoing fault

• memory fault

If a user deletes the alarm/tamper memory, the visual signals on the reader/keypad LEDs will

ear.

cl If the settings for norm. 50131 compliancy are active, the keypads may, in addition, require entry of a level 3 access code code (installer code) for the deletion of fault memories.

This device allows the control panel to send report calls to Alarm Receiving centres (ARC). SmartLiving control panels provide a built-in digital dialer which supports all the most widely used protocols.

An electrical input point used for the management/supervision of signals coming from 2 intrusion detection devices. The terminal the zone is connected to must be configured as a “double input zone". Terminals with this configuration allow the system to distinguish between two distinct alarms coming from the two different zones it is connected to.

The time (expressed in minutes or seconds) that the system allows the user to disarm the partition after zone violation. It the system is not disarmed within the set time it will generate an alarm. Each partition can be programmed with its own Entry time.

An operative status recognized by the system. For example: detector alarm, mains failure, blown fuse, user-code recognition, etc., are all events recognized by the control panel. Each event (e.g. mains failure) can be associated with an activation event (when the event occurs) and a restoral event (when the event ends). Each event can be programmed to generate the following actions:

• activation of one or more outputs ansmission of one or more e-mails

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• send one or more SMS messages

• activation of one or more voice calls

• activation of one or more digital calls

For example, it is possible to activate output 3 when the event starts and to activate output 5 when it restores.

This is the non-volatile portion of the memory the panels saves events to. The events are saved in chronological order with the following details:

• event description - with details regarding new events and restorals

• information regarding the user or the cause of event

• event location

• event date and time

The events log can be viewed by the system users and the installer. Partition events (zone alarms, partition alarms, arm/disarm operations, recognized codes and keys, etc.) can be viewed by users with at least one partition in common with the event element. For example, if a user arms several partitions from a keypad, the events log will show:

• description of the event - “Arm request”

• description of the code and partitions involved

• description (label) of the keypad involved

• date and time of the request

A short period (expressed in minutes or seconds) during which the user must disarm the partition after violation (for example, after opening the front door) otherwise the system will generate an alarm. Each partition can be programmed with its own Exit time.

These boards can be used to increase the number of terminals (zones or outputs) and/or the size of the system (in order to extend it over a larger area). Expansion boards can be connected to the system via the I-BUS.

A condition which indicates that a system component is not working properly. Some faults can jeopardize the performance of the entire system. Mains failure (230V a.c.), telephone line-down and low battery are typical faults.

DELAYED ENTRY ZONE

DELAYED EXIT ZONE

DELETE ALARM/ TAMPER/FAULT MEMORY

DIGITAL DIALER

DOUBLE ZONE

ENTRY TIME (OR ENTRY DELAY)

EVENT

EVENTS LOG (OR EVENTS MEMORY)

EXIT TIME (OR EXIT DELAY)

EXPANSION BOARDS

FAULT

100 Technical terminology and Glossary