DSC HS2128, HS2064, HS2032, HS2016-4, HS2016 Reference Manual

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PowerSeries Neo Alarm Controller

V1.2 Reference Manual

Models:

HS2016-4/HS2016/HS2032/HS2064/HS2064 E/

HS2128/HS2128 E

WARNING: This manual contains information on limitations regarding product use and function and information on the lim-

itations as to liability of the manufacturer. The entire manual should be carefully read.

2.0 Safety Instructions for Service Personnel

Warning: When using equipment connected to the telephone network, always follow the basic safety instructions provided

with this product. Save these instructions for future reference. Inform the end-user of the safety precautions that must be

observed when operating this equipment.

Before Installing The Equipment

Ensure your package includes the following items:

l Installation and User manuals, including the SAFETY INSTRUCTIONS.

READ and SAVE these instructions!

Follow all WARNINGS AND INSTRUCTIONS specified within this document and/or on the equipment.

l HS2016-4/HS2016/2032/2064/2128 alarm controller l Power Supply, direct plug-in l Mounting hardware

Selecting A Suitable Location For The Alarm Controller

Use the following list as a guide to find a suitable location to install this equipment:

l Locate near a telephone socket and power outlet. l Select a location free from vibration and shock. l Place alarm controller on a flat, stable surface and follow the installation instructions.

Do NOT locate this product where people may walk on the secondary circuit cable(s).

Do NOT connect alarm controller to electrical t he same circuit as large appliances.

Do NOT select a location that exposes your alarm controller to direct sunlight, excessive heat, moisture, vapors, chemicals or dust.

Do NOT inst all this equipment near water. (e.g., bath tub, kitchen/laundry sink, wet basement, near a swimming pool).

Do NOT inst all this equipment and accessories in areas where risk of explosion exists.

Do NOT connect this equipment to electrical outlets controlled by wall switches or automatic t imers.

AVOID interference sources.

AVOID installing equipment near heaters, air conditioners, ventilators, and refrigerators.

AVOID locating equipment close to or on top of large metal objects (e.g., wall studs).

See "Locating Detectors and Escape Plan" on page 248 for information on locating smoke and CO detectors.

SAFETY Precautions Required During Installation

l NEVER install this equipment and/or telephone wiring during a lightning storm. l NEVER touch uninsulated telephone wires or terminals unless the telephone line has been disconnected at the net-

work interface.

l Position cables so that accidents can not occur. Connected cables must NOT be subject to excessive mechanical

strain.

l Use only the power supply provided with this equipment. Use of unauthorized power supplies may cause damage. l For direct plug-in versions, use the transformer supplied with the device.

WARNING: THIS EQUIPMENT HAS NO MAINS ON/OFF SWITCH. THE PLUG OF THE DIRECT PLUG-IN POWER SUPPLY IS INTENDED

TO SERVE AS THE DISCONNECTING DEVICE IF THE EQUIPMENT MUST BE QUICKLY DISCONNECTED. IT IS IMPERATIVE THAT

ACCESS TO THE MAINS PLUG AND ASSOCIATED MAINS SOCKET/OUTLET IS NEVER OBSTRUCTED.

IMPORTANT NOTE FORNORTHAMERICA!

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This alarm system must be installedand used within an environment that provides the pollution degree max 2 and over-voltages category II NON-

HAZARDOUS LOCATIONS, indoor only. The equipment is DIRECT PLUG-IN (external transformer) and is designed to be installed, serviced

and/or repaired by servicepersons only; [service person is defined as a person having the appropriate technicaltraining and experience necessary

to be aware of hazards to which that person may be exposed in performing a task and of measures to minimize the risksto that person or other

persons]. This equipment has no mains on/off switch; if the equipment must be quickly disconnected, the plug of the direct plug-in power supply is

intended to serve as the disconnecting device; it is imperative that accessto the mains plug and associated mains socket/outlet, isnever obstructed.

There are no parts replaceable by the end-user within this equipment. The wiring (cables) used for installation of the alarm system and

accessories, shall be insulated with PVC, TF E, PTFE, FEP, Neoprene or Polyamide.

(a) The equipment enclosure must be secured to the building structure before operation.

(b) Internal wiring must be routed in a manner that prevents:

- Excessive strain or loosening of wire on terminal connections;

- Damage of conductor insulation

(d) Before servicing, DISCONNECT the power and telephone connection.

(e) DO NOT route any wiring over circuit boards.

(f) The installer is responsible to ensure that a readilyaccessibledisconnectdevice is incorporated in the building for permanently connected

installations.

The power supplymust be ClassII, FAIL SAFE with double or reinforced insulation between the PRIMARY and SECONDARY

CIRCUIT/ENCLOSURE and be an approved type acceptable to the localauthorities.All national wiring rules must be observed.

IMPORTANT NOTE FORINTERNATIONALMARKET (EU, AUS, NZ)!

This equipment is stationary-fixed and must be installed by Service Persons only (Service Person is defined as a person having the appropriate

technicaltraining and experience necessary to be aware of hazards to which that person may be exposed in performing a task and of measures to

minimize the risks to that person or other persons). It must be installedand used within an environment that provides the pollution degree max 2,

over voltages category II, in non-hazardous, indoor locationsonly.

When using equipment connected to the mains and/or to the telecommunication network, there are basic safety instructions that should always be

followed. Refer to the safety instructions provided with this product and save them for future reference. To reduce the risk of fire, electric shock

and/or injury, observe the following:

Do not attempt to servicethis product yourself. Opening or removing the cover may expose you to dangerous voltage or other risk. Refer servicing

to qualified service persons. Never open the deviceyourself. Use authorized accessories only with this equipment. DO NOT leave and/or deposit

ANY object on the top of the cabinet of this equipment! The cabinet as it is installed on the wall is not designed to support any supplementary weight!

Do not spill any liquids on the cabinet. Do not touch the equipment and its connected cables during an electricalstorm; there may be a risk of electric

shock.Never touch uninsulated wires or terminals unless the equipment has been disconnected from the mains supply and from the

telecommunication network! Ensure that cablesare positioned so that accidentscannot occur. Connected cables must not be subject to excessive

mechanicalstrain. Do not spillany type of liquid on the equipment. Do not use the Alarm system to report a gas leak if the system is near a leak. Do

not subject the connected cablesto an excessivemechanical strain.

These safety instructions should not prevent you from contacting the distributor and/or the manufacturer to obtain any further clarification and/or

answers to your concerns.

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Contents

2.0 Safety Instructions for Service Personnel 2

Section 1: Introduction 6

1.1 About the System 6

Section 2: Installation 11

2.1 Overview of Installation Process 11

2.2 Alarm Controller Installation 12

2.3 Wiring 12

3.1 Installing Modules 17

Section 4: Configuration 29

4.1 Basic Configuration Steps 29

4.2 Using the Keypad 29

4.3 Enrollment 31

4.4 Working with Partitions 32

4.5 Trouble Indicators 33

4.6 Keypad Partition Setup 33

4.7 Alternate Communicator Setup 36

4.8 Local Firmware Upgrade 37

4.9 Testing the System 37

Section 5: System Operation 39

5.1 Arming and Disarming 39

5.2 Partition vs. Global Keypad 39

5.3 Labels 40

5.4 Annunciation 41

5.5 Keypad Function Keys 42

5.6 Language Selection 45

5.7 [*] Commands 45

5.8 SMS Command and Control 60

5.9 Visual Verification 61

Section 6: Programming 62

6.1 How to Program 62

6.2 Programming Methods 62

6.3 Programming Descriptions 67

Section 7: Programming Worksheets 138

7.1 Label Programming 138

7.2 Zone Setup 143

7.3 System Times 146

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7.4 Access Codes 147

7.5 PGM Programming 147

7.6 System Lockout 160

7.7 System Options 161

7.8 Auto-Arm_Disarm 165

7.9 Partition and Zone Assignment 170

7.10 Communications 172

7.11 Call Directions 179

7.12 DLS Programming 183

7.13 Virtual Inputs 184

7.14 Schedule Programming 185

7.15 Audio Module Programming 190

7.16 Wireless Programming 195

7.17 Alternate Communicators 196

7.18 Keypad Programming 196

7.19 Template Programming 198

7.20 System Information 199

7.21 Module Programming 199

7.22 Wireless Placement Testing 200

7.23 Battery Settings 201

7.24 Restoring Factory Defaults 201

Section 8: Troubleshooting 203

8.1 Testing 203

8.2 Troubleshooting 203

Appendix 1: Reporting Codes 211

Appendix 2: Word Library 221

Appendix 3: Template Programming Tables 223

Appendix 4: Regulatory Approvals 230

4.1 SIA False Alarm Reduction Installations: Quick Reference 233

4.2 Australia Compliance Mark 237

4.3 New Zealand Telepermit Grant 237

Appendix 5: ASCII Characters 240

Appendix 6: Wiring Diagrams 241

Appendix 7: Specifications 246

8.0 Index 254

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Section 1: Introduction

CP-01

NFA2P

1.1 About the System

The PowerSeries Neo alarm panel is a feature-rich, scalable alarm system designed for residential and light commercial

use. The alarm panel supports both hardwired and wireless devices. This section lists the features of the alarm panel, avail-

able models, and compatible devices.

The following symbols are used to indicate features or methods of operation that are only available in a particular market. No

symbol indicates the feature or operation is available for all markets unless noted specifically otherwise.

- North America

- Europe

- France

- United Kingdom

1.1.1 Features

The following features are available on the PowerSeries Neo alarm controller.

Zones, Wireless Keypads, Wireless Keys, Panic Pendants and Proximity Tags

l 16, 32, 64, or 128 wireless or hardwired zones supported, including 6 or 8 hardwired zones available on the con-

troller.

l 40 zone types and 14 programmable zone attributes l Up to 16 separate wireless keypads supported l Up to 32 separate wireless keys or supported l Up to 999 separate proximity tags supported

Access Codes

l Up to 1002 access codes: 1000 (level 2-EN) including one system master code (level 3-EN). In addition, one installer

code (level 3-EN), and one maintenance code are available.

Note: EN50131-1 compliant systems using 1000 access codes shall set the access code to 8 digits (section [041],

option 02).

l Programmable attributes for each user code (see "Access Code Attributes" on page 53)

Programmable Outputs (PGMs)

l Up to 4 programmable outputs (PGM) on the alarm controller with 49 available options l 22, 38, 80, 148 maximum programmable outputs

System Supervision Features

The PowerSeries Neo continuously monitors a number of possible trouble conditions and provides audible and visual indic-

ation at the keypad. Trouble conditions include:

l AC power failure l Zone trouble l Fire trouble l Telephone line trouble l Communicator trouble l Low battery condition

Section 1: Introduction

l RF jam l AUX power supply fault l Failure to communicate l Module fault (supervisory or tamper)

Additional Features

l 2-way wireless device support l Visual verification (images + audio) l Proximity tag support l PGM scheduling l Quick arming l User, partition, module, zone and system labels l Programmable system loop response l Keypad and panel software versions viewable through keypad l Doorbell zone type l Low battery PGM type

1.1.2 Available Models

The following alarm controller models are available:

l HS2016-4 l HS2016 l HS2032 l HS2064 l HS2064 E l HS2128 l HS2128 E

Note: Not all models are available in all markets.

Model Differences

The table below lists the features of each alarm system model.

Table 1-1 Model Differences

Features HS2128EHS2128 HS2064EHS2064 HS2032 HS2016 HS2016-4

Hardwired zones 128 128 64 64 32 16 16

Onboard zone inputs 8 8 8 8 8 6 8

Wirelesszones 128 128 64 64 32 16 32

Partitions 8 8 8 8 4 2 8

Users 1000 95 500 95 72 48 48

Onboard outputs 4 4 4 4 2 2 4

Max outputs 148 148 80 80 38 22 24

Keypads 16 16 8 8 8 8 8

Wirelesskeys 32 32 32 32 32 16 16

Wirelesssirens 16 16 8 8 8 4 4

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Section 1: Introduction

Features HS2128EHS2128 HS2064EHS2064 HS2032 HS2016 HS2016-4

Wirelessrepeaters * 8 8 8 8 8 4 4

Proximitytags 999 94 499 94 71 47 47

Alt Comm. phone #’s 4 4 4 4 4 4 4

User-programmable phone #’s 8 8 8 8 8 8 8

Event buffer 1000 1000 500 500 500 500 500

8-zone expander HSM2108 15 15 7 7 3 1 1

Power supplyHSM2300 4 4 3 3 3 3 3

Power supply/high-current output expander HSM2204 4 4 3 3 1 1 1

8-output expander HSM2208 16 16 8 8 4 2 2

2- way wireless integration module 1 1 1 1 1 1 1

Audio verification module HSM2955 1 1 1 1 1 1 1

*For UL installations, 2 repeaters must be installed for proper signal routing.

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Section 1: Introduction

1.1.3 Compatible Devices

The following wireless devices and modules are compatible with this alarm controller.

Note: On the table below and throughout this document, x in the model number represents the operating frequency of the

device as follows: 9 (912-919 MHz), 8 (868MHz), 4 (433MHz).

Note: Only models operating in the band 912-919 MHz are UL/ULC listed where indicated. OnlyULapproved devices are to

be used with UL/ULC listed systems.

Table 1-2 Compatible Devices

Modules

Wireless keypads HS2LCDWFx

HS2LCDWFPx

Hardwired keypads with 2-way wireless integration module HS2LCDRFx

HS2LCDRFPx

HS2LCDP

HS2ICN

HS2TCHP

Hardwired keypads HS2LCD

Touchscreen Keypad

Note: For ULC-s559 Listed applications the HS2TCHP touchscreen keypad is for supplementary use only.

2-way wireless integration module HSM2HOSTx

8-zone expander HSM2108

8-output expander HSM2208

Power supply HSM2300

4 high current output expander HSM2204

Alternate communicator 3G2080

3G2080R

TL280

TL280R

HS2LCDWFPVx

HS2ICNRFx

HS2ICNRFPx

HS2ICNP

HS2LED

TL2803G

TL2803GR

PCL-422

Hardwired Devices

2-wire smoke detector

y= A, B, or C

A: ULC listed models

B: UL list ed models

C: European and Australian models

4-wire smoke detector

x= A, B, or C

A: ULC listed models

B: UL list ed models

C: European and Australian models

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FSA-210y

FSA-210yT

FSA-210yS

FSA-210yST

FSA-410y

FSA-410yT

FSA-410yS

FSA-410yST

FSA-210yRT

FSA-210yRS

FSA-210yRST

FSA-410yR

FSA-210yR

FSA-410yRT

FSA-410yRS

FSA-410yRST

Section 1: Introduction

CO detector CO-12/24

12-24SIR

FW-CO12

FW-CO1224

CO1224

Wireless Devices

Wireless PG smoke detector PGx926

Wireless PG smoke and heat detector PGx916

Wireless PG CO detector PGx913

Wireless PG PIR motion detector PGx904(P)

Wireless PG PIR + camera motion detector PGx934(P)

Wireless PG curtain motion detector PGx924

Wireless PG dual tech motion detector PGx984(P)

Wireless PG mirror motion detector PGx974(P)

Wireless PG outdoor motion detector PGx994

Wireless PG glass break detector PGx912, PGx922

Wireless PG shock detector PGx935

Wireless PG flood detector PGx985

Wireless PG temperature detector (indoor use) PGx905

Outdoor temperature probe (requires PGx905) PGTEMP-PROBE

Wireless PG key PGx939

Wireless PG key PGx929

Wireless PG panic key PGx938

Wireless PG 2-button key PGx949

Wireless PG indoor siren PGx901

Wireless PG outdoor siren PGx911

Wireless PG repeater PGx920

Wireless PG door/window c ontact PGx975

Wireless PG door/window c ontact w/ AUX PGx945

Central Station Receivers

SG-System I, II, III, IV, 5

Enclosures

The PowerSeries Neo main board can be installed in the metal enclosures listed below: Tamper protection switches can be installed on all

enclosures, including door opening protection and/or removal from the mounting position. Doors can be secured using screws or keylock.

• Model PC5003C (removable door) made of 22Ga steel, painted, dimensions: 248mm(L) x 298mm(W) x 76mm(H), weight: 4.5Kg (with PCB,

7AH battery and transformer included)

• Model Power UC1 made of 18Ga steel, painted, dimensions: 315mm(L) x 319mm(W) x 100mm(H), weight: 6.15Kg (with PCB, 7AH battery and

transformer included).

Model PC4051C made of 18Ga steel, painted. 427mm(L) x 265mm(W) x 105mm(H).

For EN50131-1 Grade 2 compliant installations, all holes on the side of the cabinets shallbe covered (plugged) if no accessories are installed in

the cabinet that will use these mounting holes.

The equipment enclosure shallbe secured to the building structure before operation. Use 4 screws (appropriate for the wall material on which it is

attached) inserted through the four mounting holes provided in the back of the enclosure base.

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Section 2: Installation

2.1 Overview of Installation Process

The steps below are provided to assist with the installation of the alarm system. Read over this section to get an overall

understanding of the order of installation. Working from this plan can help reduce problems and reduce the overall time

required for installation.

Step 1 – Create a Layout

Draw a rough sketch of the site and include all alarm detection devices, zone expanders, keypads and other required mod-

ules.

Step 2 – Mount the Panel

Decide on a location for the alarm panel and secure it to the wall using suitable mounting hardware. see "Mounting the

Enclosure" on page 12.

Step 3 – Wire the Alarm Controller

Wire each of the modules to the alarm controller following the guidelines provided in "Corbus Wiring" on page 14.

Step 4 – Wire Zones

Complete all zone wiring. Follow the guidelines provided in "Zone Wiring" on page 21 to connect zones using normally

closed loops, single EOL resistor, double EOL resistors, fire zones and keyswitch arming zones.

Step 5 – Complete Wiring

Complete all other wiring including bells or sirens, telephone line connections, ground connections or any other wiring

necessary. Follow the guidelines provided in "Terminal Descriptions" on page 12.

Step 6 – Power up the Control Panel

Once all zone and alarm controller wiring is complete, connect the battery before applying AC, and power up the system.

The alarm controller will not power up if only the battery is connected.

Step 7 – Enroll Keypads and Modules

All keypads must be enrolled in order to operate on the system. To enroll the first keypad, see "Enrolling the First Keypad "

on page 31. To enroll optional keypads, enter installer's programming section [902][000]. For more information, see "Module

Programming" on page 133.

Step 8 – Confirm Module Supervision

By default, all modules are supervised upon installation. Supervision is enabled at all times. To confirm that each module is

properly supervised, see "[903] Confirm Module" on page 134.

Step 9 – Enroll Wireless Devices

Wireless devices are enrolled via the wireless transceiver module (HSM2HOSTx) or RF keypad and Installer Programming

section [804]. See "Wireless Programming" on page 131 to enroll wireless devices.

Step 10 – Program the System

Section 5 on "Programming" on page 62 provides a complete description of how to program the alarm controller. It contains

complete descriptions of the various programmable features and options. Fill out the programming worksheets starting at

"Programming Worksheets" on page 138 completely before attempting to program the system.

Step 11 – Test the System

Test the panel completely to ensure that all features and functions operate as programmed.

Section 2: Installation

2.2 Alarm Controller Installation

Begin the installation by mounting the alarm controller in the metal enclosure using the stand-offs provided. Optional mod-

ules, such as the HSM2108 and HSM2208, can also be mounted in the enclosure.

Install hardware in the sequence indicated on the following pages.

2.2.1 Mounting the Enclosure

Locate the panel in a dry area, preferably near an unswitched AC power source and the incoming telephone line. Complete

all wiring before applying AC or connecting the battery.

2.3 Wiring

All wiring entry points on the enclosure are designated by arrows. All circuits are classified UL power limited except for the

battery leads. Minimum 1/4” (6.4mm) separation must be maintained at all points between power limited and non-power lim-

ited wiring and connections.

2.3.1 Terminal Descriptions

The following terminals are available on the PowerSeries Neo alarm controller.

Terminal Description

BAT+, BAT- Battery terminals.Use to provide backup power and additional current when system demands exceed the power output of the

transformer, such as when the system is in alarm.

Do not connect the battery untilall other wiring is complete.

AC Power terminals.

Connect the battery before connecting the AC. Do not connect the battery or transformer until allother wiring is complete.

AUX+, AUX- Auxiliary terminals. Use to power modules, detectors, relays, LEDs, etc. (700mA MAX). Connect the positive side of device to

AUX+, the negative side to AUX-.

BELL+, BELL- Bell/Siren power (700mA MAX). Connect the positive side of any alarm warning device to BELL+, the negative side to BELL-.

RED, BLK,

YEL, GRN

PGM1 to

PGM4

Z1 to Z8

COM

EGND Earth ground connection.

TIP, RING, T-

1, R-1

Corbus terminals. Use to provide communication between the alarm controller and connected modules. Each module has four

Corbus terminals that must be connected to the Corbus.

Programmable output terminals. Use to activate devices such as LEDs.

(PGM1, PGM3, and PGM4: 50mA PGM2: 300mA or can be configured as an input)

Zone input terminals. Ideally,each zone should have one detection device; however, multipledetection devicescan be wired to

the same zone.

Telephone line terminals.

PCLINK_1 DLS/SA

PCLINK_2 DLS/SA, Alternate Communicator

- 12 -

Section 2: Installation

2.3.2 Wire Routing for Power & Non-Power Limited

All wiring entry points are designated on the diagram by arrows. All circuits are classified UL installation power limited

except for the battery leads which are not power limited.

A minimum ¼” (6.4mm) separation must be maintained at all points between power limited and non-power limited wiring

and connections. See "Wiring Diagrams" on page 241 for expanded diagrams.

Note: Wire entry for power limited wiring must be separated by a different entry access from non-power limited wiring.

Figure 2-1 Wiring Routing (North America only)

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Section 2: Installation

Figure 2-2 Wiring Routing (EN50131 only)

2.3.3 Corbus Wiring

The RED and BLK Corbus terminals are used to provide power while YEL and GRN are used for data communications. The

4 Corbus terminals of the alarm controller must be connected to the 4 Corbus terminals or wires of each module.

The following conditions apply:

l Corbus should be run with minimum 22 gauge quad, two pair twisted preferred. l The modules can be home run to the panel, connected in series or can be T-tapped.

- 14 -

Section 2: Installation

l Do not use shielded wire for Corbus wiring.

Note: Any module can be connected anywhere along the Corbus. Separate wire runs for keypads, zone expanders etc. are

not necessary.

Note: No module can be more than 1,000'/305m (in wire length) from the panel. Do not use shielded wire for Corbus wiring.

Figure 2-3 Corbus Wiring

Module (A) is wired correctly as it is within 1,000'/305m of the panel, in wire distance. Module (B) is wired correctly as it is

within 1,000'/305m of the panel, in wire distance. Module (C) is NOT wired correctly as it is farther than 1,000'/305m from the

panel.

Current Ratings

In order for the system to operate properly, the power output of the alarm controller and power supply modules cannot be

exceeded. Use the following data to ensure that the available current is not exceeded.

Table 2-1 System Output Ratings

Device Output Rating (12VDC)

AUX: 700mA. Subtract the listed rating for each keypad, expansion module and accessory connected to

HS2016-4

HS2016

HS2032

HS2064

HS2064 E

HS2128

HS2128 E

HSM2208 AUX: 250mA. Continuous rating. Subtract for each device connected. Subtract the total load on this

HSM2108 AUX: 100mA. Subtract for each device connected. Subtract the total load on this terminal from the panel

BELL: 700mA. Continuous rating.

AUX or Corbus. At least 100mA must be reserved for the Corbus.

2.0A. short term. Available only with standby battery connected. Not for UL/ULC or EN certified

applications.

terminal from the alarm panel AUX/Corbus output.

AUX/Corbus output.

- 15 -

Alarm Controller Current Calculation

Maximum (Standby or Alarm)

AUX (700mA max. including PGMs 1-4)

Corbus (700mA max.)***

PCLink+ (Alt. Com.:125mA)

Total (must not exceed 700mA)

***See Corbus Current Calculation Chart.

For UL, ULC and Commercial Listed applications, the total standby and alarm current cannot exceed 700mA.

Table 3-1 Corbus Current Calculation Chart

Item Current (mA) x Quantity Total (mA)

HS2016-4/HS2016/HS2032/HS2064/HS2064 E/HS2128/HS2128 E 85 X 1 85

HS2LCD 105 x

HS2ICN 105 x

HS2LED 105 x

HS2LCDP 105 x

HS2ICNP 105 x

HS2LCDRF 105 x

HS2ICNRF 105 x

HS2ICNRFP 105 x

HS2TCHP 160 x

Current required for connected devices =

HSM2108* 30 x

AUXoutput current of HSM2108

HSM2208* 40 x

AUXoutput current of HSM2208

HSM2300/2204* 35 x

- 16 -

Item Current (mA) x Quantity Total (mA)

HSM2HOSTx 35 x

HSM2955** x

3G2080(R)/TL2803G(R)/TL280(R) 125 (PCLINK) x

Total Corbus Current =

*These units draw current from the Corbus to power devices external to the module. This current must be added to the total

Corbus current. See manufacturer's specifications for the current draw of each device.

** For HSM2955 current draw refer to HSM2955 installation manual.

Line Loss

Voltage loss through wire resistance must be considered for all installations. To ensure proper operation, at least 12.5VDC

must be applied to all modules on the system (when AC is connected and the battery is fully charged). If less than 12.5VDC is

applied, system operation is adversely affected.

To correct the problem, try any or all of the following:

1. Connect a HSM2300/2204 power supply between the alarm controller and the module to provide additional power to the

Corbus.

2. Reduce the length of the Corbus run to the module.

3. Increase the gauge of wire.

Capacitance Limits

An increase in capacitance on the Corbus affects data transmission and causes the system to slow down. Capacitance

increases for every foot of wire added to the Corbus. The capacitance rating of the wire used will determine the maximum

length of the Corbus.

For example, 22-gauge, non-shielded, 4-conductor wire has a typical capacitance rating of 20 picofarads per foot (which is

20nF/1000’). For every 1000' of wire added – regardless of where it is run – the capacitance of the Corbus increases by

20nF.

The following table indicates the total wire distance allowed for the capacitance rating of the wire used:

Table 3-2 Wire Capacitance

Wire Capacitance per 1000’ (300m) Total Corbus Wire Length

15nF 5300’/1616m

20nF 4000’/1220m

25nF 3200’/976m

30nF 2666’/810m

35nF 2280’/693m

40nF 2000’/608m

3.1 Installing Modules

Remove all power from the system while connecting modules to the alarm controller.

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3.1.1 Zone Expander

The main alarm controller has connection terminals for zones 1 to 8. Additional HSM2108 zone expanders may be added to

increase the number of zones on the system. Each zone expander consists of one group of 8 zones. At enrollment, the zone

expander is automatically assigned to the next available zone slot. Connect the RED, BLK, YEL and GRN terminals to the

Corbus terminals on the alarm panel. Board current draw: 30mA.

Figure 3-1 HSM2108 Zone Expander

Refer to the HSM2108 installation sheet for more information.

3.1.2 Output Expander

The HSM2208 module is used to add up to 8 low-current programmable outputs to the alarm system.

The 4-wire Corbus connection is used by the panel to communicate with the module. Connect the RED, BLK, YEL and GRN

terminals to the Corbus terminals on the alarm panel. Board current draw: 40mA.

Figure 3-2 HSM2208 Output Expander

3.1.3 Wireless Transceiver Module

The HSM2HOSTx 2-way wireless integration module provides communication between wireless devices and the alarm con-

troller.

Connect the HSM2HOSTx to the 4-wire Corbus of the alarm controller according to the following diagram.

- 18 -

Figure 3-3 HSM2HOSTx Wiring Diagram

After you have completed the wiring, reconnect power to the security system. Board current draw: 35mA

3.1.4 Power Supply Wiring

The HSM2300/2204 power supply/high-current output module provides up to 1.0A of additional current and can be used to

add up to four programmable outputs (HSM2204 only) to the alarm system.

The 4-wire Corbus connection provides communication between the module and alarm panel. Connect the RED, BLK, YEL

and GRN terminals to the Corbus terminals on the alarm controller. If O1 is not used, connect to Aux with a 1K resistor. Board

current draw: 1.2A.

Figure 3-4 Power Supply Wiring

- 19 -

3.1.5 Keypad Wiring

To wire a keypad to the alarm controller, remove the keypad backplate (refer to the keypad installation sheet) and connect

the RED, BLK, YEL and GRN terminals to the corresponding terminals on the alarm controller.

Keypad Zone/PGM Wiring

Hardwired devices can be connected to hardwired keypads with inputs (zone) or outputs (PGM). This saves from running

wires back to the control panel for every device.

To connect a zone device to HS2LCD, HS2ICON, HS2LED and HS2TCHP keypads, run one wire to the P/Z terminal and the

other to B. For powered devices, use red and black to supply power to the device. Run the red wire to the R (positive) ter-

minal and the black wire to the B (negative) terminal.

Keypad zones support Normally Closed Loops, Single End of Line and Double End of Line.

To connect the PGM output, run one wire to the P/Z terminal and the other to R.

Figure 3-5 Keypad P/Z Terminals

Note: When using end of line supervision, connect the zone according to one of the configurations outlined in "Zone Wiring"

on page 21. End of line resistors must be placed on the device end of the loop, not at the keypad.

Assigning Keypad Zones

When using keypad zone inputs, each input used must be assigned a zone number in Installer Programming.

First, ensure that you have enrolled all installed keypads into the desired slots (See "[902] Add/Remove Modules" on page

133). Next, assign keypad zones by entering programming section [861]-[876], subsection 011 for keypads 1-16. Enter a 3-

digit zone number for each of the keypad zones. This number must be programmed into the slot location that the keypad is

assigned to.

Note: If a keypad zone input is assigned to zone number 1 to 8, the corresponding zone cannot be used on the main control

panel.

Once the keypad zones are assigned, you must also program zone definitions and zone attributes. See "[001] Zone Types"

on page 70 and See "Zone Setup" on page 70.

3.1.6 HSM2955 Wiring

For wiring information refer to HSM2955 Installation manual #29008435xxx.

3.1.7 Alternate Communicator Wiring

See Alternate Communicator installation manual.

- 20 -

3.1.8 Zone Wiring

Power down the alarm controller and complete all zone wiring.

Zones can be wired to supervise normally open devices (e.g., smoke detectors) or normally closed devices (e.g., door con-

tacts). The alarm panel can also be programmed for single end-of-line or double end-of-line resistors.

Zone programming is done using the following programming sections:

l [001] selects zone definition l [013] Opt [1] for normally closed or EOL; Opt [2] for SEOL or DEOL l [201 - 208] partition assignment.

Observe the following guidelines when wiring zones:

l For UL listed installations use SEOL or DEOL only l Minimum 22 AWG wire, maximum 18 AWG l Do not use shielded wire

Do not exceed 100Ω wire resistance. Refer to the following table:

Table 3-3 Burglary Zone Wiring Chart

Wire Gauge Maximum Length to EOL Resistor (ft/meters)

22 3000 / 914

20 4900 / 1493

19 6200 / 1889

18 7800 / 2377

Figures are based on maximum wiring resistance of 100

Ω.

Normally Closed

Connect hardwired devices to any Z terminal and any Com terminal. Wire normally closed devices in series.

Note: For UL Installations, do not use normally closed loops.

Figure 3-6 Normally Closed

The following table shows zone status under certain conditions for NC Loops:

Table 3-4 NC Loop Status

Loop Resistance Loop Status

0Ω(shorted wire, loop shorted)

Infinite (broken wire, loop open) Violated

Secure

- 21 -

Single End-of-Line (SEOL) Resistor

When SEOL resistors are installed at the end of a zone loop, the alarm panel detects if the circuit is secure, open, or shorted.

The SEOL resistor must be installed at the end of the loop for proper supervision.

To enable SEOL supervision, program section [013], options [1] and [2] to OFF.

Note: This option should be selected if either normally closed or normally open detection devices or contacts are used.

Figure 3-7 SEOL Wiring

The following table shows zone status under certain conditions for SEOL:

Table 3-5 SEOL Loop Status

Loop Resistance Loop Status

0Ω (shorted wire, loop shorted) Violated

5600Ω (contact closed) Secure

Infinite (broken wire, loop open) Violated

Double End of Line (DEOL) Resistors

When double end-of-line (DEOL) resistors are installed at the end of a zone loop, the second resistor enables the panel to

determine if the zone is in open, closed, tampered or faulted.

Note: Any zone programmed for Fire or 24-hr Supervisory must be wired with a SEOL resistor regardless of the type of zone

wiring supervision selected for the panel. If you change the zone supervision options from DEOL to SEOL or from NC to

DEOL, power the system down completely, then power it back up for correct operation.

To enable DEOL supervision, program section [013], option [1] to OFF and option [2] to ON.

Figure 3-8 DEOL Wiring

Note: If the DEOL supervision option is enabled, all hardwired zones must be wired for DEOL resistors, except for Fire and

24 Hour Supervisory zones. Do not use DEOL resistors for Fire zones or 24 Hour Supervisory zones.

Note: Do not wire Fire zones to keypad zone terminals if the DEOL supervision option is selected.

- 22 -

Note: This option can only be selected if N/C detection devices or contacts are used. Only one N/C contact can be con-

nected to each zone.

The following table shows zone status under certain conditions for DEOL:

Table 3-6 DEOL Loop Status

Loop Resistance Loop Status

0Ω(shorted wire, loop shorted)

5600Ω(contact closed)

Infinite (broken wire, loop open) Tamper

11200Ω(contact open)

Fault

Secure

Violated

3.1.9 PGM Wiring

Min/max operating voltages for devices, sensors and modules is 9.5VDC - 14VDC.

PGMs switch to ground when activated from the alarm controller. Connect the positive side of the device to the AUX+ ter-

minal and the negative side to a PGM terminal.

PGM 1, 3, 4 supply up to 50mA; PGM 2 supplies up to 300mA.

A relay is required for current levels greater than 50mA or 300mA. PGM2 can also be used for 2-wire smoke detectors, 24-hr

burglary input alarm.

Note: Use SEOL resistors on Fire zones only.

Figure 3-9 LED Output with Current Limiting Resistor and Optional Relay Driver Output.

UL Compatibility ID For FSA-210B Series is: FS200

Note: For ULC listed installations, use FSA-210A and FSA-410A series.

3.1.10 Bell Wiring

These terminals supply 700mA of current at 10.4 - 12.5VDC for commercial/ residential installations. To comply with NFPA

72 Temporal Three Pattern requirements, section [013] Opt [8] must be ON. Note that steady, pulsed alarms are also sup-

ported.

- 23 -

Figure 3-10 Bell Wiring

The Bell output is supervised and power limited by 2A thermistor. If unused, connect a 1000Ω resistor across Bell+ and Bell-

to prevent the panel from displaying a trouble. See "Troubleshooting" on page 47.

3.1.11 Telephone Line Wiring

Wire the telephone connection terminals (TIP, Ring, T-1, R-1) to an RJ-31x connector as indicated in the following diagram.

For connection of multiple devices to the telephone line, wire in the sequence indicated. Use 26 AWG wire minimum for wir-

ing.

Figure 3-11 Telephone Line Wiring

Note: Ensure that all plugs and jacks meet the dimension, tolerance and metallic plating requirements of 47 C.F.R. Part 68,

Sub-Part F. For proper operation, no other telephone equipment must be connected between the control panel and the tele-

phone company facilities.

3.1.12 Smoke Detector Wiring

All zones defined as Fire must be wired according to the following diagram:

Figure 3-12 Smoke Detector Wiring

See"[001] Zone Types" on page 70 for fire zone operation.

Note: Smoke detectors must be latching type. To reset a smoke detector, enter [*][7][2].

- 24 -

Table 3-7 Compatible 4-Wire Smoke Detectors

FSA-410B FSA-410BLST FSA-410BRST

FSA-410BT FSA-410BR FSA-410BLRST

FSA-410BS FSA-410BRT

FSA-410BST FSA-410BRS

Current ratings for DSC FSA-410 Series: 25mA - 90mA

Fire Zone Wiring: 2-wire Smoke Detectors

If PGM 2 is programmed for 2-wire smoke detector connection, the detectors must be wired according to the following dia-

gram:

Figure 3-13 2-Wire Smoke Detector Wiring

Note: Additional 2-wire smoke detectors must be connected in parallel as shown above. The maximum number of smoke

detectors on a 2-wire loop is 18.

Note: Do not combine smoke detector models from different manufacturers on the same circuit. Operation may be impaired.

Refer to the smoke detector installation sheet when positioning detectors.

Table 3-8 Compatible 2-Wire Smoke Detectors

FSA-210B FSA-210BR

FSA-210BT FSA-210BRT

FSA-210BS FSA-210BRS

FSA-210BST FSA-210BRST

Current ratings for DSC FSA-210B series: 35mA - 75mA

Table 3-9 2-Wire Smoke Detector Initiating Circuit

Item Specification

Style/Class, Supervised, Power Limited Style B (Class B)

CompatibilityIdentifier HS2-1

DC Output Voltage 9.7-13.8 VDC

Detector Load 2mA (MAX)

Single End of Line Resistor (SEOL)

Loop Resistance

Standby Impedance

Alarm Impedance

Alarm Current 86mA (MAX)

2200

Ω

24Ω(MAX)

3000Ω(NOM)

1200Ω(MAX)

- 25 -

3.1.13 CO Detector

The following hardwired CO detector models can be used with PowerSeries Neo alarm controllers:

l Potter Model CO-12/24, UL File E321434 l Quantum Model 12-24SIR, UL File E186246 l NAPCO Model FW-CO12 or FW-CO1224, UL File E306780 l System Sensor Model CO1224, UL File E307195

Note: For multiple unit connections, the leads between CO detectors must be broken. The power supervision relay must be

powered from the last detector in the loop.

Wireless CO detectors are also available. When installing wireless CO detectors, use only model PG9913UL, PG8913,

PG4913. An HSM2HOSTx (x=9UL/8/4) wireless receiver or HS2LCDRF(P)x/HS2ICNRF(P)x (x=9UL/8/4) wireless keypad are

required when installing wireless CO detectors. For more details on these wireless devices, refer to their respective install-

ation manuals.

Note: Use onlyULapproved devices with UL/ULC listed systems.

Table 3-10 CO Detector Ratings

Device Description Max Rating @12VDC

CO-12/24 Potter model CO detector 40mA

12-24SIR Quantum model CO detector 75mA

FW-CO12

FW-CO1224

CO1224 System Sensor model COdetector 40mA

NAPCO model CO detector 90mA

Figure 3-14 CO Detector Wiring

- 26 -

3.1.14 Ground Wiring

Figure 3-15 Ground Installation

Note: Using an insulated green wire (minimum 22AWG), connect the EGND terminal on the Corbus and the grounding wire

from the building electrical installation to any of the available holes on the back or side of the metal cabinet. See the diagram

attached to the cabinet for suggested GND point location and hardware recommendations.

Note: Wire and installation hardware not included.

3.1.15 Connecting Power

Batteries

Do not connect the battery until all other wiring is complete.

Note: A sealed, rechargeable, lead acid battery or gel type battery is required to meet UL requirements for power standby

times.

Connect the RED battery lead to the positive battery terminal and the BLACK battery lead to the negative battery terminal.

The panel can be programmed to charge the battery at 400mA or 700mA. (See "[982] Battery Settings" on page 136).

Note: Refer to "Aux Loading and Battery Selection" on page 1.

Battery Selection Chart

After calculating the battery capacity (B) for each specific installation use the following table to determine the battery

required to support the main panel in standby mode for:

l 4 hours (UL commercial burglary/residential burglary) l 12 hours (EN50131) l 24 hours (UL/ULC residential fire, ULC residential burglary, ULC commercial burglary, ULC commercial fire mon-

itoring - no bell load allowed; INCERT [Belgium])

The battery size is measured in amp hours (Ah). The current values in the table denote the maximum current draw permitted

to achieve the desired standby time with the listed battery types.

Table 3-11 Standby Battery Guide

Battery Size Desired Standby Time

4h 12h 24h 36h

- 27 -

4Ah 700mA ------ ------ ------

7Ah 700mA 500mA 250mA ------

14Ah * 700mA 470mA ------

18Ah ----- - ---- -- ----- - 300mA*

26Ah ----- - ---- -- ----- - 500mA*

* use 2 x 7Ah batteries connected in parallel, UL/ULC installations only

Battery capacity deteriorates with age and the number of charge/discharge cycles. Replace every 3-5 years.

Refer to "Regulatory Approvals" on page 230 for detailed Aux. loading and battery charging information.

Connecting AC Power

The alarm controller requires a 16.5V, 40VA transformer. While unplugged, connect the transformer to the AC terminals on

the controller. The alarm controller can be programmed to accept a power line frequency of either 50Hz AC or 60Hz AC. See

programming section [024], option [1].

Note: For UL/ULC installations use only 60Hz.

Note: For ULC S559 applications, Standex transformer (Model FTC3716) shall be employed for direct-wiring.

- 28 -

Section 4: Configuration

4.1 Basic Configuration Steps

Once basic installation of the alarm panel is complete, the following general configuration options should be set:

l create partitions, See "Working with Partitions " on page 32 l assign keypads to partitions, see "Keypad Partition Setup " on page 33 l assign sirens to partitions, see "Bell/Siren Operation " on page 33 l create global zones, see "Global Zones " on page 34 l set up partition account codes, see "Communications" on page 34 l set up partition timers, see "System Times" on page 77 l enroll wireless modules and devices, see "Enrolling Modules" on page 31 l assign zone types, see "[001] Zone Types" on page 70, and attributes, see "[002] Zone Attributes" on page 75 l create zone labels, see "Adding Labels" on page 67 l add users, see "Assign Access Codes" on page 51 l set up the alternate communicator if equipped, see "Alternate Communicator Setup" on page 36 l program phone numbers, see "System Communications" on page 119 l set up call directions for the central monitoring station, see "System Communications" on page 119 l set up system timers, see "System Times" on page 77 l configure reporting codes, see "Reporting" on page 113 l test the system, see "Testing the System" on page 37

4.2 Using the Keypad

The PowerSeries Neo alarm panel is compatible with several different keypad types (see "Compatible Devices" on page 9);

However, all keypads have certain basic functionality in common.

4.2.1 Special Keys

Scroll symbols < > on keypads with LCD displays indicate that options can be viewed by pressing the scroll keys.

These keys can also be used to position the cursor.

The [*] key is similar in function to the “Enter” key on a personal computer. It is generally used to accept the existing pro-

gramming option. It is also the first key entry for [*] commands and can be used to enter the letters A-F when in Installer Pro-

gramming mode.

The [#] key is similar in function to the “ESC” (escape) key on a personal computer. It is generally used to exit the current pro-

gramming section or to return to the previous one.

4.2.2 LED Indicators

Keypads have the following status lights that provide visual indication of basic system status:

Ready: Panel is ready to be armed.

Armed: Panel is armed.

Trou ble: System trouble. Enter [*][2] to view troubles.

AC Power: ON=AC present. OFF=AC absent.

Panel Status LED Operation

The red status LED, located on the alarm controller PCB, indicates the following:

Section 4: Configuration

l Power up sequence – flashes rapidly until the end of the power-up sequence. l Firmware indication – flashes during the firmware upgrade process. If the firmware upgrade fails, the LED flashes rap-

idly.

l Trouble indication – Flashes when troubles are present. Troubles are indicated according to the following priority:

1 flash - no keypads enrolled

2 flashes - module supervision trouble

3 flashes - bus low voltage

4 flashes - low battery trouble

5 flashes - AC trouble

6 flashes - AUX trouble

7 flashes - bell trouble

8 flashes - TLM trouble

How to Enter Data

Conventions Used In This Manual

Brackets [] indicate numbers or symbols that must be entered on the keypad.

e.g., [*][8][Installer Code][804] requires the following key entries:

[*][8][5555][804]

[*] initiates a special command.

[5555] is the default installer code. The default installer code should be changed during initial programming of the system.

[804] indicates the particular programming section being accessed.

Entering Letters Manually (System Labels)

1. In Installer Programming, enter the section requiring text input.

2. Use the arrow keys [<][>] to move the cursor to a blank space or existing character.

3. Press the number key corresponding to the appropriate letter. Each number button accesses three letters and a number.

The first press of the number key displays the first letter. The second press displays the second letter, etc.

A, B, C, 12D, E, F, 23G, H, I, 3

J, K, L, 45M, N, O, 56P, Q, R, 6

S, T, U, 78V, W, X, 89Y, Z, 9,0

4. To select lower case letters press [*]. The Select Options list opens. Scroll to “lower case” and press [*] again to select.

5. When the required letter or number is displayed use the arrow keys [<][>] to scroll to the next letter.

6. When finished, press the [*] key, use the [<][>] keys to scroll to “Save” then press [*].

Space

7. Continue from step 2 until all labels are programmed.

For information on entering hexadecimal data, see "Programming Hex and Decimal Data" on page 65.

- 30 -

Section 4: Configuration

4.3 Enrollment

All optional modules and devices must be enrolled on the system. During enrollment, the electronic serial number (ESN) of

each device is identified to the control panel and zones are assigned. A wireless transceiver HSM2HOST or an RF keypad

must be enrolled first before wireless devices can be enrolled.

4.3.1 Enrolling Modules

During automatic and manual enrollment, if an attempt is made to enroll more than the maximum number of modules, an

error tone sounds and a message is displayed on LCD keypads.

Table 4-1 Module Capacity

Module HS2016-4HS2016 HS2032 HS2064/

HS2064 E

HSM2108 8 Zone expander

1 3 7 15

HS2128/HS2128 E

HSM2208 8 Output expander

WirelessKeypad:

HS2LCDRF(P)4

HS2ICNRF(P)4

HS2LCDWF(P)(V)4

HS2TCHP Touchscreen Keypad

HSM2300 Power Supply1A

HSM2204 4 High-current Output

HSM2HOSTx Transceiver

HSM2955

(not UL evaluated)

2 4 8 16

8 8 8 16

3 3 3 4

1 1 3 4

1 1 1 1

Modules can be enrolled automatically or manually using section [902] of Installer programming. For instructions on

enrolling modules, see "Module Programming" on page 133.

To confirm that a module has been successfully enrolled, use Installer Programming section [903]. See "[903] Confirm Mod-

ule" on page 134 for details.

Enrolling the First Keypad

To enroll a hardwired keypad, connect the keypad to the alarm controller, power up the alarm panel then press any button

on the keypad.

To enroll a wireless keypad, first connect the HSM2HOSTx wireless integration module to the alarm controller. Next, power

up the alarm panel and a wireless keypad. Press any button on the keypad to enroll it on the HSM2HOSTx. The

HSM2HOSTx is then enrolled on the alarm panel. To enroll other keypads, see "Module Programming" on page 133.

4.3.2 Module Supervision

By default, all modules are supervised upon installation. Supervision is enabled at all times so that the panel can indicate a

trouble if a module is removed from the system.

To check which modules are currently connected and supervised, see "[903] Confirm Module" on page 134.

If a module is connected but is not recognized by the system, it may be due to any of the following reasons:

- 31 -

Section 4: Configuration

l the module is incorrectly wired to the alarm controller l the module has exceeded its maximum wire run length l the module does not have enough power l the module is not enrolled on the wireless receiver

Removing Modules

Enrolled modules can be deleted from the system via programming section [902]. For instructions, see "[902] Add/Remove

Modules" on page 133.

4.3.3 Enroll Wireless Devices

Wireless devices are enrolled via the wireless transceiver module and Installer Programming section [804][000]. See "Com-

patible Devices" on page 9 for a list of supported wireless devices.

Wireless devices are enrolled using one of the following methods:

Auto Enrollment

To enroll a wireless device using this method, press and hold the Enroll button on the device for 2-5 seconds until the LED

lights then release the button. The alarm panel automatically recognizes the device and the keypad displays a confirmation

message. The device ID and next available zone number are displayed. Press [*] to accept or scroll to another available

zone number. Batteries must be installed in the wireless device in order to enroll.

Various zone features are programmable depending on the type of device. See "Zone Setup" on page 70 for details.

Pre-Enrollment

Pre-enrollment is a two step process. The first step requires entering each device ID ([804][001]-[716]). Every wireless device

has an ID printed on the sticker attached to the device. The format is XXX-YYYY where:

l XXX identifies the type or model of the device l YYYY is a short encrypted ID used by the system to identify the specific device

Pre-enrollment can be done at a remote location and using DLS/SA. The second step is to press the enrollment button on

the device, usually done on location. Installer Programming does not have to be entered at this step. Both steps must be per-

formed in order to complete the enrollment.

4.4 Working with Partitions

A partition is a limited area of the premises that operates independently from the other areas. Partitioning a system can be

beneficial if the property has outbuildings that need to be secured independently of a main area or if the home has a sep-

arate apartment.

Each partition can have its own keypad or a keypad can have access to all partitions (only if all partitions belong to the same

owner). User access to partitions is controlled via access codes. A master code can access the entire system and partitions,

while a user code is limited to assigned partitions.

Setting up a partition requires configuration of the following:

l create the partition l define bell/siren operation l assign keypads l assign zones l assign users

- 32 -

Section 4: Configuration

4.4.1 Setting Up a Partition

Partitions are added or removed from the system by applying or removing a partition mask via Installer Programming section

[200]. The number of available partitions depends on the alarm panel model. See "[200] Partition Mask" on page 111 for

more information.

4.4.2 Bell/Siren Operation

Each partition must have a siren. The system siren connected to the bell output of the alarm controller can be mounted in a

central location within hearing range of all partitions. Each partition can also have wireless sirens activated only on the

assigned partition. See "Wireless Programming" on page 131 for details.

Single Siren Output Operation

With a siren shared across all partitions, control over activation/deactivation of the output depends on the partition that ini-

tiated the alarm sequence. Only the partition that originated the alarm can deactivate the bell output.

Global zones, such as smoke detectors shared by multiple partitions, can deactivate the siren on all partitions the zone is

assigned to.

Multiple Siren Output Operation

When multiple sirens are used in the installation, they can be programmed to sound alarm conditions for all partitions, or for

individual partitions by using a partition enable mask.

If hardwired sirens are used, this is accomplished via bus power supplies with a supervised high-current output. The output

is then programmed as a Fire and Burglary PGM output type.

Note: Only the first output of the HSM2204 output module has bell supervision. Some conditions, such as an installer system

test, may override the partition assignment and cause all sirens to activate. User system tests only activate the sirens/outputs

assigned to that partition.

4.5 Trouble Indicators

Both audible and visual trouble indications are available on all partitions. For more information, see "Troubleshooting" on

page 47.

Programming section [013] option 3 controls whether or not troubles are indicated when the alarm system is armed.

4.6 Keypad Partition Setup

Keypads can be configured to control an individual partition or all partitions. In general, a partition keypad controls the par-

tition it is assigned to. A Global keypad controls all partitions. Global keypads should be placed in common areas of the

premises, such as points of entry or reception areas, where the ability to arm and disarm more than one partition at a time is

required.

Partition keypads can also be temporarily loaned to other partitions.

To select a keypad operating mode:

1. Enter Installer Programming: [*][8][installer code].

2. Select [861]-[876] to program keypads 1-16.

l Press [000] for partition assignment. l For Global operation, key in 00. l To assign a keypad to a partition, key in 01-08 for partition 1-8.

- 33 -

Section 4: Configuration

3. Press the [#] and reapeat step 2 for next keypad. When finished programming all keypads, press the [#] key twice to exit

programming.

Users are assigned partition access rights via the [*][5] menu.

4.6.1 Loaned Partition Setup

To loan a keypad to another partition:

1. Press and hold [#] then key in a valid access code. The keypad switches to Global display.

2. Use the arrow keys to scroll through available partitions. Press [*] to select. The keypad is temporarily loaned to another

partition.

If the keypad is inactive for more than 30 seconds, it reverts to its assigned partition.

4.6.2 Global Zones

If a zone is added to more than one partition, it becomes a global zone. A global zone is only armed when all assigned par-

titions are armed and is disarmed when any assigned partition is disarmed.

Global zones behave as follows:

l A global Stay/Away type zone is not activated until all partitions the zone is assigned to are armed in the Away mode.

Interiors must be activated on all partitions for the global Stay/Away zone to be active.

l A shared zone bypassed on one partition is bypassed on all partitions the zone is assigned to. l An entry delay started on a global zone sounds an entry delay on all keypads assigned to partitions the global zone

is assigned to.

l A global Delay type zone follows the longest programmed delay time of the partitions it is assigned to.

4.6.3 Fire and CO Zone Types

Fire zones only place the partition they are assigned to into alarm. Other partitions retain their current state.

A fire reset only resets partitions they are assigned to.

One or more fire zones may be located on any partition.

On alarm, the fire auto-scroll display appears on all partition keypads and on all global keypads. Fire alarm silence and fire

system reset may be done directly on any partition keypad. To silence a fire or CO alarm from a global keypad requires that

the global keypad be loaned to one of the partitions the zone is assigned to.

4.6.4 Bell/PGM Support

PGMs must be assigned to one or more partitions. See section [007] for partition assignment.

Note: Bell PGM type requires supervision and follows arming squawks by partition.

4.6.5 Communications

Account codes are assigned to all system and partition events.

For SIA communications, a single account code (programmed in section [310][000]) is used for all events. The partition is

identified via Nri1-8. System events use Nri0.

When using communication formats other than SIA, individual account codes can be programmed for each partition. See "

[310] Account Codes" on page 120.

- 34 -

Section 4: Configuration

4.6.6 Assign Zones

Partition zone assignments are completed using sections [201] - [208] for partitions 1 - 8. Subsections [001 - 016] are then

used to enable or disable banks of 8 zones on the partition.

4.6.7 Assign Users

Acess [*][5] using the master code, select the desired user code and enter digit 4 to modify the partitions that can accept the

user code.

4.6.8 Factory Defaults

Individual modules, as well as the alarm panel itself, can have their programming returned to factory default settings. Hard-

ware is defaulted via the following Installer Programming sections:

l [991] Default Keypads

l 000 – Default all keypad programming

l 001-016 – Default keypads 1-8 l [993] Default alternate communicator l [996] Default wireless receiver l [998] Default HSM2955 l [999] Default system

See "Defaults" on page 137 for more information.

Default All labels

Use programming section [000][999]. The following labels are returned to factory default settings:

l Zone Label l Partition Labels l Module Labels l Partition 1-8 Command Output 1 to 4 Labels l Schedule 1 to 4 Labels l Event Labels l User Labels

System and module programming is not affected.

Hardware Reset Main Control Panel

Perform the following to restore the main control panel to default settings:

1. Power down the system.

2. Remove all wires between Zone 1 and PGM 1 on the alarm controller.

3. Connect a short between Zone 1 and PGM.

4. Power up the system (AC only) for 60 seconds.

5. Power down the system and remove the short.

6. Power up the system again. Factory defaults are restored.

Hardware default is logged to the event buffer.

Note: Hardware default is not available when installers lockout is enabled.

- 35 -

Section 4: Configuration

4.7 Alternate Communicator Setup

The alternate communicator is an optional wireless or ethernet communications device that can be used as a backup to the

PSTN connection or as a primary means of communication between the alarm panel and the central monitoring station. The

alternate communicator communicates via 3G (HSPA) or Ethernet.

The following configuration steps are required to set up the alternate communicator:

l Install the alternate communicator and wire it to the alarm panel (use PCLINK_2 header) l Enroll the alternate cellular communicator with Connect 24 l Set the communication path: [300] l Enable the alternate communicator: [382] option 5 l Enable event reporting: [307]/[308] l Program communication delay timer: [377] l Program DLS access: [401] option 07

Refer to the 3G2080(R)/ TL2803G(R)/ TL280(R) installation manual for details.

4.7.1 Real Time Clock

This feature synchronizes the alarm panel time and date with that of the alternate communicator, provided real time clock

support is available. Time and date are updated at 4:05 PM or when the system time is lost. This feature is enabled/disabled

in Installer Programming section [024] option 5.

4.7.2 Communication Paths

The path of communication between the alarm panel and the central station must be established through either the alarm

panel’s on-board Public Switched Telephone Network (PSTN) connection or through the alternate communicator (cellular or

Ethernet) if equipped.

Paths to four receivers can be programmed in Installer Programming section [300] options 001 - 004.

For more information, see "[300] Panel/Receiver Communication Paths " on page 112.

4.7.3 Communications Options

The following alarm panel options must be programmed when configuring the alternate communicator:

[300] option 02: communication path (see "[300] Panel/Receiver Communication Paths " on page 112)

[380] option 01: communications enabled/disabled (see "[380] Communicator Option 1" on page 123)

[382] option 05: enable communicator and all associated options: telephone number, reporting code and call direction (see "

[382] Communicator Option 3" on page 125)

[308][351]-[356] reporting codes (see "[351] Alternate Communicator 1")

[401] option 7: DLS access (see "[401] System Test Events")

4.7.4 Communication Attempt Limit

If a telephone line monitoring (TLM) trouble is present, the number of PSTN dialing attempts is reduced from the pro-

grammed value to 0 attempts. See programming section [380] Communicator Option 1 for details.

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Section 4: Configuration

4.7.5 Supervision Restore

If the alarm system experiences a failure to communicate (FTC) with the central monitoring station, it automatically attempts

to transmit the event when communications are restored.

4.7.6 Remote Firmware Upgrade

Firmware upgrades can be automatically pushed to the alarm panel and modules from Connect 24 or DLS. A message is dis-

played on LCD keypads indicating a firmware upgrade is available. On all keypads, the blue proximity tag bar flashes one

second on - one second off.

Users authorize the firmware upgrade through [*][6][Master Code][17].

During the update, a message indicating that a firmware upgrade is in progress is displayed on the LCD keypad. If the firm-

ware update fails, an error message is displayed on LCD keypads.

Firmware updates are performed under the following conditions:

l The system is not armed l No AC trouble is present l No low battery trouble is present l No FTC trouble is present l Every alarm in memory has been viewed l No events are being communicated l An alternate communicator is present

Remote firmware upgrade is possible for the following modules:

l hardwired keypads, including HS2LCDRF l wireless transceivers l alternate communicators

Note: For UL listed installations, do not use remote programming unless an installer is on the premises.

4.8 Local Firmware Upgrade

Alarm panel firmware can be upgraded locally via DLS. Firmware upgrade prevention rules are ignored when performing a

local firmware upgrade.

Note: [382][5] must be enabled to perform a local firmware upgrade.

To perform a local firmware upgrade:

1. Remove the front cover of the alarm panel and plug the DLS header into the PCLink 2 connector on the alarm controller.

2. Open the Flash Utility within DLS, select the latest firmware file from the Web or browse to a saved flash file on your hard

drive. Follow the steps as prompted by the Flash Utility application. A message is displayed when download is complete.

3. Once the firmware update is complete, the system powers up.

4.9 Testing the System

Installer Walk Test

Walk test enables the installer to test the operation of each detector by tripping zones, causing an actual alarm. Enter section

[901] to initiate a walk test. When a zone is tripped, all system sirens emit a tone to indicate that the zone is working correctly.

After 15 minutes without zone activity, the walk test terminates automatically. To manually exit walk test mode, enter [901]

again.

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Section 4: Configuration

4.9.1 Viewing the Event Buffer

The event buffer contains logs of events that have occurred on the alarm system beginning with the most recent. The capa-

city of the event buffer is scalable and can hold 500/1000 events (depending on panel model) before rolling over. The buffer

displays events according to their time stamp, beginning with the most recent. The event buffer can be uploaded using DLS.

Each event displays the time and date, a description of the event, the zone label, access code number or any other pertinent

information. To view the event buffer, press [*][6][Master Code][*].

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Section 5: System Operation

5.1 Arming and Disarming

The following table describes the various arming and disarming methods available.

Table 5-1 Arming/Disarming Methods

Method Description

Away Arm

for 2 seconds + [AccessCode*]

Stay Arm

Night Arm when ar med in stay mode [*][1] + [AccessCode*]

Disarm [AccessCode]

No-Entry Arming [*][9] + [Access Code]

Quick Arm/QuickExit [*][0]

for 2 seconds + [AccessCode*]

* - requiring an access code can be programmed in Section [015]

For detailed arming/disarming instructions, see the PowerSeries Neo User Manual.

5.2 Partition vs. Global Keypad

Keypads can be configured to control an individual partition or all partitions (see "Keypad Partition Setup " on page 33).

Loaning a keypad to another partition does not require an access code; However, no function that requires an access code

can be performed on that partition unless the user’s code has sufficient permission.

5.2.1 Single Partition Operation

Single partition keypads provide access to alarm functionality for an assigned partition.

Single partition keypads behave as follows:

l Display the armed state of the partition l Display open zones, if the zone belongs to the partition the keypad is on l Display bypassed zones and allow zone bypassing or creating bypass groups of zones assigned to the keypad par-

tition

l Display system troubles (system low battery, system component faults/tampers) l Display alarms in memory that occurred on the partition l Allow the door chime to be enabled/disabled l Activate system test (sounds bells/PGMs assigned to the partition) l Allow label programming (user labels for the partition) l Control command outputs (those assigned to the partition, or global outputs such as smoke detector reset) l Display temperature (not evaluated by UL)

5.2.2 Global/Multiple Partition Operation

Global keypads display a list of all active partitions or assigned partitions along with their current state. A valid access code

is required to view partition status. The Global status screen displays the following:

12345678 (RA!N----)

R = Ready

A = Armed

Section 5: System Operation

! = Alarm

N = Not Ready

X = Exit Delay

E = Entry Delay

P = Pre-Alert

- = Partition not enabled

In the following example, partition 1 is armed, partition 2 is disarmed and ready, partition 3 is disarmed and not ready, par-

tition 4 is in alarm, partition 5 is indicating exit delay, partition 6 is in entry delay, partition 7 is in auto-arm pre-alert and par-

tition 8 is not enabled.

1 2 3 4 5 6 7 8 A R N ! X E P -

Global keypads behave as follows:

l Troubles are displayed and sounded on the global keypad. Troubles can be viewed from the global keypad display

by pressing the right scroll key then (*). The Troubles menu is displayed. An access code may be required to enter

the [*][2] menu depending on system programming.

l Keypad function keys can be programmed for Global Stay Arm, Global Away Arm and Global Disarm. l Multiple partition arming/disarming may be done from a global keypad, assigned to the same partitions as the user,

by keying in an access code then pressing [*].

5.3 Labels

Various custom labels can be created to make identification of the alarm system, partitions, zones and modules simpler.

Labels are created by inputting text manually, by selecting words from the Word Library or by downloading/uploading using

DLS. See "[000] Label Programming" on page 67

5.3.1 System Label

This feature is used to program a custom label for the security system. This label is used in the event buffer when system

events occur. The maximum label size is 14 ASCII characters.

See "[100] System Label" on page 69 for programming details.

5.3.2 Zone Labels

Customized labels can be created for each zone on the alarm system. These labels are used on various displays and events

to identify the zone. The maximum label size is 14 x 2 ASCII characters.

See "[001]-[128] Zone Labels" on page 67 for more details.

5.3.3 Partition Labels

Each partition on the alarm system can have a unique label to identify it. This label is displayed on partition keypads and

event messages. The maximum label size is 14 x 2 ASCII characters.

See "[101]-[108] Partition 1-8 Labels" on page 69 for more details.

5.3.4 Module Labels

Labels can be created for the following optional system modules:

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Section 5: System Operation

l keypads l 8 zone expander modules l 8 output expander modules l wireless transceiver l power supply l 4 high-current output module l alternate communicator module l audio module l siren l repeater

The maximum label size is 14 ASCII characters.

See "[801] Keypad Labels" on page 70 for more details.

5.3.5 Event Labels

Customizable labels can be created for the following events:

l Fire alarm l Fail to arm l Alarm when armed l CO alarm

The maximum label size is 14 ASCII characters. See page 67 for more details.

5.3.6 Partition Command Output Labels

This feature is used to program custom labels for command outputs. These labels are used with output activation events in

the event buffer. The maximum label size is 14 x 2 ASCII characters. See "[201]-[208][001]-[004] Partition Command Output

Labels" on page 69 for more details.

5.4 Annunciation

5.4.1 Door Chime

The keypad can be programmed to use one of four different door chime tones for each zone on the system. Chime is active

only during the disarm state. Only one door chime option can be enabled for each zone.

l Beeps l Bing-Bong l Ding-Dong l Alarm Tone l Zone Name - Voice Annunciation (HS2LCDWF keypads only)

Chime is enabled/disabled on a partition using the [*][4] command.

5.4.2 Temperature Display

Indoor and outdoor temperature can be displayed on system keypads if configured in keypad programming section [861]-

[876]>[023] option 7, and sections [041]-[042]. Temperature is detected using wireless temperature sensors installed on the

system. Refer to "Compatible Devices" on page 9.

Global keypads only display outdoor temperature.

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Section 5: System Operation

5.4.3 Low Temperature Warning

Keypads can be configured to detect low ambient temperature.

If the temperature at the keypad drops to 6° C ± 2° C (43° F ± 3°F), the keypad zone goes into alarm. When the temperature

rises above 9° C ± 2° C (48° F ± 3° F), the keypad zone is restored.

When this option is enabled, the keypad’s zone input functionality is disabled.

Refer to section [861]-[876]>[023] option 8 for more information.

Note: This feature has not been evaluated by UL/ULC.

5.5 Keypad Function Keys

Keypads have 5 programmable function keys that can be configured to perform one of the following actions:

Table 5-2 Function Key Programming Options

[00] Null Function Key [17] Arm Interior

[02] Instant Stay Arm [21]-[24] Command Output 1 to 4[*][71] - [*][74]

[03] Stay Arm [29] Bypass Group Recall

[04] Away Arm [31] Local PGM Activate

[05] [*][9] No-Entry Arm [32] Bypass Mode

[06] [*][4] Chime On/Off [33] BypassRecall

[07] System Test [34] User Programming [*][5]

[09] Night Arm [35] User Functions[*][6]

[12] Global Stay Arm [37] Time & Date Program

[13] Global Away Arm [39] Trouble Display [*][2]

[14] Global Disarming [40] Alarm Memory [*][3]

[16] QuickExit [61]-[68] Partition 1 to 8 Select

To program a function key:

1. Enter Installer Programming [*][8].

2. Enter section [861] for keypad 1 function key programming.

3. Enter [001] to [005] to select a function key to program.

4. Enter a 2-digit number to assign a function key operation - [00] - [68]. See table above.

5. Continue from step 3 until all function keys are programmed.

6. Press the [#] key twice to exit Installer Programming.

Programmed function keys must be pressed for 2 seconds in order to activate the function.

5.5.1 Function Key Definitions

This section provides detailed descriptions of each programmable function key option.

[00] Null Functio n Key

This option deactivates the function key. The key does not perform any function when pressed.

[02] Instant Stay Arm

This feature is similar to the Stay Arm function key, except that no exit delay is applied and the system arms immediately.

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Section 5: System Operation

If no Stay/Away zone types are programmed, the alarm system arms in Away mode.

Note: Do not use this function with CP-01 installations.

[03] Stay Arm

Only perimeter zones are armed. Interior zones are bypassed regardless of whether or not delay zones are tripped during

the exit delay.

[04] Away Arm

All interior and perimeter zones are armed. CP-01 panels require an exit through a delay zone during the exit delay or the

system will arm the perimeter zones only.

[05] No-Entry Arm [*][9]

All Delay 1 and Delay 2 zones become instant zones. If a door or window is opened the system goes immediately into alarm.

This function is typically used when no occupants are expected to return to the site during the armed period. Activation of this

function key requires an access code. This function only works while the system is disarmed.

See "[*][9] No-Entry Arming" on page 60 for more information.

[06] Chime On/Off

This function turns the door chime on or off and is the equivalent of pressing [*][4]. The alarm system must be disarmed to

use this function. If option 7 in section [023] is enabled, this function key requires an access code.

[07] System Test

This function performs a system test when pressed and is the equivalent of entering [*][6][Access Code][04]. The alarm sys-

tem must be disarmed to use this function. See "[*][6] User Functions" on page 55 for more information.

[09] Night Arm

All perimeter and interior zones, excluding Night zones, are armed. This key only works while the system is disarmed or

armed in Stay mode.

If no Night type zones are programmed, the alarm system arms in Away mode with an audible exit delay. Exit delay is silent.

Arming in this mode activates the Away Arming PGM output.

[12] Global Stay Arm

This function arms all partitions assigned to the user in Stay mode, provided they are ready to arm. If a partition is not ready,

the system cannot be armed. An access code is required with this option.

[13] Global Away Arm

This function arms all partitions assigned to the user in Away mode, provided they are ready to arm. If a partition is not ready,

the system cannot be armed. An access code is required with this option.

[14] Global Disarming

This function disarms all partitions assigned to the user. An access code is required with this option.

[16] Quick Exit

Pushing this key allows the user to open and close an entry/exit door without disarming the system. This function is equi-

valent to entering [*][0] at the keypad while the partition is armed. If quick exit is not enabled on the system, or if the system is

disarmed, pressing this key causes an error tone. An access code is not required to use this key. See "[015] System Option

3" on page 98 for more information.

[17] Arm Interior

This key removes or enables automatic bypass on all Stay/Away zones (equivalent to pressing [*][1] while armed).

If this function is performed while stay armed and, Night zones are programmed, the system arms in Night mode. If no Night

zones are programmed, the system arms in Away mode. If armed in Night or Away mode, this key switches the system back

to Stay mode. Pressing this key does not switch the arming mode from Night to Away.

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Section 5: System Operation

This key only works while the system is armed and requires an access code entry if section [015] option 4 is disabled.

[21]-[24] Command Outp ut 1 to 4

This function controls command outputs 1-4 and is the equivalent of entering [*][7][X], where X is 1, 3 or 4.

An access code is required to use this function.

Selecting command output 2 is the equivalent of pressing [*][7][2] sensor reset. See "103 – Sensor Reset [*][7][2]" on page 80

for more information.

[29] Bypass Grou p Recall

This function bypasses all zones belonging to the bypass group.

Zones must be saved in the bypass group for this function key to operate. An access code is required to use this feature if

section [023] option 4 is enabled.

Note: Do not use with wireless keys.

[31] Lo cal PGM Activate

This function controls a PGM connected to a keypad.

[32] Bypass Mo de

This function places the keypad in Zone Bypass mode. Selecting this function is the equivalent of pressing [*][1] while dis-

armed. If an access code is required for bypassing, the user must enter the access code before using this function. An

access code is required if section [023] option 4 is enabled.

[33] Bypass Recall

This function bypasses the same set of zones that were bypassed the last time the partition was armed. This function is equi-

valent to pressing [999] while in the [*][1] menu. An access code is required to use this feature if section [023] option 4 is

enabled.

[34] User Programming

This function is the equivalent of entering [*][5]. A master or supervisor access code is required to use this function. This key

only works while the system is disarmed.

[35] User F unctions

This function puts the keypad in user programming mode and is the equivalent of entering [*][6]. An access code is required

to use this function. If section [023] option 8 is off, only the Master or Supervisor code can access the [*][6] menu.

[37] Time & Date Prog ram

This function places the keypad in date/time programming mode. A valid access code is required.

[39] Trouble Display

This function puts the keypad in trouble display mode and is equivalent to pressing [*][2]. This function only works while the

system is disarmed. This function key requires a code if section [023] option 5 is enabled.

[40] Alarm Memory

This function puts the keypad in alarm memory display mode and is equivalent to pressing [*][3]. This function only works

while the system is disarmed. This function key requires a code if section [023] option 6 is enabled.

[61]-[68] Partitio n 1 to 8 Select

This function selects partition 1-8 when the assigned key is pressed. Pressing and holding the key for 2 seconds selects the

next partition.

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Section 5: System Operation

5.6 Language Selection

The keypad can be programmed to display messages and labels in different languages. Perform the following from the

Installer Programming menu:

1. Enter installer programming [*][8][installer code]

2. Enter section [000]>[000].

3. Select a language using the scroll buttons or by entering a hotkey:

Table 5-3 Languages

[01] – English [15] – Greek

[02] – Spanish [16] – Turkish

[03] – Portuguese [18] – Croatian

[04] – French [19] – Hungarian

[05] – Italian [20] – Romanian

[06] – Dutch [21] – Russian

[07] – Polish [22] – Bulgarian

[08] – Czech [23] – Latvian

[09] – Finish [24] – Lithuanian

[10] – German [25] – Ukrainian

[11] – Swedish [26] – Slovakian

[12] – Norwegian [27] – Serbian

[13] – Danish [28] – Estonian

[14] – Hebrew [29] – Slovenian

4. Press [#] to exit.

5.7 [*] Commands

[*] commands provide convenient access to alarm system features. The following commands are available:

[*][1] Bypass zones

[*][2] View troubles

[*][3] View alarms in memory

[*][4] Door chime on/off

[*][5] User programming

[*][6] User functions

[*][7] Command output 1-4 on/off

[*][8] Installer programming mode

[*][9] No entry arming

[*][0] Quick arm/Exit

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Section 5: System Operation

While in a [*] command menu, use the [*] key to select an option and the [#] key to exit to the previous screen. On an LCD

keypad, use the scroll keys to view options.

5.7.1 [*][1] Bypass or Stay/Away/Night Zones

The [*][1] command functions differently depending on whether the system is armed or disarmed.

Note: For UL/ULC listed installations, group bypass is not allowed.

When The Alarm System is Disarmed

Users can bypass individual zones or a programmed group of zones using the [*][1] keypad command. Zones are commonly

bypassed if users want to have access to an area while the partition is armed, or to bypass a defective zone (bad contact,

damaged wiring) until service can be provided. A bypassed zone does not cause an alarm.

When the partition is disarmed, all zones that were bypassed using [*][1] are no longer bypassed, except for 24-hr zones.

If the Code Required for Bypass option is enabled, an access code is required to enter bypass mode. Only access codes

with the Bypass attribute enabled can bypass zones (see "Access Code Attributes" on page 53).

Bypassing zones with an LCD keypad:

1. Ensure the system is disarmed.

2. Press [*] to enter the function menu. The keypad displays “Press [*] for < > Zone Bypass.”

3. Press [1] or [*], then key in your access code (if required).

4. Scroll to a zone or key in the three-digit zone number. Only zones enabled for zone bypassing are displayed. Enter the 3-

digit zone number or scroll to the desired zone and press [*] to bypass the zone.

“B” appears on the display to indicate the zone is bypassed. If a zone is open, “O” appears on the display. When an open

zone is bypassed, the “O” is replaced by “B.”

5. To clear a bypassed zone, repeat the above procedure. The “B” disappears from the display indicating that the zone is

no longer bypassed.

6. To exit bypass mode and return to the ready state, press [#].

Bypassing zones with a LED/ICON keypad:

1. Ensure the system is disarmed.

2. Press [*][1], then enter your access code (if required).

3. Enter the three-digit number of the zone(s) to be bypassed. The zone light turns on to indicate that the zone is bypassed.

4. To clear a bypassed zone, repeat the above procedure. On LED keypads, the zone light turns off to indicate that the zone

is no longer bypassed.

5. To exit bypass mode and return to the ready state, press [#].

Note: LED Keypads display the bypass status of zones 1-16 only.

Other Bypass Features:

The following features are also available on the [*][1] zone bypass menu:

Bypass Open Zones

Displays all currently open or bypassed zones. Use the scroll keys to view zones. Open zones are indicated by an (O). To

bypass a zone, press [*]. A bypassed zone is indicated by a (B).

Note: Zones with tampers or faults must be manually bypassed.

Bypass Group

Displays a programmed group of zones (bypass group) commonly bypassed. Press [*] to bypass all zones in the group.

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Section 5: System Operation

Program Byp ass Grou p

To program a bypass group, bypass all desired zones then select Bypass Options > Program Bypass Group. The selected

zones are saved to the bypass group. When finished, press [#] to exit.

In order to program a bypass group, a master or supervisor code with access to the appropriate partition must be used.

Bypass Recall

Press [*] while in this menu to bypass the same group of zones that were bypassed the last time the partition was armed.

Clear Bypasses

Press [*] to clear all bypasses.

Shortcut s from th e [*][1] b ase menu:

991 = bypass group

995 = program group 1

998 = bypass open zones

999 = bypass recall

000 = clear group

When The Alarm System is Armed

When the system is armed, pressing [*][1] toggles between stay, away or night arming. If a night zone is on the system, press-

ing [*][1] either prompts the user for an access code if required, or sounds an acknowledgment tone and changes the arming

mode.

Note: If section [022], Option 5 [Stay/Away Toggle] is on, the system does not change from Away to Stay mode.

The zone attribute for zone bypassing must be enabled (see section [002] Zone Attributes, Option 04).

Holdup zones should not be part of bypass groups.

A zone that is manually bypassed via [*][1] will bypass the alarm, fault, and tamper conditions when DEOL is used.

If a 24-hour zone is bypassed, ensure that the zone is restored or disabled before removing the bypass.

5.7.2 Troubleshooting

LCD programmable-message keypad:

l Press [*][2] followed by access code if required to view a trouble condition l The trouble light flashes and the LCD displays the first trouble condition l Use the arrow keys to scroll through all trouble conditions present on the system

Note: When additional information is available for a specific trouble condition, a [*] is displayed. Press the [*] key to view the

additional information.

LED and ICON keypads:

l Press [*][2] to view a trouble condition l The trouble light flashes l Refer to the trouble summary list below to determine the trouble condition(s) present on the system

5.7.3 [*][2] Trouble Display

This feature is used to view system troubles. If a trouble is present, the keypad Trouble indicator illuminates and an audible

indication is emitted (two short beeps every 10 seconds, except while in AC failure). Silence the audible indicator by press-

ing [#].

- 47 -

Section 5: System Operation

Troubles may be viewed while the system is armed or disarmed. The system may be programmed to show all troubles while

armed or only fire troubles. See section [13] option 3 on page 96 for details.

The system can be configured to require a user code to view [*][2] system troubles. See section [023] option 5.

To view trouble conditions:

l Press [*][2] to enter the Trouble menu. l On an LCD keypad, scroll to a trouble type then press [*] to view the specific trouble. The zone name and trouble con-

dition for each trouble are displayed on the screen.

l On LED/ICON keypads, zone indicator lights illuminate to identify existing trouble types (e.g., Zone light 1 represents

Service Required trouble type). Press the number key corresponding to a zone light to view the specific trouble.

Lights 1-12 illuminate to indicate the trouble as follows:

Table 5-4 : Trouble Indications

Trouble 01 – Service Required:

[01] Bell Circuit Trouble: The bell circuit is open.

[02] RF Jam: The HSM2HOSTx has detected an RF Jam condition.

[03] Aux Supply Trouble: The alarm controller, HSM2204 or HSM2300 has an overcurrent condition on Aux.

[04] Loss of Clock: System time and date require programming.

[05] Output 1 Fault: An HSM2204 module has detected an open condition on output #1.

Trouble 02 – Battery Trouble:

[01] Panel Low Battery Trouble: The battery voltage (under load) is below 11.5V. Restores at 12.5V.

[02] Panel No Batter y: No battery connected to alarm controller.

[04] HSM2204 01 - 04 Low Battery: An HSM2204 has a battery voltage less than 11.5V.

[05] HSM2204 01 - 04 No Battery: No battery connected to HSM2204.

[07] HSM2300 01 - 04 Low Battery: An HSM2300 has a battery voltage less than 11.5V

[08] HSM2300 01 - 04 No Battery: No battery connected to HSM2300.

Trouble 03 – Bus Voltage:

[01] HSM2HOSTx Bus Low Voltage: The HSM2HOSTx module has measured lessthan 6.3V on its Aux input.

[02] Keypad 01 - 16 Bus Low Voltage: A hardwired keypad has a bus voltage of less than 6.9V for ICON/LCD (RF version) and 7.7V for non-RF

models.

[04] HSM2108 01 - 15 Bus Low Voltage: A zone expander has a bus voltage of less than 5.9V.

[05] HSM2300 01 - 04 Bus Low Voltage: A power supply has a bus voltage of lessthan 6.9V.

[06] HSM2204 01 - 04 Bus Low Voltage: A high current output module has a bus voltage of less than 6.9V.

[08] HSM2208 01 - 16 Bus Low Voltage: The low current output module has detected a voltage less than 5.9V on its aux input.

[09] HSM2955 Bus Low Voltage: The audio module has detected a voltage lessthan 9.65V on its aux input.

Trouble 04 – AC Troubles:

[01] Zone 001 - 128 AC Trouble: An AC trouble has been detected on a PGX934 PIR + Camera.

[03] Siren 01 - 16 AC: A siren has an AC trouble.

[04] Repeater 01 - 08 AC: A wirelessrepeater has an AC trouble.

[05] HSM2300 01 - 04 AC: An HSM2300 has an AC trouble.

[06] HSM2204 01 - 04 AC: An HSM2204 has an AC trouble.

[07] Panel AC: The alarm controller has an AC failure condition.

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Section 5: System Operation

Trouble 05 – Device Faults:

[01] Zone 001 - 128: A zone isin fault. Additional information displayed on LCD keypads for the following troubles: Fire Trouble (2-W Smoke,

PGX916, PGX926), Freeze (PGX905), Self Test (PGX984), CO (PGX913), and Probe Disconnected (PGX905). Also generated by a short on

hardwired zones when DEOL is used or by a wirelesssupervisory fault.

[02] Keypad 01 - 16: A wireless or hardwired keypad is in fault.

[03] Siren 01 - 16: A siren is in fault.

[04] Repeater 01 - 08: A wireless repeater is in fault (supervisory or loss of AC/DC).

Trouble 06 – Device Low Battery:

[01] Zone 001- 128: Wireless zone has a low battery.

[02] Keypad 01-16: Keypad has a low battery.

[03] Siren 01 - 16: Siren has a low battery.

[04] Repeater 01 - 08: Repeater has a low battery.

[05] User 01 - 1000: Wireless Key has a low battery.

Trouble 07 – Device Tampers:

[01] Zone 001 - 128 Tamper: A wirelessor hardwired zone configured for DEOL operation is in tamper.

[02] Keypad 01 - 16 Tamper: A hardwired or wirelesskeypad is in tamper.

[03] Siren 01 - 16 Tamper: A wirelesssiren is in tamper.

[04] Repeater 01 - 08 Tamper: A wireless repeater is in tamper.

[05] Audio Station 01 - 04 Tamper: An audio station connected to an HSM2955 is in tamper.

Trouble 08 – RF Delinquency Trouble:

[01] Zone 001 - 128 RF Delinquency:No r esponse from a wirelesszone for 13 minutes. This trouble prevents arming untilacknowledged or

cleared using [*][2].

[02] Keypad 01 - 16 RF Delinquency:No response from a wireless keypad for 13 minutes.

[03] Siren 01 - 16 RF Delinquency: No response from a wirelesssiren for 13 minutes.

[04] Repeater 01 - 16 RF Delinquency: No response from a wireless repeater for 13 minutes.

Trouble 09 – Module Supervisory Trouble:

[01] HSM2HOSTx not responding.

[02] Keypad 01 - 16 not responding.

[04] HSM2108 01 - 15 not responding.

[05] HSM2300 01 - 04 not responding.

[06] HSM2204 01 - 04 not responding.

[08] HSM2208 01 - 16 not responding.

[09] HSM2955 is not r esponding.

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Section 5: System Operation

Trouble 10 – Module Tamper:

[01] HSM2HOSTx Tamper.

[02] Keypad 01 - 16 Tamper.

[04] HSM2108 01 - 15 Tamper.

[05] HSM2300 01 - 04 Tamper.

[06] HSM2204 01 - 04 Tamper.

[08] HSM2208 01 - 16 Tamper.

[09] HSM2955 Tamper

Trouble 11 – Communications:

[01] TLM: Telephone line disconnected from control panel.

[02] Receiver 01-04 FTC Trouble: Failure to communicate using programmed receiver paths.

[03] Alt. Comm SIM Lock: SIM card has incorrect or unrecognized PIN.

[04] Alt. Comm Cellular: Radio or SIM card failure, low signal strength detected, or cellular network fault.

[05] Alt. Comm Ethernet: Ethernet connection unavailable. A valid IP address is either not programmed or the module was unable to get an IP

with DHCP.

[06] Receiver 01-04 Absent: Alternate communicator unable to initialize a receiver.

[07] Receiver 01-04 Supervision: Alternate communicator unable to communicate with a receiver.

[09] Alt. Comm Fault: The alternate communicator has stopped responding.

[10] Alt Comm FTC Trouble: The alternate communicator has failed to communicate an internal event not generated by the panel.

Trouble 12 – Not Networked Troubles:

[01] Zone 001-128 Not Networked Trouble: Generated when a zone becomes out of syncwith the wireless network or has not been

synchronized with the network after enrollment.

[02] Keypad 01-16 Not Networked Trouble: Generated when a keypad becomes out of sync with the wirelessnetwork or has not been

synchronized with the network after enrollment.

[03] Siren 01-16 Not Networked Trouble: Generated when a siren becomes out of sync with the wireless network or has not been synchronized

with the network after enrollment.

[04] Repeater 01-08 Not Networked Trouble: Generated when a repeater becomes out of syncwith the wirelessnetwork or has not been

synchronized with the network after enrollment.

[05] User 01 - 1000 Not Networked Trouble: Generated when a wirelesskey becomes out of sync with the wireless network or has not been

synchronized with the network after enrollment.

IMPORTANT!

Ensure you have the following information available before contacting Customer Support :

l Alarm controller type and version, (e.g., HSM2064 1.0):

Note: Version number can be accessed by entering [*][Installer Code][900] on any LCD keypad. This information is also loc-

ated on a sticker on the printed circuit board.

l List of modules connected to control panel, (e.g., HSM2108, HSM2HOSTx etc.) .

5.7.4 [*][3] Alarm Memory Display

The Memory light flashes if an alarm, tamper or fault event occurred during the last armed period or while the panel was dis-

armed (24 hour zones). Press [*][3] to view zones in alarm memory. To clear the memory, arm and disarm the system. When

viewing alarms in memory, LCD keypads indicate the last zone that has gone into alarm first, followed by other alarms in

numerical order.

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Section 5: System Operation

This feature can be programmed to require an access code. See "[023] System Option 11" on page 106, option 6 for details.

A programmable function key may be configured to display alarms in memory. See "Keypad Function Keys" on page 42 for

details.

5.7.5 [*][4] Door Chime Enable/Disable

When this feature is enabled, the keypad emits a tone whenever a zone programmed as a Chime type is opened or closed.

Pressing [*][4] toggles between enabled and disabled. The door chime attribute for each zone is programmed in section

[861]-[876], subsections [101]-[228].

A function key can also be programmed to enable/disable this feature. See "Keypad Function Keys" on page 42 for details.

This feature may require an access code. See "[023] System Option 11" on page 106, option 7 for details.

The following door chime sounds may be selected:

l 6 beeps l "Bing-Bong" l "Ding-Dong" l Alarm tone l Zone Name -Voice Annunciation (HS2LCDWF keypads only)

5.7.6 [*][5] Program Access Codes

Use this section to perform the following functions:

l press [1] to program user codes 0002-1000, and master code 0001 l press [2] to enroll a proximity tag l press [3] to add a custom label for each user l press [4] to assign users to partitions l press [5] to program user attributes

Assign Access Codes

In order to access alarm system functionality, users must be added to the system. This involves creating a unique access

code and assigning attributes to each user. Access codes are programmed via the [*][5] menu.

Access Code Types

The alarm system provides the following access code types:

Code Add User Delete User Arm Disarm [*][5] [*][6] [*][8]

Installer No No No No No No Yes +

Master All* All Yes Yes Yes Yes No

Maintenance No No Yes Yes No No No

User No No Yes Yes No No** No

Supervisor Allbut Master All but Master Yes Yes Yes Yes No

Duress No No Yes Yes No No No

One-time use No No Yes 1/day No No No

+ If section [020] option 7 is on, a user must enter [*][6][Master Code][05] to give the installer permission to access pro-

gramming.

* Can only change master code if section [015] option 6 is off.

** Yes if [023] option 8 is on.

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Section 5: System Operation

The Installer and Master codes are system codes. They can be changed but not deleted. The other codes are user-defined

and can be added or deleted as necessary. By default, access codes have the same partition and attribute programming as

the code used to program them.

Access codes are either 4, 6 or 8 digits in length, depending on the setting of programming section [041]. Duplicate codes

are not valid.

Note: EN50131-1 compliant systems using 1000 access codes shall set the access code to 8 digits (section [041], option

02).

Installer Code

This code provides access to Installer Programming [*][8]. The installer code can access all partitions and perform any

keypad function. This code can be programed by the installer in section [006][001]. The default is 5555 (4-digit), 555555 (6-

digit) or 55555555 (8-digit).

Note: For EN50131-1 approved installations the installer code cannot change the master code or any other level 3 codes.

Attempting to access the master code from the installers code generates an error tone from the system.

Master Code - Access Code [0001]

By default the master code can access all partitions and can perform any keypad function. This code can be used to program

all access codes, including the supervisor and duress codes.

If section [015] option 6 is on, the master code can only be changed by the installer via Installer Programming.

The default is 1234 (4-digit), 123456 (6-digit) or 12345678 (8-digit).

The master code can be returned to factory default settings using Installer Programming section [989].

Maintenance Code

The maintenance code can only be used to arm and disarm the system. It cannot bypass zones. Use [*][9] to arm the system,

cancel auto-arming, or perform [*][7] command functions. No arm/disarm bell squawks are sounded when the maintenance

code is used. The Maintenance code can be programed by the installer in programming section [006][003]. The default is

AAAA (4-digit), AAAAAA (6-digit) or AAAAAAAA (8-digit).

User Codes - Access Codes [0002] to [1000]

This type of access code is used to arm and disarm assigned partitions and perform other functions as programmed. It can

access the [*][6] menu if programming option [023] option 8 is on. This code cannot access the [*][5] and [*][8] menus.

User access codes are created by the master user or supervisor users. The default is AAAA (4-digit), AAAAAA (6-digit) or

AAAAAAAA (8-digit).

Supervisor Codes - Access Codes [0002] to [1000]

A supervisor code is a user code with the Supervisor attribute enabled. Users with this attribute can access the [*][5] and [*]

[6] user code programming section for the partition they are assigned to. However, these codes can only program codes

which have equal or lesser attributes. These attributes are changeable via the [*][5] menu. A supervisor code is created by

the master user or other supervisor users.

Duress Codes - Access Codes [0002] to [1000]

Duress codes function the same as user access codes, except they transmit a duress reporting code when used to perform

any function on the system.

Duress codes cannot be used to access [*][5], [*][6] or [*][8] menus.

Duress codes are created by the master user or supervisor users.

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Section 5: System Operation

Note: Section [019] option 6 must be on to select the Duress Codes attribute.

One Time Use Code

A one time use code is a user code with the One Time User attribute enabled. This access code enables the user to arm the

alarm system an unlimited number of times. However, a user with this code can only disarm the system once per day. The

ability to disarm is reset at midnight or when the one time user code is keyed in by the master code user.

Note: One time use code cannot be applied to wireless keys.

One time use codes are created by the master user or supervisor users.

To add an access code using an LCD keypad:

1. Press [*][5][master/supervisor code] to edit access codes 0002-1000.

2. Use the scroll keys to select a user then press [*] to edit.

3. On the “Press (*) for Access Code” menu, press [*]. The current access code is displayed.

4. Key in the new access code. The code is saved when the last number is keyed in.

To erase an access code, select the user number and enter [*] as the first digit. All digits of the access code must be

entered.

A “-” beside a user code indicates it is not programmed. A “P” indicates the code is programmed. A “T” indicates the code is

programmed and a proximity tag is enrolled.

On an LED/ICON keypad:

1. Press [*][5][master/supervisor code]

2. Key in a 4-digit user number.

3. Press [1] to select access code.

4. Key in a new access code.

Access Code Attributes

Each user code has 6 attributes that can be toggled on or off.

The default attributes of an access code are the same as the code used to enter [*][5], whether a new code is programmed or

an existing one is edited. The available attributes are as follows:

l Supervisor l Duress code l Zone bypassing l Remote access l Bell squawk l One time use code

1 – Supervisor

Converts standard user into supervisor user. See "Access Code Types" on page 51 for details.

2 – Duress Code

Converts standard user code into duress code. See "Access Code Types" on page 51 for details.

3 – Zone Bypassing

Users with this attribute can bypass zones. Section [023] option 4, Access code required for [*][1], must be on to use this

attribute.

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Section 5: System Operation

4 – Remote Access

Users with this attribute can access the alarm system remotely via SMS.

7 – Bell Squawk

When this option is assigned, the main bell squawks when the alarm system is away armed. For example, use the arm/dis-

arm bell squawk attribute to have wireless key access codes squawk the bell, while other codes are silent. To do this, enable

this attribute on all access codes associated with wireless keys. This option is off by default for all access codes.

Note: One squawk indicates arming completed; two squawks indicates disarming completed.

Note: This feature is independent of the system option “Bell Squawk on Away Arming.” See "[017] System Option 5" on page

100

The master code's attributes cannot be changed from default. The bell squawk is off at default.

8 – One Time Use Code

Converts standard user code into one time use code. See "Access Code Types" on page 51 for details. Do not apply this

code to users with wireless keys assigned.

Using an LCD keypad:

1. Press [*][5][Master Code].

2. Use the scroll keys to choose a user (02-1000) then press [*] to select.

3. Scroll to “Press [*] for User Options” then press [*] to select.

4. Scroll to a user attribute and press [*] to toggle it on or off.

Using an LED/ICON keypad:

1. Press [*][5][Master Code].

2. Key in the number of the access code to edit. [5] for attribute programming.

3. Press the keypad number key corresponding to an attribute to toggle it on or off.

Add User Labels

Custom labels can be programmed for each user to more easily identify them on the alarm system. Labels can be a max-

imum of 16 characters.

Using an LCD keypad:

1. Press [*][5] then select a user (02-1000).

2. On the “Press [*] for User Labels” screen, press [*].

3. Key in the custom user label. For instructions on how to input labels, See "[000] Label Programming" on page 67

Assigning Proximity Tags

This section is used to assign proximity tags to users.

Note: A proximity tag cannot be assigned to the master code.

Using an LCD keypad:

1. In the [*][5] menu, select a user or enter a user number.

2. Select “Press [*] for Prox Tag”, then pass the enrolled tag near the tag reader on the keypad. A proximity tag can only be

assigned to one user at a time. Invalid (un-enrolled) proximity tags cannot be used.

To delete a proximity tag:

1. Select a user and then select Press [*] for Prox Tag.

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Section 5: System Operation

2. Press the [*] key when prompted to delete the proximity tag.

Using an LED/ICON keypad:

1. Press [*][5][Master/Supervisor Code].

2. Key in a 4-digit user code.

3. Key in [2].

4. Pass the enrolled tag near the tag reader on the keypad.

To increase authentication flexibility, user access can be achieved by entering a valid user code or by swiping a proximity

tag. Alternatively, users can be required to enter a valid access code and present a proximity tag. See "[040] User Authentic-

ation" on page 109.

Note: A proximity tag can not be assigned to the Master code. If a user code with a proximity tag is deleted, the proximity tag

must be re-enrolled.

Assigning Users to Partitions

Each user code must be assigned to a partition(s) in order for the user to be recognized by the alarm system. By default,

each code has the attributes of the code used to program it.

Using an LCD keypad:

1. Press [*][5][Master Code] then select a user (0002-1000). An “N” indicates they are not yet assigned to a partition. A “Y”

indicates they are assigned to a partition.

2. Scroll to the partition assignment screen then press [*].

3. Use the number keys to assign partitions.

4. Press [#] to exit.

Note: The master code has access to all partitions and cannot be modified.

Using an LED/ICON keypad:

1. Press [*][5][Master/Supervisor Code].

2. Key in the access code of the user.

3. Key in [4]. A zone lights illuminates to indicate which partition the user is currently assigned to. (e.g., if zone light 1 is on,

the code is assigned to partition 1).

4. Press the keypad number key corresponding to the appropriate partition (e.g., press 1 to assign the user to partition 1).

User Authentication Options

The alarm panel can be configured to accept one of two user authentication methods:

1. User code or proximity tag - the user can access the system by entering a valid code or by presenting a proximity tag.

2. User code and proximity tag - the user must enter a valid code and present a proximity tag to access the system. The

user code and proximity tag must match. For example, if the tag is associated with user 0004, user code 0004 must be

entered after presenting the tag. Any other user code is treated as invalid.

See "[040] User Authentication" on page 109.

Note: An access code does not have to be programmed in order for a proximity tag or wireless key to be operational.

5.7.7 [*][6] User Functions

The [*][6] command provides access to functions described below. If section [023] option 8 is on, any user code can access

this menu. If option 7 is off, only the master code can access this menu.

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Section 5: System Operation

Event Buffer

Menu: [*][6][Master Code] > Event Buffer

Keypad: [*][6][Master Code] > [*]

This option is used to view system events stored in the event buffer.

Events are listed in the order they occurred, starting with the most recent. The time and date are listed for all events. Some

events may have a second screen with a description. An asterisk (*) on the first screen indicates that a second screen is

available.

If programmed, the event buffer automatically uploads to DLS/SA when it reaches 75% capacity. See section [410] option 3.

System Test

Menu: [*][6][Master Code] > System Test

Keypad: [*][6][Master Code] + 04

Select this option to test the alarm system's bell output, keypad buzzer and lights, communicator and standby battery.

Time and Date

Use this section to program the alarm system clock.

Menu: [*][6][Master Code] > Time and Date

Keypad: [*][6][Master Code] + 01

Enter time and date using the following format: (HH:MM); (MM-DD-YY). Valid time entries are 00-23 hours, 00-59 minutes.

Valid date entries are 01-12 months, 01-31 days.

Other programming options that may affect this user function:

See "[901]/[902] – Daylight Savings Begin/End" on page 78.

Auto- Arm/Disarm

Menu: [*][6][Master Code] > Auto Arm/Disarm

Keypad: [*][6][Master Code] + 02

With this feature enabled, the alarm system automatically arms in away mode (stay/away zones active) or disarms at a pro-

grammed time each day (see Auto-Arm Time below). The keypad emits three beeps to indicate the system is armed and one

long beep to indicate it is disarmed.

All arming inhibit features such as latching tampers, AC inhibit, etc. also inhibit Auto Arming and send the Auto Arm Can-

cellation code.

Auto- Arm Time

Menu: [*][6][Master Code] > Auto Arm Time

Keypad: [*][6][Master Code] + 03

This function is used to program the time of day each alarm system partition automatically arms. To program an auto-arm

time, select a day of the week and then key in the time. On LED/ICON keypads, zone lights 1-7 represent Sunday to

Saturday. Valid time entries are 00-23 hours: 00-59 minutes.

At the programmed time, the keypad buzzers beep for a programmed duration (for ULC commercial burglary installations

minimum duration is 10 minutes) to warn that automatic arming is in progress. The siren also squawks once every 10

seconds during this warning period if programmed to do so. When the warning period is complete, the exit delay elapses

then the system arms in away mode.

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Section 5: System Operation

Auto-arming can be canceled or postponed only by entering a valid access code during the programmed warning period.

When a code is entered, the warning is silenced and auto-arming is canceled or postponed, depending on the auto-arm

postpone timer. The Auto Arm Cancellation reporting code is transmitted (if programmed).

Note: Auto-arming will not silence an active bell.

Note: The Auto Arm Cancellation reporting code is also transmitted if arming is inhibited by one of the following:

l AC / DC Inhibit Arm l Latching System Tampers l Zone Expander Supervisory Fault

Other programming options that may affect this function:

See "[151]-[158] Partition Auto-Arm/Disarm" on page 110

See "[014] System Option 2" on page 97

Enable DLS/Allow System Service

Menu: [*][6][Master Code] > System Serv/DLS

Keypad: [*][6][Master Code] + 05

This function enables and disables the DLS window for either 1 or 6 hours depending on the programming of section [025]

option [7].

This function also enables the end user to provide or deny access to [*][8] Installer Programming. When enabled, the

installer can access Installer Programming either by DLS or via [*8] if a pre-programmed window has been set. After the win-

dow has expired, Installer Programming is unavailable again until the window is re-opened.

Note: DLS programming is not UL tested.

Other programming options that may affect this function:

See "[020] System Option 8" on page 103, and see "[021] System Option 9" on page 105

See "[025] System Option 13" on page 108, bit "7 – 1 Hour DLS Window"

User Call-up

Menu: [*][6][Master Code] > User Call-up

Keypad: [*][6][Master Code] + 06

When selected, this function makes a single attempt to call the downloading computer. The downloading computer must be

waiting for the call before downloading can be performed. Only one call-up is attempted. If a DLS phone number is not pro-

grammed, the alarm panel attempts to reach the DLS computer via IP connection. If the communicator is not properly con-

figured for IP, an error tone is sounded.

User Walk Test

Menu: [*][6][access code] > Walk Test

Keypad: [*][6][access code] + 08

Selecting this function places the alarm panel into user walk test mode. The Ready, Armed and Trouble LEDs on the keypad

flash to indicate that the test is active. If zones are tripped during a walk test, the system sounds a steady 2-second tone on

all keypads to indicate that the zone is working correctly.

The walk test can be stopped at any time by re-entering [*][6][Master Code][08] on the keypad. The test automatically ter-

minates after 15 minutes of inactivity. An audible warning begins 5 minutes prior to automatic termination.

Note: Fire and CO alarms are not tested in user's walk test. If a fire or CO alarm is detected, walk test ends automatically and the

appropriate reporting codes are sent immediately to the monitoring station. Refer to the manufacturers instructions provided with

CO and Fire detectors for testing. This feature is not available in CP-01 systems.

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Section 5: System Operation

Late to Open

Menu: [*][6][Master Code] > Late To Open

Keypad: [*][6][Master Code] + 09

This function enables or disables the Late to Open option. This option sends a reporting code to the central monitoring sta-

tion if the partition has not been disarmed by a programmed time.

Other programming options that may affect this function:

See "[201] Open/Close Events 1", option "[211] Miscellaneous Open/Close Events" on page 115.

Late to Open T ime

Menu: [*][6][Master Code] > Late To Open Time

Keypad: [*][6][Master Code] + 10

This function is used to program the time of day the partition must be disarmed by when the Late to Open option is enabled.

A separate time can be programmed for each day of the week. Valid data entries are 00:00 - 23:59. 99:99 disables the late to

open feature for the selected day.

Select a day of the week by scrolling while in the Late to Open menu, or by using keys 1-7 to select Sunday to Saturday

respectively.

SMS Programming

Menu: [*][6][Master Code] > SMS Programming

Keypad: [*][6][Master Code] + 11

This function is used to program up to 8 phone numbers for SMS command access and communications. SMS enables

users to send commands to the alarm panel via a mobile device.

Leave an SMS phone number blank to disable it. SMS phone numbers are not related to phone numbers used to dial the

central monitoring station.

Note: If SMS command and control features are disabled then this function is not accessible. See the alternate com-

municator installation manual for more information.

Brightness Control

Menu: [*][6][Master Code] > Brightness Control

Keypad: [*][6][Master Code] + 12

This function is used to change the brightness level of keypad display backlighting. Use the scroll keys to increase and

decrease brightness or enter a value from 00 to 15. Selecting 00 turns off keypad backlighting.

Con trast Co ntrol

Menu: [*][6][Master Code] > Contrast

Keypad: [*][6][Master Code] + 13

This function is used to change the contrast level of keypad displays. Use the scroll keys to increase and decrease contrast

or enter a value from 00 to 15. Selecting 00 turns off keypad contrast.

Buzzer Control

Menu: [*][6][Master Code] > Buzzer Control

Keypad: [*][6][Master Code] + 14

This function is used to change the volume level of keypad buzzers.

Use the scroll keys (LCD keypads) or the [*] key (LED/ICON keypads) to increase and decrease volume or key in a value

from 00 to 15. Selecting 00 turns off the keypad buzzer.

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Section 5: System Operation

Note: For UL/ULC listed installations, do not turn off the keypad sounder.

Autho rize Firmware Update

Menu: [*][6][Master Code] > Authorize Update

Keypad: [*][6][Master Code] + 17

This function is used to give authorization to the system to start the firmware upgrade process after all firmware upgrade files

for the keypads, HSM2HOST, control panel and alternate communicator have been fully downloaded.

Once this option is activated, the keypads and system automatically exit [*][6] and indicate that the firmware update is in pro-

gress.

Interactive Services

Menu: [*][6][Master Code] > Interactive Serv

Keypad: [*][6][Master Code] + 18

This function is used by an alternate communicator to open the Interactive Services menu.

5.7.8 [*][7] Command Outputs 1-4

Menu: [*][7][master code if required] > Output Control

Keypad: [*][7][master code if required]

This option is used to activate or deactivate command outputs 1 to 4 for each partition and enable command outputs to fol-

low a schedule.

Using an LCD keypad:

1. Press [*][7] to enter Output Control mode.

2. Scroll to an output and press [*] to select it, or key in a command output number. The output is toggled on or off or can

activate for a fixed period of time.

3. Press [*][7][9] and enter the system master or supervisor code. Scroll to each command output and press [*] to enable or

disable the use of a programmed schedule to control the output.

Using an LED/ICON keypad:

1. Press [*][7] to enter Output Control mode.

2. Key in a command output number. The output is toggled on or off.

3. Press [*][7][9] and enter the system master or supervisor code. Press digits 1 to 4 to enable or disable the use of a pro-

grammed schedule to control the output.

Note: If no command outputs are programmed this function is not available. Other programming options that may affect this

user function:

See "121-124 – Command Outputs 1-4" on page 81

5.7.9 [*][8] Installer Programming

Use this option to place the alarm system in Installer Programming mode. Installer Programming is used to manually pro-

gram alarm panel and module options. An installer’s code is required to access this function.

Installer Programming is exited automatically after 20 minutes of inactivity.

When viewing data in sections with an LCD keypad, use the [<] and [>] keys to scroll.

Other programming options that may affect this user function:

See "[990] Installer Lockout Enable/Disable" on page 137

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Section 5: System Operation

5.7.10 [*][9] No-Entry Arming

This function is used to arm the alarm system while occupants are on the premises. Pressing [*][9] and then keying in an

access code arms the panel without an entry delay on delay type zones and bypasses stay/away and night type zones.

After the exit delay, delay 1 and delay 2 type zones behave the same as instant zones. Stay/away zones remain bypassed.

The entry delay can be activated or deactivated at any time while the system is armed using [*][9].

Note: If the alarm system is armed using [*][9], disarming is only possible from a keypad inside the premises unless a wire-

less key is used.

Note: Entry of a valid access code is required following this key only when the system is disarmed. When armed, if pro-

gramming section [015] option 4 (Quick Arming/Function Key) is off, an access code entry is required.

Global delay zones always have an entry delay, even if the system is armed using [*][9].

5.7.11 [*][0] Quick Arm/Exit

This feature operates differently depending on whether or not the alarm system is armed or disarmed.

When disarmed:

Pressing [*][0] arms the alarm system without having to enter an access code. This provides a fast method of arming for reg-

ular users and allows users without an access code to arm the system.

Note: The Quick Arm feature (section [015] option 4) must be enabled in order for this function to operate as intended. Func-

tion keys also will not require an access code when this option is enabled.

When armed:

This feature provides a means to exit the premises while the alarm system is armed without having to disarm then rearm it.

Pressing [*][0] starts a 2-minute timer that enables any door programmed as a delay zone to be opened and closed once

without triggering an alarm.

If the door is not closed at the end of the 2-minute timer, the entry delay sequence begins. Any additional activity on another

zone triggers the associated alarm or delay sequence.

5.8 SMS Command and Control

The user can perform certain functions on the alarm panel by remote using SMS text messages. In addition, the system

sends SMS messages to the user to confirm commands . SMS programming options are accessed through programming

section [851].

The security system only responds to SMS messages sent from designated phone numbers (programmed in section [851]>

[311]-[342]).

For more information on SMS command and control, and for a complete listing of communicator programming options, refer

to the alternate communicator installation manual.

5.8.1 SMS Command and Control Functions

The following alarm system functions are controllable via SMS:

l Stay arm the system l Away arm the system l Night arm the system l Disarm the system l Activate/deactivate command output 1-4 l System status request

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Section 5: System Operation

l Alarm memory request l Zone bypass l Zone unbypass

SMS text messages must be formatted as follows:

e.g., Stay Arm partition 1 1234

Once the command is received and executed by the alarm system, the user receives a confirmation text message.

Note: Do not use Away Arm if Push to Set [001][072] or Final Door Set [001][016] zones are programmed.

5.9 Visual Verification

This feature enables the central station operator to view captured images of the premises in the event of an alarm event.

Combination camera/motion detectors can be installed throughout the premises to provide visual verification coverage. The

microphone on the camera PIR can be disabled.

Visual verification sessions are triggered by the following:

l Fire key l Medical key l Panic key l Alarms detected by armed PIRCameras

To set up video verification on a partition:

l Enroll the camera PIR; [804] l Set video verification options; [804]>[841]:

l [001] Visual Verification Enable/Disable

l [002] View Time Window

l [003] View Other Alarms l Input a custom label to identify the camera PIR; [000]>[001] l Enable this option on the alternate communicator (section [10] option 2).

Refer to the Camera PIR installation manual for more details.

Note: Visual Verification has not been evaluated by UL and shall be disabled for UL certified installations.

Note: While an image is being transferred from the PIR camera to a central station receiver, the product cannot capture addi-

tional images.

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Section 6: Programming

6.1 How to Program

This section describes how to view alarm system programming options using the supported keypad types.

6.2 Programming Methods

The alarm system can be programmed using the following methods:

Table 6-1 Programming Methods

Method Description Procedure

Template pro-

gramming

Use pre-defined templates to quickly apply basic programming

and to set up DLS downloading.

Press [899] at the “Enter Section” screen.

See Template Programming below for

details.

DLS pro-

gramming

Download and apply programming using DLS 5 v1.3 for Neo v1.0

panels and DLS 5 v1.4+ for Neo v1.0 and up products.

For local DLS, use a PC-Link cable and

laptop with DLS-5 software installed.

For remote DLS, use a telephone line, cel-

lular network or the Internet.

Installer pro-

gramming

Manually program all alarm system and device options. Press [*][8][installer code] while the sys-

tem is disarmed.

6.2.1 Template Programming

Template programming allows the installer to quickly program the minimum functions required for basic operation. The

installer is prompted to enter a 5-digit code that selects predefined programming configurations:

Digit 1 – zone 1-8 definition options

Digit 2 – system EOL options

Digit 3 – alarm controller communications options

Digit 4 – alarm controller call directions

Digit 5 – DLS connection options

(See "Template Programming Tables" on page 223 for programming information).

Perform template programming after completing the hardware installation. Ensure you have the information listed below

available. Record this information in the programming worksheets for future reference:

l Monitoring station telephone number - provided by the alarm monitoring service. l Monitoring station account code - provided by the alarm monitoring service. l Downloading access code. l Entry delay - installer defined. l Exit delay - installer defined. l Installer code - programmable, unique 4-digit code. The default value is [5555].

To perform template programming:

1. Enter [*][8][installer code][899]. If this section has been entered accidentally, press # to exit and the system programming

will not be changed.

2. At the “Enter Data” screen, enter a 5 digit value representing the desired programming options. Reference the template

programming tables to determine what values are required for the installation.

Section 6: Programming

Once the 5 digit number has been entered, the installer cannot exit until all sections are completed. Enter new data

and/or press the [#] key to accept the displayed data and proceed to the next section. Changing a single digit, then

pressing the [#] key advances to the next section but does not save the changed data.

3. After entering a 5 digit template programming value, the first telephone number is displayed. Enter the monitoring station

telephone number after the “D.” Press [#] to complete the entry.

4. After programming the first telephone number, enter a system account code.

l The system account code can be any 4 or 6-digit combination of numbers (0-9) and letters (A-F). l To enter letters A through F, press [*] then the numbers 1 through 6 for the letter A through F respectively. Press [*]

again to revert back to decimal entry. E.g., to enter “1234FF” press [1234*66].

See "[310] Account Codes" on page 120 for additional details. When the system account code programming is com-

pleted, enter a partition 1 account code using the same method as the system account code.

5. After programming the partition 1 account code, the downloading access code is displayed. Enter the new downloading

access code or press [#] to proceed to the next step. The downloading access code must changed from its default value.

6. The next value is a 3 digit partition 1 entry delay time. Press [>][>][>] to accept the default time of 30 seconds (030) or

enter an entry delay between 001 and 255. E.g., Press 020 for a delay of 20 seconds. See "[005] System Times" on page

77 for additional details. The CP-01 models of the Neo panel will not accept a value less than 30 seconds.

7. The next value is a 3 digit partition 1 exit delay time. Press [>][>][>] to accept the default time of 120 seconds or enter an

exit delay between 001 and 255. E.g., press 030 for a delay of 30 seconds. See "[005] System Times" on page 77 for addi-

tional details. The CP-01 models of the Neo panel will not accept a value less than 45 seconds.

8. After programming the exit delay, enter a 4, 6 or 8-digit installer code, depending on the value in "[041] Access Code

Digits" on page 109. See "[006] Installer Defined Access Codes" on page 78 for installer code details.

9. Template Programming will automatically exit after the installer's code has been programmed.

Note: EN50131-1 compliant systems using 1000 access codes shall set the access code to 8 digits (section [041], option

02).

6.2.2 DLS Programming

DLS programming involves downloading custom programming using DLS software and a computer. This can be done loc-

ally or by remote.

Note: For UL listed systems an installer must be on the premises.

Local Programming With PC-Link

Follow the steps below in the sequence indicated to set up local programming using DLS:

1. Connect AC Wiring.

In a new installation, the backup battery requires 24 Hrs. charging. AC Power is required for PC-Link Programming

until the battery is charged.

2. Plug the PC-Link header into the alarm controller. A DLS session is initiated on the DLS computer.

3. When the session is complete, remove the PC-Link cable from the alarm controller.

4. Complete the installation.

Remote Programming

DLS programming can be performed remotely by connecting to the alarm system via telephone line, cellular network or Eth-

ernet.

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Section 6: Programming

Refer to "[401] DLS/SA Options" on page 127. for details.

Note: AC Power must be present for the alarm system to answer incoming calls from DLS.

6.2.3 Installer Programming

Installer Programming is used to manually program alarm system options. Access this mode by keying in [*][8][Installer

Code]. Use the scroll keys to navigate through the menus or jump directly to a specific section by keying in a section number.

Programming consists of toggling on and off options in each section or by populating data fields. For descriptions of all pro-

gramming options, see "Programming Descriptions" on page 67.

6.2.4 Viewing Programming

Programming sections can be viewed from any system keypad. The method for viewing and selecting programming options

using LCD, LED and ICON keypads depends on the keypad type used. See below for specific instructions on programming

with each keypad type.

Generally, programming options are accessed in the following way:

1. Enter Installer Programming mode ([*][8]).

2. Navigate to a specific programming section.

3. Select an option to view or change its programming.

All programming options are numbered and can be accessed by navigating through the menu (LCD) or by keying in the pro-

gram section number. For toggle options, the name of the option is displayed (LCD) or LEDs 1-8 are illuminated (LED and

ICON).

Use the keypad numbers to toggle options on or off. Sections requiring data input, such as phone numbers, display the full

data in fields up to 32 characters long (LCD). To input data, use the scroll keys to select a character then press the keypad

button corresponding to the number/letter required. Scroll to the next character and repeat the procedure as needed. Press

the [#] key to save changes and exit the program section.

The programming worksheets and descriptions later in this section provide a place to record custom programming settings

and are numerically listed to assist in locating specific sections.

Keypad Types

The sections below describe how programming is viewed and interpreted using each of the supported keypad types. For

more information on each keypad type, see the instruction sheet included with the keypad.

LED and ICON

Both of these keypads use LEDs to communicate information. The programming icon illuminates to indicate the alarm sys-

tem is in Installer Programming mode. The Armed light turns off and the Ready light turns on while in a programming section.

Programming sections fall under two categories: those that require options to be “toggled” on or off, and those that require

data to be keyed in.

Toggle options are indicated across the top of the display using zone numbers 1-8. For example, if options 1 and 4 are on,

the display appears as follows on the different keypads:

Figure 6-1 LED and ICON displays

To enable or disable a toggle option, press the number key on the keypad corresponding to the option.

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Section 6: Programming

Sections requiring data input, such as phone numbers, display information in a binary format using zone LEDs 1-4 as

described in the following chart:

Figure 6-2

When a section is entered, the keypad immediately displays the first digit of information programmed. Using the example in

Figure 5 above, if zone 1 and 4 are illuminated, the first programmed digit in the section is 9. Use the scroll key [>] to

advance to the next digit.

For sections that require multiple two or three-digit numbers, the keypad beeps three times after each entry and moves to the

next item on the list. After the last digit in the section is entered, the keypad beeps rapidly eight times and exits the pro-

gramming section. The Ready light turns off and the Armed light turns on.

To exit programming at any time, press the [#] key. All changes made up to that point are saved.

LCD Keypad

LCD keypads use a full-message display that provides visual and numerical navigation through the programming sections.

The Armed light illuminates when Installer Programming mode is activated. Use the scroll keys to move through menu

options and press [*] to select. Alternatively, enter a specific section number. The Armed light flashes to indicate a sub-sec-

tion has been selected. Press [*] to select a sub-section. The Ready light illuminates and the information programmed in the

section is displayed.

For programming sections with toggle options, press the corresponding number on the keypad to turn the option on or off.

The display changes accordingly.

Sections requiring data input, such as phone numbers, display the full data in fields up to 32 characters long.

To input data, use the scroll keys to select a character then press the keypad button corresponding to the number/letter

required. Scroll to the next character and repeat the procedure as needed.

For information on entering HEX data, see below.

A 2-second error tone is sounded if an invalid key is pressed.

Press the [#] key to exit the program section at any time. All changes made up to that point are saved.

6.2.5 Programming Hex and Decimal Data

Hexadecimal (HEX) digits may be required during programming. To program a HEX digit, press the [*] key while in a pro-

gramming section that requires a data entry. HEX programming mode activates and the Ready light begins to flash.

The following table indicates which number should be pressed to enter the corresponding HEX digit:

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Section 6: Programming

Table 6-2 HEX Digit Programming

Value Enter Telephone Dialer

HEX [A]

HEX [B]

HEX [C]

HEX [D]

HEX [E]

HEX [F]

The Ready light continues to flash after the HEX digit is entered. If another HEX digit is required press the corresponding

number. If a decimal digit is required, press the [*] key again. The Ready light illuminates and the panel returns to regular

decimal programming.

Example: To enter ‘C1’ for a closing by user 1, enter [*] [3] [*], [1]

[*] to enter hexadecimal mode (Ready light flashes)

[3] to enter C

[*] to return to decimal mode (Ready light is on)

[1] to enter digit 1

Press [*][1][*]

Press [*][2][*]

Press [*][3][*]

Press [*][4][*]

Press [*][5][*]

Press [*][6][*]

Not supported

Simulated [*] key

Simulated [#] key

Dial tone search

Two-second pause

End of number

If an error is made while inputting data, press the [#] key to exit the section. Select that section again and re-enter the inform-

ation correctly.

When using a Contact ID format, a decimal zero [0] does not transmit for account and reporting codes. Programming a zero

[0] tells the alarm system not to send any pulses for that digit. Decimal zero [0] is a filler digit. To make a zero [0] transmit, it

must be programmed as a Hexadecimal ‘A.’

Example: For the 4-digit account number ‘4032’, enter [4] [*] [1] [*] [3], [2].

[4] to enter the digit 4

[*] to enter Hexadecimal mode (Ready light flashes)

[1] to enter A

[*] to return to decimal mode (Ready light is solid)

[3] to enter the digit 3

[2] to enter the digit 2

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Section 6: Programming

6.3 Programming Descriptions

This section provides descriptions of all alarm controller options programmable by the installer.

6.3.1 Adding Labels

[000] Label Programming

Zone and other labels on the alarm system can be customized.

Program labels locally or download/upload using DLS. Local label programming is done via a system keypad, as described

below.

[000] Language Selection

(LCD keypads only)

Use this section to set the language displayed by LCD keypads. To select a language:

1. Enter Installer Programming: [*][8][Installer Code].

2. Enter programming section [000]>[000].

3. Key in the 2-digit number corresponding to the language required. See below:

01 = English 11 = Swedish 22 = Bulgarian

02 = Spanish 12 = Norwegian 23 = Latvian

03 = Portuguese 13 = Danish 24 = Lithuanian

04 = French 14 = Hebrew 25 = Ukrainian

05 = Italian 15 = Greek 26 = Slovakian

06 = Dutch 16 = Turkish 27 = Serbian

07 = Polish 18 = Croatian 28 = Estonian

08 = Czech 19 = Hungarian 29 = Slovenian

09 = Finnish 20 = Romanian

10 = German 21 = Russian

[001]-[128] Zone Labels

Customized labels can be created for each available zone. Labels can be programmed at the keypad or down-

loaded/uploaded using DLS. The maximum label size is 14 x 2 ASCII characters.

Manual Labels

The following procedure describeshow to add zone labels using the LCD keypad:

1. Enter Installer Programming: [*][8][Installer Code].

2. Press [*], scroll to Zone Labels and press [*] again.The first zone is displayed. Alternately, press [000][001].

3. Scroll to the zone label to be programmed or key in the zone number. (e.g., 001 for zone label 1).

4. Scroll to the desired character’s location using the[<] [>] keys.

5. Enter the number of the corresponding character group until the desired character is displayed (see the following table).

Example: Press the “2” key 3 times to enter the letter “F.”

Press the “2” key 4 times to enter the number “2.”

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Section 6: Programming

To delete a character, use the [<] [>] keys to move the cursor under the character, then press [0].

If any key other than [<] or [>] is pressed before [0], the cursor moves one space to the right and deletes that char-

acter.

6. Press [#] to save the changes and exit.

Press To Select/Display

[*] [SELECT]

[#] [ESCAPE]

[0] [SPACE]

[1] [A], [B], [C], [1]

[2] [D], [E], [F], [2]

[3] [G], [H], [I], [3]

[4] [J], [K], [L], [4]

[5] [M], [N], [O], [5]

[6] [P], [Q], [R], [6]

[7] [S], [T], [U], [7]

[8] [V], [W], [X], [8]

[9] [Y], [Z], [9], [0]

Zone Label Options

To access zone label options such as using ASCII characters, changing letter case and clearing the display, press [*] while

in Zone Label programming. The Select Option menu is displayed. Use the [<] [>] keys to access the following options:

Option Description

WORD ENTRY Provides access to the Word Library, a collection of words commonly used when programming labels. See below for

details.

ASCII ENTRY Used to accessuncommon characters or as a primary method for programming labels. 255 character entries are

available. Use the [<] [>] keys to scroll through the characters or enter a 3-digit number from 000-255. Press [*] to

selecta character. See "ASCII Characters" on page 240 for available ASCII characters.

CHANGE CASE This option toggles the letter between upper case (A, B, C) and lower case (a, b, c).

CLEAR TO END Thisoption clears the displayfrom the cursor to the end of the display.

CLEAR DISPLAY This option clears all characters.

SAVE Saves the new label.

Word Library

The Word Library is a database of words commonly used when programming labels. Individual words can be combined as

needed (e.g., Front + Door). Words that do not fit on the first line are automatically moved to the bottom line.

To program a custom label using the Word Library:

1. Enter Installer Programming: [*][8][Installer Code].

2. Press [*], scroll to Zone Labels and press [*] again.The first zone is displayed. Alternately, press [000][001].

3. Scroll to the zone label to be programmed or key in the zone number (e.g., 001 for zone label 1).

4. Press [*] to open the Select Option menu.

5. Press [*] again to select the Word Entry option.

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Section 6: Programming

6. Enter the 3-digit number corresponding to a word (see "Word Library" on page 221) or use the scroll keys [<][>] to view

words in the library.

7. Press [*] to select the word.

8. To add another word, repeat the above procedure from step 4.

9. To add a space, press the right scroll key [>].

10. To clear characters, select Clear to End or Clear Display from the Select Options menu.

11. To save the current label, press [#] to exit label programming.

[051] Zone Tamper Label

This label is displayed when a zone is tampered. The maximum label size is 14 x 1 ASCII characters.

[052] Zone Fault Label

This label is displayed when a zone is in fault. The maximum label size is 14 x 1 ASCII characters.

[064] CO Alarm Message

Use this section to program a custom label that is displayed on keypads during a carbon monoxide alarm. The maximum

label size is 14 x 2 characters.

[065] Fire Alarm Message

Use this section to program a custom label that is displayed on keypads during a fire alarm. The maximum label size is 14 x

2 characters.

[066] Fail To Arm Event Message

This message is displayed on all partition keypads if a user attempts to arm the system when it is not ready to arm. The mes-

sage clears after five seconds. The maximum label size is 16 x 2 characters.

[067] Alarm When Armed Event Message

This message is displayed if an alarm occurred while the system was armed. The message is displayed when the system is

disarmed and remains on the screen for 5 seconds. Following this, the zones that went into alarm are displayed. The max-

imum label size is 16 x 2 characters.

[100] System Label

Use this section to program a custom label for the security system. This label is used in the event buffer when system events

occur. The maximum label size is 14 x 1 characters.

[101]-[108] Partition 1-8 Labels

Use this section to program a name for each partition for display on partition keypads and event messages. The maximum

label size is 14 x 2 characters. See "Programming" on page 62 for specific instructions on how to program labels.

[201]-[208][001]-[004] Partition Command Output Labels

Use this section to program custom labels for command outputs. These labels are used with output activation events in the

event buffer. Enter subsection [201] to [208] to select partition 1 to 8, then enter subsection [001] to [004] to select command

output 1 to 4 label.

The maximum label size is 14 x 2 characters. See "Programming" on page 62 for specific instructions on how to program

labels.

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Section 6: Programming

[601]-[604] Schedule Labels

Use this section to program custom labels for command output schedules. These labels are used to identify schedules for

PGM command outputs 1-4. The maximum label size is 16 characters. See "Programming" on page 62 for specific instruc-

tions on how to program labels.

[801] Keypad Labels

Use this section to create custom labels for keypads on the system. Select 001-016 for keypads 1-16.

[802][001]-[015] HSM2108 Zone Expander Labels

Use this section to create custom labels for Zone expanders on the system. Select 001-015 for zone expanders 1-15.

[803][001]-[016] HSM2208 Output Expander Label

Use this section to create a custom label for the output expander. Select 001 for HSM2208. Select 001-016 for output

expanders 1-16.

[806] HSM2HOSTx Label

Use this section to create a custom label for the 2-way wireless transceiver.

[808] HSM2955 Label

Use this section to create a custom label for the 2-way wireless transceiver.

[809][001]-[004] HS2300 Power Supply Label

Use this section to create custom labels for power supplies on the system. Select 001-004 for power supply 1-4.

[810][001]-[004] HS2204 High-Current Output Supply Label

Use this section to create custom labels for high-current output supplies on the system. Select 001-004 for output supply 1-4.

[815] Alternate Communicator Label

Use this section to create a custom label for the alternate communicator.

[820][001]-[016] Siren Labels

Use this section to create custom labels for sirens on the system. Select 001-016 for sirens 1-16.

[821][001]-[008] Repeater Labels

Use this section to create custom labels for wireless repeaters on the system. Select 001-008 for repeater 1-8.

[999][Installer Code][999] Default Labels

This section is used to return all labels to factory settings. Installer code is required to verify deletion.

6.3.2 Zone Setup

The following section describes zone programming options. To program a zone type, first enter section [001] and then enter

a 3 digit zone number from 001 - 128. After entering a new zone type for the desired zone number, the keypad will auto-

matically advance to the next zone.

[001] Zone Types

A zone type defines how a zone operates within the system and how it responds when triggered.

[001]-[128] Select Zone

Every zone on the system must be assigned a zone type. The available zone types are listed below.

000 – Null Zone

Assign to all unused zones.

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Section 6: Programming

001 – Delay 1

Commonly assigned to primary points of entry. Follows entry delay 1 and exit delay timers (section [005]). Arming the alarm

system starts the exit delay timer. After the exit delay has expired, opening the door starts the entry delay timer. During entry

delay, the keypad buzzer prompts the user to disarm the system.

002 – Delay 2

Commonly assigned to secondary points of entry (further from the keypad). Follows entry delay 2 timer (section [005]).

003 – Instant

Commonly used for perimeter doors and windows, this zone type follows the exit delay. The alarm is triggered instantly if the

zone is tripped after the exit delay expires.

004 – Interior

Commonly assigned to interior motion sensors near a point of entry, such as a foyer or hallway, that must be accessed to

reach the keypad. The alarm is activated if the system is armed and a delay type zone (e.g., front door) is not tripped first, or if

the entry/exit timer expires before the alarm is disarmed. Otherwise, the zone is instant if tripped.

005 – Interior Stay/Away

Similar to Interior zone type except that the system bypasses the zone when armed in Stay mode. Commonly used to activ-

ate perimeter zones while permitting free movement throughout the interior.

006 – Delay Stay/Away

Similar to delay 1 except that the zone is bypassed when armed in Stay mode. Commonly used with motion detectors that

cover an entry point.

007 – Delayed 24-Hour Fire

This zone is used with smoke detectors and functions similar to the standard fire zone, except the communicator delays the

alarm memory and transmission by 30 seconds. If the alarm is acknowledged by pressing any key, the siren is silenced and

the transmission aborted. If the smoke detector is not restored after the alarm has been acknowledged, the siren output activ-

ates after 90 seconds and another 30-second delay starts. A code is required to silence the alarm. A tamper or fault causes a

fire trouble to log and transmit.

Note: The supervision options (NC, EOL, DEOL) do not affect the functionality of this zone. The restored state of this zone

type is 5k6, the alarm state is short and the trouble state is open.

008 – Standard 24-Hour Fire

This zone is used with smoke detectors. The siren sounds instantly when the smoke detector is activated. If enabled, the com-

municator immediately transmits the alarm to the monitoring station. A tamper or fault of this zone type causes a fire trouble

to log and transmit.

Note: The supervision options (NC, EOL, DEOL) do not affect the functionality of this zone. The restored state of this zone

type is 5.6k, the alarm state is short and the trouble state is open.

009 – Instant Stay/Away

Commonly assigned to interior motion sensors. This zone type is bypassed when armed in Stay mode, but functions like an

Instant zone [003] when armed in Away mode.

010 – Interior Delay

Commonly assigned to interior motion sensors. When Away armed, this zone type functions like the Interior zone type. When

Stay or night armed, tripping the zone activates entry delay 1. Tripping this zone during exit delay does not cause the system

to arm in Away mode, as tripping a regular Delay type zone does.

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Section 6: Programming

011 – Day Zone

Commonly used in areas where immediate notification of entry is desired. When disarmed, tripping this zone activates the

keypad buzzer but does not log or report the event. When armed, tripping this zone activates the siren then logs and reports

the event.

Note: An alarm during exit delay causes the siren to activate and remain on when exit delay expires.

012 – Night Zone

Commonly assigned to interior motion detectors in areas accessed during the night. This zone functions like an Interior

Stay/Away zone [005] when armed using any method except the following: If Stay armed, this zone is bypassed; if armed

using [*][1], this zone is bypassed.

016 – Final Door Set (Non CP-01 panels only)

This zone type does not use an exit timer (infinite exit delay). The door must be opened then closed to complete the arming

sequence. The arming method determines if infinite exit delay is applied. See the table below.

Note: Disable Exit Delay Termination with this zone type.

If this zone type is bypassed, the alarm system cannot be Away armed.

Arming Method Infinite Exit Delay Arming Mode

User Code Y Away

Keyswitch Y Away

Away Key Y Away

WirelessKey Away Y Away

*0 Arm Y Away

*9 Arm N Stay

Stay Key N Stay

WirelessKey Stay N Stay

Remote Access/SMS - Do Not Use

DLS Arm N Away

NAA Arming N Away

Note: When Troubles/Open Zones Cancel Arming is enabled with this zone, any troubles or open zones on the system can-

cel arming when the zone is tripped and restored.

Due to the potential energy requirements of infinite exit delay, wireless keypads MUST be powered by a transformer.

If a wireless key is used to away arm the system, the door must still be opened then closed to complete the arming

sequence. The indoor siren will activate until the exit delay has expired.

017 – 24-Hour Burglary

This zone type is active at all times. It reports an alarm if the alarm system is armed or disarmed. This zone type sounds the

siren for the length of Bell time-out if the audible attribute is enabled.

018 – 24-Hour Bell/Buzzer

When the alarm system is armed and this type of zone is tripped, the siren activates for the duration of the bell time-out. If the

alarm system is disarmed when this type of zone is tripped, the keypad buzzer activates until an access code is entered.

023 – 24-Hour Supervisory

This zone is active and reports alarms at all times when tripped. The siren and keypad buzzer do not activate.

Note: The supervision options (NC, EOL, DEOL) do not affect the functionality of this zone. The restored state of this zone

type is 5.6k, the alarm state is short and the trouble state is open. For use with normally open contacts.

024 – 24-Hour Supervisory Buzzer

When tripped, the keypad buzzer emits a steady tone until a valid access code is entered.

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Section 6: Programming

025 – Auto Verify Fire

(Hardwired smoke detectors)

When the zone is activated, a 30-second delay begins but no fire alarm sounds. If the same zone is activated again up to 60

seconds after the delay expires, the alarm is triggered immediately. If the same zone is activated after 60 seconds, the entire

sequence begins again.

If a second fire zone is violated during the auto-verify sequence, both zones a fire alarm is immediately triggered.

(Wireless smoke detectors)

When the zone is activated, a 40-second delay begins. The alarm is triggered if the zone is still faulted after 30 seconds. If

the zone is no longer in alarm, an 80-second verification timer begins. If any fire zone is activated during this period, the

alarm is triggered.

If another fire zone is activated during the auto verify sequence, both zones go into alarm immediately.

Note: Wireless smoke detectors used with this zone type must have a built in siren to act as a pre-alert to the system alarm.

Note: The supervision options (NC, EOL, DEOL) do not affect the functionality of this zone. The restored state of this zone

type is 5.6kΩ, the alarm state is short and the trouble state is open.

027 – Fire Supervisory

When this zone is tripped, the keypad buzzer activates and a supervisory alarm is sent to the monitoring station. A valid

access code must be entered to silence the buzzer.

Note: The supervision options (NC, EOL, DEOL) do not affect the functionality of this zone. The restored state of this zone

type is 5.6k, the alarm state is short and the trouble state is open.

040 – 24-Hour Gas

Instant alarm when activated, audible alarm at default.This zone type may be assigned to any device type.

041 – 24-Hour CO

This zone type is used with CO detectors. In the event of an alarm, a distinctive siren cadence is sounded. This is followed by

a 5-second pause and then repeated. After 4 minutes, the 5-second pause is extended to 60 seconds; however, BTO must

be programmed with a value of 5 minutes or higher. The siren is silenced when an access code is entered or the siren times

out.

Note: The supervision options (NC, EOL, DEOL) do not affect the functionality of this zone. The restored state of this zone

type is 5k6, the alarm state is short and the trouble state is open. For use with normally open contacts.

042 – 24-Hour Holdup

Instant alarm when activated, silent alarm at default.

Note: Not for use in UL listed installations.

043 – 24-Hour Panic

Instant alarm when activated, audible alarm at default.

045 – 24-Hour Heat

Instant alarm when activated, audible alarm at default.

Note: For use with normally closed contacts.

046 – 24-Hour Medical

Instant alarm when activated, audible alarm at default.

047 – 24-Hour Emergency

Instant alarm when activated, audible alarm at default.

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Section 6: Programming

048 – 24-Hour Sprinkler

Instant alarm when activated, audible alarm at default.

049 – 24-Hour Flood

Instant alarm when activated, audible alarm at default.

051 – 24-Hour Latching Tamper

Instant alarm when activated, audible alarm at default. The alarm system cannot be armed until Installer Programming is

entered after the zone is restored.

052 – 24-Hour Non-Alarm

This zone is active at all times but does not cause an alarm. Zone attributes such as Zone Bypassing and Door Chime affect

the functionality of this zone. This zone type can also be assigned to a temperature sensor if indoor/outdoor temperature dis-

play is required without temperature warnings or alarm conditions.

056 –24 Hour High Temperature

This zone type is used with temperature sensors and is activated when the temperature rises above a programmed

threshold (set in section [804][xxx][019-020]). Instant alarm when activated, audible alarm at default. This zone type gen-

erates an alarm when the system is armed or disarmed.

Note: This zone type cannot be used on wireless zones. The temperature threshold includes a 3 °C (5-6 °F) difference

between a given state and its restored condition. For example, an alarm at 6 °C is restored at 3°C (High temperature) or 9°C

(Low temperature), depending upon the zone type selected.

The zone type for temperature sensors must be 24 Hour High/Low Temperature in order for the sensor to operate properly.

057 – 24 Hour Low Temperature

This zone type is used with temperature sensors and is activated when the temperature drops below a programmed

threshold (set in section [804][xxx][019-020]). Instant alarm when activated, audible alarm at default. This zone type gen-

erates an alarm when the system is armed or disarmed.

Note: This zone type cannot be used on wireless zones.

060 – 24-Hour Non-Latching Tamper

This zone is always active and reports a tamper condition with no audible alarm when opened or tamper/faulted.

066 – Momentary Keyswitch Arm

Often used with a keyswitch module*, turning the key alternately arms and disarms the system and silences the alarms.

Tampers and faults only initiate their respective trouble sequence. The keypad gives no indication when this zone type is

activated.

Note: With audible alarm active, using the keyswitch when disarmed is the same as entering an access code at the keypad.

Using the keyswitch during the first 30 seconds of a delayed fire alarm is the same as pressing a key at the keypad (the 90

second delay starts). Activation of a keyswitch zone arms or disarms the system. Activation of this zone type is NOT logged

nor is the Police code transmitted. Bypassed zones of this type are not un-bypassed when the system is disarmed. When the

zone is bypassed, a zone bypass event buffer log and communication occurs immediately, NOT when the system is armed.

*Keyswitch module not for use in UL/ULC listed installations.

067 – Maintained Keyswitch Arm

Often used with a keyswitch module, turning the key (open state) arms the system. Turning the key back (restored state) dis-

arms the system. Tampers and faults only initiate their respective trouble sequence.

Note: DO NOT use for wireless zones. Activation of the zone does not log or transmit the Police code. Bypassed zones of

this type are not un-bypassed when the system is disarmed. When the zone is bypassed, a zone bypass event buffer log and

communication occurs immediately, NOT when the system is armed.

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Section 6: Programming

With an audible alarm active, using the keyswitch when disarmed is the same as entering an access code at the keypad.

Activating this zone type during the first 30 seconds of a delayed fire alarm is the same as pressing a key at the keypad (the

90 second delay starts). If left in the open state, the system does not arm until the zone is restored and tripped again.

068 – Momentary Keyswitch Disarm

Use with a keyswitch module. Activating and restoring this zone disarms the partition and silences alarms. Tampers or faults

do not disarm the zone.

Note: Do not use as a global zone.

069 – Maintained Keyswitch Disarm

Used with a maintained keyswitch. Activating this zone disarms the partition.

Tampers or faults on this zone do not disarm the partition.

071 – Doorbell Zone

This zone type sounds a chime through keypads on the partition when activated. No alarms are generated. Various chime

tones can be programmed. Disabling door chime on the partition also disables the chime on this zone.

Note: Do not use as a global zone.

072 – Push to Set (Non CP-01 panels only)

Activating this zone starts an infinite exit delay when armed according to the methods described in the table below. To com-

plete the arming sequence, this zone must be activated and restored. Once done, the exit delay timer starts.

Arming Method Infinite Exit Delay Arming Mode

User Code Y Away

Keyswitch Y Away

Away Key Y Away

*0 Arm Y Away

*9 Arm N Stay

Stay Key N Stay

Night Key N Night

Remote Access/SMS - Do Not Use

DLS Arm N Away

NAA Arming N Away

Do not use exit delay termination with this zone type. Away arming with this zone bypassed prevents arming.

[002] Zone Attributes

Zone attributes are used to customize the operation of zones. When a zone type (section [001]) is programmed, the default

zone attribute is automatically assigned.

When programming attributes using LED/ICON keypads:

l Ready light ON: Program attributes [1-8] l Ready light and Armed light ON: Program attribute [9-16] (press [1] for option 9, press [6] for option 14 etc.) l Press [9] to switch between attributes [1-8] and attributes [9-16].

Note: These attributes override default settings. Do NOT change fire zone attributes from their default settings.

[001]-[128] Select Zone

The attributes listed below can be enabled and disabled for each zone.

01 – Bell Audible

ON: An alarm activates the siren.

OFF: Silent alarm.

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Section 6: Programming

02 – Bell Steady

ON: Siren output is steady when in alarm.

OFF: Siren output pulseswhen in alarm.

03 – Door Chime

ON: The keypad chimes when the zone is open and when the zone issecured.

OFF: The zone does not chime.

04 – Bypass Enabled

ON: The zone can be manually bypassed.

OFF: The zone cannot be bypassed.

Note: Bypass shall not be enabled for fire zones.

05 – Force Arm

ON: The system can be armed with the zone open. The zone istemporarily bypassedand, when secured, is monitored by the system.

ON: When open zones cancel arming is enabled [021][7], the system can begin arming with an open, force armable zone, but if the zone is stillopen

when the exit delay timer expires, the arming willbe cancelled.

OFF: The system cannot be armed if the zone is open.

06 – Swinger Shut Down

ON: When the zone goes into alarm for the number of times programmed in the Swinger Shutdown Counter (See "[001] – Swinger Shutdown" on

page 121), it shuts down with no further transmissions sent to the monitoring station. The siren follows swinger shutdown if programmed.

OFF: Swinger shutdown is disabled. All alarms are transmitted.

07 – Transmission Delay

ON: Reporting of zone alarms is delayed for the programmed time in section 377 (See "[002] – Communication Delays" on page 122). If a valid

accesscode is entered within this time, no alarm signalis communicated.

OFF: When an alarm occurs, the reporting code is transmitted immediately.

08 – Burglary Verification

ON: Enabled for cross zoning/police code. Zone alarms are not communicated until a burglary verified event occurs.

OFF: Not enabled for cross zoning/police code.

09 – Normally Closed (NC)

ON: The zone requires a normallyclosed loop.

OFF: The zone follows programming in section [013] option 2.

See note after option 11.

10 – Single End of Line (SEOL) Resistors

ON: The zone requires a singleend-of-line resistor (5.6K).

OFF: The zone follows programming in section [013] option 2.

See note after option 11.

11 – Double End of Line (DEOL)

ON: The zone requires two end-of-line resistors (5.6K).

OFF: The zone follows programming in section [013] option 2.

Note: If more than 1 option is enabled for options 09, 10, and 11 the lowest attribute number takes precedence. If options 09

and 10 are both enabled the zone follows the normally closed loop configuration.

12 – Fast Loop/Normal Loop Response

ON: Follows a fast loop response of 50ms.

OFF: Follows a normal loop response as programmed in the Zone Loop Response Time section.

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Section 6: Programming

13 – 2-Way Audio Attribute

ON: Panel is able to initiate a 2 way audio session.

OFF: Onlythe microphone turns on, initiating a a Listen-in only session. The speaker remains off.

14 – Hold Up Verification

ON: An alarm from zones of this type can contribute to a verified hold up alarm. Use this attribute with Panic and Hold Up zones.

OFF: An alarm from zones of this type does not contribute to a verified hold up alarm. The zone does not cause the hold up verification timer to start

counting down, or generate a verified hold up if the alarm is detected while the timer is running.

6.3.3 System Times

This section describes how to program various timers applicable to the entire alarm system.

[005] System Times

This is the base menu used by installers to program timers, including system area [000], partition timers [001]-[008], and day-

light saving time [901]/[902].

[000] – System Area

Bell Cutoff Time

System sirens follow this timer. Fire alarms follow this timer if section [014] option 8 (Fire BellContinues Option) is off. System tampers follow this

timer. The bell cutoff time is programmed in minutes. Valid entries are 001 to 255 minutes.

Keypad buzzer alarms do not follow this timer.

Bell Delay Time

The Bell Delay Timer determines how long the bell will be delayed after a zone alarm event. Valid entries are 000-255 where 000 disables this

feature.

Burglary Verification Timer

If another zone with the Burglary Verification attribute enabled is violated within the duration of this timer, a burglary verified event is communicated

and logged. “Burglary Verified” is displayed on the keypad when the system is disarmed.

The burglary verification timer is programmed in minutes. Valid entries are 000 to 255 minutes.

Holdup Verification Timer

A holdup alarm is immediately communicated to the monitoring station and the holdup verification timer starts. A programmable counter

determines the number of additional holdup events that must occur before the timer expires to create a verified holdup event. Once this happens,

the holdup event is logged and communicated.

Note: Not for use with UL/ULC listed installations. 000 disables this feature.

Zone Loop Response Time

Loop response time is a 3-digit entry from 005 to 255 programmed in 10ms increments. The minimum available loop response time is 50ms (e.g.,

program 005 for 50ms).

Automatic Clock Adjust

This value adds or subtracts seconds from the system clockat the end of each day to compensate for inaccuracies. T o determine the adjustment

value, monitor the time lost or gained by the alarm system over a period of time and calculate the average gains or loses.

Example #1: The clock loses an average of 9 seconds per day. Program the alarm controller to adjust the clock by 51 secondsfor the last minute of

each day. This speeds up the alarm controller’s clock by 9 seconds, correcting the problem.

Example #2: The clock gains an average of 11 seconds per day. Program the alarm controller to adjust the clockby 71 seconds for the last minute

of each day. This slows down the alarm controller’sclockby 11 seconds, correcting the problem.

If the Auto-arm time is set for 23:59, any change to the Clock Adjust option will directly affect the Auto-arm pre-alert time.

[001]-[008] Partition 1-8 Timers

The following timers can be applied to each partition.

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Section 6: Programming

Note: For UL installations, the Entry Delay plus the Communications Delay must not exceed 60 seconds.

Entry Delay 1:

This value determines the entry delay time for delay 1 type zones. Valid entries are 001 to 255 seconds.

Entry Delay 2:

This value determines the entry delay time for delay 2 type zones. Valid entries are 001 to 255 seconds.

Note: The system follows the entry timer that activates first.

Exit Delay:

This value determines the exit delay time when arming the system. During exit delay, both the Ready and Armed LEDs are on. When the exit delay

expires, both LEDs turn off.

Note: European products will only activate the armed LED at the end of exit delay.

Settle Delay:

This timer enables a programmable, short duration bypass of all zones on the partition at the time of arming. It allows motion detectors to restore

when the system is armed to help prevent false alarms.

The typical value for this timer is 5 seconds, but can be increased if false alarms persist. Program 000 for no settle delay.

The settle delay duration is programmed in seconds. Valid entries are 000 to 010 seconds.

[900] – Bell Delay Partition Mask

This option enables or disables the Bell Delay feature for individual partitions. When the option is enabled, Bell Delay is

applied to the selected partition during alarm conditions. When the option is disabled, Bell Delay is not applied. The default

setting is (Y): enabled.

[901]/[902] – Daylight Savings Begin/End

Daylight Begin [001] and Daylight End [002]:

Set the date and time daylight savings starts and ends.

Month

Valid entries are 001-012 (January to December).

Week

Valid entries are 000-005.

Enter “000” to program a specific date (1-31) in the Day field. Enter 001-005 to program the specific week of the month. 005

is the last week of the month.

Day

1-31 (if 000 is programmed in the Week field). 0-6 (Saturday-Sunday) if 001-005 is programmed in the Week field.

Hou r

Valid entries are 00-23 hours. This is the time of day to advance or turn the clock back.

Increment

Valid entries are 1 or 2 hours. This is the number of hours to advance or turn the clock back.

6.3.4 Access Codes

This section is used by installers to program the installer code, the master code and the maintenance code. For information

on programming other access codes, see "[*][5] Program Access Codes" on page 51.

[006] Installer Defined Access Codes

This is the base menu used by installers to program the installer code [001], the master code [002] and the maintenance

code [003]. See below for details.

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Section 6: Programming

[001] – Installer Code

This code is used by the installer to gain access to Installer Programming [*][8]. Users with this access code have access to

all levels of system programming.

Note: For EN50131-1 approved installations the installer code cannot change the master code or any other level 3 codes.

[002] – Master Code

This code is used by the master user, a person designated to perform operational tasks beyond those of the standard user.

The master code provides access to functionality in the [*][5] and [*][6] menus.

[003] – Maintenance Code

This code is usually assigned temporarily to maintenance personnel who must deactivate the alarm to enter the premises.

The maintenance code can arm and disarm the system, but does not grant access to any other functionality.

6.3.5 [007] - [008] PGM Configuration

This section describes how to set up and configure programmable outputs.

PGMs are used to send electrical current to external devices such as lights and sirens, usually when an alarm event occurs.

The alarm controller provides up to three 50mA PGMs and one 300mA PGM. PGM outputs can be expanded using the

optional 8-output expander (HSM2208) and the 4 high-current output expander (HSM2204).

Programming an output is a four-step process:

1. Program the PGM

2. Assign the PGM to a partition.

3. Assign an output attribute.

4. Assign an output option.

See "[011] PGM Configuration Options" on page 95 for PGM slot alignment.

[007] PGM Programming

This is the base menu used by the installer to assign PGMs to the main bell and a partition.

[000] Main Bell Partition Assignment

This programming section is used to define which partitions activate the main bell when they go into alarm. All partitions are

selected by default.

[001]-[164] PGM Partition Assignment

This option enables the installer to assign each PGM output to a partition. To assign a PGM to a partition, first select the PGM

output (PGM 001-164), then select the partition (1-8).

Note: This field is only supported by PGM types that have multiple partition capabilities (e.g., command outputs, away arm-

ing). It does not affect system outputs (e.g., ground start pulse).

[008] PGM Timer Programming

[000] PGM Minutes/Seconds

This option determines if the timer is in minutes or seconds.

[001]-[164] PGM Timer

This timer programs the duration (in seconds or minutes) that PGMs 1-164 activate if programmed to follow the PGM Timer.

Select option 001-164 for PGM 1-164.

This option does not affect outputs programmed as Sensor Reset.

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Section 6: Programming

6.3.6 [009] PGM Types

The output types described in this section can be assigned to alarm controller and output expander module PGMs. Each

alarm controller supports up to 2 or 4 PGMs and can be expanded using HSM2208 output expander and HSM2204 High-

Current output modulemodules. PGM attributes are defined in section "[010] PGM Attributes" on page 85.

[001]-[164] Select PGM

100 – Null PGM

This option deactivates the PGM output

101 – Burglary and Fire Bell Follower

This PGM output follows:

l Fire pre-alerts l Temporal three fire signal (if enabled) l All audible burglary and fire alarms by partition l Bell cut-off time l Bell squawk conditions l Audible exit fault

This output activates when the alarm output is active and turns off when the alarm output is silenced. The siren pattern

matches the programmed cadence for the zone that went into alarm. Cadence priority is as follows:

l fire alarm cadence l CO alarm cadence l other alarm cadences

The main siren still activates for all alarms.

102 – Delayed Fire and Burglary

This output type operates the same as the Burglary and Fire Bell Follower (PGM type 01), but does not activate until the trans-

mission delay time expires.

When a zone with transmission delay enabled is tripped, the Bell, Regular Fire and Burglary PGMs activate. At the end of the

transmission delay, the delayed Fire and Burglary output activates.

This PGM is usually used to control outdoor sirens. If a false alarm occurs, the user has time to disarm the system before the

external sirens activate.

Note: If a zone alarm occurs but does not follow transmission delay, this PGM activates immediately, even if transmission

delay is active for a different zone alarm.

This output activates for audible exit fault and does not interfere with the operation of any other programmable output.

103 – Sensor Reset [*][7][2]

This output is normally active and deactivates for 5 seconds when a [*][7][2] fire reset command is entered or when an auto

verified fire alarm is detected. This option is used to reset power for latching smoke detectors. The keypad buzzer does not

sound for the 5-second period. See "Smoke Detector Wiring" on page 24 for instructions on wiring smoke detectors.

104 – 2-Wire Smoke

When this PGM is programmed, the onboard PGM functions as an input instead of an output. 2-wire smoke detectors can be

connected to this input, which means that a zone input does not need to be used.

The PGM is also supervised, and a trouble condition is generated if a 2.2KΩ resistor is not present between the PGM ter-

minal and Aux+.

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Section 6: Programming

The 2-wire smoke detector input creates an instant and latching alarm.

109 – Courtesy Pulse

Courtesy pulse causes an output to activate for the entry and exit times, plus 2 minutes. This option is typically used to activ-

ate a courtesy light near the exit door for the duration of the entry/exit times.

111 – Keypad Buzzer Follow

PGM output activates with the keypad buzzer when triggered by the events below. The PGM output remains active for the

duration of the keypad buzzer.

l 24-hour supervisory buzzer zone alarm l Auto-arm and no activity arming pre-alert. l No activity arm pre-alert l Entry delay l Audible exit fault l Audible exit delay l Door chime

This PGM type does not activate for local key presses or trouble beeps.

114 – Ready to Arm

This PGM activates when the system is ready to arm (all non-force armed zones on the system are restored). The PGM out-

put de-activates when an access code is entered to arm the system and the exit delay begins. This PGM operates as

described during walk test mode (if all zones are restored).

115 – System Armed Status

This output activates when all selected partitions are armed (end of the exit delay) in either Stay or Away modes. The output

de-activates when the system is disarmed.

116 – Away Armed Status

This PGM switches on when the system is armed with stay/away zones activated. If the system is armed with the stay/away

zones always active, then the away output is active.

117 – Stay Armed Status

This PGM output activates if the system is armed with the stay/away zones bypassed.

120 – Away Armed with No Zone Bypasses Status

When assigned to a single partition, this PGM output activates when the system is armed with stay/away and night zones act-

ive, and no zones are bypassed.

If assigned to multiple partitions, all partitions must be armed in away mode with no bypassed zones before the PGM activ-

ates. If a force armable zone is violated at the time of arming, the PGM does not activate. When the zone is restored, the

PGM activates.

121-124 – Command Outputs 1-4

Command Outputs 1-4 are user-activated by entering [*] [7] [1-4] at any keypad. When an output is activated, three acknow-

ledgment beeps are sounded.

PGM outputs of this type can be programmed to follow a pre-defined schedule (programmed in section "[601]-[604] Sched-

ule Labels" on page 70). Even if the output follows a schedule it can be manually turned ON, OFF or follow the schedule

through [*][7].

To select a schedule for these PGM outputs to follow, see "[009] PGM Types " on page 80

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Section 6: Programming

129 – Partition Status Alarm Memory

This feature is intended to be used on a keyswitch plate, with a light controlled by this PGM to indicate system status. When

the partition is armed, the output activates (steady) at the:

beginning of exit delay

end of exit delay.

If an alarm occurs on the armed partition, the output flashes for the remainder of the armed period. If an alarm occurs on a

disarmed partition (24 Hr Zone), the output flashes until the alarm is acknowledged.

This output will not activate during a walk test or for FMP key, holdup or audible/silent PGM2 input alarms.

132 – Holdup Output

When a Holdup zone (Type [042]) goes into alarm, this output activates until the partition is either armed (access code, key-

switch, [*][0], etc.) or disarmed. A tamper or fault on a holdup zone type does not activate this output. This output does not

activate in Walk Test mode. If a global holdup alarm occurs, each partition with holdup zones assigned must be armed or dis-

armed before the holdup output deactivates. If holdup alarms occur on multiple partitions, an access code must be entered

at each partition before the output deactivates.

Note: Not for use with UL/ULC listed installations.

134 – 24-Hour Silent Input (PGM 2)

With this input the keypad does not indicate an alarm, the siren remains silent, and the signal is sent to the central station.

This input does not follow swinger shutdown. A 2.2KΩ EOL resistor is required for this input (to Aux+). If a short or open

occurs, an alarm is generated.

Note: Not for use with UL installations.

135 – 24-Hour Audible Input (PGM 2)

LCD keypads indicate that the system is in alarm, the siren sounds for the duration of bell timeout, and the signal is sent to

the central station. This input does not follow swinger shutdown. A 2.2KΩ EOL resistor is required for this input (to Aux+). If a

short or open occurs, an alarm is generated for all partitions and sirens. PGM partition assignment does not affect this PGM

type.

146 – TLM and Alarm

This output activates when a telephone line fault condition is present AND an alarm occurs. The output remains active until

an access code is entered to disarm or the TLM trouble is restored. The output activates for all audible and silent alarms

(except duress) if a TLM trouble is present. If an alarm activates this output in the disarmed state, it will deactivate when the

system is armed or the telephone line is restored. This output type also activates if alarms are in memory (not only for cur-

rently active alarms) when the TLM fault occurs. The alarms in memory must have exceeded the bell timeout.

147 – Kissoff

This PGM output activates for two seconds after the alarm system receives a kissoff signal from the central station.

148 – Ground Start

This output activates for two seconds before the alarm system attempts dialing to obtain a dial tone on Ground Start tele-

phone equipment. Two 2-second pauses must be inserted at the beginning of the telephone number when using this option.

149 – Alternate Communicator

This output can be used to trigger inputs on a third-party communicator for the purpose of triggering alarm communications

to a monitoring station. This output can be programmed to activate when any of the following system events (alarms) occur

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Section 6: Programming

on the system:

l Fire (Fire Key, Fire Zones) l Panic (Panic Key and Panic Zones) l Burglary (Delay, Instant, Interior, Stay/Away and 24-hour Burglary Zones) l Opening/Closing Events l Zone Auto-Bypass. (Please see 08 – Zone Auto-Bypass for details). l Medical (Medical Key, Medical and Emergency Zones) l Burglary Verified l Opening After Alarm l Emergency Alarm l Duress Alarm l Holdup Verified

In the armed state, this output deactivates when the system is disarmed. If an alarm activates this output in the disarmed

state, the output deactivates if a valid access code is entered within the bell timeout or if the system is armed after the bell

timeout has expired.

This output activates for silent and audible alarms or medical conditions only. It will not activate during pre-alert or delays.

Note: The PGM attributes for this option, programmed in section [010], differ from the standard selection of attributes nor-

mally programmed.

Note: When this PGM is configured to provide Opening/Closing status, the PGM must be programmed as a timed output, not

latching.

155 – System Trouble

This output can be programmed to activate when any of the following trouble conditions are present:

l Service Required l Loss of Clock l DC Trouble l Bus Voltage l AC Trouble l Device Fault l Device Low Battery l Device Tamper l RF Delinquency l Module Supervisory l Module Tamper l Communications l Not Networked

This output deactivates when all of the selected trouble conditions are cleared.

156 – Latched System Event (Strobe)

This output can be used to notify the home owner, before they enter the premises, that an alarm has occurred. This output

can be programmed to activate when any of the following alarms occur on the system:

l Burglary (Delay, Instant, Interior, Stay/Away and 24-Hour Burglary Zones) l Fire (Fire Key, Fire Zones) l Panic (Panic Key and Panic Zones) l Medical (Medical Key, Medical and Emergency Zones) l Supervisory (Supervisory, Freezer and Water Zones)

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Section 6: Programming

l Priority (Gas, Heat, Sprinkler and 24-Hour Latching Zones) l Holdup (Holdup zones) l Output follows pulse timer (See "[008] PGM Timer Programming" on page 79). l Duress l Emergency l CO Alarm l Fire Supervisory l Fire trouble

This output does not activate during pre-alert or delays.

In the armed state, the output deactivates only once the system is disarmed.

If an alarm activates this output in the disarmed state, the output deactivates when a user enters a valid access code during

bell timeout. The output also deactivates if someone arms the system after the bell timeout has expired.

If assigned to a single partition, the output activates when an enabled alarm event occurs on the assigned partition. When

assigned to multiple partitions, the output activates when an alarm occurs on any partition and, if configured to latch, will

deactivate when any partition is disarmed. (or a valid disarming procedure is used).

157 – System Tamper

This output activates when any tamper condition is present and deactivates when all tamper conditions are cleared (if set for

steady operation). If set for a pulsed operation, the output deactivates when the PGM Output timer expires. These tampers

include zone tampers (DEOL), case tampers, TLM trouble, RF jam, and all zone and device tampers.

Note: This PGM does not activate for alternate communicator fault.

161 – DC Trouble

This output activates when one of the following low battery conditions is detected:

l Alarm controller low or absent battery l Module low or absent battery l Wireless zone low battery l Wireless keypad low battery l Wireless siren low battery l Wireless key low battery

The output can be configured to follow the state of the low battery trouble(s) or it can activate for a period of time and auto-

matically restore.

165 – Proximity Tag Used

This output activates when the selected proximity tag is presented.

Assign this output to a user by entering a user number from 0002 to 1000. To enable this attribute for all proximity tags, enter

000 in PGM attribute [011]. See "[007] - [008] PGM Configuration" on page 79.

166 – Partition Prox Used

This output activates when a proximity tag is presented at a system keypad equipped with a proximity tag reader, including

global keypads. The proximity tag must be assigned to a valid user and the PGM must be assigned to a partition that the

user has permission to access.

Assign this output to a partition in section [007], PGM Partition Assignment. Use section [011], PGM Configuration Options, to

assign a schedule. When [011] is programmed as 000, the output activates any time a valid proximity tag is presented. When

[011] is programmed as 1-4, the output activates only when the proximity tag is presented during the scheduled interval.

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Section 6: Programming

175 – Bell Status and Programming Access Output

This PGM activates when the siren, Installer Programming mode or DLS/SA is active. It deactivates after bell timeout, when

Installer Programming is exited or when DLS/SA programming is disconnected.

176 – Remote Operation

This output is activated and deactivated remotely on command from DLS software.

Note: Not for use with UL/ULC listed installations.

184 – Open After Alarm

This output activates when the system has been disarmed after an alarm. It deactivates when a valid user code is entered or

when the PGM Output timer expires.

200 – Zone Follower - PGM By Zone

This option allows the PGM to activate when the assigned zone is opened and deactivate when the zone is restored or, if pro-

grammed, when a valid access code is entered. This PGM follows the state of the assigned zone, regardless of the partition

the zone or PGM is assigned to.

To program which zone the PGM will follow, see "[011] PGM Configuration Options" on page 95.

201-216 – Zone Follower (Zones 1-128)

This output type is assigned to a group of zones and is normally activated, but deactivates when a zone is tripped. Zones are

assigned to this output in the following groups:

201 – Zones 1-8 209 – Zones 65-72

202 – Zones 9-16 210 – Zones 73-80

203 – Zones 17-24 211 – Zones 81-88

204 – Zones 25-32 212 – Zones 89-96

205 – Zones 33-40 213 – Zones 97-104

206 – Zones 41-48 214 – Zones 105-112

207 – Zones 49-56 215 – Zones 113-120

208 – Zones 57-64 216 – Zones 121-128

If multiple zones are enabled, any active zone in that group triggers the output. The PGM will not activate again until all

zones are restored.

6.3.7 [010] PGM Attributes

The following options are used to program the operating characteristics of the main bell and PGM outputs.

[000] Main Bell Mask

This programming section is used to configure the types of audible alarms that trigger the main bell output on the alarm con-

troller. All options are selected by default.

Fire Alarm

ON: Fire alarm ([F] key, Fire zones) activates the main siren.

OFF: Fire alarm does not activate the main siren.

CO Alarm

ON: CO alarm activates the main siren.

OFF: CO alarm does not activate the main siren.

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Section 6: Programming

Burglary Alarm

ON: Burglary alarm (Delay, Instant, Interior, Stay/Away, Night, Interior Delay, Instant Stay/Away, Day, 24-hour Burglary) activatesthe main siren.

OFF: Burglary alarm does not activate the main siren.

24-Hour Flood Alarm

ON: Main bell activates in the event of a 24-Hour Flood alarm.

OFF: Main bell does not activatein the event of a 24-Hour Flood alarm.

Bell Squawks

ON: Squawks activate the main siren. Bell squawks must be enabled to use the following options:

l Bell Squawk on arm (single) l Bell Squawk on disarm (double) l Bell Duration Auto-Arm (single every second) l Bell Squawk on Exit (single every second) l Bell Squawk on Entry (single every second) l Bell Squawk on Trouble (single every 10 seconds)

OFF: Squawks do not activate the main siren.

[001]-[164] PGM 001-164 Attributes

The following PGM attributes can be assigned to a PGM. Each attribute has various toggle options, depending on the PGM

type selected (section [009]).

101 – Fire and Burglary

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

102 – Delay Fire and Burglary

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

103 – Sensor Reset [*][7][2]

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

03 – Access Code Req uired / No Code Requ ired

ON: Access code required for activation

OFF: No access code required for activation

109 – Courtesy Pulse

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

111 – Keypad Buzzer Follow

01 – True Output/Inverted

ON: deactivated during normal operation, activated when triggered.

OFF: activated during normal operation, deactivated when triggered.

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02 – Timed Out put

ON: output remains active until the PGM output timer expires.

OFF: output remains active until the buzzer condition ends.

09 – Entry Delay

ON: activates on entry delay.

OFF: does not activate on entry.

10 – Exit Delay

ON: activates on exit delay.

OFF: does not activate on exit delay.

11 – Door Chime

ON: activates when chime is enabled.

OFF: does not activate when chime is enabled.

12 – Keypad Buzzer Zone

ON: activates when keypad buzzer goes into alarm.

OFF: does not activate when keypad buzzer goes into alarm.

13 – Audible Exit F ault

ON: activates when audible exit fault pre-alert begins.

Section 6: Programming

OFF: does not activate when audible exit fault pre-alert begins.

14 – Auto-Arm Pre-Alert

ON: activates when auto-arming pre-alert begins.

OFF: does not activate when auto-arming pre-alert begins.

114 – Ready To Arm

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

115 – Armed Status

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

116 – Armed Away Mode

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

117 – Armed Stay Mode

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

120 – Away Armed with No Zone Bypasses Status

01 – True Output/Inverted

ON: deactivated during normal operation, activated when triggered.

OFF: activated during normal operation, deactivated when triggered.

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121-124 – Command Output 1-4

01 – True Output/Inverted

ON: deactivated during normal operation, activated when triggered.

OFF: activated during normal operation, deactivated when triggered.

02 – Timed Out put / Latched Outp ut

ON: output remains active until the PGM output timer expires.

OFF: output remains active until an access code has been entered.

03 - Access Cod e Required / No Code Required

ON: access code required for activation.

OFF: no access code required for activation.

129 – Partition Status Alarm Memory

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

132 – Holdup Output

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

Section 6: Programming

OFF: active during normal operation. Deactivated when triggered.

146 – TLM Alarm

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

147 – Kissoff Output

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

148 – Ground Start

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: active during normal operation. Deactivated when triggered.

149 – Alternate Communicator

01 – True Output/Inverted

ON: deactivated during normal operation, activated when triggered.

OFF: activated during normal operation, deactivated when triggered.

02 – Timed Out put / Latched Outp ut

ON: output remains active until the PGM output timer expires.

OFF: output remains active until an access code has been entered.

04 – Fire Alarm

ON: activates with fire alarm, [F] key, fire zones, 2-wire smoke.

OFF: does not activate with fire alarm.

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05 – Panic Alarm

ON: activates with panic alarm, [P] key, panic zones.

OFF: does not activate with panic alarm.

06 – Burglary Alarm

ON: activates with burglary alarm.

OFF: does not activate with burglary alarm.

07 – Open/Close

ON: activates with opening or closing.

OFF: does not activate with opening or closing.

08 – Zon e Auto-Bypass

ON: activates when a zone is automatically bypassed.

OFF: does not activate when a zone is automatically bypassed.

09 – Medical Alarm

ON: activates with medical alarm, [+] key, medical zones.

OFF: does not activate with medical alarm.

10 – Burglary Verified

ON: activates with burglary verified alarm (or police code).

Section 6: Programming

OFF: does not activate with burglary verified alarm.

11 – Open After Alarm

ON: activates when the system is disarmed with an alarm in memory.

OFF: does not activate when the system is disarmed with an alarm in memory.

12 – Emergency Alarm

ON: activates with zone emergency alarm.

OFF: does not activate with zone emergency alarm.

13 – Duress Alarm

ON: activates with duress alarm.

OFF: does not activate with duress alarm.

14 – Hold Up verified

ON: activates when a verified holdup event is detected.

OFF: does not activate when a verified holdup event is detected.

155 – System Trouble

01 – True Output/Inverted

ON: deactivated during normal operation, activated when triggered.

OFF: activated during normal operation, deactivated when triggered.

02 – Timed Out put / Latched Outp ut

ON: output remains active until the PGM output timer expires.

OFF: output remains active until an access code has been entered.

04 – Service Required

ON: activates on service required trouble condition.

OFF: does not activate on service required trouble condition.

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05 – Loss of Clo ck

ON: activates on loss of clock trouble condition.

OFF: does not activate on loss of clock trouble condition.

06 – DC Trouble

ON: activates if a panel low or no battery trouble is detected, or if an HSM2204/2300 1-4 low or no battery trouble is

detected.

OFF: does not activate on DC Trouble condition.

07 – Bus Voltage

ON: activates when a system module has measured a low Aux voltage.

OFF: does not activate for a module low voltage trouble.

08 – AC Trouble

ON: activates when any system device detects an AC Failure condition.

OFF: does not activate for AC Failure conditions.

09 – Device Fault

ON: activates if one of the following device fault conditions is present:

l zone 001 – 128 fault l keypad 01 – 16 fault l siren 01 – 16 fault l repeater 01 – 08 fault l fire trouble l CO trouble l gas trouble l heat trouble l freeze trouble l probe disconnected trouble l self test trouble

Section 6: Programming

OFF: does not activate if a device fault condition is present.

10 – Device Low Battery

ON: activates if any of the following device low battery conditions is present:

l zone 001 – 128 l keypad 01 – 16 l siren 01 – 16 l repeater 01 – 08 l user 01 – 32 (wireless keys)

OFF: does not activate if a device low battery condition is present.

11 – Device Tamper

ON: activates if any of the following device tamper conditions is present:

l zone 001 – 128 l keypad 01 – 16 l siren 01 – 16 l repeater 01 – 08

OFF – does not activate if a device tamper condition is present.

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12 – RF Delinquency

ON: activates if any of the following RF delinquency troubles is detected:

l zone 001 – 128 l keypad 01 – 16 l siren 01 – 16 l repeater 01 – 08

OFF – does not activate if an RF delinquency condition is present.

13 – Mo dule Supervisory

ON – activates if any of the following module supervisory troubles is detected:

l HSM2HOST l keypad 01 – 16 l zone expander 01 – 15 l HSM2204 1 – 4 l HSM2300 1 – 4 l HSM2208 01 – 16

OFF – does not activate if a module supervisory trouble is detected.

14 – Mo dule T amper

ON – activates if any of the following module tamper conditions is present:

Section 6: Programming

l HSM2HOST l Keypad 01 – 16 l Zone expander 01 – 15 l HSM2204 1 – 4 l HSM2300 1 – 4 l HSM2208 01 – 16 tamper troubles

OFF – does not activate if a module tamper condition is present.

15 – Communicat ion s

ON – activates if any of the following communications conditions is present:

l TLM trouble l FTC receiver 1 – 4 l SIM Lock trouble l Cellular Trouble l Ethernet Trouble l Receiver 1 – 4 absent l Receiver 1 – 4 supervision trouble l SMS Configuration trouble l Alt comm. Fault.

OFF – does not activate if a communications trouble condition is present.

16 – Not Networked

ON – activates if any of the following not networked conditions is present:

l Zone 001 – 128 l Keypad 01 – 16 l Siren 01 – 16 l Repeater 01 – 08 l User 01 – 1000 (wireless keys) not networked troubles

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OFF – does not activate if a not networked trouble condition is present.

156 – Latched System Event

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: activated during normal operation. Deactivated when triggered.

02 – Timed Out put / Latched Outp ut

ON: output remains active until the PGM output timer expires.

OFF: output remains active until an access code has been entered.

04 – Fire Alarm

ON: activates with fire alarm, [F] key, fire zones, 2-wire smoke.

OFF: does not activate with fire alarm.

05 – Panic Alarm

ON: activates on panic alarm (audible or silent).

OFF: does not activate on panic alarm.

06 – Burglary Alarm

ON: activates on burglary alarm.

OFF: does not activate on burglary alarm.

07 – Medical Alarm

ON: activates on medical alarm.

Section 6: Programming

OFF: does not activate on medical alarm.

08 – Superviso ry

ON: activates on supervisory alarm.

OFF: does not activate on supervisory alarm.

09 – Priority Even t

ON: activates on priority alarm.

OFF: does not activate on priority alarm.

10 – Holdup

ON: activates on holdup alarm.

OFF: does not activate on Holdup alarm.

11 – Duress Alarm

ON: activates on duress alarm.

OFF: does not activate on duress alarm.

12 – Emergency Alarm

ON: activates on emergency alarm.

OFF: does not activate on emergency alarm.

13 – Fire Supervisory

ON: activates on fire supervisory alarm.

OFF: does not activate on fire supervisory alarm.

14 – Fire Trouble

ON: activates on fire trouble condition.

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OFF: does not activate on fire trouble condition.

15– CO Alarm

ON: activates on CO alarm.

OFF: does not activate on CO alarm.

157 – System Tamper

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: activated during normal operation. Deactivated when triggered.

09 – System/Module Tampers

ON: activates when any module tamper condition occurs.

OFF: does not activate when any module tamper condition occurs.

10 – Zon e Tampers

ON: activates when any zone tamper condition occurs.

OFF: does not activate when zone tamper conditions occur.

161 – DC Trouble

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

Section 6: Programming

OFF: activated during normal operation. Deactivated when triggered.

02 – PGM Timer

ON: output remains active until an access code is entered or certain criteria have been met, depending on the PGM

type.

OFF: output remains active until the PGM output timer expires.

09 – Battery Low

ON: activates when a low battery trouble occurs.

OFF: does not activate when a low battery trouble occurs.

10 – Battery Absent

ON: activates when a battery absent trouble occurs.

OFF: does not activate when a battery absent trouble occurs.

165 – Prox Used

01 – True Output/Lat ched Output

ON: deactivated during normal operation. Activated when triggered.

OFF: activated during normal operation. Deactivated when triggered.

166 – Partition Prox Used

01 – True Output/Lat ched Output

ON: deactivated during normal operation. Activated when triggered.

OFF: activated during normal operation. Deactivated when triggered.

175 – Bell Prog Access

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: activated during normal operation. Deactivated when triggered.

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176 – Remote Operation

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: activated during normal operation. Deactivated when triggered.

184 – Open After Alarm

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: activated during normal operation. Deactivated when triggered.

200 - Zone Follower - Single Zone

01 – True Output/Inverted

ON: deactivated during normal operation, activated when triggered.

OFF: activated during normal operation, deactivated when triggered.

02 – Timed Output

ON: output remains active until the PGM output timer expires.

OFF: output remains active until the zone is restored.

04 – Latching

ON: output remains latched until a valid access code is entered or a valid Prox tag is presented.

Section 6: Programming

OFF: output follows the setting of the Timed Output attribute.

05 – Follow Alarm

ON: output is activated on zone alarm and stays active until the bell is turned off. See table for operation with bits 2

and 4.

OFF: output is activated on zone opening and deactivated when zone is closed.

Timed Output Latching Follow Alarm PGM Output

OFF OFF OFF

OFF OFF ON

OFF ON OFF

OFF ON ON

ON OFF OFF

ON OFF ON

ON ON OFF

ON ON ON

ON upon zone opening (including tamper and fault), OFF upon zone closing

ON upon zone alarm, OFF upon bell cut-off or alarm silenced

ON upon zone opening, OFF upon valid code

ON upon zone alarm, OFF upon valid code

ON upon zone opening, OFF upon PGM timer expires

ON upon zone alarm, OFF upon PGM timer expires

ON upon zone opening, OFF upon valid code

ON upon zone alarm, OFF upon valid code

201 – 216 Zone Follower Zones 1-128

01 – True Output/Inverted

ON: deactivated during normal operation. Activated when triggered.

OFF: activated during normal operation. Deactivated when triggered.

02 – Timed Out put

ON: output remains active until the PGM output timer expires.

OFF: output remains active until an access code has been entered.

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Section 6: Programming

09-16 – Zo ne Terminals 1-8

ON: zones associated with terminals 1-8 are enabled for zone follower operation.

OFF: zones are not enabled for zone follower operation.

6.3.8 [011] PGM Configuration Options

This section is used to configure PGM types that offer multiple options.

[001]-[164] Select PGM

The following options may be selected for each PGM:

Zone Follow PGM By Zone

This option is used to specify the zone that PGM type 200 follows. Enter 001-128 to select zone 1-128.

Proximity Tag Used

This option is used to define which proximity tag will activate PGM outputs programmed as [165] Prox Used. Enter 000 to

enable this PGM attribute for all user proximity tags, or enter user number 0002-1000 to have this attribute activated by a spe-

cific user proximity tag.

Command Output 1-4

This option is used to assign a schedule, programmed in section [601]-[604], for the command output PGMs to follow. Pro-

gram 001-004 to for schedules 1-4. Program 000 to activate the PGM when a proximity tag is presented.

6.3.9 [012] System Lockout

Keypad Lockout – Number of Invalid Local Attempts

This option controls the number of invalid access code entries allowed before the keypad is locked.

When keypad lockout occurs, the system is inaccessible by keypad for the programmed duration. If the number of invalid

attempts is not reached within one hour, or if a valid access code is entered, the counter is reset to 0. Valid entries are 000 to

255 minutes. Entering 000 disables the feature. Presenting an invalid tag counts toward keypad lockout.

Note: For EN 50131 certified installations, maximum number of attempts is 10.

Keypad Lockout Duration

This programming option determines the length of time the keypad is locked out for. If the system cold starts while in keypad

lockout, the lockout is removed. Valid entries are 000 to 255 minutes. Entering 000 disables keypad lockout.

Note: For EN 50131 certified installations, minimum of duration is 2 minutes.

Remote Lockout DLS

This programming option determines the number of invalid access code entries allowed via SMS or DLS before remote

access is locked out for the programmed duration (see below). If the number of invalid attempts is not reached within one

hour, or if a valid access code is entered through SMS or DLS, the counter is reset to 0. The valid entries are 003 to 255

attempts. Default is 6 attempts. The number of invalid attempts is fixed at 5 when using System Administrator Software and

the lockout duration is 1 hour.

Note: DLS tries to connect using the programmed DLS Access code first and, if unsuccessful, using the default DLS access

code. Two failed attempts are counted if both codes are incorrect.

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Section 6: Programming

Remote Lockout Duration

This programming option determines how long the remote lockout lasts. If the system cold starts while in remote lockout, the

lockout restarts for the programmed duration. Valid entries are 001 to 255 minutes. Entering 000 disables remote lockout.

6.3.10 System Options

[013] System Option 1

1 – NC Loop/EOL

ON: All zones are wired as normally closed circuits with returns connected to a COM terminal. The end-of-line resistor is not

required. An alarm is generated when the circuit is opened.

OFF: All zones must be wired with an end-of-line resistor configuration, determined by option 2 below.

Note: The valid EOL value is 5600 Ohms (5.6KΩ).

2 – DEOL/SEOL

ON: All zones use Double-End-of-Line resistors, except Standard Fire, Delayed Fire, Auto-Verified Fire, Co and Supervisory

zone types. DEOL resistors enable detection of zone faults and tampers. The tamper resistor (5.6KΩ) is placed in parallel

across the alarm activating device, and the single EOL resistor (5.6KΩ) is placed between the alarm and tamper contacts.

This allows detection of zone faults (shorted zone), tampers (open zone), alarms (11.2KΩ), and restored zones (5.6KΩ).

If the zone is disarmed and placed in the tamper or fault state, trouble beeps sound on all system keypads until a key is

pressed on each partition. A zone tamper is sent to the monitoring station if programmed. If the zone is armed and a tamper

is activated, the tamper alarm and zone alarm are logged and transmitted.

OFF: All zones must have a 5.6KΩ resistor. If the zone is shorted or open, it is in the tripped state. If the zone is open and pro-

grammed as a fire zone, it is in the trouble state. The EOL and DEOL zone attributes override this system option.

Note: Zone Faults (Supervisories) on wireless zones do not cause an audible alarm while armed.

3 – Show All Troubles When Armed

ON: The Trouble LED illuminates when troubles are present on the system in both the armed and disarmed state.

OFF: The Trouble LED illuminates for all troubles while disarmed, but only for Fire Troubles while armed.

4 – Tamper/Faults Do Not Show As Open

ON: The zone LED does not illuminate if the zone is in the tamper or fault states. Only the Trouble LED illuminates.

OFF: The respective zone LED illuminates if the zone is in the tamper or fault states. The Trouble LED also illuminates.

5 – Auto-Arm Schedule in [*][6]

ON: The auto-arm schedules ([151] - [158]) are accessible to installers via [*][6] as well as Installer Programming.

OFF: The auto-arm schedules ([151] - [158]) are only accessible to installers via Installer Programming.

Note: This toggle controls access for all eight partitions.

6 – Audible Exit Fault

ON: If a delay type zone is violated after the exit delay has expired, an entry delay warning is sounded through the keypad

and siren indicating that an improper exit was made. If the alarm system is disarmed within the entry delay period no signal

is sent.

OFF: The entry delay warning is sounded only through the keypad.

7 – Event Buffer Follows Swinger

ON: Once an event reaches its swinger shutdown limit programmed in "[377] Communication Variables" on page 121, it will

no longer log events to the event buffer until the swinger shutdown is reset. This avoids filling the event buffer with false

events.

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Section 6: Programming

ULC

OFF: The event buffer continues to log events to the buffer even after the event has gone into swinger shutdown.

8 – Temporal Three Fire Signaling

ON: All fire bells sound in the temporal three pattern. Cadence is as follows: (500ms ON, 500ms OFF, 500ms ON, 500ms

OFF, 500ms ON, 1.5 sec. OFF).

OFF: All fire bells will sound with the standard 1 second on/1 second off fire bell cadence.

Note: Must be on for UL/ULC installations.

[014] System Option 2

1 – Bell Squawk

ON: The siren emits a single squawk when armed in any manner, including Auto-arm, and a double squawk when disarmed.

When the system is disarmed, the siren emits a series of three squawk pairs to indicate alarms in memory.

OFF: The siren does not squawk when arming or disarming.

Note: For UL/ULC, must be enabled if wireless keys are used with the alarm system.

2 – Bell Squawk on Auto-Arm

ON: The siren squawks once every 10 seconds during the auto-arm pre-alert time.

OFF: The siren does not squawk during auto-arm pre-alert.

3 – Bell Squawk On Exit

ON: The siren squawks once per second during exit delay, changing to 3 squawks per second for the final 10 seconds.

OFF: The siren does not squawk for exit delay conditions.

4 – Bell Squawk On Entry

ON: The siren pulses with the same timing as the keypad buzzer during entry delay, changing to 3 squawks per second for

the final 10 seconds.

OFF: The siren does not activate during entry delay.

5 – Bell Squawk On Trouble

ON: When a trouble condition exists on the system, the siren squawks 2 times every 10 seconds (as per the keypad buzzer).

The siren is silenced when the keypad beeps are silenced (any key pressed on keypad).

OFF: The siren does not activate with a trouble condition.

6 – Not Used

7 – Exit Delay Termination

ON: The exit delay is reduced to 5 seconds once a Delay 1 zone is restored. Force-Arm Delay 1 type zones also end the exit

delay.

OFF: The exit delay timer continues to count even after the delay zone is restored.

All audible options associated with the exit delay function are silenced until the time programmed for the exit delay has

elapsed.

8 – Fire Bell Continues

ON: For all Fire type alarms, the siren sounds until an access code is entered to silence the alarm or disarm the system

regardless of the time programmed for bell timeout.

OFF: For all Fire type alarms, the siren sounds for the length of Bell Timeout or until an access code is entered.

Note: Must be disabled for ULC installations.

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Section 6: Programming

[015] System Option 3

1 – [F] Key Enabled

ON: Pressing and holding the [F] key for 2 seconds triggers a Fire alarm.

OFF: The [F] key does not sound or report an alarm when pressed.

Note: Use only for residential fire installations.

2 – [P] Key Enabled

ON: When a valid [P] key alarm is generated, the keypad buzzer emits a series of 3 beeps to acknowledge the alarm and the

siren sounds for the length of bell timeout.

OFF: When a valid [P] key alarm is generated, the keypad buzzer and the siren are silent, but the alarm is still transmitted (if

programmed).

Note: Fire, Medical, and Panic key transmissions follow the partition 1 alarm/restore call direction options (Fire, Medical, and

Panic key). The Fire, Medical, Panic keys operate even if keypad blanking and keypad lockout are active.

3 – Quick Exit

ON: When the system is armed, users may enter the [*][0] command to temporarily bypass a single Delay 1 or Delay 2 zone

to exit the premises. Only one delay zone may be activated. Activity on another delay zone initiates the appropriate alarm

sequence. If the delay zone is still open two minutes after the [*][0] command is entered, entry delay is initiated. If armed in

the Stay mode, the automatic bypass on Stay/Away zones remains.

OFF: When the system is armed, users can not perform a quick exit using [*][0].

4 – Quick Arming /Function Key

ON: [*][0] arming and Stay/Away function keys may be used to arm the system without the entry of a valid access code.

OFF: [*][0] arming is not permitted. All arming functions require the entry of an access code to activate (including Stay/Away

keys).

5 – Not Used

6 – Master Code Not User Changeable

ON: The master code (access code 01) may not be changed by the user and may only be programmed in Installer Pro-

gramming.

OFF: The master code may be programmed by the user using the [*][5][Master Code] command. The master code may also

be programmed in Installer Programming.

7 – Telephone Line Monitor Enable

ON: The TLM function is active and the system indicates a trouble condition when using the [*][2] View Trouble Conditions

command.

OFF: The TLM function is deactivated and telephone line troubles are not indicated by the system.

Note: Must be ON for UL/ULC listed installations.

8 – Telephone Line Monitor Audible When Armed

ON: When the system is disarmed, a telephone line monitor trouble generates a trouble indication as described above. If the

system is armed, a telephone line monitor trouble generates an audible alarm on the siren for the duration programmed for

bell timeout or until an access code is entered to disarm.

OFF: Telephone line troubles generate a trouble indication, the Trouble LED illuminates, and the keypad buzzer beeps until

a key is pressed.

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Section 6: Programming

CP-01

[016] System Option 4

1 – AC Trouble Display

ON: If AC power fails, the condition is reported to the monitoring station and is indicated as a trouble condition on the system

keypads.

OFF: If AC power fails, the condition is reported, but the Trouble light on the system keypads is off. The trouble is displayed in

[*][2].

Note: Must be ON for UL/ULC listed installations.

2 – AC Trouble Light Flashes

ON: When AC power is lost, the Trouble light flashes in the base “Ready” and “Armed” mode within 30 seconds of power

loss. When AC restores, the Trouble light stops flashing within 30 seconds. If enabled, this option overrides the AC display

option.

OFF: When AC power is lost, the Trouble light illuminates but does not flash.

3 – Keypad Blanking

ON: If no keys are pressed for 30 seconds, all keypad lights except backlighting (if enabled) are shut off until the next

keypress, entry delay, audible alarm or keypad buzzer condition.

Keypad function keys still operate when the keypad is blank, unless the function key is programmed to require an access

code. Keypad Blanking While Armed overrides this feature. When a partition is armed and in alarm, entering a code to

remove blanking silences the alarm and disarms the system.

OFF: The keypad lights remain ON at all times.

4 – Keypad Blanking Requires Code

ON: A valid access code must be entered before a blanked keypad can be used. Information becomes inaccessible to level

1 users.

OFF: Pressing any key on a blanked keypad removes keypad blanking.

Note: Keypad Blanking Requires Code must be set to off for CP-01 listed installations.

5 – Keypad Backlighting

ON: All keypads on the system have backlighting on at all times.

OFF: All keypads on the system have backlighting off.

6 – Power Save Mode

ON: If AC power fails, all keypad lights including backlighting are shut OFF. The keypad lights come back ON after a

keypress, entry delay, audible alarm or keypad buzzer condition (except door chime). Keypad lights return to the off state

after 30 seconds of inactivity.

OFF: If AC power fails, keypads do not go into power save mode.

7 – Bypass Display When Armed

ON: The Bypass status light is on if zones are bypassed when the system is armed.

OFF: The Bypass light is on only while the system is disarmed to indicate that zones on the system are bypassed. When the

system is armed, the Bypass light is off.

The Bypass status light is on if Stay/Away zones are auto bypassed at the time of arming regardless of whether or not this

option is enabled. This option only enables and disables manual bypass display.

8 – Keypad Tampers Enabled

ON: All keypads containing tamper switches generate tamper alarms and restores.

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Section 6: Programming

OFF: The tamper switches on all keypads do not generate tamper alarms.

Note: If this option is used, all keypads should be properly installed and secured (tamper restored) before enabling the

option.

Note: Must be ON for UL/ULC commercial burglary listed installations.

[017] System Option 5

1 – Chime on Opening

ON: When a zone with the door chime attribute ON is opened, the system keypads and sound door chime beeps.

OFF: When a zone with the door chime attribute ON is opened, the system keypads do not sound door chime beeps.

2 – Chime on Closing

ON: When a zone with the door chime attribute ON is closed, the system keypads and sirens (if enabled) sound door chime

beeps.

OFF: When a zone with the door chime attribute ON is closed, the system keypads and sirens (if enabled) do not sound door

chime beeps.

3 – RF Jam Trouble Beeps

ON: Trouble beeps sound when an RF Jam Trouble is detected

OFF: Trouble beeps do not sound when an RF Jam Trouble is detected

4 – Multi Hit

ON: Alarms from the same zone within the Burglary Verification Timer duration cause the police code or burglary verified to

be logged and transmitted. The number of zone trips required to create a confirmed alarm depends on the value of the pro-

grammable burglary verification counter.

OFF: Alarms from the same zone within the Burglary Verification Timer duration do not cause the police code or burglary veri-

fied to be logged and transmitted.

Note: This feature only applies to zones defined as Interior, Interior Delay, Interior Stay/Away, Instant Stay/Away, Delay

Stay/Away, or Night Zones (PIR Zones). Do enable this option if section [380], option 2 - Restore on Bell Time Out is

enabled.

5 – Late to Close

ON: Provides an audible warning if the alarm system has not been armed by a programmed time of day but does not arm the

alarm system. The alarm system communicates and logs a Late to Close event at the end of the Auto-arm/Postpone pre-alert

for each partition.

OFF: The alarm system will neither communicate nor log a Late to Close event at the time programmed for Auto-arm for each

partition.

Note: If the Auto-arm toggle option is disabled, the Auto-arm Pre-alert still occurs when a time is programmed for that day (if

enabled) and the event is logged and communicated. This option does not directly affect the functionality of Auto-arm. If Late

to Close is enabled and Auto-arming is not, LCD keypads display “System Arming in Progress” during the Late to Close Pre-

alert.

6 – Daylight Savings Time

ON: The alarm system adjusts between Daylight and Standard times according to the times programmed in System Timers

([005] options 001-002).

Note: Auto-arm and Test Transmissions should not be attempted between 0200 and 0300 hours, as they will be missed dur-

ing a daylight savings clock adjust. Events programmed to occur between 0100 and 0200 will occur twice during a daylight

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DSC HS2128, HS2064, HS2032, HS2016-4, HS2016 Reference Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

2.0 Safety Instructions for Service Personnel

Section 1: Introduction

1.1 About the System

Section 2: Installation

2.1 Overview of Installation Process

2.2 Alarm Controller Installation

2.3 Wiring

3.1 Installing Modules

Section 4: Configuration

4.1 Basic Configuration Steps

4.2 Using the Keypad

4.3 Enrollment

4.4 Working with Partitions

4.5 Trouble Indicators

4.6 Keypad Partition Setup

4.7 Alternate Communicator Setup

4.8 Local Firmware Upgrade

4.9 Testing the System

Section 5: System Operation

5.1 Arming and Disarming

5.2 Partition vs. Global Keypad

5.3 Labels

5.4 Annunciation

5.5 Keypad Function Keys

5.6 Language Selection

5.7 [*] Commands

5.8 SMS Command and Control

5.9 Visual Verification

Section 6: Programming

6.1 How to Program

6.2 Programming Methods

6.3 Programming Descriptions