Bosch B4512-NC, B5512-NC, B6512 User Manual

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Control Panels

B6512/B5512/B4512/B3512 (B5512E/B4512E/B3512E)

Installation Manual

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Control Panels Table of contents | en 3

1.1 Listings and approvals 8

1.1.1 UL 8

1.1.2 ULC 8

1.1.3 Security Industry Association (SIA) 8

1.1.4 Department of Defense (DoD) 8

1.1.5 Department of Energy 8

1.1.6 California State Fire Marshal (CSFM) 8

1.1.7 National Institute of Standards and Technology (NIST) 8

1.1.8 Federal Communications Commission (FCC) Rules 9

1.1.9 Industry Canada (IC) 9

1.2 Safety 9

1.2.1 Lightning 10

1.2.2 Power 10

2.1 About documentation 12

2.1.1 Related documentation 12

2.2 Bosch Security Systems, Inc. product manufacturing dates 14

3 4 5

5.1 Install the enclosure and wiring label 18

5.2 Install the control panel 19

5.2.1 Mount the control panel 19

5.2.2 Connect earth ground 20

5.2.3 Configure OUTPUT A using the jumper 20

5.3 Control panel to module wiring overview 21

6.1 Primary (AC) power 22

6.2 Secondary (DC) power 22

6.2.1 Install the battery 22

6.2.2 Battery maintenance 24

6.2.3 Battery supervision 24

6.2.4 Battery discharge and recharge schedule 24

6.3 B520 Auxiliary Power Supply 24

6.3.1 SDI2 address settings 25

6.3.2 Supervision 25

6.3.3 Auxiliary power supply trouble conditions 25

6.3.4 Installation and control panel wiring (B520) 25

6.3.5 Powered device and battery wiring 26

7.1 B430 Plug-in Telephone Communicator 28

7.1.1 Supervision 28

7.1.2 Installation and module wiring (B430) 28

7.1.3 Diagnostic LEDs 29

7.2 Phone jack location 29

7.3 Telephone line monitor 30

7.4 Called party disconnect 30

Certifications, approvals, listings, and safety 8

Introduction 12

System overview 15 Installation checklist 16 Control panel installation 18

Power supply 22

Telephone communications 28

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4 en | Table of contents Control Panels

7.5 Communication failure 31

IP communications 32

8.1 On-board Ethernet connection 32

8.1.1 Supervision 32

8.1.2 Local RPS programming 32

8.1.3 On-board Ethernet diagnostic LEDs 33

8.2 Conettix Plug-in Cellular Communicators 34

8.2.1 Supervision 34

8.2.2 Installation and module wiring (B44x) 34

8.2.3 Signal strength and diagnostic LEDs 35

8.3 B426 Ethernet Communication Module 36

8.3.1 Address and emulation settings 36

8.3.2 Supervision 36

8.3.3 B426 module faults 36

8.3.4 Local RPS programming 37

8.3.5 Installation and control panel wiring (B426) 37

8.3.6 Diagnostic LEDs 38

8.4 B450 Conettix Plug-in Communicator Interface 40

8.4.1 SDI2 address settings 40

8.4.2 Supervision 40

8.4.3 Installation and control panel wiring (B450) 40

8.4.4 Diagnostic LEDs 41

8.5 Compatible receivers for IP communication 42

Keypads, keyswitches, keyfobs and transmitters 44

9.1 Keypads 44

9.1.1 B915 Basic Keypad 44

9.1.2 B920 Two-line Alphanumeric Keypad 44

9.1.3 B921C Two-line Capacitive Keypad with Inputs 44

9.1.4 B930 ATM Style Alphanumeric Keypad 44

9.1.5 B942 Touch Screen Keypad 44

9.1.6 Shortcuts and custom functions 45

9.1.7 Address settings 45

9.1.8 Supervision 45

9.1.9 Installation and control panel wiring (keypads) 45

9.1.10 Sensor loops overview and wiring (B921C/B942/B942W only) 46

9.1.11 Output wiring (B942/B942W only) 47

9.1.12 Troubleshooting 47

9.2 Keyswitches 47

9.2.1 Operation 47

9.2.2 Installation and control panel wiring (keyswitches) 48

9.3 RADION keyfobs and Inovonics pendant transmitters 48

On-board outputs 50

10.1 Circuit protection 50

10.2 Total available power 50

10.3 Open collector outputs 50

10.4 Continuous power outputs 51

Off-board outputs 52

11.1 B308 Octo-output Module 52

11.1.1 SDI2 address settings 52

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Control Panels Table of contents | en 5

11.1.2 Supervision 52

11.1.3 Installation and control panel wiring (B308) 53

On-board points 54

12.1 Point sensor loops 54

12.1.1 Single EOL (and no EOL) resistor circuit style 54

12.1.2 Dual EOL resistor circuit style 55

12.2 Point response time 56

Off-board points 57

13.1 B208 Octo-input Module 57

13.1.1 SDI2 address settings 57

13.1.2 Supervision 57

13.1.3 Installation and control panel wiring (B208) 57

13.1.4 Sensor loops overview and wiring 58

13.2 Test off-board points 61

13.3 Extra Point events 61

13.4 Missing point conditions 61

Wireless modules 62

14.1 B810 receiver 62

14.1.1 SDI2 address settings 62

14.1.2 Supervision 62

14.1.3 Installation and control panel wiring (B810) 62

14.2 B820 SDI2 Inovonics Interface Module 63

14.2.1 SDI2 address settings 63

14.2.2 Supervision 63

14.2.3 Installation and control panel wiring (B820) 63

Access control 65

15.1 B901 65

15.1.1 Address settings 65

15.1.2 Supervision 65

15.1.3 Installation and control panel wiring (B901) 65

15.2 Card reader wiring 66

Program and test the control panel 67

16.1 Program the control panel 67

16.2 Perform walk tests 67

16.2.1 Fire walk test 67

16.2.2 Intrusion walk test 67

16.2.3 Service walk test 68

16.2.4 Invisible walk test 68

17 18

Control panel board overview 70 System wiring diagrams 72

18.1 System wiring overview 72

18.2 Battery lead supervision wiring 74

18.3 2-wire smoke wiring (B201) 75

18.4 2-wire smoke wiring (D125B) 76

18.5 Notification appliance circuit wiring 76

18.6 SDI2 devices general system wiring 78

18.6.1 SDI2 bus wiring recommendations 78

18.7 Wiring label 81

Approved applications 82

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6 en | Table of contents Control Panels

19.1 Optional compatible equipment 82

19.1.1 Burglar applications 82

19.1.2 Bank safe and vault applications 82

19.1.3 Fire applications 85

19.1.4 Enclosures 86

19.2 Combination fire and intrusion alarm systems 87

19.3 Compatible UL listed components 87

19.4 Standby battery requirements and calculations 89

19.4.1 Household Fire Warning equipment 91

19.5 UL 365 - Police Station Connected Burglar Alarm Units and Systems 92

19.6 UL 636 - Holdup Alarm Units and System 92

19.7 Required values to achieve 180s (ULC)/200s (UL) supervision interval 92

19.8 ULC 93

Keypad Installer menu 94

20.1 [1] Program menu (Programming) 100

20.1.1 [1] Reporting > [1] Phone menu parameters 100

20.1.2 [1] Reporting > [2] Network menu parameters 101

20.1.3 [1] Reporting > [3] Routing menu parameters 102

20.1.4 [1] Reporting > [4] Personal Note menu parameters 103

20.1.5 [2] Network > [1] Ethernet > (choose the bus module or on-board) > [1] Module

104

Parameters menu

20.1.6 [2] Network > [1] Ethernet > (choose the bus module or on-board) > [2] Address

105

Parameters menu

20.1.7 [2] Network > [1] Ethernet > (choose the bus module or on-board) > [3] DNS

106

Parameters menu

20.1.8 [2] Network > [2] Cellular > (choose the SDI2 cellular module or plug-in module) 106

20.1.9 [3] RPS > [1] RPS Passcode menu parameters 107

20.1.10 [3] RPS > [2] RPS Phone Number menu parameters 108

20.1.11 [3] RPS > [3] RPS IP Address menu parameters 108

20.1.12 [3] RPS > [4] RPS Port Number menu parameters 108

20.1.13 [4] Area Options menu parameters 108

20.1.14 [5] Keypad menu parameters 110

20.1.15 [6] Users menu parameters 111

20.1.16 [7] Points menu parameters 112

20.1.17 [8] Disable Programming menu 118

20.2 [2] Wireless menu 119

20.2.1 [1] RF Point Menu> [1] Enroll Point RFID 119

20.2.2 [1] RF Point Menu> [2] Replace Point RFID 119

20.2.3 [1] RF Point Menu> [3] Remove Point RFID 119

20.2.4 [2] RF Repeater Menu > [1] Add Repeater 120

20.2.5 [2] RF Repeater Menu > [2] Replace Repeater 120

20.2.6 [2] RF Repeater Menu > [3] Remove Repeater 120

20.2.7 [3] RF Diagnostic Menu > [1] RF Points 120

20.2.8 [3] RF Diagnostic Menu > [2] RF Repeater Menu 121

20.3 [3] Diags menu 121

20.3.1 [1] Wireless 121

20.3.2 [2] Network menu 122

20.3.3 [3] Cellular menu 122

20.3.4 [4] IP Camera 122

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20.3.5 [5] Cloud 123

20.4 [4] Service Bypass (Serv Byp) menu 123

20.5 [5] Versions menu 123

20.6 [6] Cloud menu 124

Specifications 125

21.1 Wire requirements 127

Appendix 128

22.1 Address settings 128

22.1.1 B208 address settings 128

22.1.2 B308 address settings 128

22.1.3 B901 address settings 129

22.1.4 B91x address settings 129

22.2 Reporting and device number information 130

22.2.1 Report format definitions 130

22.2.2 SDI2 address information 139

22.2.3 Device numbers (zzz, dddd) 139

22.2.4 Communication Trouble device numbers (zzzz) 140

22.2.5 Special User IDs (uuuu, iiii) 140

22.2.6 Keypad alarm virtual point numbers (ppp, pppp) 140

22.3 AutoIP 141

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8 en | Certifications, approvals, listings, and safety Control Panels

1 Certifications, approvals, listings, and safety

This section provides certification and approval listings and safety information.

1.1 Listings and approvals

This document includes the section Approved applications, page 82. Refer to this section for guidelines on installing the control panels in Underwriters Laboratories Inc. (UL) and firespecific applications.

1.1.1 UL

Listed for: – UL 365 - Police Station Connected Burglar Alarm Units and System – UL 609 - Local Burglar Alarm Units and System – UL 636 - Holdup Alarm Units and System – UL 985 - Household Fire Warning System Units – UL 1023 - Household Burglar Alarm Units and System – UL 1076 - Proprietary Burglar Alarm Units and System – UL 1610 - Central Station Burglar Alarm Units – UL 1635 - Digital Alarm Communicator System Units

1.1.2 ULC

Listed for: – ULC C1023 - Household Burglar Alarm System Units – ULC C1076 - Proprietary Burglar Alarm Units and System – ULC S303 - Local Burglar Alarm Units and System – ULC S304 - Central and Monitoring Station Burglar Alarm Units – ULC S545 - Residential Fire Warning System Control Units – ULC S559 – Fire Signal Receiving Centres and Systems

1.1.3 Security Industry Association (SIA)

Listed for Control Panel Standard - Features for False Alarm Reduction ANSI/SIA CP-01-2010.

1.1.4 Department of Defense (DoD)

The B6512/B5512/B4512/B3512 control panels were granted approval for Department of Defense (DoD) installations in Sensitive Compartmented Information Facilities (SCIF).

1.1.5 Department of Energy

This control panel operates on a transformer that has been reviewed by a third party and deemed to be compliant to the Department of Energy, U.S. Energy Conservation Standard for External Power Supplies (found in section 10 CFR 430.32(w)(1)(i) of the Federal Code) as an indirect device.

1.1.6 California State Fire Marshal (CSFM)

Listed for Household Fire Alarm.

1.1.7 National Institute of Standards and Technology (NIST)

When communicating via a network, listed for Advanced Encryption Standard (AES), Federal Information Processing Standards Publication 197 (FIPS 197).

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1.1.8 Federal Communications Commission (FCC) Rules

Part 15

This equipment was tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy; and if not installed and used according to the instructions, can cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference, in which case the user is required to correct the interference at his or her own expense.

Part 68

The B430 module by Bosch Security Systems, Inc. is registered with the Federal Communication Commission (FCC) under Part 68, for connection to the public telephone system using an RJ31X or RJ38X phone line connection jack installed by the local telephone company. Do not connect registered equipment to party lines or coin-operated telephones. Notify the local telephone company and provide the following information before connecting the control panel to the telephone network: – The particular line to which you connect the module – Make (Bosch Security Systems, Inc.), model (B6512/B5512/B4512/B3512), and serial

number of the control panel – FCC registration number: ESVAL00BB430 – Ringer eq: 0.0B

1.1.9 Industry Canada (IC)

ICES-003 - Information Technology Equipment

This Class B digital equipment meets all requirements of the Canadian interference-causing equipment regulations. Cet appareil numérique de la Class A respecte toutes les exifences de règlement sue le matériel brouilleur du Canada.

CS-03 - Compliance Specification for Terminal Equipment

The B430 module by Bosch Security Systems, Inc. meets the applicable Industry Canada technical specifications. The Ringer Equivalence Number (REN) is an indication of the maximum number of devices allowed to be connected to a telephone interface. The termination of an interface may consist of any combination of devices subject only to the requirement that the sum of the RENs of all the devices not exceed five. Le présent matériel est conforme aux spécifications techniques applicables d'Industrie Canada. L'indice d'équivalence de la sonnerie (IES) sert à indiquer le nombre maximal de terminaux qui peuvent être raccordés à une interface téléphonique. La terminaison d'une interface peut consister en une combinaison quelconque de dispositifs, à la seule condition que la somme d'indices d'équivalence de la sonnerie de tous les dispositifs n'excède pas cinq.

1.2 Safety

Notice!

After system installation and any control panel programming, perform a complete system test. A complete system test includes testing the control panel, all devices, and communication destinations for proper operation.

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10 en | Certifications, approvals, listings, and safety Control Panels

1.2.1 Lightning

The control panel design significantly reduces the adverse effects of lightning. Taking installation precautions can further reduce these adverse effects.

Effects of lighting

Electronics involved in a direct lightning strike or near a lightning strike can show adverse effects. When lightning strikes, several things happen: – An electromagnetic wave spreads from the center point of the strike inducing high

voltages onto nearby conductors. – The voltage changes substantially on electrical grounds near the lightning strike. – High voltages are induced onto anything directly struck by lightning. The effects of lightning can include trouble events, alarm events, and physical damage.

Installation precautions

To minimize the undesirable effects from lightning: – Do not run wiring outside the building. – If you install the unit in a metal building, keep the wiring at least 2 ft (0.61 m) away from

external metal surfaces. Make a proper earth ground connection. – Earth ground the unit correctly. Do not use an electrical ground or telephone ground. – Avoid running wires near telephone, data, or power lines. Locating control panel wiring at

least 2 ft (0.61 m) away helps reduce the effects of lightning. – When your data lines must cross the path of AC or other wiring, cross perpendicular to

the lines.

Warranty regarding lightning

The warranty does not cover physical damage due to lightning.

1.2.2 Power

Caution!

Remove all power (AC and battery) before making any connections. Failure to do so might result in personal injury and/or equipment damage.

Caution!

Do not short-circuit the terminals of the transformer: Shorting the terminals opens the internal fuse, causing permanent failure. Connect the transformer to the control panel’s AC power terminals before plugging it into the power source.

Notice! Plan ahead

Route telephone, SDI2 bus wiring, and sensor loop wiring away from any AC conductors, including the transformer wire. AC wiring can induce noise and low level voltage into adjacent wiring.

Warning!

High current arcs are possible. The positive (red) battery lead and the terminal labeled BAT+ can create high current arcs if shorted to other terminals or the enclosure. Use caution when working with the positive lead and the terminal labeled BAT+. Always disconnect the positive (red) lead from the battery before removing it from the terminal labeled BAT+.

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Control Panels Certifications, approvals, listings, and safety | en 11

Caution!

The battery terminals and wire are not power limited. Maintain a 0.250 in (6.4 mm) space between the battery terminals, battery wiring, and all other wiring. Battery wiring cannot share the same conduit, conduit fittings, or conduit knockouts with other wiring.

Caution!

Exceeding the maximum output ratings or installing the transformer in an outlet that is routinely switched off causes heavy discharges. Routine heavy discharges can lead to premature battery failure.

Notice! Use sealed lead acid batteries only

The charging circuit is calibrated for lead-acid batteries. Do not use gel-cell or NiCad batteries.

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12 en | Introduction Control Panels

2 Introduction

This section includes an introduction to documents for this product and other documentrelated instructions.

2.1 About documentation

This document contains instructions for a trained installer to properly install, configure, and operate this control panel, and optional peripheral devices. Review this document before beginning the installation to determine the hardware and wiring requirements for the features used. (Bosch Security Systems, Inc. recommends that installers follow good wiring practices such as those described in NFPA 731, Standard for the Installation of Electronics Premises Security Systems.) Throughout this document, the words “control panel” refer to all control panels covered by this document (B6512/B5512/B5512E/B4512/B4512E/B3512/B3512E).

Notifications

This document uses Notices, Cautions, and Warnings to draw your attention to important information.

Notice!

These include important notes for successful operation and programming of equipment, or indicate a risk of damage to the equipment or environment.

Caution!

These indicate a hazardous situation which, if not avoided, could result in minor or moderate injury.

Warning!

These indicate a hazardous situation which, if not avoided, could result in death or serious injury.

Trademarks

All hardware and software product names used in this document are likely to be registered trademarks and must be treated accordingly.

2.1.1 Related documentation

Control panel documents

Control Panels (B5512/B4512/B3512) Release Notes*

Control Panels (B5512/B4512/B3512) Installation and System Reference Guide (this document)

(P/N: F01U287180)

Control Panels (B9512G/B8512G/B5512/B4512/B3512) Owner’s Manual (P/N: F01U287181)*

Control Panels (B5512/B4512/B3512) Program Entry Guide (P/N: F01U287183)

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Control Panels Introduction | en 13

Control Panels (B5512/B4512/B3512) UL Installation Guide (P/N: F01U287185)*

Control Panels (B5512/B4512/B3512) SIA Quick Reference Guide (P/N: F01U287184)*

Control Panels (B9512G/B8512G/B6512/B5512/B4512/B3512) ULC Installation Guide (P/N: F01U321698)*

*Shipped with the control panel.

Located on the documentation CD shipped with the control panel.

Keypad documents

Basic Keypad (B915) Installation Guide (P/N: F01U297873)*

Two-line Alphanumeric Keypad (B920) Installation Guide (P/N: F01U265450)*

Two-line Capacitive Keypad with Inputs (B921C) Installation Guide (P/N: F01U297887)*

ATM Style Alphanumeric Keypad (B930) Installation Guide (P/N: F01U265451)*

Touch Screen Keypad (B942/B942W) Installation Guide (P/N: F01U294527)*

*Shipped with the keypad.

Optional module documents

2-wire Powered Loop Module (B201) Installation and Operation Guide (P/N: F01U301248)*

Octo-input Module (B208) Installation and Operation Guide (P/N: F01U265456)*

Octo-output Module (B308) Installation and Operation Guide (P/N: F01U265458)*

Conettix Ethernet Communication Module (B426) Installation and Operation Guide (P/N:

F01U281208)*

Plug-in Telephone Communicator (B430) Installation Guide Installation Guide (P/N: F01U265454)*

Conettix Plug-in Cellular Communicator (B440) Installation and Operation Guide (P/N: F01U265455)*

Conettix Plug-in CDMA Cellular Communicator (B441) Installation and Operation Guide (P/N: F01U282233)*

Conettix Plug-in GPRS Cellular Communicator (B442) Installation and Operation Guide (P/N: F01U283180)*

Conettix Plug-in HSPA+ Cellular Communicator (B443) Installation and Operation Guide (P/N: F01U283181)*

Conettix Plug-in Communicator Interface (B450) Installation and Operation Guide (P/N: F01U300740)*

Auxiliary Power Supply (B520) Installation and Operation Guide (P/N: F01U265445)*

RADION receiver SD (B810) Installation Guide (P/N: F01U261834)*

SDI2 Inovonics Interface Module (B820) Installation Guide (P/N: F01U265460)*

*Shipped with the module.

Located on the documentation CD shipped with the module.

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14 en | Introduction Control Panels

2.2 Bosch Security Systems, Inc. product manufacturing dates

Use the serial number located on the product label and refer to the Bosch Security Systems, Inc. website at http://www.boschsecurity.com/datecodes/. The following image shows an example of a product label and highlights where to find the manufacturing date within the serial number.

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Control Panels System overview | en 15

B430

Plug-in Telephone Communicator

provides a single

telephone RJ-45 connector

to allow communication

over telephone lines.

Control

Panel

On-board Points

1 to 8

B44x

Conettix Plug-In Cellular

Communicator allows

communication over

a cellular network.

B208

Octo-input modules allow

the addition of up to 8

input devices.

B308

Octo-output modules allow

the addition of up to 8

output devices.

B520

Auxiliary Power Supply modules

expand power by connecting to

an SDI2 device bus or

other 12 volt devices.

B810

RADION receiver SDs

connect RADION wireless devices

to the control panel

B820

SDI2 Inovonics Interface modules

interface with an Inovonics

wireless receiver.

B91x/B92x/B93x/B94x

Use keypads to operate

the control panel by area. B5512 control panels support up to 4 areas. B4512 control panels support up to 2 areas.

B3512 control panels support 1 area.

Each area can have its own account number

or you can group together areas

with a common account number.

B450

Conettix Plug-In Communicator

Interface allows communication

over a cellular network through

the SDI2 bus.

B426

The B426 provides off-board

communication over a network.

3 System overview

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16 en | Installation checklist Control Panels

4 Installation checklist

Before installing and operating the control panel, read these instructions. If you do not read and understand these explanations, you will not be able to install and operate the device properly. The instructions do not eliminate the need for training by authorized personnel. Install, operate, test and maintain this device according to the control panel Installation and System Reference Guide (this document). Failure to follow these procedures may cause the device not to function properly. Bosch Security Systems Inc. is not responsible for any devices that are improperly installed, tested or maintained. The control panel Installation and System Reference Guide (this document) does not contain special information about local requirements and safety issues. Information on such issues is provided only to the extent that it is needed for operation of the device. Ensure that you are familiar with all safety-related processes and regulations in your area. This also includes how to act in the event of an alarm and the initial steps to take if a fire breaks out. The operating instructions should always be available on site. It is a required part of the system and must be given to the new owner if the system is ever sold. Use the workflow and checkboxes below as you complete steps. Each step includes references for more detailed information.

Install the enclosure and wiring label

– Install the enclosure and wiring label, page 18

Install the control panel

– Mount the control panel, page 19 – Connect earth ground, page 20 – Configure OUTPUT A using the jumper, page 20

Install and wire for telephone communication

– Telephone communications, page 28

Install and wire for IP communications

– IP communications, page 32

Install and wire the battery and the transformer

– Power supply, page 22

Begin to charge the battery while you install other devices

– Charge the battery

Install and wire arming devices

– Keypads, keyswitches, keyfobs and transmitters, page 44

Install and wire outputs

– On-board outputs, page 50 – Off-board outputs, page 52

Install and wire inputs

– On-board points, page 54 – Off-board points, page 57 – Wireless modules, page 62

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Control Panels Installation checklist | en 17

Complete the installation

– Program and test the control panel, page 67

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18 en | Control panel installation Control Panels

1 2 3

22 5

5 Control panel installation

This section explains how to mount the control panel enclosure, how to mount the control panel into the enclosure, and provides an overview of how to wire modules to the control panel.

5.1 Install the enclosure and wiring label

Refer to Enclosures, page 86 to determine if the application requires a specific enclosure. Installing the enclosure:

1. Remove any knockouts prior to installing the control panel.

2. Mount the enclosure in the desired location. Use all enclosure mounting holes. Refer to the mounting instructions supplied with the selected enclosure.

3. Pull the wires into the enclosure.

4. Install the supplied Enclosure Wiring Label (B5512/B4512/B3512) on the inside of the enclosure door.

Notice!

Electromagnetic interference (EMI) can cause problems on long wire runs.

Figure5.1: Enclosure and control panel mounting (B10 shown)

Callout ᅳ Description

1 ᅳ Control panel wiring label

2 ᅳ Enclosure mounting holes (4)

3 ᅳ Module mounting locations (4)

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Control Panels Control panel installation | en 19

4 ᅳ Tamper switch mounting location

5 ᅳ Control panel mounting location

5.2 Install the control panel

This section includes instructions to mount the control panel in the enclosure, connect earth ground, and make other control panel connections.

5.2.1 Mount the control panel

1. Identify the control panel mounting location in the enclosure.

Figure5.2: B10 and B11 control panel placement locations

Callout ᅳ Description

1 ᅳ B10 Medium Control Panel Enclosure

2 ᅳ B11 Small Control Panel Enclosure

3 ᅳ Mounting clip locations for the control panel

2. Snap the four supplied plastic standoffs onto four enclosure support posts. If using the B12 Mounting Plate for D8103 Enclosure, attach the standoffs to the plate support posts. Do not attach the standoffs with screws at this time.

Figure5.3: Standoff attachment

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20 en | Control panel installation Control Panels

OUTPUT A (C terminal) = AUX PWR

COM AUX

OUTPUT A (C terminal) = COM

OUTPUT A (C terminal) = DRY

COM AUX

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

ETHERNET

COM AUX R Y G B

PWR A B COM

+ BAT -18VAC

B C

OUTPUT

NO C NC

OUTPUT A

7 COM 8

OUTPUT

USB

ETHERNET

100BASE-T

LINK

COMMUNICATION MODULE 1

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

18 VAC

OUTPUT A

AUX

- 12 V +

3. Place the control panel on top of the standoffs. Align the holes in the corners of the control panel with the openings at the top of each standoff. Secure the control panel to the standoffs with supplied, self-threading screws.

Figure5.4: Mount control panel on standoffs

4. If using the B12 Mounting Plate for D8103 Enclosure, rest the hook tabs on the mounting plate hooks within the enclosure. Secure the lock-down tab to the plate mounting hole with the screw provided.

5.2.2 Connect earth ground

5.2.3 Configure OUTPUT A using the jumper

When planning your installation, carefully consider the use of OUTPUT A. OUTPUT A is a form C relay. You can configure the common terminal (C) of Output A (OUTPUT A) using the jumper: – To provide +12 VDC (AUX power) – To be a COM terminal (parallel to all COM terminals) – To be a dry contact (no voltage, not common) The control panel ships with the jumper in the default position, AUX power. (OUTPUT A, ‘C’ terminal providing AUX PWR). To reconfigure the ‘C’ terminal as a COM terminal (parallel to all COM terminals), remove the door covering the jumper pins, and move the jumper to the left two pins. The OUTPUT A LED lights when OUTPUT A is active. Refer to the figure below or to the Enclosure Wiring Label (B5512/B4512/B3512) to set the OUTPUT A jumper.

Figure5.5: OUTPUT A jumper configuration options (B5512 shown)

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Control Panels Control panel installation | en 21

PWR A B COM PWR A B COM

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

ETHERNET

COM AUX R Y G B

PWR A B COM

+ BAT -18VAC

B C

OUTPUT

NO C NC

OUTPUT A

7 COM 8

OUTPUT

USB

ETHERNET

100BASE-T

LINK

COMMUNICATION MODULE 1

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

18 VAC

BATTERY OUTPUT A

AUX

- 12 V +

OUTPUT A

Jumper Under Cover

AUX PWR COM DRY

PWR A B COM PWR A B COM

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

ETHERNET

COM AUX R Y G B

PWR A B COM

+ BAT -18VAC

B C

OUTPUT

NO C NC

OUTPUT A

7 COM 8

OUTPUT

USB

ETHERNET

100BASE-T

LINK

COMMUNICATION MODULE 1

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

18 VAC

BATTERY OUTPUT A

AUX

- 12 V +

OUTPUT A

Jumper Under Cover

AUX PWR COM DRY

5.3 Control panel to module wiring overview

In the following sections, this document provides instructions for wiring devices to your control panel. You can use interconnect or terminal wiring.

Using terminal wiring

For terminal wiring, use 18 AWG to 22 AWG (1.02 mm to 0.65 mm) wire.

Figure5.6: SDI2 devices daisy chained with terminal wiring (B5512 shown)

Using interconnect wiring

Interconnect wiring connectors parallel the SDI2 terminals (labeled on the control panel). In installations with multiple SDI2 modules, using interconnect wiring makes the installation quicker and easier than using terminal strip wiring. You use any combination of terminal and interconnect wiring to wire multiple modules in parallel, but do not wire a single module to the control panel using both terminal and interconnect wiring. The interconnect wiring connectors are "keyed" (interconnect wiring plug can fit in only one direction).

Figure5.7: SDI2 devices daisy chained with interconnect wiring (B5512 shown)

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6 Power supply

This section provides information on installing and maintaining primary power, batteries, and auxiliary power.

6.1 Primary (AC) power

The control panel uses an 18 VAC, 22 VA internally fused transformer (CX4010) for its primary power source. The control panel draws 125 mA when idle and 155 mA when in the alarm state. The auxiliary power available for powered devices is 800 mA.

Surge protection

Transient suppressors and spark gaps protect the circuit from power surges. This protection relies on the ground connection at the earth ground terminal marked with the icon. Ensure that you connect the terminal to a proper ground. Refer to Connect earth ground, page 20.

AC power fail

The system indicates an AC power failure when the VAC terminals do not have sufficient voltage. The AC Fail Time parameter sets the amount of time without AC power before the control panel reports the failure, and the amount of time after the power returns before the control panel reports restored power.

Self diagnostics at power up and reset

The system performs a series of self-diagnostic tests of hardware, software, and programming at power up and at reset. The self-diagnostics tests complete in approximately 10 to 30 sec. If the control panel fails any test, a System Trouble message appears at the keypads.

6.2 Secondary (DC) power

A 12 V sealed lead-acid rechargeable battery (such as the D126/D1218) supplies secondary power to maintain system operation during interruptions of primary (AC) power.

Notice! Use sealed lead acid batteries only

The charging circuit is calibrated for lead-acid batteries. Do not use gel-cell or NiCad batteries.

Extra batteries

To increase battery back-up time, connect a second 12 V battery in parallel to the first battery. Use a D122/D122L Dual Battery Harness to ensure proper and safe connection.

D1218 Battery

The D1218 is a 12 V, 18 Ah battery for use in applications requiring extended battery standby time. The control panel does not support more than 18 Ah.

6.2.1 Install the battery

1. Place the battery upright in the base of the enclosure.

2. Locate the red and black leads supplied in the hardware pack.

3. Connect the black battery lead to BAT- and then to the negative (-) side of the battery.

4. Connect the red battery lead to BAT+, and then to the positive (+) side of the battery.

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TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

ETHERNET

COM AUX

R Y G B PWR A B COM

+ BAT -

18VAC

B C

OUTPUT

NO C NC

OUTPUT A

7 COM 8

OUTPUT

USB

ETHERNET

100BASE-T

LINK

COMMUNICATION MODULE 1

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

18 VAC

BATTERY OUTPUT A

AUX

- 12 V +

OUTPUT A

Jumper Under Cover

AUX PWR COM DRY

Warning!

Caution!

Figure6.1: Non-power-limited wiring (B5512 shown)

Callout ᅳ Description

1 ᅳ Conduit required for use with external batteries

2 ᅳ To CX4010 UL Listed Class 2 Transformer 18 VAC 22 VA 60 Hz

3 ᅳ 0.25 in (6.4 mm) minimum

4 ᅳ Battery terminals. BAT- is non-power limited

5 ᅳ Battery wires

6 ᅳ 12 V sealed lead-acid rechargeable battery (D126/D1218)

7 ᅳ Sensor loop wires

Charge the battery

Connect the battery and then the transformer to allow the control panel to charge the battery while you complete the installation.

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24 en | Power supply Control Panels

6.2.2 Battery maintenance

Use 12 VDC sealed lead-acid rechargeable battery (7 Ah or 18 Ah). The control panel supports up to 18 Ah of battery. If you use two batteries, they must have the same capacity and you must connect them using the D122/D122L Dual Battery Harness. Replace the batteries every 3 to 5 years. If you install two batteries, replace them both at the same time. Record the date of installation directly on the battery.

Caution!

Exceeding the maximum output ratings or installing the transformer in an outlet that is routinely switched off causes heavy discharges. Routine heavy discharges can lead to premature battery failure.

6.2.3 Battery supervision

The battery charging float level occurs at 13.65 VDC. If the battery voltage drops below 12.1 VDC, the control panel sends a LOW BATTERY report, if programmed to do so. When the battery voltage drops to 10.2 VDC, the keypad or keypads show low battery messages. The control panel (if programmed for power supervision) sends a Battery Low report in the Modem4 communication format. It sends a Low System Battery (302) report in the Contact ID format. When battery voltage returns to 13.4 V, the keypads stop showing the low battery messages. If the control panel is programmed for power supervision, it sends a BATTERY RESTORAL report in the Modem4 communication format or a Control Panel Battery Restored to Normal (302) report in the Contact ID format. If programmed for power supervision, the control panel adds a missing battery event to the event log. If programmed for battery fault reports, the control panel sends a Battery Missing/ Dead report in the Modem4 communication format, or Control Panel Battery Missing (311) report in the Contact ID format.

6.2.4 Battery discharge and recharge schedule

Discharge cycle

13.65 VDC - Charging float level.

12.1 VDC - Low Battery Report, if programmed.

10.2 VDC - Minimum operational voltage.

Recharge cycle

AC ON - Battery charging begins and AC Restoral Reports sent.

13.4 V - Battery Restoral Report sent. Battery float charged.

6.3 B520 Auxiliary Power Supply

The optional B520 provides up to 2 A of 12 VDC standby power for Fire and Burglar applications. For Burglar applications, an additional 2 A of alarm power is available, allowing 2 A of standby current and up to 4 A of alarm current. The B6512 and B5512 support up to 4 B520 modules. The B4512and B3512 support up to 2 B520 modules. Connect a B520 to the SDI2 bus on the control panel using terminals. This section includes basic installation instructions. For detailed installation instructions, refer to the Auxiliary Power Supply Module (B520) Installation Guide for complete installation instructions, and for battery standby time calculations, refer to the B520 Auxiliary Power Supply Module Battery Standby Chart within the installation guide.

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Control Panels Power supply | en 25

6.3.1 SDI2 address settings

Notice!

The module reads the address switch setting only during module power up. If you change the setting after you apply power to the module, you must cycle the power to the module in order for the new setting to take effect.

If multiple B520 modules reside on the same system, each B520 module must have a unique address.

6.3.2 Supervision

The control panel supervises B520 on the SDI2 bus. With any failure to receive an expected response from a B520, all keypads show a system fault. The control panel sends a module trouble report to the central station (if configured for module trouble reports).

6.3.3 Auxiliary power supply trouble conditions

Each auxiliary power supply module on the SDI2 bus monitors several conditions including AC status, battery status, over current status, and a tamper input. Each of these conditions produces a unique system trouble condition at all keypads. The control panel sends a module trouble report to the central station (if configured for module trouble reports).

6.3.4 Installation and control panel wiring (B520)

The power supply draws approximately 15 mA (+/- 1 mA) from the control panel. Ensure that there is enough power for the module and other powered devices you want connected to the system. Refer to On-board outputs, page 50.

Caution!

Remove all power (AC and battery) before making any connections. Failure to do so might result in personal injury and/or equipment damage.

Install the module

1. Set the module address using the address switches before you install it in the enclosure.

2. Insert the plastic mounting clips onto the appropriate standoff locations inside the enclosure or on a mounting skirt, when required.

3. Mount the module onto the plastic mounting clips and then secure it using the supplied mounting screws.

Wire to earth ground

To help prevent damage from electrostatic charges or other transient electrical surges, connect the system to earth ground before making other connections. Recommended earth ground references are a grounding rod or a cold water pipe. When grounding, run wire as close as possible to grounding device.

Caution!

Do not use telephone or electrical ground for the earth ground connection. Use 14 AWG (1.8 mm) to 16 AWG (1.5 mm) wire when making the connection.

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SDI2 OUT

SDI2 IN

PWR A B COM PWR A B COM

R Y G B

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX

R Y G B PWR A B COM

B C

OUTPUT

Figure6.2: B520 earth ground wiring

Callout ᅳ Description

1 ᅳ B520 Auxiliary Power Supply Module

2 ᅳ 14 AWG - 16 AWG (1.8 mm - 1.5 mm) wire

3 ᅳ Ground device (grounding rod or cold water pipe)

Wire to the control panel

When wiring a module to a control panel, use the terminal strip labeled with PWR, A, B, and COM for SDI2 IN to wire to corresponding control panel SDI2 terminals. Use 12 AWG to 22 AWG (2 mm to 0.65 mm) wire.

Figure6.3: B520 to the control panel wiring (B5512 shown)

Callout ᅳ Description

1 ᅳ Control panel

2 ᅳ B520 Auxiliary Power Supply Module

3 ᅳ Terminal strip wiring

6.3.5 Powered device and battery wiring

Wire to SDI2 powered devices

When wiring the output of a B520 to a SDI2 module, you can use either the SDI2 OUT terminal strip labeled with PWR, A, B, and COM to wire to terminals labeled PWR, A, B, and COM on the next module, or you can use the interconnect cable (included). Wiring the output of a B520 to a SDI2 device provides power to the device while passing through data between the control panel and the device.

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Control Panels Power supply | en 27

PWR A B COM

SDI2 OUT

SDI2 IN

PWR A B COM PWR A B COM

SDI2 OUT

SDI2 IN

PWR A B COM PWR A B COM

R Y G B

BATT 1

BATT 2

R B

+ -

Figure6.4: B520 to powered devices - terminal strip or interconnect wiring connector

Callout ᅳ Description

1 ᅳ B520 Auxiliary Power Supply Module

2 ᅳ Powered device (SDI2 module)

3 ᅳ Terminal strip wiring

4 ᅳ Interconnect wiring (P/N: F01U079745)

Wire to batteries

Wiring the B520 to BATT 1 is required for proper operation of standby power for the B520 module. Wiring the second battery (BATT 2) is optional. If a B520 is configured for two batteries as the standby power source, then BATT 2 is also required for proper operation. BATT 2 must have the same capacity and rating as BATT 1. Maximum standby power cannot exceed 36 Ah.

Figure6.5: B520 BATT terminals wiring

Callout ᅳ Description

1 ᅳ B520 Auxiliary Power Supply Module

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2 ᅳ Battery 2 (BATT 2) - (12 V nominal lead acid)

3 ᅳ Battery 1 (BATT 1) - (12 V nominal lead acid)

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28 en | Telephone communications Control Panels

7 Telephone communications

The control panel supports telephone communications through the B430 Plug-in Telephone Communicator.

7.1 B430 Plug-in Telephone Communicator

The B430 Plug-in Telephone Communicator provides communication over PSTN. The module provides a single telephone interface RJ-45 connector for connecting the phone line. The module plugs directly into the control panel with no additional connections required. The control panel supports one plug-in module plugged directly into the control panel board. This section includes basic installation instructions. For detailed installation instructions, refer to the Plug-in Telephone Communicator (B430) Installation Guide.

Notification

number of the control panel – FCC registration number: ESVAL00BB430 – Ringer eq: 0.0B

7.1.1 Supervision

The control panel supervises the phone line. You can configure the supervision time using RPS.

7.1.2 Installation and module wiring (B430)

Ensure that there is enough power for the module and other powered devices you want connected to the system. Refer to On-board outputs, page 50.

Caution!

Remove all power (AC and battery) before making any connections. Failure to do so might result in personal injury and/or equipment damage.

Install the module

The module plugs into a connector and is held in place with a plug-in module retention clip. The module handle and support on top of the module hold the unit during installation. Plug the module into a control panel by aligning the module with the control panel’s on-board connector. The retention clip has a locking device to help hold the card in position. Pull the locking device back. Align the PCB metal contacts with the on-board connector. Push the module into place. The retention clip snaps closed and secures the module in place.

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Wire to the phone line

Figure7.1: PTSN module wiring (B5512 shown)

Callout ᅳ Description

1 ᅳ Premises telephone

2 ᅳ Incoming Telco line

3 ᅳ Installer telephone test set

4 ᅳ RJ-45 phone connector

7.1.3 Diagnostic LEDs

The module uses a green LED to indicate when the module is on or off hook or the line is ringing (incoming phone call).

Flash pattern Function

OFF Standby

ON Line seized

Flash Ringing detect (incoming phone call)

Tab.7.1: PTSN diagnostic LED patterns

7.2 Phone jack location

To prevent jamming of signals, wire the RJ31X or RJ38X jack before the premises telephone system to support line seizure. Install the jack on the street side of the telephone switch, wired ahead of any PBX equipment. Line seizure temporarily interrupts normal telephone usage while the control panel sends data. After installation, confirm that the control panel seizes the line, acquires dial tone, reports correctly to the receiver, and releases the telephone line to the in-house telephone system.

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1 2

Figure7.2: RJ31X wiring

Callout ᅳ Description

1 ᅳ Outside Telco

2 ᅳ Premises telephone

3 ᅳ Bar short removed on Telco connector block insertion – positions 1 and 4 and 5 and 8

4 ᅳ RJ31X jack

5 ᅳ Telco connector block

6 ᅳ To control panel

7.3 Telephone line monitor

The B430 module has a built-in telephone line monitor that tests the telephone line for voltage and current. The normal voltage on a telephone line is approximately 48 VDC (24 VDC for some telephone systems). If the module senses trouble, it starts a programmable telephone line trouble timer, which continues to run as long as the monitor detects trouble. It resets to zero when the control panel senses a normal line. If the timer reaches the delay time in the Phone Supervision program item, it begins a telephone line trouble response. Programming determines what the response is. For programming information, refer to Phone Parameters in RPS Help or in the control panel Program Entry Guide.

Notice!

Bad Line Might Test OK The telephone line monitor uses voltage levels to test the status of the telephone line. In some instances, a given telephone line might be out of service without affecting the voltage on the line. The telephone line monitor cannot recognize this trouble condition.

7.4 Called party disconnect

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Telephone companies provide “called party disconnect” to allow the called party to terminate a call. The called party must go on hook (hang up) for a fixed interval before a dial tone is available for a new call. This interval varies with telephone company equipment. Control panel firmware allows for “called party disconnect” by adding a 35-seconds “on hook” interval to the

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Control Panels Telephone communications | en 31

dial tone detect function. If the control panel does not detect a dial tone in 7 seconds, it puts the telephone line on hook for 35 seconds to activate “called party disconnect,” goes off hook, and begins a seven-seconds dial tone detect. If no dial tone is detected, the control panel dials the number anyway. Each time the control panel dials the number, the control panel records this as an attempt.

7.5 Communication failure

If the control panel has a backup route configured and the first two attempts to reach the receiver over the primary phone line fail, the system switches to the backup route. When it switches to the backup route, it sends a trouble event, and the event that triggered the telephone call to the central station follows. After ten unsuccessful attempts to reach the receiver, the control panel enters communication failure. The control panel clears any reports queued for the failed route and generates a COMM FAIL event that shows on the keypads. A trouble sounder can be programmed to annunciate at the keypads. One hour after a COMM FAIL event, the control panel attempts to send a COMM RSTL event. If a communication failure still occurs, the keypad trouble sounds again.

Notice!

UL Canada Compliance set to Yes If the UL Canada Compliance parameter is set to yes, the control panel does not clear pending reports before generating a COMM FAIL event. It continues to queue the reports for the failed route until the one of the failed routes in the route group is restored. If the queue reaches the capacity of panel event log, the oldest reports are cleared (overwritten).

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8 IP communications

IP communication

The control panel can use on-board Ethernet (IP) connection (the on-board Ethernet port is excluded on “E” versions) to communicate with a Conettix D6600 or a Conettix D6100IPv6 Communications Receiver/Gateway. The control panel can optionally use a Conettix Plug-in Cellular Communicator (B440/B441/ B442/B443). Using Conettix IP communication offers a secure path that includes anti-replay/antisubstitution features and provides enhanced security with up to AES 256-bit encryption (using Cipher Block Chaining (CBC)). The control panel supports Domain Name System (DNS) for both remote programming and central station communication. DNS provides ease of use, eliminating the need to use static IP addresses as your reporting destination, and accommodates a simple solution for central station disaster recovery. The control panel supports both IPv6 and IPv4 networks.

Notice!

For premises equipment used in the communication path, such as routers, use only UL listed equipment.

8.1 On-board Ethernet connection

The built-in Ethernet port on the control panels allows for a network connection without the need for additional modules. The port supports both 10 Base-T (10 Mb) and 100 Base-TX (100 Mb) standards. The port supports full duplex, half duplex, and HP AUTO_MDIX communication, using a standard Ethernet cable. Optionally use this connection for central station reporting, automation, and programming.

8.1.1 Supervision

The control panel supervises its on-board Ethernet connection when the control panel uses the on-board Ethernet in any of the four route groups as part of either the primary route or the backup route, or when the control panel uses the connection as the automation device. Supervision ensures reliable operation of the Ethernet port. If supervised and the on-board Ethernet does not respond to control panel supervision polls, then a system fault message appears at the keypads.

8.1.2 Local RPS programming

Use the on-board Ethernet connection to locally connect with RPS. This connection method requires a direct IP connection from the RPS computer to the on-board Ethernet port. Connecting the control panel to RPS using IP Direct:

1. If the control panel does not use the Ethernet for IP communication, perform Steps 2 and

3. If the control panel does use the Ethernet for IP communication, power down the

control panel and remove the Ethernet cable that connects the control panel to the

network.

2. Connect the control panel to the RPS computer using the Ethernet ports and a standard

Ethernet cable, and apply power to the control panel, if applicable. Within 2 minutes, the

RPS computer assigns an IP address using AutoIP.

3. In RPS, open the control panel account and click the Connect button. From the Connect

Via drop-down list select IP Direct. Click Connect. Once connected, perform the

necessary tasks, and disconnect when finished.

4. Reconnect the cable used for IP communication, if applicable.

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ETHERNET

MODULE 1

MODULE

RELEASE

USB

ETHERNET

100BASE-T

LINK

E 1

For more information on using AutoIP, refer to AutoIP, page 141.

8.1.3 On-board Ethernet diagnostic LEDs

The control panel includes the following on-board LEDs to assist with troubleshooting the onboard Ethernet connection.

Figure8.1: On-board Ethernet and LEDs (B5512 shown)

Callout ᅳ Description

1 ᅳ 100BASE-T LED (green)

2 ᅳ LINK LED (yellow)

Refer to the following tables for information on the 100BASE-T and LINK LEDs.

Flash pattern Function

Communicating at 100 Mb

On Steady

Communicating at 10 Mb.

Off

Tab.8.2: 100BASE-T LED descriptions

Flash pattern Function

Plugged into an Ethernet network.

On Steady

Communication in progress.

Flashing

Unplugged from an Ethernet network, or the Ethernet network is not available.

Off

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Tab.8.3: LINK LED descriptions

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8.2 Conettix Plug-in Cellular Communicators

Cellular plug-in communicators provide communication between the control panel and central monitoring stations or RPS using a cellular network. The module also sends and receives SMS messages for personal notification or system configuration. The control panel supports one Connetix plug-in cellular module (directly plugged into control panel or plugged into a B450). Connect a module using the plug-in module connector or using a B450 (refer to the Conettix

Plug-in Communicator Interface (B450) Installation and Operation Guide and B450 Conettix Plugin Communicator Interface, page 40). This section includes basic installation instructions. For

detailed instructions, refer to the corresponding Conettix plug-in module document listed in Related documentation, page 12.

8.2.1 Supervision

The control panel supervises a plug-in cellular communicator when the control panel uses the module in any of the four route groups as part of either the primary route or the backup route, and the control panel uses the module to route any personal notifications. Supervision ensures reliable operation between the module and the control panel. If supervised and the module does not respond to control panel supervision polls, then a system fault message shows on the keypads. The control panel sends a corresponding report to the central station.

8.2.2 Installation and module wiring (B44x)

Ensure that there is enough power for the module and other powered devices you want connected to the system. Refer to On-board outputs, page 50.

Caution!

Remove all power (AC and battery) before making any connections. Failure to do so might result in personal injury and/or equipment damage.

Install the module

Wire to the antenna

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Figure8.2: Plug-in cellular module wiring (B440 and B5512 shown)

8.2.3 Signal strength and diagnostic LEDs

Five LED patterns indicate that you correctly secured the module in the control panel, and indicate the signal strength obtained by the module.

LED Function

Indicates the overall status of the device.

Blue

Indicates an unacceptable signal strength level.

Red

Indicates a marginal signal strength level.

Yellow

Indicates a good signal strength level.

Green (1 light)*

Indicates a very good signal strength level.

Green (2 lights)

* One green LED indicates the minimum installation level.

Tab.8.4: Cellular module signal strength LED patterns

A single blue Status LED indicates the module status.

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Flash pattern Function

Normal state. Indicates normal operation.

Flashes

once every 1 sec

Communication error state. Indicates the

3 quick flashes

Off

Tab.8.5: Cellular module diagnostic LED patterns

module is unable to communicate on the cellular network.

LED trouble state. Module is not powered, or some other trouble condition prohibits the module from controlling the heartbeat LED.

8.3 B426 Ethernet Communication Module

The B426 Conettix Ethernet Communication Module is a four-wire powered SDI2 device that provides connection for two-way communication over Ethernet networks to the control panels. The control panel supports one module. The B426 Conettix Ethernet Communication Module connects to the SDI2 bus on the control panel using the SDI2 terminals, or using the SDI2 interconnect wiring connector. This section includes basic installation instructions. For detailed installation instructions, refer to the Conettix Ethernet Communication Module (B426) Installation and Operation Guide (P/N: F01U281208).

8.3.1 Address and emulation settings

Notice!

Set the address switch to 1.

8.3.2 Supervision

The control panel supervises in two ways: – Module supervision. The control panel supervises the module through polling. If the

module does not respond to the control panel polling, the control panel declares the

device missing. – Communication supervision. The control panel supervises the communication path by

polling the central station receiver. If the poll is missed from either side, a communication

fault is declared both at the control panel and the central station receiver.

8.3.3 B426 module faults

With a B426 installed, several services become available to the control panel. Any break in the Ethernet connection to a supervised B426 results in a system fault at the keypads indicating Open Cable trouble. If a Domain Name Server (DNS) is available on the network, a failure to resolve an individual Network Address hostname results in a system fault at the keypads indicating DNS ERROR ##. The error number represents the communication module and destination combination that

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failed. Refer to RPS Help or the control panel’s Program Entry Guide for details on communication module/destination combinations. The keypad shows a failure to resolve the domain name used for RPS Network Address. If a B426 fails all communication with the DNS, a system fault indicating Network Module # Address Error shows on all keypads and the control panel sends a trouble event to the central stations, if enabled.

8.3.4 Local RPS programming

Use the B426 IP Direct connect feature to locally connect with RPS. This connection method requires a direct IP connection from the RPS computer to the B426 Ethernet port. Connecting the B426 to RPS using IP Direct:

1. If the B426 does not use the Ethernet for IP communication, perform Steps 2 and 3. If the B426 does use the Ethernet for IP communication, power down the B426 and remove the Ethernet cable that connects it to the network.

2. Connect the B426 to the RPS computer using the Ethernet ports and a standard Ethernet cable, and apply power to the B426, if applicable. Within 2 minutes, the RPS computer assigns an IP address using AutoIP.

3. In RPS, open the control panel account and click the Connect button. From the Connect Via drop-down list select IP Direct. Click Connect. Once connected, perform the necessary tasks, and disconnect when finished.

4. Reconnect the cable used for IP communication, if applicable.

For more information on using AutoIP, refer to AutoIP, page 141.

8.3.5 Installation and control panel wiring (B426)

Ensure that there is enough power for the module and other powered devices you want connected to the system. Refer to On-board outputs, page 50.

Caution!

Remove all power (AC and battery) before making any connections. Failure to do so might result in personal injury and/or equipment damage.

Install the module

1. Set the module address to one using the address switch before you install it in the enclosure.

2. Install the module in the enclosure with the control panel or in an adjacent enclosure that is no more than 1000 ft (305 m) using 18 AWG to 22 AWG (1.02 mm to 0.65 mm) wire from the control panel.

3. Use the screws provided with the module to secure the module in the enclosure.

Wire the module

When you wire an SDI2 module to a control panel, you can use either the terminal strip labeled with PWR, A, B, and COM to wire to corresponding SDI2 terminals labeled on the control panel, or you can use the interconnect wiring connector and the included interconnect cable. For terminal wiring, use 18 AWG to 22 AWG (1.02 mm to 0.65 mm) wire.

Notice!

Use either the terminal strip wiring or interconnect wiring to the control panel. Do not use both. When connecting multiple modules, you can combine terminal strip and interconnect wiring connectors in series.

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7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX

R Y G B PWR A B COM

B C

OUTPUT

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX

R Y G B PWR A B COM

B C

OUTPUT

Y G B

Figure8.3: B426 to control panel wiring - terminal strip or interconnect wiring connector (B5512 shown)

Callout ᅳ Description

1 ᅳ Control panel

2 ᅳ Module

3 ᅳ Terminal strip wiring

4 ᅳ Interconnect cable (P/N: F01U079745) (included)

The module has an Ethernet RJ-45 port for connection to an Ethernet network. Connect an Ethernet cable between the Ethernet jack on the module and a network jack.

Figure8.4: B426 to Ethernet wiring

Callout ᅳ Description

1 ᅳ B426 module

2 ᅳ Ethernet cable

8.3.6 Diagnostic LEDs

The B426 includes the following on-board LEDs to assist with troubleshooting: – Heartbeat (system status). – RX (receive). – TX (transmit). Refer to B426 module overview for Ethernet link LED locations.

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Flash pattern Function

Normal state. Indicates normal operation state.

Flashes once every 1 sec

Communication error state. Indicates a bus communication

3 quick flashes every 1 sec

error. The module is not receiving commands from the control panel.

Trouble state. Indicates a trouble condition exists.

On Steady

LED trouble state. Module is not powered, or some other trouble condition prohibits the module from controlling the

Off

Tab.8.6: Heartbeat LED descriptions

heartbeat LED.

Flash pattern Function

Occurs when the module receives a message over the network connection – UPD, TCP, or DNS.

RX (Receive) Flashing

Occurs when the module sends a message over the network connection – UPD, TCP, or DNS.

TX (Transmit) Flashing

Tab.8.7: RX and TX LEDs descriptions

LINK (yellow) LED pattern 100Mb (green) LED pattern Function

No Ethernet link

Off Off

10Base-T link

On Steady

Off

10Base-T activity

Off

Flashing

100Base-TX link

On Steady On Steady

100Base-TX activity

Flashing

Tab.8.8: Ethernet Link LEDs descriptions

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8.4 B450 Conettix Plug-in Communicator Interface

The B450 gives the ability to connect more than one cellular plug-in communicator to the control panel by providing an interface to the control panel’s SDI2 wiring. The B450 supports one cellular plug-in module. The B450 connects to the SDI2 bus on the control panel using the SDI2 terminals, or using the SDI2 interconnect wiring connector. This section includes basic installation instructions. For detailed installation instructions, refer to the Conettix Plug-in Communicator Interface (B450) Installation and Operation Guide.

8.4.1 SDI2 address settings

Notice!

The control panel supports one module. Set the address switch to 1 to use the module with the control panel.

8.4.2 Supervision

The control panel supervises in two ways: – Module supervision. The control panel supervises the module through polling. If the

module does not respond to the control panel polling, the control panel declares the device missing.

– Communication supervision. The control panel supervises the communication path by

polling the central station receiver. If the poll is missed from either side, a communication fault is declared both at the control panel and the central station receiver.

8.4.3 Installation and control panel wiring (B450)

Ensure that there is enough power for the module and other powered devices you want connected to the system. Refer to On-board outputs, page 50.

Caution!

Remove all power (AC and battery) before making any connections. Failure to do so might result in personal injury and/or equipment damage.

Insert the communication module

Insert the desired communication module into the slot of the B450 until you hear the module “click” into place.

Install the module

1. Set the module address to one using the address switch before you install it in the enclosure.

2. Install the module in the enclosure with the control panel or in an adjacent enclosure that is no more than 1000 ft (305 m) using 18 AWG to 22 AWG (1.02 mm to 0.65 mm) wire from the control panel.

3. Use the screws provided with the module to secure the module in the enclosure.

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3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

Y G B

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX R Y G B

PWR A B COM

B C

OUTPUT

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX R Y G B

PWR A B COM

B C

OUTPUT

Wire to the antenna

The module has a threaded connector for connection to an antenna. Route the antenna cable through a wire knockout in the top of the enclosure. Connect the antenna cable to the module. Secure the antenna cable to the outside of the enclosure. When you wire an SDI2 module to a control panel, you can use either the terminal strip labeled with PWR, A, B, and COM to wire to corresponding SDI2 terminals labeled on the control panel, or you can use the interconnect wiring connector and the included interconnect cable. For terminal wiring, use 18 AWG to 22 AWG (1.02 mm to 0.65 mm) wire.

Notice!

Figure8.5: B450 to control panel wiring - terminal strip or interconnect wiring connector (B5512 shown)

Callout ᅳ Description

1 ᅳ Control panel

2 ᅳ Module

3 ᅳTerminal strip wiring

4 ᅳ Interconnect cable

8.4.4 Diagnostic LEDs

The B450 includes the following on-board LEDs to assist with troubleshooting: – Heartbeat (system status). – RX (receive). – TX (transmit). The plug-in module also includes LEDs for troubleshooting and status.

Flash pattern Function

Flashes

Normal state. Indicates normal operation.

once every 1 sec

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Flash pattern Function

Communication error state. Indicates a bus communication error with the control panel.

3 quick flashes every 1 sec

Trouble state. Indicates a trouble condition exists. Examine the other LEDs to determine

On Steady

the trouble condition.

LED trouble state. Indicates the module is not powered up, or there is a failure in the

Off

Tab.8.9: Heartbeat LED descriptions

module. Check for proper installation.

Flash pattern Function

RX (Receive)

Occurs every time a packet is received on-air.

Flashing

TX (Transmit)

Occurs every time a packet is transmitted onair.

Flashing

Tab.8.10: RX and TX LED descriptions

Refer to the module’s Installation and Operation Guide for more information on the LEDs and troubleshooting.

8.5 Compatible receivers for IP communication

When the control panel is configured to report in Modem4 format, the Conettix central station receiver/gateway and the D6200 Programming/Administration Software may require an update. Requirements are shown in the Modem4 requirements table below.

Receiver/Gateway CPU version D6200 version

Conettix D6600 Communications Receiver/Gateway (with D6641 line cards installed only)

01.10.00 2.10

Conettix D6100IPv6 Communications Receiver/Gateway 01.10.00 2.10

Conettix D6100i Communications Receiver/Gateway 01.10.00 2.10

When the control panel is configured to report in the Contact ID reporting format, the Conettix central station receiver/gateway and the D6200 Programming/Administration Software may require an update as shown in the Contact ID requirements table below.

ContactID reporting format requirements

Receiver/Gateway CPU version D6200 version

Conettix D6600 Communications Receiver/Gateway

01.03.02 1.35

(with D6641 line cards installed only)

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Receiver/Gateway CPU version D6200 version

Conettix D6100IPv6 Communications Receiver/Gateway 61.10.00 2.10

Conettix D6100i Communications Receiver/Gateway 61.04.00 1.35

Notice! Compliance with ULC-S304 and ULC-S559

For compliance, the Conettix central station receiver/gateway and D6200 Programming/ Administration Software must be updated as shown in the following table for both the Modem4 reporting format and the Contact ID reporting format.

ULC-S304/ULC-S559 Modem4 and ContactID reporting format requirements

Receiver/Gateway CPU version D6200 version

Conettix D6600 Communications Receiver/Gateway

01.11.00 2.20

(with D6641 line cards installed only)

Conettix D6100IPv6 Communications Receiver/Gateway 61.11.00 2.20

Conettix D6100i Communications Receiver/Gateway 61.11.00 2.20

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9 Keypads, keyswitches, keyfobs and transmitters

The system can use keypads, maintained or momentary contact keyswitches, wireless RADION keyfobs or Inovonics transmitters, or a combination of these options to turn areas on and off. The B6512 supports up to 6 areas. The B5512 supports up to 4 areas. The B4512 supports up to 2 areas. The B3512 supports 1 area. Refer to Areas and accounts for a description of areas.

9.1 Keypads

Keypads are four-wire powered devices used to operate the system (turn areas on or off for example) and show system status. The B6512 supports up to 12 keypads. The B5512/B4512 supports up to 8 keypads, in any combination of SDI2 keypad models. The B3512 supports up to 4 keypads. SDI2 keypads connect to the SDI2 bus on the control panels using terminals PWR, A, B, and COM. You can connect more than one keypad to the control panel by wiring them in parallel. The control panel sends a trouble report if it loses communication with a keypad and a message appears on all keypads. All SDI2 keypads have: – User-adjustable volume – Keypress tones – A nightlight feature – A display that shows system messages – A sounder that emits warning tones – Highly visible status indicators – Backlit keys, with seven configurable backlight settings ranging from 0% to 100% This section includes basic installation instructions for compatible keypads. For detailed installation instructions, refer to the corresponding keypad document listed in .

9.1.1 B915 Basic Keypad

The B915 Basic Keypad is an SDI2 bus compatible device. It offers the same commands and menu structure as the other B Series intrusion keypads.

9.1.2 B920 Two-line Alphanumeric Keypad

The B920 is an SDI2 bus compatible device. The display shows two lines, 18 characters per line. Each keypad has 10 number keys and seven function keys.

9.1.3 B921C Two-line Capacitive Keypad with Inputs

The B921C is an SDI2 bus compatible device. The keypad features capacitive keys. Each sensor loop is assigned a point number. The keypad transmits sensor loop status to the control panel individually. The control panel detects open, short, and normal circuit conditions on the keypad sensor loops.

9.1.4 B930 ATM Style Alphanumeric Keypad

The B930 is an SDI2 bus compatible device. The keypad features a bright five line display and eight softkeys.

9.1.5 B942 Touch Screen Keypad

The B942/B942W is an SDI2 bus compatible device. Each keypad has a credential reader, a presence sensor, a graphical interface for controlling the system, and touch screen keys for data or command entry.

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Each sensor loop is assigned a point number. The keypad transmits sensor loop status to the control panel individually. The control panel detects open, short, and normal circuit conditions on the keypad sensor loops. The keypad includes one output.

9.1.6 Shortcuts and custom functions

B Series intrusion keypads include a Shortcuts feature. Shortcuts allow you to assign commonly used or custom functions to a Shortcuts menu. You create and assign shortcuts to keypads using RPS.

Custom functions

Custom functions allow you to combine multiple functions into a single function. Initiate custom functions from keypads by assigning them to the Shortcut menu. Use RPS to create custom functions, give them a name, and assign them to a Shortcut. The user must have the appropriate authority level enabled to use the custom function. For more information on creating custom functions, assigning authority levels to the functions, assigning custom functions to a keypad’s Shortcuts, and other methods for initiating custom functions, refer to RPS Help or the control panel Program Entry Guide.

9.1.7 Address settings

The control panel uses the keypad’s address setting for communication and bus supervision. If multiple keypads reside on the same system, each keypad must have a unique address even when on different buses.

B94x/B93x/B92x keypads

B93x and B92x keypads use two hardware address switches. The B94x keypads use two virtual (on-screen) switches that mimic the hardware switches. For single-digit addresses 1 through 9, set the tens switch to 0. The figure shows the keypad switches set to 1:

9.1.8 Supervision

The control panel supervises all enabled SDI2 keypads. Any failure to receive an expected response from a keypad results in a system fault (missing keypad) shows on all keypads. The control panel sends a keypad missing report to the central station, if configured.

9.1.9 Installation and control panel wiring (keypads)

Ensure that there is enough power for the keypad and other powered devices you want connected to the system. Refer to On-board outputs, page 50. Installing a keypad:

1. Open the keypad.

2. Set the keypad address using the address switches

3. Use the provided anchors and screws to mount the keypad base on the wall.

4. Pull the necessary wiring through the mounting plate. Refer to .

5. Install the keypad on the base.

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R Y G B

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX

R Y G B PWR A B COM

B C

OUTPUT

1COM2 3COM4

Wire to the control panel

Connect B Series keypads to the SDI2 bus by parallel wire run from the control panel to each keypad, wire from keypad to keypad, or a combination of the two. For maximum wire lengths, refer to the SDI2 Bus section of the table in Specifications, page 125 and the installation instructions for each keypad. Use a maximum of 7500 ft (2286 m) of 22 AWG (0.8 mm) wire for all devices connected to the SDI2 bus combined.

Figure9.1: Keypad to control panel wiring (B5512 shown)

1 Control panel

2 Keypad

3 Terminal strip wiring

9.1.10 Sensor loops overview and wiring (B921C/B942/B942W only)

The keypad detects three states (Open, Supervised, Short) on its sensor loops and sends the conditions to the control panel. Each sensor loop has an assigned point number. Use twisted-pair wire for the module sensor loops to avoid electromagnetic interference problems. Run wires away from the premises telephone and AC wiring. To wire detection devices to keypad inputs, connect them to the keypad terminals labeled for COM, and 1, 2, 3, or 4. Wire resistance on each sensor loop must be less than 100 Ω with the detection devices connected. The terminal strip supports 12 to 22 AWG (0.65 to 2 mm) wires.

Figure9.2: Keypad inputs wiring (B921C shown)

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Callout ᅳ Description

1 ᅳ Keypad terminal strip

2 ᅳ Sensor loop

3 ᅳ 1 kΩ EOL resistor (P/N: F01U026703)

9.1.11 Output wiring (B942/B942W only)

The keypad provides one NO (normally open) output. (It includes NO and C (COMMON) terminals.) When the output is in an active (energized) state, the NO has continuity with the C terminal.

9.1.12 Troubleshooting

Keypads show a Call for Service message when they cannot communicate with the control panel. The most common causes are:

1. The address switch on the keypad is set to an address that is not programmed in the control panel. Change the address switch to the proper address, or program the control panel using RPS or a different keypad.

2. If your keypads are not powered from the control panel, the control panel might have lost power. Confirm the control panel has power.

3. The wiring from the keypad to the control panel is not correct or has failed. Resolve any wiring problems.

9.2 Keyswitches

You can connect a maintained or momentary contact keyswitch to turn an area All On (armed) or Off (disarmed). Connect the keyswitch to an on-board or off-board point’s sensor loop. You can program outputs to activate arming status LEDs. Refer to Outputs in RPS Help and Point Assignments in the control panel Program Entry Guide.

9.2.1 Operation

Maintained contact

For points connected to the keyswitch and programmed for a maintained contact, an open on the sensor loop turns the area All On (armed). The control panel force arms all faulted points, regardless of the entry in the FA Bypass Max program item. Returning the circuit to normal turns the area off.

Momentary contact

For points connected to the keyswitch and programmed for a momentary contact, shorting the arming sensor loop toggles the area's arming state between All On (armed) and Off (disarmed). The control panel force arms all faulted points, regardless of the entry in the FA Bypass Max program item. Refer to Area Parameters and Point Assignments in RPS Help or the control panel Program Entry Guide.

Silence the bell

To silence the bell (stop Alarm Bell output) if the system is On (armed), operate the keyswitch to turn the area off. If the area is disarmed, turn the keyswitch once to start the arming process. Turning the keyswitch a second time stops the arming process and silences the bell.

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9.2.2 Installation and control panel wiring (keyswitches)

For maintained switches, connect the EOL resistor for the point at the keyswitch so that the switch opens the circuit when it operates. A short on the circuit produces an alarm if the area is armed and a trouble if it is disarmed. For momentary keyswitches, connect the EOL resistor at the keyswitch point so that when the keyswitch operates, it shorts the resistor. An open on the circuit causes an alarm if the area is on (armed) and a trouble if it is off (disarmed).

Figure9.3: Keyswitch wiring

Callout ᅳ Description Callout ᅳ Description

1 ᅳ Maintained keyswitch 5 ᅳ EOL (End of Line) resistor

2 ᅳ Momentary keyswitch 6 ᅳ Open on the circuit arms the area

3 ᅳ Common 7 ᅳ Momentary short on the circuit toggles

the arming state

4 ᅳ Point input

Keyswitches are not intended for use in UL listed systems.

9.3 RADION keyfobs and Inovonics pendant transmitters

The control panel supports one RADION keyfob or one Inovonics pendant transmitter for each user the control panel supports. – B6512. Up to 10 wireless RADION keyfobs or 100 Inovonics pendant transmitters. – B5512. Up to 50 wireless RADION keyfobs or 50 Inovonics pendant transmitters. – B4512. Up to 32 wireless RADION keyfobs or 32 Inovonics pendant transmitters. – B3512. Up to 10 wireless RADION keyfobs or 10 Inovonics pendant transmitters. The control panel supports two RADION keyfob models, RFKF-FB-A and RFKF-TB-A, that communicate with the control panel using the B810 wireless receiver.

RADION keyfob FB

The RADION keyfob FB four button keyfobs are designed for arming (lock icon) and disarming (unlock icon) the system remotely. You can configure the programmable buttons at the control panel for additional control functionality. To operate the programmable buttons, simply press and hold either button for at least one sec in order for the desired feature to work. – Uniquely coded arm and disarm buttons – Panic alarm – LED indicator – Programmable option buttons

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RADION keyfob TB

The RADION keyfob TB two button keyfobs are designed for arming (lock icon) and disarming (unlock icon) the system remotely. To operate these buttons, simply press and hold either button for at least one sec in order for the desired feature to work. – Uniquely coded arm and disarm buttons – Panic alarm – LED indicator

Notice!

For specific installation and operation instructions, please refer to the RADION keyfob (RFKFFB-TB/RFKF-FB-TB-A) Installation Guide (P/N: F01U261820) and the RADION receiver SD (B810) System Reference Guide.

Custom functions and the RADION keyfob FB

Using RPS, you can assign two custom functions to a RADION keyfob FB, allowing a user to initiate the functions wirelessly. For more information, refer to RPS Help or the control panel Program Entry Guide.

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AUX

R PWR

NO C NC

OUTPUT A

B C

OUTPUT

10 On-board outputs

The control panel provides one configurable (power, common, dry) and two open collector onboard outputs.

10.1 Circuit protection

The powered outputs come with circuit protection. Three self-resetting circuit breakers protect the control panel from short circuits on the continuous and programmable power outputs. One self-resetting circuit breaker protects the AUX (auxiliary power) terminal. Another self-resetting circuit breaker protects the OUTPUT A’s C terminal. The third self-resetting circuit breaker protects the PWR/R terminal (power) of the SDI2 terminal block.

Notice!

UL requires any device powered from a power output to be supervised.

10.2 Total available power

The control panel produces up to 800 mA of combined power at 12.0 VDC nominal to power peripheral devices. The outputs listed below and OUTPUT A share the available power.

AUX terminal (auxiliary power)

Powers devices requiring continuous power (for example, motion detectors).

R/PWR terminal and power output of the interconnect connector (SDI2 power)

Power SDI2 devices such as keypads and octo-input modules.

Plug-in module connector

Connect plug-in modules such as the B440.

OUTPUT A

Configure Output A as a dry contact (contact rating is 3 Amps), switched common (sink current), or a powered output. As a powered output, it can provide alarm power or switched auxiliary power. The default configuration for Output A makes it a powered output providing alarm power. Use OUTPUT PARAMETERS in RPS to configure programmable outputs.

10.3 Open collector outputs

OUTPUT B and C

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N/O 1

COMM 1

N/C 1

X1 +

X1 -

COMM 2

N/O 2

N/C 2

X2 +

X2 -

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1. 3 VDC

Open Normal Short

OUTPUT

USB

ETHERNET

100BASE-T

LINK

COMMUNICATION MODULE 1

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

18 VAC

BATTERY OUTPUT A

AUX

- 12 V +

OUTPUT A

Jumper Under Cover

AUX PWR COM DRY

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

ETHERNET

COM AUX R Y G B

PWR A B COM

+ BAT -18VAC

B C

OUTPUT

NO C NC

OUTPUT A

7 COM 8

3 26 30

Outputs B and C are open collector outputs that can sink up to 50 mA of power (+12 VDC), when activated. As an example, the figure below shows using Outputs B and C to trigger the relays of a D134.

Figure10.1: OUTPUT B and C wiring (B5512 shown)

Callout ᅳ Description

1 ᅳ Control panel

2 ᅳ D134 Dual Relay Module

Use OUTPUT PARAMETERS in RPS to configure programmable outputs.

10.4 Continuous power outputs

The continuous current draw for powered devices connected to Terminals 3, 26, and 30, and the ZONEX connector must not exceed 1.4 A. Devices powered from these outputs operate at

12.0 VDC Nominal.

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11 Off-board outputs

The control panel supports off-board outputs using the B308.

11.1 B308 Octo-output Module

The B308 is an eight output expansion device that connects control panel through the SDI2 bus. This module is supervised for the connection to the SDI2 bus. It provides eight independently controlled outputs. Each output can operate as either normally open or normally closed. You can configure the function for each output on the module individually. Refer to Output Parameters in RPS Help or the control panel Program Entry Guide. The B6512 supports up to 9 modules to provide 72 outputs. The B5512 supports up to 5 modules to provide 40 outputs. The B4512 supports up to 3 modules to provide 24 outputs. The B3512 does not support the B308 module. The B308 connects to the SDI2 bus on control panel using SDI2 terminals, or using the SDI2 interconnect wiring connector. You can connect more than one module to the control panel by wiring them in parallel. This section includes basic installation instructions. For detailed installation instructions, refer to the Octo-output Module (B308) Installation and Operation Guide.

Notice!

Do not connect fire and non-fire devices to the same B308.

Outputs overview

Each module output provides a Form C dry contact rated for .001 to 1.0 A at 5 to 24 VDC (resistive load). Normally-open, common, and normally-closed terminals are available for each relay output. When an individual output is activated, continuity exists between the normally open and common terminals. When the output is not activated, continuity exists between the normally closed and common terminals.

11.1.1 SDI2 address settings

Notice!

If multiple B308 modules reside on the same system, each B308 module must have a unique address. The number of outputs allowed by the control panel determines the valid addresses. For valid output numbers, refer to B308 address settings, page 128.

11.1.2 Supervision

The control panel enables supervision of B308 Octo-output Modules on the SDI2 bus when the Output Source of an off-board output is set to Octo-output. With any failure to receive an expected response from the module, all keypads show a system fault. The control panel sends a module trouble report to the central station (if configured for module trouble reports).

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PWR A B COM

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX

R Y G B PWR A B COM

B C

OUTPUT

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX

R Y G B PWR A B COM

B C

OUTPUT

PWR A B COM

R Y G B

11.1.3 Installation and control panel wiring (B308)

Ensure that there is enough power for the module and other powered devices you want connected to the system. Refer to On-board outputs, page 50.

Caution!

Remove all power (AC and battery) before making any connections. Failure to do so might result in personal injury and/or equipment damage.

Install the module

1. Set the module address using the address switches before you install it in the enclosure.

2. Install the module in the enclosure with the control panel or in an adjacent enclosure that is within the distances rated for the module: 400 ft (137 m) with 22 AWG (0.65 mm) wire or 1000 ft (305 m) with 18 AWG (1.02 mm) wire.

3. Use the screws provided with the module to secure the module in the enclosure.

Wire to the control panel

Notice!

Figure11.1: B308 to control panel wiring - terminal strip or interconnect wiring connector

Callout ᅳ Description

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1 ᅳ Control panel

2 ᅳ Module

3 ᅳ Terminal strip wiring

4 ᅳ Interconnect cable (P/N: F01U079745) (included)

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54 en | On-board points Control Panels

1 COM 2 7 COM 83 COM 4 5 COM 6

12 On-board points

The control panel provides eight on-board points . Each point functions independently and does not interfere with the operation of the others. The control panel monitors the sensor loops for normal, shorted, or open conditions between an input terminal and any of the point common terminals. The programming for the point determines how the control panel responds to those conditions. The control panel ignores sensor loops (both on-board and off-board) for 60 seconds after power up to ensure that any connected devices stabilize.

Caution!

Any points programmed as fire supervisory points are latching. A latching point requires acknowledgment before it can be cleared.

12.1 Point sensor loops

You can configure each sensor loop for a single EOL resistor, or for dual EOL resistors. Single EOL resistor is the default. For dual EOL resistors, set the Point Index (point profile) > Circuit Style parameter to dual.

Notice!

You do not need to install the EOL resistor for unused points (Point Index parameter set to 0 [zero]). UL does not permit normally closed loops for commercial fire applications.

Notice!

Optionally use these points for household fire applications. You can connect four-wire detectors to these points, for example.

12.1.1 Single EOL (and no EOL) resistor circuit style

When wiring on-board points for the single EOL resistor circuit style, install the resistor at the far end of the sensor loop to provide a reference for supervision. You can connect dry contact sensing devices in series (normally closed) or in parallel (normally open) to any of these loops. The number of normally open and normally closed detection devices each sensor loop can supervise is limited only by the resistance on the loop. The total resistance for the wire length and contacts, excluding the end-of-line (EOL) resistor, must not exceed 100 Ω.

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1 kW

Point

COM

Figure12.1: On-board point sensor loop wiring, single EOL resistor

Callout ᅳ Description

1 ᅳ 100 Ω maximum

2 ᅳ Point input terminal

3 ᅳ Common

4 ᅳ Normally closed contacts (NC)

5 ᅳ Normally open contacts (NO)

6 ᅳ Combination: Normally open contacts and normally closed contacts (NO/NC)

7 ᅳ 1 kΩ EOL resistor (ICP-1K22AWG-10)

8 ᅳ Brown

9 ᅳ Black

10 ᅳ Red

Point voltage parameters

Point voltage parameters are specified. Refer to Specifications, page 125.

12.1.2 Dual EOL resistor circuit style

Notice!

For the dual EOL resistor circuit style order ICP-1K22AWG-10, package of 10 1.0 kΩ EOL resistors.

Figure12.2: Input wiring with dual EOL resistors

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Callout - Description

1 - Point sensor loop terminals

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56 en | On-board points Control Panels

Callout - Description

2 - Normally closed device (contact)

3 - 1.0 kΩ resistor at device

4 - 1.0 kΩ resistor at EOL (end-of-line)

12.2 Point response time

The control panel scans on-board and off-board point sensor loops every 250 milliseconds. The Debounce parameter in the Point Assignment section of RPS determines point response time by setting the length of time the control panel scans a point before initiating an alarm. The debounce time can range from 250 milliseconds to 6.15 seconds. The default for Debounce is 820 ms.

Notice!

Increasing Debounce time might cause missed alarms. If you increase the Debounce time, detection devices can enter alarm and reset without exceeding the point response time.

Debounce does not apply to points with Point Source configured as Wireless, Output, or IP Camera.

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13 Off-board points

The control panel supports off-board points using the B208.

13.1 B208 Octo-input Module

The B208 is an eight point expansion device that connects to the control panel through the SDI2 bus. This module is supervised and communicates back to the control panel all point status changes. The module points work in the same way as the points on the control panel. The B6512 supports up to 9 modules. The B5512 supports up to 4 modules. The B4512 supports up to 2 modules. The B3512 does not support the B208. The module connects to the SDI2 bus on the control panel using SDI2 terminals, or using the SDI2 interconnect wiring connector. You can connect more than one module to the control panel by wiring them in parallel. This section includes basic installation instructions. For detailed installation instructions, refer to the Octo-input Module (B208) Installation and Operation Guide.

Notice!

Do not connect fire and non-fire devices to the same B208 in a UL commercial fire installation.

13.1.1 SDI2 address settings

Notice!

If multiple B208 modules reside on the same system, each B208 module must have a unique address. The control panel model determines the number of points allowed and the valid addresses. For valid point and address numbers, refer to B208 address settings, page 128.

13.1.2 Supervision

The control panel automatically enables supervision of B208 on the SDI2 bus when an associated point has its source programmed for Octo-input. With any failure to receive an expected response from the module, all keypads show a system fault. The control panel sends a module trouble report to the central station (if configured for module trouble reports).

13.1.3 Installation and control panel wiring (B208)

Ensure that there is enough power for the module and other powered devices you want connected to the system. Refer to On-board outputs, page 50.

Caution!

Remove all power (AC and battery) before making any connections. Failure to do so might result in personal injury and/or equipment damage.

Install the module

1. Set the module address using the address switches before you install it in the enclosure.

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58 en | Off-board points Control Panels

PWR A B COM

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX

R Y G B PWR A B COM

B C

OUTPUT

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX

R Y G B PWR A B COM

B C

OUTPUT

R Y G B

2. Install the module in the enclosure with the control panel or in an adjacent enclosure that is within the distances rated for the module: 1000 ft (305 m) with 18 AWG to 22 AWG (1.02 mm to 0.65 mm) wire.

3. Use the screws provided with the module to secure the module in the enclosure.

Wire to the control panel

Notice!

Figure13.1: B208 to control panel wiring - terminal strip or interconnect wiring connector

Callout ᅳ Description

1 ᅳ Control panel

2 ᅳ Module

3 ᅳ Terminal strip wiring

4 ᅳ Interconnect cable (P/N: F01U079745) (included)

13.1.4 Sensor loops overview and wiring

Only the resistance on the loop limits the number of normally-open or normally-closed detection devices each sensor loop can supervise. Resistance on each sensor loop must be less than 100 Ω with the detection devices connected. The module detects circuit conditions on its sensor loops and sends the conditions to the control panel. Each sensor loop has an assigned point number. Use twisted-pair wire for the module sensor loops to avoid electromagnetic interference problems. Run wires away from the premises telephone and AC wiring. Sensor loop terminals are labeled 1 through 8. Terminals 1 and 2, 3 and 4, 5 and 6, and 7 and 8 share common terminals. The common terminals for each pair are labeled COM. You can configure each sensor loop for a single EOL resistor, or for dual EOL resistors. Single EOL resistor is the default. For dual EOL resistors, set the Point Index (point profile) > Circuit Style parameter to dual.

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Notice!

You do not need to install the EOL resistor for unused points (Point Index parameter set to 0 [zero]). UL does not permit normally closed loops for commercial fire applications.

Notice!

Optionally use these points for household fire applications. You can connect four-wire detectors to these points, for example.

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60 en | Off-board points Control Panels

Single EOL resistor circuit style

Figure13.2: B208 sensor loop wiring

Callout ᅳ Description

1 ᅳ Module

2 ᅳ Sensor loop

3 ᅳ EOL Resistor – 1.0 kΩ (2.0 kΩ and No EOL optional)

4 ᅳ Wiring to additional sensor loops

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Point

COM

Dual EOL resistor circuit style

Notice!

For the dual EOL resistor circuit style order ICP-1K22AWG-10, package of 10 1.0 kΩ EOL resistors.

Figure13.3: Input wiring with dual EOL resistors

Callout - Description

1 - Point sensor loop terminals

2 - Normally closed device (contact)

3 - 1.0 kΩ resistor at device

4 - 1.0 kΩ resistor at EOL (end-of-line)

13.2 Test off-board points

Use the Service Walk Test to ensure that all off-board points operate properly.

Notice!

Walk test does not show extra points. Setting the address switches on off-board point modules can create missing and extra points. If the address switches on two or more modules are set to the same address, the points associated with that address will not test correctly.

13.3 Extra Point events

The control panel generates Extra Point events when it detects a fault for an assigned point with its Point Index set to 0 (disabled). A wired point is considered assigned when its Point Source is set to Octo-input (SDI2). An SDI2 Wireless point is considered assigned when its Point Source is Wireless and it has an RFID assigned. On-board points cannot produce Extra Point events. Points that are Service Bypassed cannot produce Extra Point events.

13.4 Missing point conditions

The control panels respond to missing point conditions based on the point programming and the turned on (armed) state of the point’s area. For example, if an interior motion detector point is missing during a turned off (disarmed) state, the control panel generates a Missing Trouble event; however, if the point is missing while the area is turned on (armed) the control panel generates a Missing Alarm event. Non-fire, 24-hour points always generate a Missing Alarm event, whereas Fire points always generate a Missing Fire Trouble event.

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14 Wireless modules

The control panel supports one B810 or one B820 for wireless sensors for easy and flexible installation.

14.1 B810 receiver

The B810 is a wireless receiver that supports the full line of RADION wireless devices and the RADION repeater. The receiver supports up to 504 wireless point devices, up to 1000 keyfobs, and up to 8 repeaters. Connect a RADION receiver SD to the SDI2 bus on the control panel using SDI2 terminals. This section includes basic installation instructions. Refer to the RADION receiver SD (B810) Installation Guide for detailed installation instructions.

14.1.1 SDI2 address settings

Notice!

The control panel supports only address 1.

14.1.2 Supervision

The control panel enables supervision of the module when you enroll at least one RF device. Available RF devices on the control panel include RF Repeaters, wireless points, or user keyfobs. Any failure to receive an expected response from an SDI2 module results in a system fault display on all keypads and a fault event sent to the central station.

14.1.3 Installation and control panel wiring (B810)

Ensure that there is enough power for the module and other powered devices you want connected to the system. Refer to On-board outputs, page 50.

Caution!

Remove all power (AC and battery) before making any connections. Failure to do so might result in personal injury and/or equipment damage.

Install the module

For best receiver reception results, place the receiver in a central location among the transmitters.

1. Open the module.

2. Set the module to address 1 using the address switch.

3. Use the provided anchors and screws to mount the module base on the wall.

4. Pull the necessary wiring through the mounting plate. Refer to Wire to the control panel (B810).

5. Install the module on the base.

Notice!

Mount the receiver in a location removed from metal. Metal objects (duct work, wire mesh screens, boxes) reduce RF range.

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R Y G B

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX

R Y G B PWR A B COM

B C

OUTPUT

When wiring a module to a control panel, use the terminal strip labeled with R, Y, G, and B to wire to the SDI2 terminals on the control panel. Wire the module in within the distances rated for the module: 600 ft. (183 m) with 22 AWG (0.65 mm) wire or 1000 ft. (305 m) with 18 AWG (1.02 mm) wire.

Figure14.1: B810 control panel wiring

Callout ᅳ Description

1 ᅳ Control panel

2 ᅳ Module

3 ᅳ Terminal strip wiring

14.2 B820 SDI2 Inovonics Interface Module

The B820 allow a control panel to interface with an Inovonics EN4200 EchoStream Serial Receiver. This section includes basic installation instructions. Refer to the SDI2 Inovonics Interface Module (B820) Installation Guide for detailed installation instructions.

14.2.1 SDI2 address settings

Notice!

The control panel supports only address 1.

14.2.2 Supervision

14.2.3 Installation and control panel wiring (B820)

Ensure that there is enough power for the module and other powered devices you want connected to the system. Refer to On-board outputs, page 50.

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64 en | Wireless modules Control Panels

PWR A B COM

R Y G B

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX

R Y G B PWR A B COM

B C

OUTPUT

Caution!

Remove all power (AC and battery) before making any connections. Failure to do so might result in personal injury and/or equipment damage.

Install the module

1. Set the module address using the address switch before you install it in the EN4200 housing.

2. Use a slotted screwdriver top press the housing release tabs and open the housing. Remove the backing from the Velcro piece found in the product packaging to reveal the Velcro adhesive. Place the Velcro’s adhesive side onto the back of the module. Remove the remaining backing to use to secure the module in the housing.

3. Insert the module into the house, connect the serial ports on the B820 and EN4200, and then press gently.

4. Refer to the EN4200 EchoStream Serial Receiver Installation Instructions for mounting and wiring instructions for the receiver.

Wire to the control panel

When wiring a module to a control panel, use the terminal strip labeled with PWR, A, B, and COM to wire to the SDI2 terminals labeled on the control panel. For terminal wiring, use 18 AWG to 22 AWG (1.02 mm to 0.65 mm) wire. Do not exceed a wire length of 1000 ft (300 m) from the control panel. Route the cabling through the control panel enclosure, and through the EN4200 housing.

Figure14.2: B820 to control panel wiring (B5512 shown)

Callout ᅳ Description

1 ᅳ Control panel

2 ᅳ Module

3 ᅳ Terminal strip wiring

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15 Access control

The B6512 supports access control using the B901 Access Control Module. The B6512 supports up to 4 access doors. Any of the following can grant access: – Wiegand-style access control device (card reader) connected to the access control

module – Request to enter (RTE) or request to exit (REX) input – Unlock command on an SDI2 keypad (excluding fire keypads) The control panel access control features can deny access when the system in On (armed). The control panel can also grant access only to certain authorized users depending on whether the area is all on, part on, or off. Programming for automatic disarming when designated authorized users are granted access is also possible. The Dual Authentication feature can optionally require passcode entry with presentation of door credentials before access authorization is granted.

15.1 B901

The B901 Access Control Interface Module is a fully supervised, addressable SDI/SDI2 bus device that allows access control integration for Bosch compatible control panels. This module offers 14 programmable levels of access authority. Authority for access is controlled by the user level, the group of the user, the time of day, the door state, and the area armed state. Control each authority restriction through automatic and manual functions. The module connects to a B6512 SDI2 bus or using the interconnect wiring connector. You can connect more than one module to the control panel by wiring them in parallel. This section includes basic installation instructions. For detailed installation instructions, refer to the Access Control Module (B901) Installation and Operation Guide.

15.1.1 Address settings

Notice!

If multiple access control modules reside on the same system, each access control module must have a unique address. For valid addresses, refer to B901 address settings, page 129.

15.1.2 Supervision

With any failure to receive an expected response from the module, all keypads show a system fault. The control panel sends a module trouble report to the central station (if configured for module trouble reports).

15.1.3 Installation and control panel wiring (B901)

Ensure that there is enough power for the module and other powered devices you want connected to the system. Refer to On-board outputs, page 50.

Caution!

Remove all power (AC and battery) before making any connections. Failure to do so might result in personal injury and/or equipment damage.

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66 en | Access control Control Panels

Install the module

1. Set the module address using the address switches before you install it in the enclosure.

3. Use the screws provided with the module to secure the module in the enclosure.

Wire to the control panel

Notice!

The B901 module also connects to the SDIx bus and functions as a D9210C when SDIx is configured as SDI. Use either the terminal strip wiring or interconnect wiring to the control panel.

15.2 Card reader wiring

To wire the access control module to a card reader, refer to the card reader instructions printed on or shipped with the reader.

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16 Program and test the control panel

When you complete the hardware installation, reconnect the battery, and then plug in the transformer. Next, program the control panel, and then test the control panel and configuration.

Notice!

16.1 Program the control panel

Use RPS or a keypad to program the control panel. Refer to RPS Help and Keypad Installer menu, page 94.

16.2 Perform walk tests

When you perform a walk test, the control panel includes only points assigned to areas within the keypad’s scope, based on the walk test type chosen. During a walk test, the points do not process normally, and only indicate that they were tested. You can perform four different types of walk tests on this system. Each walk test type automatically terminates after 20 min of inactivity. All point verification is disabled for all points during any walk test. The control panel sends Walk Test Start and Walk Test End reports to the central station.

16.2.1 Fire walk test

A fire walk test allows you to test all visible, 24-hr points. A fire walk test includes multiple point types. Points must meet the following criteria: – Have a point source other than Unassigned – Have a point index not set to Disabled (must be non-zero) – Are not service bypassed – Are not invisible points – Have a point type of Keyswitch maintained, Keyswitch momentary, Open/Close Point,

Fire, Aux AC Supervision, or Gas

Performing a fire walk test:

1. Choose a keypad to conduct the test. Ensure that all areas are off (disarmed).

2. Open Main Menu and then go to the [3] Actions Menu > [3] Test > [1] Walk Test > [1] Fire.

3. The keypad shows the number of points that remain untested.

4. To view the list of points, press Enter or View untested points. To scroll through the list

of points, use /Previous or /Next.

5. When you fault a point (press the test button on a smoke detector for example), the keypad emits a brief tone and shows the point name.

Notice!

If the point loop has multiple detectors, then the keypad will emit a tone as confirmation for each fault detected.

16.2.2 Intrusion walk test

An intrusion walk test includes points meeting the following criteria:

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68 en | Program and test the control panel Control Panels

– Have a point source other than Unassigned – Have a point index not set to Disabled (must be non-zero) – Point type must be for a Controlled Point; Part-On, Interior, or Interior Follower – Are not service bypassed – Are not invisible points A controlled point can be programmed for trouble when disarmed.

Performing an intrusion walk test:

1. Choose a keypad to conduct the test. Ensure that all areas are off (disarmed).

2. Open Main Menu and then go to the [3] Actions Menu > [3] Test > [1] Walk Test > [1] Intrusion.

3. The keypad shows the number of points that remain untested.

4. To view the list of points, press Enter or View untested points. To scroll through the list

of points, use /Previous or /Next.

5. When you fault a point (open a door for example), the keypad emits a brief tone and shows the point name and that it has been tested (for example, Pt-4: P4 Follow Tested).

16.2.3 Service walk test

A service walk test allows you to walk test points assigned to any point type. The area scope of the keypad that initiates the walk test determines which points are included in the test. All points are included when the keypad scope is panel wide, including those with a Point Index of 0. A service walk test includes points: – with a point source other than Unassigned – that are disabled (Point Index set to 0) in addition to those that are enabled (non-zero

Point Index)

– that you have service bypassed

During a service walk test: – The summary alarm and summary fire remain off, because there are no Fire or Burg alarm

conditions to summarize.

– The test does not generate any Extra Point troubles. – The test does not log any Extra Point events.

Performing a service walk test:

1. Choose a keypad to conduct the test. Ensure that all areas are off (disarmed).

2. Open Main Menu and then go to the [3] Actions Menu > [3] Test > [1] Walk Test > [1] Service.

3. The keypad shows the number of points that remain untested.

4. To view the list of points, press Enter or View untested points. To scroll through the list

of points, use /Previous or /Next.

5. When you fault a point (move in front of a motion sensor for example), the keypad emits a brief tone and shows the point name and information (for example, Area-1 Point-7 Onboard: Short).

16.2.4 Invisible walk test

An invisible walk test allows you to test both controlled points and 24-hr points. Points assigned to Point Indexes with the Invisible Point parameter set to Yes. An invisible walk test includes points meeting the following criteria: – Have a point source other than Unassigned

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– Have a point index not set to Disabled (must be non-zero) – Have a point index configured with the point type of 24-Hour, Part On, Interior, or Interior

Follower

– Are not service bypassed

Performing an invisible walk test:

1. Choose a keypad to conduct the test. Ensure that all areas are off (disarmed).

2. Enter your passcode and press Enter. The keypad shows the number of points that remain to be tested.

3. The keypad shows the number of points that remain untested.

4. To view the list of points, press Enter or View untested points. To scroll through the list

of points, use /Previous or /Next.

5. When you fault a point (open a door for example), the keypad emits a brief tone and shows the name.

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TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

ETHERNET

COM AUX

R Y G B PWR A B COM

+ BAT -

18VAC

B C

OUTPUT

MODULE 1

MODULE

RELEASE

NO C NC

OUTPUT A

7 COM 8

OUTPUT

USB

ETHERNET

100BASE-T

LINK

COMMUNICATION MODULE 1

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

18 VAC

BATTERY OUTPUT A

AUX

- 12 V +

OUTPUT A

Jumper Under Cover

AUX PWR COM DRY

5 6

20 19

16 1518

17 Control panel board overview

Figure17.1: Control panel board overview (B5512 shown)

Callout ᅳ Description For more information, refer to:

1 ᅳ Jumper to configure OUTPUT A Configure OUTPUT A using the jumper, page 20

2 ᅳ OUTPUT A LED

3 ᅳ Holes to stabilize plug-in modules Installation and module wiring (B430), page 28 or

4 ᅳ Plug-in module connector

Installation and module wiring (B44x), page 34

5 ᅳ Green 100BASE-T LED On-board Ethernet diagnostic LEDs, page 33

6 ᅳ Yellow LINK LED

7 ᅳ Plug-in module retention clip Installation and module wiring (B430), page 28 or

8 ᅳ On-board Ethernet connector On-board Ethernet connection, page 32

9 ᅳ USB connector Programming

10 ᅳ Heartbeat LED (blue)

11 ᅳ RESET button

Installation and module wiring (B44x), page 34

12 ᅳ Terminals for Output B and Output C Open collector outputs, page 50

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Callout ᅳ Description For more information, refer to:

13 ᅳ Tamper switch connector Install the enclosure and wiring label, page 18

14 ᅳ SDI2 interconnect wiring connector SDI2 interconnect wiring

15 ᅳ Sensor loop terminals for points 1 to 8 On-board points, page 54

16 ᅳ SDI2 terminals (power and data) SDI2 devices general system wiring, page 78

17 ᅳ Auxiliary power terminals On-board outputs, page 50

18 ᅳ Terminals for OUTPUT A Configure OUTPUT A using the jumper, page 20

19 ᅳ Battery terminals Secondary (DC) power, page 22

20 ᅳ 18 VAC power input terminals Primary (AC) power, page 22

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18 System wiring diagrams

18.1 System wiring overview

Notice!

For UL Certificated accounts, additional power can be obtained using only a UL Listed auxiliary 12.0 VDC regulated, power-limited power supply, such as the B520. All terminals are power limited except BAT+ (battery positive). All terminals are supervised except OUTPUT A, OUTPUT B, and OUTPUT C. For proper supervision, do not loop wire under terminals. Break the wire run to provide supervision of connections.

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N/O 1 COMM N/C 1

X1 +

X1 -

COMM

N/O 2

N/C 2

X2 +

X2 -

EOL

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

ETHERNET

COM AUX

R Y G B PWR A B COM

+ BAT -

18VAC

B C

OUTPUT

MODULE 1

MODULE

RELEASE

NO C NC

OUTPUT A

7 COM 8

OUTPUT

USB

ETHERNET

100BASE-T

LINK

COMMUNICATION MODULE 1

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

18 VAC

BATTERY OUTPUT A

AUX

- 12 V +

OUTPUT A

Jumper Under Cover

AUX PWR COM DRY

Figure18.1: System wiring overview (B5512 shown)

Callout ᅳ Description Callout ᅳ Description

1 ᅳ Control panel 8 ᅳ SDI2 wiring

2 ᅳ CX4010 UL Listed Class 2 Transformer 18 VAC 22 VA 60 Hz or in Canada, an ICP-TR1822-CA Plug-in Transformer 120 VAC primary, 18 VAC 22 VA secondary.

3 ᅳ To earth ground 10 ᅳ To ICP-EZTS Tamper Switch

4 ᅳ D122/D122L Dual Battery Harness, as required 11 ᅳ Programmable outputs

5 ᅳ Batteries (Unsupervised) 12 ᅳ External relay

6 ᅳ Audible signaling device 13 ᅳ USB connector

7 ᅳ UL Listed four-wire smoke detectors with EOL

9 ᅳ Supervised sensor loops, points 1 to 8 (Initiating Device Circuits)

14 ᅳ RJ-45 modular jack for Ethernet (optional)

resistor

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BAT 2-

BAT 2+

BAT 1-

BAT 1+

CHGR-

VAUX+

SUPV

CHGR+

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

ETHERNET

COM AUX R Y G B

PWR A B COM

+ BAT -18VAC

B C

OUTPUT

NO C NC

OUTPUT A

7 COM 8

OUTPUT

USB

ETHERNET

100BASE-T

LINK

COMMUNICATION MODULE 1

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

18 VAC

BATTERY OUTPUT A

AUX

- 12 V +

OUTPUT A

Jumper Under Cover

AUX PWR COM DRY

18.2 Battery lead supervision wiring

Figure18.2: Battery lead supervision wiring (B5512 shown)

Callout ᅳ Description

1 ᅳ D113 Battery Lead Supervision Module, if required

2 ᅳ Batteries

3 ᅳ To supervision point

4 ᅳ Control panel

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SMOKE

RESET

SMOKE

B PWR

PASS-THRU

A COM

A COM B

18.3 2-wire smoke wiring (B201)

Figure18.3: B201 to control panel wiring

Callout ᅳ Description

1 ᅳ Control panel

2 ᅳ Interconnect wiring cable

3 ᅳ B201

4 ᅳ EOL resistor

5 ᅳ 1.8 kΩ EOL resistor (P/N: F01U009011) (included with the module)

6 ᅳ Smoke reset wire

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CCD 0x

0xxxx -

000

D125B

1992

1 SWITCH POWER

EARTH

GND

ZONE

4 5

PANEL

COMMON

ZONE

B-

LOOP

A-

LOOP

B+

LOOP

A+

LOOP

R21

R10

R14

R11

R12

R22

RV2

RV3

RV4

RV1

TB1/J1

R3C1R7

R13R4R5

PTC2

PTC1

D125B

4, 5

7, 9

6, 8

or 5

UX PWR

18.4 2-wire smoke wiring (D125B)

Figure18.4: D125B to control panel wiring (B5512 shown)

Callout ᅳ Description Callout ᅳ Description

1 ᅳ Switched auxiliary power from the control panel’s Output A (NC)

2 ᅳ Connection from an on-board point on the control

7 ᅳ Supervised smoke detector to A LOOP negative

8 ᅳ Supervised smoke detector to B LOOP positive

panel to Zone B

3 ᅳ Connection from an on-board point on the control

9 ᅳ Supervised smoke detector to A LOOP positive

panel to Zone A

4/5 ᅳ Connection to the control panel’s common (one

10 ᅳ Earth ground

connection only)

6 ᅳ Supervised smoke detector to B LOOP negative 11 ᅳ Output A jumper (under cover) set to AUX PWR

You can also use Output B or C in conjunction with a D133 or D134 relay module.

18.5 Notification appliance circuit wiring

The control panel does not have an onboard NAC. Use a D192G Notification Appliance Circuit Module for systems requiring a NAC. Programming determines the output format and the conditions that activate the output. One self-resetting circuit breaker protects against shorts. When using the output to activate notification appliance circuits in UL Listed fire alarm applications, install a D192G Notification Appliance Circuit module. Refer to the D192G Notification Appliance Circuit Module Installation Guide (P/N: 4998122260) for detailed wiring information and specifications.

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Figure18.5: Notification appliance circuit wiring (B5512 shown)

Callout ᅳ Description

1 ᅳ Control panel

2 ᅳ Output jumper set to configure OUTPUT A terminal C for AUX POWER (jumper cover removed)

3 ᅳ D192G Notification Appliance Circuit module

4 ᅳ 1k Ω EOL resistor (P/N: F01U033966)

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1 21

7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX R Y G B

PWR A B COM

B C

OUTPUT

18.6 SDI2 devices general system wiring

Figure18.6: SDI2 devices system wiring (B5512 shown)

Callout ᅳ Description B6512

capacity

B5512/ B5512E capacity

B4512/ B4512E capacity

1 ᅳ B208 Octo-input Modules 9 4 2 0

2 ᅳ B308 Octo-output Modules 9 5 3 0

3 ᅳ B426 Conettix Ethernet Communication Modules 1 1 1 1

4 ᅳ B450 Conettix Plug-in Communicator Interfaces 1 1 1 1

5 ᅳ B520 Auxiliary Power Supply Modules 4 4 2 2

6 ᅳ B810 or B820 SDI2 Inovonics Interface Modules 1 1 1 1

7 ᅳ Compatible keypads 12 8 8 4

8 ᅳ B901 Access Control Modules 4 0 0 0

Notice!

The SDI2 power terminal (R/PWR) is power limited. The SDI2 terminals are supervised.

18.6.1 SDI2 bus wiring recommendations

Use the following SDI2 bus wiring recommendations for SDI2 installation. The control panel and SDI2 modules use the SDI2 bus to communicate with one another.

B3512/ B3512E capacity

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7 COM 8

OUTPUT

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

AUX

- 12 V +

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

COM AUX R Y G B

PWR A B COM

B C

OUTPUT

You can wire modules via home run, daisy chain, or single level T-tap anywhere on the SDI2 bus.

Figure18.7: SDI2 bus wiring recommendations (B5512 shown)

Callout ᅳ Description

1 ᅳ Control panel

2 ᅳ SDI2 device (module or keypad)

3 ᅳ Daisy chain wiring

4 ᅳ Single-level T-tapped wiring

5 ᅳ Home run wiring

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Notice!

There can only be a difference of 2 volts (maximum) between the AUX power terminals of the control panel or power supply and the device for the modules and keypads to work properly under all conditions.

Maximum cable lengths

Follow these rules when wiring the SDI2 bus: – The SDI2 bus requires the use of unshielded cable from 12 AWG to 22 AWG. – Refer to the SDI2 device or keypad documentation for the allowable maximum distance

from the control panel.

– Maximum overall cable lengths are listed in the following table:

Cable capacitance Overall cable length Cable capacitance Overall cable length

pF/ft ft pF/ft ft

< 17 7500 27 5185

18 7500 28 5000

19 7350 29 4828

20 7000 30 4700

21 6666 31 4516

22 6363 32 4400

23 6086 33 4242

24 5800 34 4100

25 5600 35 4000

26 5385 36 3800

Table18.11: Maximum cable length

Notice!

Use unshielded cable only. Maximum capacitance of 140nF (140,000 pF) per system. Contact the wire manufacturer for the capacitance ratings of the wire being used.

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This equipment should be installed in a ccordance with the NFPA 70 (Na tional Electrical Code), the NFPA 72 (National F ire Alarm Code), and the local authority having j urisdiction. Depending on the application, the inst allation is to be in acc ordance with one or more of the following UL standards: UL681 Install ation and Classification of Mercantile and Bank Bu rglar Alarm Systems; UL1076 Propriet ary Burglar Alarm Systems and Units; UL1641 Install ation and Classificati on of Residential Burglar Alarm Systems. Printed informat ion describing proper inst allation, operation, test ing, maintenance, repair ser vice and response to an alarm is to be provided with t his equipment. Warning: Owner's Instruction Notice (P/N: F01U287181): Not to be removed by anyone except occupant. Avertissement : guide de l'utilisateur (réf. : F01U287181) : seul l'occupant est autorisé à le retirer.

B6512/B5512/B4512/B3512

Bosch Security Systems, Inc. recommends testing the entire system at least once a week, and having a qualified technician check the system at a minimum of once every 3 years.

Suitable for the following applications: 1) Household Burglar Alarm System Units. 2) Household Fire Warning System Units. 3) Police Station connect, Mercantile Premise alarm system, Mercantile Safe and Vault alarm system. For all Police Station applications, Model D8108A Attack Resistant Enclosure with a UL Listed local sounding device is required. 4) Local, Mercantile Premise alarm system and Mercantile Safe and Vault alarm system. 5) Central Station, suitable as a dual signal line transmission system.

6) Proprietary Burg. 7) Holdup Alarm Units and System.

This equipment has been type tested and found to comply with the specifications in Part 15 of FCC rules for Class B Computing Devices. Operation is subject to the two following conditions (1) this device may not cause any interference, and (2) this device must accept any interference received including interference that may cause undesired operation.

POWER SUPPLY REQUIREMENTS

The Power Supply provides a maximum of 800 mA for the Control Panel and all Accessory Devices. All external connections are inherently power limited, Class 2.

Requirements for battery standby time might reduce allowable output.

THIS UNIT INCLUDES AN ALARM VERIFICATION FEATURE THAT WILL RESULT IN A DELAY OF THE SYSTEM ALARM SIGNAL FROM THE INDICATED CIRCUITS. THE TOTAL DELAY (CONTROL PANEL PLUS SMOKE DETECTORS) SHALL NOT EXCEED 60 SECONDS. NO OTHER SMOKE DETECTOR SHALL BE CONNECTED TO THESE CIRCUITS UNLESS APPROVED BY THE LOCAL AUTHORITY HAVING JURISDICTION.

WARNING

Circuit (point)

Control panel delay, seconds

Smoke detector

∗

Include detector data or the following or equivalent statement: “Use the delay (power-up/start-up) time marked on the installation wiring diagram of the smoke detector or on the installed smoke detector(s).”

Model

Delay, seconds

This equipment should be installed in accordance with the CSA C22.1, Canadian Electrical Code, Part 1, Safety Standard for Electrical Installations.

B6512_B5512_B4512_B3512_ULLD-05

Communication: Standard Line Security: Cellular or IP A4: Cellular or IP P3: DACT

CAUTION! AVERTISSMENT!

Avoid damage to Panel. Do not connect 24 V to terminals. Pout éviter d’emdommager la centrale : Ne pas raccorder l’alimentation électrique de volts aux bornes.

Minimum system requirements for Classification in accordance with ANSI/SIA CP-01-2010 UL Listed and Classified control unit Model B5512, B4512 or B3512; UL Listed and Classified keypad Model B915/B915I, B920, B921C, B930, B942, or B942W UL Listed Local Bell

Model number B430 complies with Part 68, FCC Rules. FCC Registration Number: ESVAL00BB430 Ringer Eq 0.0B

Model number B430 complies with CS-03, IC Rules, IC: 1249A-B430

REN 0.0

Optional B440/B441/B442/B443 - Or - Optional B430

GND OUT

Interconnect Connector

OUTPUT A (C terminal) = AUX PWR

GND OUT

OUTPUT A (C terminal) = COM

OUTPUT A (C terminal) = dry contact

GND OUT

BATTERY POSITIVE ONLY

BATTERY NEGATIVE ONLY

Do not connect to a receptacle controlled by a switch. Do not share with other equipment.

B6512/B5512/B4512/B3512 use a CX4010 UL Listed Class 2 Transformer 18 VAC 22 VA 60 HZ, or in Canada, an ICP-TR1822-CAN Plug-in Transformer 120 VAC primary, 18 VAC 22 VA secondary.

Incorrect wiring might damage this equipment.

Maximum charging current is 1 A auxiliary power at 12 VDC. BATTERY: Replace every 3 to 5 years with one or two D126 or one D1218 12 V Lead Acid Batteries for Burglary or Combination Fire and Burglary Systems.

WARNING! ATTENTION!

Multi-Battery installation requires Model D122 or D122L Dual Battery Harness. Improper installation can be a fire hazard. Le installations à plusieurs batteries nécessitent un faisceau de câbles de Batterie double de modèle D122 ou D122L. Toute installation inadéquate peut causer un risque d’incedie.

For UL Listed fire alarm applications, use a D192G Notification Appliance Circuit module.

SDI2 keypads, input and output modules, communicators, wireless receivers, and door controllers.

Supervised Loops

Open 3.7 to 5.0 VDC Normal 2.0 to 3.0 VDC Short 0.0 to 1.3 VDC With 1 k

Ω

EOL Resistor (P/N:15093130-004). For other EOL options, refer to the UL Installation Guide (P/N: F01U287185). Typical Initiating Devices are Door Contacts NO/NC, Floor Mats, Motion Detectors, Glass Break Detectors, etc.

EOL

D134 Dual Relay Module

N/O 1

N/C 1

X1 +

X1 -

N/O 2

N/C 2

X2 +

X2 -

COMM 1

COMM 2

ICP-EZTS Tamper Switch

For a list of 2-wire smoke detectors compatible with the D125B Dual Class B Initiating Module, refer to the D125B Installation Instructions (P/N: F01U036340).

For a list of 2-wire smoke detectors compatible with the B201, refer to the B201 Installation Guide (P/N: F01U296412).

GND OUT

An EOL power supervision module might be required for use with 4-wire smoke detectors.

(Optional)

Auxilliary Powered Devices 11.5 to 12.4 VDC. Below 10.2 VDC, the B6512/B5512/B4512/B3512 stops processing Loop inputs.

ATTENTION!

CETTE UNITÉ COMPREND UNE FONCTIONNALITÉ DE VÉRIFICATION DES ALARMES QUI CONDUIT À UN RETARD DU SIGNAL D'ALARME DU SYSTÈME PROVENANT DES CIRCUITS INDIQUÉS. LA RETARD TOTAL (CENTRALE + DÉTECTEURS DE FUMÉE) NE DOIT PAS DÉPASSER 60 SECONDES. NE CONNECTER AUCUN AUTRE DÉTECTEUR DE FUMÉE À CES CIRCUITS, SAUF SI CELA EST PERMIS PAR LES RÉGLEMENTATIONS LOCALES EN VIGUEUR

F01U287186-09a

For ULC installations, refer to the ULC Installation Guide (P/N: F01U321698 for en and for fr).

18.7 Wiring label

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19 Approved applications

The UL System Chart references the components that are evaluated and listed by UL for compatibility with B6512/B5512/B4512/B3512. These components meet the basic system requirements for the applicable standard. Refer to Compatible UL listed components, page 87. The system wiring diagrams show the relationship between the control panel and the accessory components. Refer to System wiring diagrams, page 72.

19.1 Optional compatible equipment

You can use UL Listed components not requiring evaluation for electrical compatibility in many applications when installed according to the manufacturer’s instructions.

19.1.1 Burglar applications

You can use UL Listed components not requiring evaluation for electrical compatibility in burglary applications. In some cases, you must use a UL Listed interface module with the sensors. Consult the individual component specification and installation documents to determine suitability.

19.1.2 Bank safe and vault applications

You must use the D8108A Attack-Resistant Enclosure to meet UL Standard 681. Refer to for wiring instructions and diagrams.

Control panel enclosure requirements

UL Standard 681 for Installation and Classification of Mercantile and Bank Burglary Alarm Systems requires foil lining or equivalent protection of the control unit enclosure. The D8108A Attack-Resistant Enclosure does not have a foil lining, but acceptable protection is provided by mounting electronic vibration sensors inside the enclosure.

Notice!

Do not use proximity alarms (capacitance) to protect the control panel enclosure.

– Install the same electronic vibration sensors in the D8108A that are used to protect the

safe or vault.

– Mount the Sentrol 5402, Potter EVD-S, or Arrowhead S-3810 electronic vibration

detection (EVD) system inside the D8108A to meet the UL 681 requirements. – Install and test the EVD sensor according to the manufacturer’s instructions. – Mount the EVD sensor directly inside the metal cabinet of the D8108A.

Caution!

Do not install the EVD sensor within 6.4 mm (0.25 in) of the components or traces of the printed circuit assembly.

Battery connections

– Using a D122 Dual Battery Harness, connect two 12 V 7 Ah batteries in the control panel

enclosure. – Use a separate D8108A for the two 12 V 7 Ah batteries. When using a D122L Dual Battery

Harness, wire the batteries in parallel and connect the harness to the BAT+ and BAT-

terminals of the control panel.

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0.64 mm (0.25 in) minimum distance

Bell requirements

Use the following Rothenbuhler bell and balanced line modules with the control panel: – UL Listed Model 5110 Bell – UL Listed Model 4001-42 External Line Balancer

Wiring information for installations using the Rothenbuhler 5110/4001-42 High Security Bell

Refer to the following two figures for wiring information.

Figure19.1: Rothenbuhler 5110 4001-42 High Security Bell to control panel wiring

Callout ᅳ Description Callout ᅳ Description

1 ᅳ Self-contained UL listed vibration sensor 9 ᅳ D122/D122L Dual Battery Harness

2 ᅳ Control panel 10 ᅳ D126 Battery

3 ᅳ Accessory modules 11 ᅳ D8108A Enclosure

4 ᅳ High line security module 12 ᅳ Proximity/control unit

5 ᅳ 4001-42 Balanced Line Module 13 ᅳ Normally open (NO)

6 ᅳ 5110 Bell 14 ᅳ Normally closed (NC)

7 ᅳ D133 Relay 15 ᅳ End-of-line (EOL) resistor

8 ᅳ Alarm input point

Use Terminals 1 through 8. (Select only one.)

Use a D113 Battery Lead Supervision Module to supervise the battery connections

16 ᅳ Safe

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R E D O R G W H T B L K

N/O 1

COMM 1

N/C

X1 -

X1+

1 632

COM AUX

TMPR

1 COM 2 7 COM 83 COM 4 5 COM 6

RESET

ETHERNET

COM AUX

R Y G B PWR A B COM

+ BAT -

18VAC

B C

OUTPUT

NO C NC

OUTPUT A

7 COM 8

OUTPUT

USB

ETHERNET

100BASE-T

LINK

COMMUNICATION MODULE 1

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 61 COM 2

R Y G B

SDI2

Device Bus

18 VAC

OUTPUT A

AUX

- 12 V +

Figure19.2: Detailed Rothenbuhler 5110_4001-42 High Security Bell to control panel wiring (B5512 shown)

Callout ᅳ Description Callout ᅳ Description

1 ᅳ 5110 Logic Board 8 ᅳ Alarm input point*

2 ᅳ 4001-42 External Line Balancing Module 9 ᅳ 10 kΩ resistor

3 ᅳ Control panel set to OUTPUT A using AUX PWR

4 ᅳ Alarm output 11 ᅳ D133 Relay Module

5 ᅳ Alternate alarm (use B or C) 12 ᅳ BBL In 4

10 ᅳ Optional silence switch

6 ᅳ Common 13 ᅳ BBL Out 5

7 ᅳ +12.0 VDC 14 ᅳ Terminal TB1

Use Terminals 1 through 8. (Select only one.)

Notice!

Bell Test at Arming: UL Standard 365 requires a Bell Test at arming for bank safe and vault applications.

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System configuration requirements

The following configuration and programming options are required for UL Bank Safe and Vault Systems. Refer to RPS Help or the control panel’s Program Entry Guide for programming information.

Safe and Vault protective circuits

To test the devices that protect the safe(s) or vault(s) without sounding the bell, specify the devices’ points as controlled zones and supervised for trouble conditions. Refer to Point Index in RPS Help or the control panel’s Program Entry Guide more information.

Bell configuration

– UL 365 requires a bell time of 15 to 30 min. The Rothenbuhler 5110 Bell provides

selectable bell time through manipulation of its jumpers. Refer to the manufacturer’s installation instructions for more information.

– In addition to the jumper settings inside the bell, you can activate the control panel for a

bell time of 15 min.

– UL 365 requires a Bell Test at arming and you must enable it in control panel

programming.

– Refer to the various bell parameters in RPS Help or the control panel’s Program Entry

Guide for more bell time and test programming information.

Bell test

– To enable the bell test feature, you enable an unused area of the control panel. Enable

the bell test feature for the unused area only. Program OUTPUT B as the area bell output for the unused area.

– Make all passcodes with authority to arm the safe or vault and also send a Closing Report

valid in this area. Program the area for a five-second exit delay.

– To complete the installation for this feature, connect the output to a D134 Dual Relay

Module.

Exit delay

Do not program the control panel’s maximum exit delay longer than 30 seconds.

19.1.3 Fire applications

You can use UL Listed fire initiating devices not requiring electrical compatibility evaluation in any application. For example, the four-wire smoke detectors, heat detectors, waterflow switches, and manual pull stations are suitable fire initiating devices. Consult the individual component specification and installation documents to determine suitability.

Notice!

UL requires that the control panel supervises any device powered from a power output.

Notice!

The control panel does not support multiple detectors in alarm. The control panel is compatible with detectors with optional features. Do not mix detectors from different manufacturers on the same circuit.

Four-wire smoke detectors

When using four-wire smoke detectors, install a power supervision device according to the manufacturer’s instructions. You can connect any number of four-wire smoke detectors to the control panel (subject to available auxiliary power).

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The Reset Sensor command is available from the keypads when the Reset Sensor is enabled. Connect the smoke detectors to a suitable interface such as the B208 Octo-input Module or on-board point to meet UL and NFPA requirements.

Notification Appliance Circuit (NAC)

Refer to Notification appliance circuit wiring, page 76.

Notice!

Test Weekly: Perform a Fire Test weekly.

Further information

– – Household Fire Warning equipment, page 91

NFPA Style A (Class “B”) Circuit

Loops A and B on the D125B Module are NFPA Style A (Class “B”) initiating circuits suitable for connecting any fire alarm initiating device, including two-wire and four-wire smoke detectors. Connecting initiating devices to on-board points (1 through 8) on the control panel. – Use a D125B Powered Loop Interface Module with two-wire initiating devices. – Use a D129 Dual Class “A” (NFPA Style D) Initiating Circuit Module with any type of

initiating device, except a two-wire smoke detector. Connecting initiating devices to off-board points: – Do not connect two-wire smoke detectors to POPITs or MUX bus inputs. – Use the D9127U or D9127T POPIT Modules to connect four-wire smoke.

Other devices

Use a D130 Relay Module, D8129 OctoRelay, or Switched Aux (Terminal 8) to provide reset capability to other initiating devices such as: – B308 Octo-output Module – D125B Powered Loop Interface Module (2-wire smoke detector module) – D129 Dual “Class A” Initiation Circuit Module (4-wire smoke detector) – D9127T/U POPITs – On-board points Install devices according to the manufacturer’s instructions. For more information, refer to Off- board outputs, page 52. For battery calculations, refer to Standby battery requirements and calculations, page 89.

Notice!

Test Weekly: Perform a Fire Test weekly. According to UL 864, a Fire Test tests both the AC power and the battery.

19.1.4 Enclosures

Mount the control panel assembly in any of the Bosch Security Systems, Inc. enclosures listed: – B10 Medium Control Panel Enclosure – B11 Small Control Panel Enclosure – D2203 Enclosure – B8103 Universal Enclosure*/D8103 Universal Enclosure* – D8109 Fire Enclosure (red)* – D8108A Attack Resistant Enclosure*

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*Requires a B12 mounting bracket.

B10, B11, D2203, and D8103 enclosures

The B10, B11, D2203, and D8103 enclosures are suitable for residential fire and burglary installations and commercial burglary applications that do not require attack resistance or the approval by Factory Mutual (FM) or New York City – Materials and Equipment Acceptance (NYC-MEA). Refer to Compatible UL listed components, page 87 for acceptable applications.

D8108A Enclosure

The D8108A is attack resistant and intended primarily for UL commercial burglar alarm and mercantile safe and vault applications requiring a local bell. Use this enclosure in any burglar or fire alarm application where the D8109 Enclosure is suitable. With some modification, you can use the D8108A for bank safe and vault applications. UL lists the D8108A for all commercial fire alarm applications. It is approved by FM, CSFM, and the NYC-MEA.

D8109 Red Fire Enclosure

Generally, the D8109 is used for fire alarm applications. It is approved by FM, CSFM, and the NYC-MEA.

B12 Mounting Plate for D8103 Enclosure

The mounting plate is compatible with the D8103, D8108A, and D8109 Enclosures.

19.2 Combination fire and intrusion alarm systems

A system can include a combination of fire and intrusion devices on any bus or module.

19.3 Compatible UL listed components

Househol d Burglary

Minimum Hours of Standby Battery

B10 Medium Control Panel Enclosure

B11 Small Control Panel Enclosure

B201 2-wire Powered Loop Module

B208 Octo-input Module Opt. Opt. Opt. Opt. Opt. Opt. Opt.

4 24 + 4 min alarm 4 4 4 8

Opt. Opt. Opt. Opt. Opt. Opt. Opt.

Household Fire

Household Fire/ Burglary Combined

Central Station Burglary/ Proprieta ry

Police Connecte d Burglary

Local Burglary

Holdup

B308 Octo-output Module Opt. Opt. Opt. Opt. Opt. Opt. Opt.

B426 Conettix Ethernet Communication Module

B430 Plug-in Telephone Communicator

B440 Conettix Plug-in Cellular Communicator

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B441 Conettix Plug-in

Opt. Opt. Opt. Opt. Opt. Opt. Opt.

Cellular Communicator

B442 Conettix Plug-in Cellular Communicator

B443 Conettix Plug-in Cellular Communicator

B450 Conettix Plug-in

Opt. Opt. Opt. Opt. Opt. Opt. Opt.

Communicator Interface

B520 Auxiliary Power Supply

Opt. Opt. Opt. Opt. Opt. Opt. Opt.

Module

B810 RADION receiver SD Opt. Opt. Opt. Opt. Opt. Opt. Opt.

B820 SDI2 Inovonics

Opt. Opt. Opt. Opt. Opt. Opt. Opt.

Interface Module

B901 Access Control Module

Opt. Opt. Opt. Opt. Opt. Opt. Opt.

B915/B915I Basic Keypad 1+ 1+ 1+ 1+ 1+ 1+ Opt.

B920 Two-line Alphanumeric

1+ 1+ 1+ 1+ 1+ 1+ Opt.

Keypad (SDI2)

B921C Two-line Capacitive

1+ 1+ 1+ 1+ 1+ 1+ Opt.

Keypad

B930 keypads 1+ 1+ 1+ 1+ 1+ 1+ Opt.

B942/B942W Touch Screen

1+ 1+ 1+ 1+ 1+ 1+ Opt.

Keypad

CX4010 Plug-in Transformer

Required for all applications. Opt.

(18 VAC 22 VA 60 Hz)

D125B Dual Class B Initiating

Opt. Opt. Opt. Opt. Opt. Opt. Opt.

Module

D126 Standby Battery (12 V,

Opt. Opt. Opt. Opt. Opt. Opt. Opt.

7 Ah)

D130 Auxiliary Relay Module Opt. Opt. Opt. Opt. Opt. Opt. Opt.

D133 Single Relay Module Opt. Opt. Opt. Opt. Opt. Opt. Opt.

D134 Dual Relay Module Opt. Opt. Opt. Opt. Opt. Opt. Opt.

D1218 Battery (12 V, 18 Ah) Opt. Opt. Opt. Opt. Opt. Opt. Opt.

D192G Class “B”, Style Y

Opt. Req. Opt. Opt. Opt. Opt. Opt.

Bell Circuit Supervision

D8004 Transformer

Opt. Opt. Opt. Opt. Opt. Opt. Opt.

Enclosure

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D8108A Attack Resistant

Opt. Opt. Opt. Opt. No Opt. Opt. Enclosure or D8109 Fire Enclosure

D8108A Attack Resistant Enclosure

Opt. Opt. Opt. Opt. Opt. Opt. Opt.

Key

No Req. Opt . 1+

For commercial applications using the B430, and when doing local or police station connect applications, the

Not acceptable for this application. Required for this application. Optional for this application. 1 or more required for this application. Consult the appropriate standard.

D8108A Enclosure is required for all applications.

Check for availability in your region.

B6512 only.

19.4 Standby battery requirements and calculations

Standby battery calculations

UL 365 requires 72 hours of standby battery capacity. Limit the auxiliary power current for all devices, including keypads, to 80 mA or less to meet this requirement.

A B C

Model Number Qty

Used

B6512/B5512/

______ 125 x 1 = 125 125 x 1 = 125 155 x 1 = 155

AC Power On Normal Current (mA)

Each

Qty Total Each

Unit

AC Power Off Minimum Current (mA)

Qty Total Each

Unit

In Alarm Maximum Current (mA)

Qty Total

Unit

B4512/B3512

B201 ______ 18 x Qty = ______ 18 x Qty = ______ 35 x Qty = ______

B208 ______ 35 x Qty = ______ 35 x Qty = ______ 35 x Qty = ______

B308

______ 22 x Qty = ______ 22 x Qty = ______ 22 x Qty = ______

B426 ______ 100 x Qty = ______ 100 x Qty = ______ 100 x Qty = ______

B430 ______ 5 x 1 = ______ 5 x Qty = ______ 25 x 1 = ______

B440 ______ 35 x 1 = ______ 35 x 1 = 35 150 x 1 = ______

B441 ______ 35 x 1 = ______ 35 x 1 = 35 150 x 1 = ______

B442 ______ 35 x 1 = ______ 35 x 1 = 35 150 x 1 = ______

B443 ______ 35 x 1 = ______ 35 x 1 = 35 150 x 1 = ______

B450

______ 30 x Qty = ______ 30 x Qty = ______ 30 x Qty = ______

B520 ______ 15 x Qty = ______ 15 x Qty = ______ 15 x Qty = ______

B810 ______ 100 x Qty = ______ 100 x Qty = ______ 100 x Qty = ______

B820 ______ 100 x Qty = ______ 100 x Qty = ______ 110 x Qty = ______

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B901 ______ 110 x Qty = ______ 100 x Qty = ______ 1106x Qty = ______

B915/B915I ______ 35 x Qty = ______ 35 x Qty = ______ 70 x Qty = ______

B920 ______ 35 x Qty = ______ 35 x Qty = ______ 70 x Qty = ______

B921C ______ 45 x Qty = ______ 45 x Qty = ______ 85 x Qty = ______

B930 ______ 35 x Qty = ______ 35 x Qty = ______ 80 x Qty = ______

B942/B942W

______ 200 x Qty = ______ 200 x Qty = ______ 300 x Qty = ______

D125B ______ 25 x Qty = ______ 25 x Qty = ______ 168 x Qty = ______

D127 ______ 5 x Qty = ______ 5 x Qty = ______ 55 x Qty = ______

D129 ______ 23 x Qty = ______ 23 x Qty = ______ 25 x Qty = ______

D132A ______ 10 x Qty = ______ 10 x Qty = ______ 70 x Qty = ______

D133

D134

______ x Qty = ______ x Qty = ______ x Qty = ______

D185 ______ 245 x Qty = ______ 245 x Qty = ______ 300 x Qty = ______

D192G ______ 35 x Qty = ______ 35 x Qty = ______ 100 x Qty = ______

Ratings of other devices in the system that are not shown above:

____ ______ _____ x Qty = ______ ______ x Qty = ______ ____ x Qty = ______

Total A = ______ Total B = ______ Total C = ______

The In Alarm calculation for the B308 is: 20 x Qty + (16.25 x number of relays).

Currents listed are for the B450 only. Include plug-in device currents in calculations.

If using the proximity reader, add 100 mA to columns A, B, and C before calculating.

38 mA for each active relay.

Value = Minutes of alarm operation/60.

Use 110 mA + reader. Do not exceed 260 mA.

Table19.12: Current rating chart for standby battery calculations

Total B

Hours Total C

Alarm Operation

Contingency Total Ah

( ________ x 24 ) + ( ________ x 0.083) + 15% = _________

Refer to previous table.

Value = Minutes of alarm operation/60

Total Ah requirements must not exceed the Ah capacity of batteries: – One D126 Battery = 7 Ah – Two D126 Batteries = 14 Ah – One D1218 Battery = 18 Ah

Table19.13: General ampere-hour (Ah) calculation formula

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Application Minimum Required

Minimum Alarm Time (min)

Standby Time (hr)

Residential Burglary 4 4

Proprietary Burglary 4 N/A

Central Station (Bank) 72 N/A

Central Station (Mercantile) 4 N/A

Police Station Connected (Bank) 72 30 (CUL)/15 (UL)

Police Station Connected (Mercantile) 24 30 (CUL)/15 (UL)

Local Burglary (Bank) 72 30 (CUL)/15 (UL)

Local Burglary (Mercantile) 24 30 (CUL)/15 (UL)

Holdup 8 N/A

Residential Fire 24 5 (CUL)/4 (UL)

Table19.14: Minimum standby and alarm times

Type Required capacity Calculations

Household Burglary and

4 h

Commercial Burglary

Bank Safe and Vault 72 h (UL 365). Auxiliary power current for all devices, including

keypads, must be limited to 80 mA or less to meet this requirement.

Table19.15: Standby battery requirements

Notice!

Because of changing regulations, verify the necessary time with your local authority having jurisdiction (AHJ).

19.4.1 Household Fire Warning equipment

The Household Fire Warning Equipment Standard requires 24 hours of standby current plus 4 minutes of alarm operation at the end of the 24-hour period. Use battery Ah calculations to confirm compliance. The formula shown below includes the calculation for 4 minutes of alarm operation at the end of the 24-hour period, and a 15% contingency factor that allows for depletion of battery capacity with age.

Total B

Hours Total C

( ________ x 24 ) + ( ________ x 0.083) + 15% = _________

Refer to previous table.

Value = Minutes of alarm operation/60

Total Ah requirements must not exceed the Ah capacity of batteries: – One D126 Battery = 7 Ah – Two D126 Batteries = 14 Ah – One D1218 Battery = 17.2 or 18 Ah

Alarm Operation

Contingency Total Ah

Table19.16: Household fire ampere-hour (Ah) calculation formula

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19.5 UL 365 - Police Station Connected Burglar Alarm Units and Systems

In a mercantile burglar alarm system, a mercantile alarm sounding device located within a building but outside the protected area is acceptable provided it is rated for outside service and alarm conditions are transmitted to: – The dispatch location of the law enforcement agency having jurisdiction over the

protected property or – A central station or residential monitoring station complying with the Standard for

Central-Station Alarm Services, UL 827. In a mercantile burglar alarm system, an alarm sounding device located within the area of greatest protection, or outside the area of greatest protection but within an area protected by an alarm system, and that shares a common control unit with the system installed in the area of greatest protection, is acceptable provided it is rated for inside service and alarm conditions are transmitted to: – The dispatch location of the law enforcement agency having jurisdiction over the

protected property or – A central station or residential monitoring station complying with the Standard for

Central-Station Alarm Services, UL 827. Mount an inside sounding device at least 10 feet (3.05 m) above the floor or at the surface of the ceiling. When fixed construction within the area could provide access for an intruder, the mount the alarm sounding device at least 4 ft (1.2 m) as measured horizontally, away from the edges of the fixed construction or at least 10 ft (3.05 m) above it so as to minimize access by an intruder.

19.6 UL 636 - Holdup Alarm Units and System

When using the system for hold-up operation, a hold-up point should be assigned to a point as follows: – P## Point Type set to 24-hr, P## Point Response set to 0 (Point is constantly armed

regardless of the status of the system.) – P## Invisible Point set to Yes (Keypads do not display alarm activity from this point.) When using Modem Format communication type, the unique point text should be set to ‘‘HoldUp’’, or equivalent language per the AHJ. When using Contact ID communication type, because the Contact ID system doesn’t provide custom text, the hold-up point should be associated as a “hold-up” point at the receiving station. Set Area # Delay Restorals as follows: – Area # Delay Restorals = No (Restoral report is sent when point restores.)

19.7 Required values to achieve 180s (ULC)/200s (UL) supervision interval

Applicable for both IP and cellular communication.

Requirement Parameter

Supervision interval for IP and Cellular communication is 200 seconds (UL)

Panel Wide Parameters > Enhanced Communications > Receiver Supervision Time set to 200 seconds

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Requirement Parameter

Supervision interval for IP and Cellular communication is 180 seconds (ULC)

19.8 ULC

Conduct testing monthly, with the primary de-energized.

Panel Wide Parameters > Enhanced Communications > Receiver Supervision Time set to Custom, Poll Rate set to 89, ACK Wait Time set to 15, and Retry Count set to 5

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20 Keypad Installer menu

In addition to using RPS to configure and diagnose a system, you can also perform programming and diagnostics using a keypad. Programming and diagnostics options appear on the keypad when you access the Main Menu (Installer) option, which includes the Installer menu. The Main Menu (Installer) option becomes available during normal control panel operation only when you enter your installer passcode and press Enter. The default installer passcode is 1-2-3. The tools within the Main Menu (Installer) are: – Programming Menu. Program several parameters to make your system operational,

including phone number and format, enhanced communication options, RPS parameters, users, points, and keypad parameters. Refer to [1] Program menu (Programming), page 100 for more detailed information on each programming option, and to RPS Help or the control panel’s Program Entry Guide.

– Wireless Menu. Add, replace, remove, and diagnose points and repeaters. Refer to [2]

Wireless menu, page 119.

– Diagnostics Menu. Diagnose points, repeaters, cellular service, IP cameras, and Cloud.

Refer to [3] Diags menu, page 121.

– Service Bypass Menu. View whether points are removed from service. Refer to [4] Service

Bypass (Serv Byp) menu, page 123.

– Version Menu. View the version information for the control panel, encryption, and more.

Refer to [5] Versions menu, page 123.

– Cloud Menu. Enable Cloud connectivity for the control panel. Refer to [6] Cloud menu,

page 124.

Installer keypads and SERVICE MODE

The Installer menu is also available from the Service menu when in SERVICE MODE. The Service menu is a subset of the Main menu (Installer) option. You can use Service mode at any keypad, but the feature is most useful when you want to directly connect an Installer keypad to the control panel for keypad programming at the control panel. Entering SERVICE MODE:

1. Set the Installer keypad to address 0.

2. Connect it to the control panel.

3. Use the control panel RESET button to enter SERVICE MODE. The rate of flashing of the

Heartbeat LED increases while in SERVICE MODE.

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7 COM 8

USB

ETHERNET

100BASE-T

LINK

1 k End of Line Resistors

Voltage Ranges

ON-BOARD POINTS

3.7 - 5.0 VDC

2.0 - 3.0 VDC

0.0 - 1.3 VDC

Open Normal Short

3 COM 4 5 COM 6

OUTPUT

TMPR

7 COM 83 COM 4 5 COM 6

RESET

ETHERNET

B C

OUTPUT

RESET

Figure20.1: RESET button and Heartbeat LED location (B5512 shown)

Accessing SERVICE MODE (rapid pulsing Heartbeat LED):

1. Press and hold the control panel RESET button until the Heartbeat LED flashes fast. The keypad shows SERVICE MODE and prompts for the installer passcode.

2. Enter your installer passcode and press ENTER.

Exiting SERVICE MODE and returning to normal operation (slow pulsing Heartbeat LED): Press and hold the control panel RESET button for approximately 5 seconds until the Heartbeat LED turns off. The control panel resets.

Conventions for this section

This guide to the keypad Installer menu provides instructions for using the keypad, based on the following conventions: – All instructions access the Installer menu from the Main Menu (Installer) option, not

while in SERVICE MODE.

– This section covers all compatible keypads. It provides specific steps for each keypad

style, when applicable.

– For simplicity, the keypad Installer menu tree and instructions combine the two-line

keypad number selections with the text and graphic steps of other keypads. For example, rather than indicating that the two-line keypad reads Press [2] for enhanced comm parameters, and that a different keypad reads Enhanced Comm Parms, this section indicates the selection as [2] Enhanced Comm Parms.

– Go to [1] Programming Menu > [1] Reporting > [2] Network > [2] Enhanced Comm

Parms.

Keypad menu trees

This section includes menu trees for the Installer menu structure, and the structures of the B93x/B94x and B91x/B92x keypads user menus, for reference.

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RF point diag

Diags menu

Wireless menu

Installer menu

Areas

RPS

Reporting

Network

Keypad

Users

Installer

passcode

Srvc Byp menu

ESC

Exit

Program menu

Points

Disable

ESC Exit

Phone

Network

Routing

Notification

Enhanced Comm

Enhanced Comm Parms2

Exit Reporting menu

ESC

Format AES Size

AES Entry

Exit

ESC

Phone Number

Format

Exit menu

ESC

ESC Exit

Primary

Backup

Exit menu

ESC

Ethernet

Cellular

ESC Exit

Module Parameters

Address Parameters2

ESC

RPS Passcode

RPS Phone Number

RPS IP Address

RPS Port Number

ESC Exit

State

Account #

Exit menu

ESC

Exit

ESC

Area

Name

Exit menu

ESC

RF Point Menu

RF Repeater Menu

ESC Exit

RF Diagnostic Menu

Enroll point RFID

Replace point RFID

ESC Exit

Remove point RFID

Add repeater

Replace repeater

ESC Exit

Remove repeater

RF repeater diag

Exit

ESC

RF point state

RF point signal2

Exit

ESC

RF repeater state

RF repeater signal2

Exit

ESC

Wireless

Network2

DNS Parameters

Scope

DHCP Enable

UPnP Enable

Exit menu

ESC

IP Address

Subnet Mask

Exit menu

ESC

Default Gateway

Port Number

IPv4 Server Address

IPv6 Server Address

Exit

ESC

Module Hostname

Versions menu

ESC

Cellular

IP Camera

Settings

Connection

Exit

ESC

SDI2 Cellular (1)

SDI2 Cellular (2)2

ESC

Bus Module (1)

On-board

Exit

ESC

SDI2 Cellular (1)

Plug-in Module

Exit

ESC

SIM APN

SIM Username

SIM Passcode

SIM PIN

ESC Exit

Bus Module (2)

Type

Plug-in Module3

SDI2 Cellular (2)

Bus Module (1)

On-board IP3

Exit

ESC

Bus Module (2)

Address

Port #

Poll Rate

Cloud5

Cloud menu

Index

Source

Name

Area

96 en | Keypad Installer menu Control Panels

Figure20.2: Keypad installer menu tree

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[1] [2] [3]

[4]

[5] [6]

[7]

[4]

[3]

[2]

[1]

[4]

[3]

[2]

[1]

[4]

[3]

[2]

[1]

[3]

[2]

[1]

[3]

[2]

[1]

[4]

[3]

[2]

[1]

[3]

[2]

[1]

[5]

<Nightlight

[4]

Users menu

<Delete User

<Add User

<Change Passcode

<Edit User

Events menu

<Clear Event Memory

<View Event Memory

<View Log

Main menu

<Users

<Status

<On/O

<Actions

Settings>

Shortcuts>

Events>

Edit User menu

<Keyfob

<Name

<Passcode

<Level

Add User menu

<Keyfob

<Name

<Passcode

<Level

Card>

Settings menu

<Keypad

<Date/Time

<Watch

<Schedule

Keypad menu

<Volume

<Brightness

<Keypress

Date/Time menu

<Set Time

<Set Date

<Show Time

*As configured by your security company. ^B94x only.

[5]

[6]

Language>

Presence>

All On menu

<All On Instant

<All On Delay

<All On Select Area

Status menu

<View Point Status

<View Area Status

<Send Status Report

O menu

<Turn O Select Area

<Turn O

Part On menu

<Part On Instant

<Part On Delay

<Part On Select Area

On/O menu

<Extend Close

<Part On

<All On

<O

Bypass>

RPS menu

<Network Originate

<Answer

<Call via Phone

Test menu

<Notication Test

<Test Report

<Walk Test

<Revisions

Access menu

<Secure Door

<Unlock Door

<Cycle Door

<Lock Door

Actions menu

<RPS

<Outputs

<Reset

<Test

Go to Area>

Firmware>

Srv Bypass>

Access>

[4]

[3]

[2]

[1]

[4]

[3]

[2]

[1]

[3]

[2]

[1]

[4]

[3]

[2]

[1]

[8]

[7]

[6]

[5]

[3]

[2]

[1]

[4]

[3]

[2]

[1]

[2]

[1]

[3]

[2]

[1]

[3]

[2]

[1]

[5]

Bypass menu

<Unbypass points

<Bypass points

[2]

[1]

[5]

Card>

[6]

Language>

[5]

Dt Text>

[4]

<Set Date/Time Format

[7]

Mobile App>

[7]

Mobile App>

Figure20.3: B93x/B94x keypads Main menu tree

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*As configured by your security company.

Press 1 for

All On menu

Press 2 for

Part On menu

Press 3 for

O menu

Press 4 for

Extend Close time

Press 5 for

Bypass menu

Press 1 for

All On Delay

Press 2 for

All On Instant

Press 3 for.

All On Select

Press 1 for

Part On Delay

Press 2 for

Part On Instant

Press 3 for

Part On Select

Press 1 to

Turn O

Press 2 to

Turn O Select

Press 1 to

View Area Status

Press 2 to

View Point Status

Press 3 to Send

Status Report

Press 1 to

change passcode

Press 2 to

add user

Press 3 to

edit user

Press 4 to

delete user

Press 1 to

set panel date

Press 2 to

set panel time

Press 3 to

show date/time

Press 1 to

change watch mode

Press 2 for Date/Time

Press 3 to

change schedule

Press 4 for

keypad cong

Press 1 to

view event

Press 2 to

clear event

Press 3 to

view log

Press 1 for

On/O menu

Press 2 for

Status menu

Press 3 for

Actions menu

Press 4 for

Users menu

Press 5 for

Settings menu

Press 6 for

Shortcuts menu

Press 7 for

Events menu

Press 1 to

bypass points

Press 2 to

unbypass points

Press 1 to

answer

Press 2 for

Originate menu

Press 3 to

call via phone

Press 7 to

view serv bypassed

Press 1 for

Walk Test menu

Press 4 to

test notication

Press 1 to

congure passcode

Press 2 to

congure name

Press 3 to

congure level

Press 4 to

congure keyfob

Press 5 to

congure card

Press 3 for Test menu

Press 4 for RPS menu

Press 5 to

go to area

Press 6 to

update rmware

Press 1 to

reset sensors

Press 2 to

change output

Press 2 to

Send Test report

Press 3 to

display revisions

Press 1 to

adjust brightness

Press 2 to

adjust volume

Press 3 to

silence keytone

Press 4 to

set nightlight

Press 1 to

Cycle door

Press 2 to

Unlock door

Press 4 to

Secure door

Press 3 to

Lock door

Press 8 for

Access menu

Press 6 to

congure language

Press 5 for

default text

Press 4 to

set date format

Press 7 to

cong mobile app

Figure20.4: B91x/B92x keypads Main menu tree

Escape, delete characters, and enter letters and special characters

– Escape from a menu. B91x*/B92x/B93x keypads include a hard [ESC] key. To exit a menu

and return to the previous level, press [ESC]. To exit and return to idle text from any level

of the menu structure, press and hold [ESC]. The B94x has a key. To exit a menu and

return to the previous level, press . Notice! If editing a value on the B91x/B92x/B93x keypads, press and hold [ESC] to delete all the characters.

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– Delete characters. B91x/B92x/B93x keypads use the [ESC] key as a backspace key. Press

it once to delete the last character, or press and hold [ESC] to delete all the characters.

The B94x key has a (backspace) key on each keyboard screen.

– Enter letters. For B91x/B92x/B93x keypads, press a number key repeatedly to scroll

through the number and letters shown on the key. For B94x, use the ABC keyboard.

– Save. B91x/B92x keypads typically use Enter to save. The B93x/B94x keypads typically

use Save to save. The B94x keypad uses the key to save from the Qwerty keyboard.

– Special characters. For entering special characters on B91x/B92x keypads, refer to the

following table. For entering special characters on a B93x, use the corresponding softkey.

For entering special characters or accented characters on a B94x, press or to open the corresponding keyboard.

Characters B91x/B92x

Special dialing characters in phone numbers (*, C [3-sec pause], D [Dial Tone Detect])

Press [CMD]. The special characters menu

appears. Use /Previous or /Next to cycle through the characters. Press Enter to choose the character shown.

Network address characters Use the [0] key to enter a period or dash.

*B915I keys

The B915I keypad uses the following icons, instead of words, on hard keys. All instructions in this section refer to the word key without specifying the B915I icon.

B915 key BB915I key

[PREV] [▲]

[ENTER] [-]

[NEXT] [▼]

[ESC] [*]

[CMD] [#]

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20.1 [1] Program menu (Programming)

With the Program menu (Programming Menu, you can program parameters to make your system operational, including phone number and format, enhanced communication options, primary and backup routes, and notifications.

20.1.1 [1] Reporting > [1] Phone menu parameters

The control panel can dial as many as four different telephone numbers when sending event reports. In this menu, you can program the telephone numbers and the format.

Format (circle one) Phone number

Phone 1 Modem4/Contact ID ____________________________________________________

Phone 2 Modem4/Contact ID ____________________________________________________

Phone 3 Modem4/Contact ID ____________________________________________________

Phone 4 Modem4/Contact ID ____________________________________________________

Phone Number

1. Enter the installer passcode, and then go the [1] Installer Menu.

2. Go to [1] Programming Menu > [1] Reporting > [1] Phone. The keypad shows the phone number and phone format for the phone destination.

3. Use /Previous or /Next to go to the destination you want to edit.

4. Depending on keypad model: Press Edit.

-orPress Enter to edit the phone destination and then Enter to edit the phone number for the selected destination.

5. Delete existing characters, if necessary, and then enter the new phone number.

6. When finished, press Enter or Save to save the phone number. The keypad shows Parameter saved.

7. Escape from the menu.

Phone Format

1. Enter the installer passcode, and then go the [1] Installer Menu.

2. Go to [1] Programming Menu > [1] Reporting > [1] Phone. The keypad shows the phone number and phone format for the phone destination.

3. Use /Previous or /Next to go to the destination you want to edit.

4. Depending on keypad model: Press Enter to edit the phone destination, and then press Next to go to the format option, and then press Enter to edit the phone format for the selected destination.

5. Press Format and then Edit. Use /Previous or /Next to toggle between the Contact ID and Modem4 option, and press Format while viewing the desired format to select it and save the programming. The keypad shows Parameter saved.

6. Escape from the menu.

2017.04 | 15 | F.01U.287.180 Installation Manual Bosch Security Systems, Inc.