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D9412GV4
Installation And System Reference Manual
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Bosch D9412GV4, D7412GV4 User Manual

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Page 1
Control Panels
D9412GV4/D7412GV4 v2.00
en Installation and System Reference Guide
Page 2
D9412GV4/D7412GV4 v2.00 | Installation and System Reference Guide | Certifications and Approvals
.
equivalence number (REN). If requested, this
Certifications and Approvals
The D9412GV4/D7412GV4 v2.00 Literature Pack includes an Approved Applications chapter in this guide. Refer to this chapter for additional guidelines on installing the control panels in Underwriters Laboratories Inc. (UL) and fire­specific applications.
Listings and Approvals
UL
The D9412GV4 and D7412GV4 are listed as UL 864 Commercial Fire control panels. The D9412GV4 and D7412GV4 are also UL Listed for Central Station, Local, Auxiliary, Proprietary, and Household Fire Alarm, and Central Station, Local, Police Station Connect, Holdup, Household Burglar Alarm and Encrypted line Security when communicating via a network.
cUL
The D9412GV4 and D7412GV4 are cUL listed for Local Burglar Alarms, Signal Receiving Centre and Premise Alarm, Residential Fire, Household Burglar, Propriety Burglar, and Digital Apparatus.
Department of Defense (DOD)
The D9412GV4/D7412GV4 was granted approval for Department of Defense (DoD) installations in Sensitive Compartmented Information Facilities (SCIF).
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
This equipment complies with Part 68 of FCC rules. A label contains, among other information, the FCC registration number and ringer
information must be provided to the telephone company.
The D9412GV4 and D7412GV4 Control Panels are registered for connection to the public telephone network using an RJ38X or RJ31X jack.
The REN is used to determine the number of devices that can be connected to the telephone line. Excessive RENs on the telephone line may result in the devices not ringing in response to an incoming call. In most, but not all areas, the sum of the RENs should not exceed five. To be certain of the number of devices that may be connected to the line, as determined by the RENs, contact the telephone company to determine the maximum REN for the calling area.
If you experience trouble with the control panel, please contact Bosch Security Systems Customer Service for repair and warranty information. If the trouble is causing harm to the telephone network, the telephone company might request that the equipment be removed from the network until the problem is resolved. User repairs must not be made, and doing so will void the user’s warranty.
If the D9412GV4, or D7412GV4 Control Panels causes harm to the telephone network, the telephone company attempts to notify you in advance. If advance notice is not practical, the telephone company notifies you as soon as possible. Also, you will be advised of your right to file a complaint with the FCC if you believe it is necessary.
The telephone company might make changes in its facilities, equipment, operations, or procedures that could affect the operation of the equipment. If this happens, the telephone company provides advance notice in order for the necessary modifications to be made, resulting in uninterrupted service.
This equipment cannot be used on public coin service provided by the telephone company. Connection to Party Line service is subject to state tariffs. (Contact your state public utilities commission for information.)
FCC Registration Number: US:ESVOT00BD9412GV3 Service Center in USA: Bosch ST Service Center
8601 East Cornhusker Hwy Dock B Lincoln, NE 68507 - 9702 USA
Ringer Equivalence: 0.0B
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D9412GV4/D7412GV4 v2.00 | Installation and System Reference Guide | Contents
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Contents
Federal Communications Commission (FCC)
Rules ........................... 2
1.0 Introduction ...................... 7
2.0 Lightning Strikes .................. 9
2.1 Effects .......................... 9
2.2 Precautions during Installation ....... 9
3.0 Overview ....................... 10
3.1 Configuration and Parts ............ 10
3.1.1Parts List ............................................... 11
3.1.2Parts Available by Separate Order ......... 11
3.2 Accessories ..................... 12
3.3 Features in the GV4 Series Control Panels
............................... 13
3.3.1SDI Interconnect Wiring ........................ 13
3.3.2Tip and Ring Posts ................................. 13
3.3.3Telephone Line Sniff .............................. 13
3.3.4Points .................................................... 14
3.3.5Areas and Accounts ............................... 14
3.3.6Digital Communicator ............................ 14
3.3.7Keypads ................................................. 14
3.3.8Keyswitch .............................................. 15
3.3.9Access Control ....................................... 15
3.3.10Event Memory ........................................ 15
3.3.11Event Log ............................................... 15
3.3.12Ground Fault Detection ......................... 15
3.3.13Ground Fault Detection Added Feature 15
3.3.14Conettix Functions ................................ 16
3.3.15Programming ......................................... 16
3.3.16Dual Authentication ............................... 16
3.3.17Other Features ...................................... 16
4.0 Installation ...................... 17
4.1 Installation Preparation ............ 17
4.2 Enclosure Options ................ 17
4.3 Mounting Enclosure ............... 17
4.4 Installing the Control Panel ......... 18
4.5 Connecting Earth Ground .......... 18
4.5.1 Terminal 10 ............................................ 18
4.5.2Ground Fault Detect Enable .................. 18
4.5.3Enabling Ground Fault Detection .......... 18
4.5.4Ground Fault Specifications .................. 18
4.5.5Locking the Reset Pin ............................ 19
4.6 Completing the Installation ......... 19
4.6.1Charging the Battery .............................. 19
4.6.2Installing and Wiring Detection Devices 19
4.6.3Installing Modules and Outputs ............. 20
4.6.4Connecting the On-board Points and
Keypads ................................................. 20
4.6.5Powering Up .......................................... 20
4.7 Updating Control Panel Firmware .... 20
4.8 Programming the Control Panel ..... 20
4.9 Installing the Point Chart Label ...... 20
4.10 Testing the System ............... 20
4.11 Service Walk Test ................ 21
5.0 Power Supply .................... 24
5.1 Primary Power Terminals 1 and 2 .... 24
5.1.1Primary (AC) Power Circuit ................... 24
5.1.2Installing the Transformer ..................... 24
5.2 Secondary Power Terminals ........ 24
5.2.1Secondary (DC) Power .......................... 24
5.2.2Installing the Battery ............................. 25
5.2.3Replacing the Battery ............................ 26
5.2.4Battery Supervision ............................... 27
5.2.5Battery Charging Circuit Float Charge .. 27
5.2.6Battery Discharge and Recharge Schedule
.............................................................. 28
6.0 Power Outputs ................... 30
6.1 Circuit Protection ................ 30
6.2 Total Available Power ............. 30
6.3 Continuous Power Output Terminals 3, 8,
24, and 32 ...................... 30
6.4 Programmable Power Output Terminals 6,
7, and 8 ........................ 30
6.4.1Programming ......................................... 31
6.4.2Terminals 6 and 7 .................................. 31
6.4.3Fire System Power Formula .................. 31
6.4.4Terminal 8.............................................. 31
7.0 Telephone Connections ............ 32
7.1 Registration ..................... 32
7.2 Notification ..................... 32
7.3 Location........................ 32
7.4 Telephone Cord Connection ........ 32
7.5 Phone LED (Red) ................. 33
7.6 Operation Monitor LED (Green) ..... 33
7.7 Dialing Format ................... 33
7.8 Telephone Line Monitor ........... 33
7.9 Called Party Disconnect ........... 34
7.10 Communication Failure ............ 34
7.11 D928 Dual Phone Line Switcher ..... 34
7.11.1Description ............................................ 34
7.11.2Operation .............................................. 34
7.11.3Installing the D928 ................................ 35
7.11.4D928 Status LEDs ................................. 35
8.0 On-Board Points ................. 37
8.1 Terminals 11 to 22 Description ...... 37
8.2 Point Sensor Loops ............... 37
8.3 Point Parameters ................. 37
8.4 Point Response Time .............. 38
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D9412GV4/D7412GV4 v2.00 | Installation and System Reference Guide | Contents
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Wiring Information for Installations Using
8.5 the Rothenbuhler 5110/4001-42 High
Security Bell .................... 38
9.0 Off-Board Points ................. 41
9.1 Zonex Buses .................... 41
9.1.1POPIT Modules ...................................... 41
9.1.2POPEX Modules ..................................... 41
9.1.3Missing Conditions ................................ 41
9.1.4Control Panel Responses to Missing Point
Conditions ............................................. 41
9.2 D8125 and D9127 POPIT Modules ... 41
9.3 Installing the D8125 POPEX Module .. 43
9.3.1Mounting ................................................ 43
9.3.2Wiring the D8125 to the Control Panel . 43
9.3.3Wiring POPITs to the Data Expansion
Loop ...................................................... 44
9.3.4Wiring Data Expansion Loops to POPEX
Modules ................................................. 44
9.3.5POPIT Sensor Loops .............................. 44
9.3.6POPIT Module Point Assignments ......... 45
9.3.7Program Record Sheet .......................... 45
9.3.8POPIT Labels ......................................... 45
9.4 D8128D OctoPOPIT Module ........ 46
9.4.1Description ............................................ 46
9.4.2Listings .................................................. 46
9.4.3Installation ............................................. 46
9.4.4Setting the OctoPOPIT Switches ........... 47
9.4.5Mounting OctoPOPITs ........................... 47
9.4.6Wiring OctoPOPITs ................................ 48
9.4.7OctoPOPIT Sensor Loops ...................... 52
9.5 Testing Off-Board Points ........... 53
9.6 SDI2 Octo-input Point Modules ...... 53
9.7 Extra Point Events ................ 53
10.0 Off-Board Outputs .................. 55
10.1 D8129 OctoRelay ................. 55
10.1.1Configuring the D8129 OctoRelay ......... 57
10.1.2Relay Outputs ........................................ 57
10.1.3Installation ............................................. 57
10.1.4Wiring Connections ............................... 57
10.2 D811 Arm Status Relay Module ...... 58
10.2.1Relay Output .......................................... 58
10.2.2Installation ............................................. 58
10.2.3Wiring Connections ............................... 58
10.3 SDI2 Octo-output Relay Modules .... 58
11.0 Arming Devices ..................... 60
11.1 Description ..................... 60
11.2 SDI/SDI2 Bus Terminals 29 to 36 .... 60
11.2.1Shortcuts and Custom Functions .......... 60
11.2.2Assigning an Address for the Keypad .... 61
11.2.3Installation ............................................. 61
11.3 D279A Independent Zone Control .... 62
11.4 Keyswitch ...................... 62
11.4.1Description ............................................ 62
11.4.2Programming ......................................... 62
11.4.3Installation ............................................. 62
11.4.4Operation .............................................. 62
12.0 SDI Devices ....................... 64
12.1 Description ..................... 64
12.2 Installation ...................... 64
12.2.1Open Wire Trouble on SDI .................... 64
12.3 D9210C Access Control Interface Module
.............................. 64
12.3.1Access ................................................... 64
12.3.2Switch Settings ..................................... 64
12.4 SDI Addresses 88 and 92 .......... 65
12.4.1Local RPS Programming ........................ 65
12.5 SDI Network Interface Modules ..... 65
12.5.1Address Settings ................................... 66
12.5.2Supervision ............................................ 66
13.0 SDI2 Devices ...................... 67
13.1 Description ..................... 67
13.2 Installation ...................... 67
13.2.1Open Wire Trouble on SDI2 .................. 67
13.3 B208 Octo-input Module ........... 67
13.3.1Address Settings ................................... 67
13.3.2Supervision ............................................ 68
13.4 B308 Octo-output Module .......... 68
13.4.1Address Settings ................................... 68
13.4.2Supervision ............................................ 69
13.5 B426 Ethernet Communication Module 69
13.5.1Address and Emulation Settings ........... 69
13.5.2Supervision ............................................ 69
13.5.3Local RPS Programming ........................ 69
13.5.4Ethernet Communications Module Faults
.............................................................. 69
13.6 B420 Ethernet Communication Module 70
13.6.1Address and Emulation Settings ........... 70
13.6.2Supervision ............................................ 70
13.6.2Local RPS Programming ........................ 70
13.6.3Ethernet Communications Module Faults
.............................................................. 70
13.7 B520 Auxiliary Power Supply Module . 71
13.7.1Address Settings ................................... 71
13.7.2Supervision ............................................ 71
13.7.3Auxiliary Power Supply Faults ............... 71
13.8 B810 wireless receiver ............ 72
13.8.1Supervision ............................................ 72
13.8.2Wireless Receiver Faults ........................ 72
13.8.3 Wireless Repeater Faults ........................ 72
13.9 B820 SDI2 Inovonics Interface Module 72
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D9412GV4/D7412GV4 v2.00 | Installation and System Reference Guide | Contents
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13.9.1
13.9.2Wireless Receiver Faults ........................ 72
13.9.3Wireless Repeater Faults ...................... 73
13.10B920 Two-lined Alphanumeric Keypad 73
13.10.1 LCD Backlit Settings ............................. 73
13.10.2 LCD Power Up Status ........................... 73
13.10.3 LCD Communication Status ................. 73
13.11B930 ATM Style Alphanumeric Keypad 73
13.11.1 LCD Backlit Settings ............................. 74
13.11.2 LCD Power Up Status ........................... 74
13.11.3 LCD Communication Status ................. 74
14.0 Installer Menu .... Error! Bookmark not
14.1 RPS Access Reports . Error! Bookmark
15.0 Accessory Connector ................ 75
16.0 Faceplates ........................ 76
16.1 D9412GV4/D7412GV4 v2.00 Faceplate 76
17.0 Specifications ...................... 77
17.1 Control Panel Power Supply ........ 77
17.2 B520 Power Supply ............... 78
17.3 Control panel Terminal Wiring ....... 79
18.0 Approved Applications ............... 81
18.1 Optional Compatible Equipment ..... 81
18.2 Burglary Applications .............. 81
18.3 Bank Safe and Vault Applications .... 81
18.3.1Control Panel Enclosure Requirements . 81
18.3.2Battery Connections .............................. 81
18.3.3Bell Requirements ................................. 81
18.3.4System Configuration Requirements ..... 81
18.3.5Exit Delay ............................................... 82
18.3.6Equipment Requirements ...................... 82
18.4 Fire Applications ................. 82
18.4.1Four-Wire Smoke Detectors .................. 82
18.4.2Two-Wire Smoke Detectors ................... 83
18.4.3Two-Wire Smoke Detector Specifications
18.4.4NFPA Style A (Class “B”) Circuit ............ 83
18.4.5Other Devices ........................................ 83
18.4.6UL Listed Two-Wire Smoke Detectors
18.4.7UL Listed Synchronization (Sync)
18.5 Enclosures ...................... 91
18.5.1D8103 Enclosure ................................... 91
18.5.2D8108A Enclosure ................................. 91
18.5.3D8109 Red Fire Enclosure ..................... 91
19.0 Keypad Installer Menu ............... 92
19.1 [1] Program Menu ................ 95
Supervision ............................................ 72
defined.
not defined.
............................................................... 83
Compatible with the D125B .................. 84
Modules and Strobes Compatible with the
D9412GV4/D7412GV4 ........................... 86
19.1.1[1] Reporting > [1] Phone Menu
Parameters ............................................ 95
19.1.2[1] Reporting > [2] Network Menu
Parameters ............................................ 96
19.1.3[1] Reporting > [3] Routing Menu
Parameters ............................................ 99
19.1.4[2] IP Module > [1] B42x (1) or [2] B42x
(2) Module Parameters ....................... 101
19.1.5[2] IP Module > [1] B42x (1) or [2] B42x
(2) [2] Address Parameters ................ 102
19.1.6[2] IP Module > [1] B42x (1) or [2] B42x
(2) [3] DNS Parameters ...................... 104
19.1.7[3] RPS > [1] RPS Passcode Menu
Parameters .......................................... 105
19.1.8[3] RPS > [2] RPS Phone Number Menu
Parameters .......................................... 106
19.1.9[3] RPS > [3] RPS IP Address Menu
Parameters .......................................... 106
19.1.10 [3] RPS > [4] RPS Port Number Menu
Parameters .......................................... 107
19.1.11 [4] Area Options Menu Parameters ... 107
19.1.12 [5] Keypad > [1] Scope Menu Parameters
............................................................ 109
19.1.13 [6] Users Menu Parameters ............... 110
19.1.14 [7] Points Menu Parameters .............. 112
19.1.15 [8] Disable Programming Menu
Parameters .......................................... 119
19.2 [2] Wireless Menu ............... 120
19.2.1 [1] Points > [1] Enroll Point RFID Menu
Parameters .......................................... 120
19.2.2 [1] Points > [2] Replace Point RFID Menu
Parameters .......................................... 120
19.2.3 [1] Points > [3] Remove Point RFID Menu
Parameters .......................................... 121
19.2.4 [2] Repeaters > [1] Add Repeater Menu
Parameters .......................................... 121
19.2.5 [2] Repeaters > [2] Replace Repeater
19.2.6 [2] Repeaters > [2] Remove Repeater
19.2.7 [3] Diagnostics > [1] RF Points ............ 123
19.2.8 [3] Diagnostics > [2] RF Repeaters ...... 124
19.3 [3] Network Menu ............... 126
19.3.1 [1] B42x > [1] Settings Menu Parameters
19.4 [4] Srvc Byp Menu ............... 127
19.5 [5] Versions Menu ............... 127
20.0 UL/NFPA Compliant Installations ... 128
20.1 Required Components ............. 128
20.2 Installing Combination Fire and Intrusion
Menu Parameters ................................ 122
Menu Parameters ................................ 123
............................................................ 126
Alarm Systems .................. 128
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D9412GV4/D7412GV4 v2.00 | Installation and System Reference Guide | Contents
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20.2.1
20.2.2Zonex Bus Devices ............................... 128
20.2.3SDI2 Bus Devices ................................. 129
21.0 Compatible UL Listed Components.. 130
22.0 Current Ratings Charts .............. 131
22.1 D8125MUX ....................... 131
22.2 Standby Battery Calculations ........ 131
23.0 NFPA 72 Fire Alarm Applications ...... 134
23.1 Household Burglary and Commercial
23.2 Bank Safe and Vault .............. 134
23.3 Standby Battery Calculation ....... 134
23.4 Central Station or Local Systems ... 135
23.5 Remote Station or Auxiliary Systems 135
23.6 Household Fire Warning Equipment . 136
23.7 UL 609 ........................ 136
23.8 UL 365 ........................ 136
23.9 UL 636 ........................ 137
23.10ULC S304 Requirements .......... 137
Appendix A: System Wiring Diagrams ....... 138
A.1 Power Supply Side System Wiring .. 138 A.2 Input Points and Peripheral Devices
A.3 SDI and Zonex Devices System Wiring 140 A.4 SDI2 Bus Wiring Recommendations . 143
Appendix B: Point Address Charts ......... 145
B.1 Zonex 1 Points .................. 145
B.2 SDI2 Points .................... 146
SDI Bus Devices ................................... 128
Burglary ....................... 134
Wiring Diagrams ................ 139
Figures
Figure 1: System Configuration ............ 10
Figure 2:Enclosure Mounting ............ 17
Figure 3:Enabling Ground Fault Detection . 18
Figure 4:Reset Pin .................... 19
Figure 5:Service Walk Test Flow Chart Example
............................ 23
Figure 6:Battery Terminals ............. 25
Figure 7:Non-Power-Limited Wiring ....... 26
Figure 8:Charging and Battery LEDs ...... 27
Figure 9:RJ31X/RJ38X Wiring (RJ31X shown)
............................ 32
Figure 10:Phone Connector, Phone LED, and
Operation Monitor LED Locations . 33
Figure 11:D928 Dual Phone Line Switcher .... 35
Figure 12:On-board Point Sensor Loop Wiring 37 Figure 13:Rothenbuhler 5110/4001-42 High
Security Bell Wiring Configuration 39
Figure 14:Wiring the Rothenbuhler 5110/4001-
42 High Security Bell to the Control
Panel ....................... 40
Figure 15:Connecting the D8125 POPEX to the
D9412GV4 Control Panel ....... 42
Figure 16:Connecting the D8125 POPEX to the
D7412GV4 Control Panel ....... 43
Figure 17:D8128D OctoPOPIT Layout ...... 46
Figure 18:Connecting D8128D OctoPOPITs to
the D9412GV4 ................ 49
Figure 19:Connecting D8128D OctoPOPITs to
the D7412GV4 ................ 50
Figure 20:Wiring Multiple D8128Ds Using
Figure 21:D8128D OctoPOPIT Sensor Loops 52 Figure 22:D8129 Connections to the D9412GV4
Figure 23:D8129 Connections to the D7412GV4
Figure 24:D811 Arm Status Relay Module Wiring
Figure 25:D811 Arm Status Relay Module Wiring
Figure 26:External Power to SDI2 Devices .. 62
Figure 27:Keyswitch Wiring .............. 63
Figure 28:DX4020 DIP Switch Settings ..... 66
Figure 29:B208 Switches Set to Address 9 .. 67 Figure 30:B308 Switches Set to Address 9 .. 68 Figure 31:B426 Switch Set to Address 1 ... 69 Figure 32:B420 Switch Set to Address 1 ... 70 Figure 33:B520 Switch Set to Address 2 ... 71 Figure 34:B810 Switch Set to Address 1 ... 72 Figure 35:B820 Switch Set to Address 1 ... 72 Figure 36:Accessory Connection on D9412GV4
Figure 37:D9412GV4/D7412GV4 v2.00 Faceplate
Figure 38:Keypad Installer menu tree ...... 94
Figure 39:D9412GV4/D7412GV4 v2.00 Power
Figure 40:D9412GV4/D7412GV4 v2.00 Input
Figure 41:D9412GV4 SDI and Zonex Devices
Figure 42:D7412GV4 SDI and Zonex Devices
Figure 43:D9412GV4/D7412GV4 SDI2 Devices
Figure 44:SDI2 Bus Wiring ............. 143
Interconnect Wiring ............ 52
........................... 56
........................... 56
to the D9412GV4 .............. 59
to the D7412GV4 .............. 59
and D7412GV4 ............... 75
........................... 76
Supply Side System Wiring (Power
and Phone) ................. 138
Points and Peripheral Devices System
Wiring ..................... 139
System Wiring ............... 140
System Wiring ............... 141
System Wiring ............... 142
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Page 7
D9412GV4/D7412GV4 v2.00 | Installation and System Reference Guide | 1.0 Introduction
.
1.0 Introduction
This manual addresses the operation and installation of the D9412GV4/D7412GV4 v2.00 Control Panels. Throughout this guide, the words “control panel” refer to all control panels (D9412GV4 and D7412GV4). Table 2 on page 11 provides an overview of the differences in the control panels.
To obtain any of the documents in Table 1, contact Bosch Security Systems, Inc. Customer Service at (800) 289-0096 and request the documentation by its corresponding part number.
Table 1: Related Documentation
Product Type Name of Documentation Part Number Control Panels Control Panels (D9412GV4/D7412GV4 v2.00) Release Notes
Control Panels (D9412GV4/D7412GV4 v2.00) Installation and System Reference Guide (this document)
UL Certificated Bank Safe and Vault Applications Technogram 73-07302-0003 Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide F01U265459
Control Panels (D9412GV4/D7412GV4 v2.00) UL Installation Guide F01U2654621
Control Panels (D9412GV4/D7412GV4 v2.00) Quick Reference Guide F01U2654631 Control Panels (D9412GV4/D7412GV4 v2.00) SIA Quick Reference Guide F01U2654661 Keypads D279A Operation and Installation Instructions 464585
Two-line Alphanumeric Keypad (B920) Installation Guide F01U2654504
ATM Style Alphanumeric Keypad (B930)Installation Guide F01U2654514
Control Panels (D9412GV4/D7412GV4 v2.00) Control Panel Owner’s Manual F01U2654521
Expansion Devices
Octo-input Module (B208) Installation and Operation Guide F01U2654565
Octo-output Module (B308) Installation and Operation Guide F01U2654585
RADION receiver SD (B810) Reference Guide F01U2618395
SDI2 Inovonics Interface Module (B820) Installation Guide F01U2654605
Conettix Ethernet Communication Module (B420) Installation and Operation Guide F01U2152366
Conettix Ethernet Communication Module (B426) Installation and Operation Guide F01U2662266
Auxiliary Power Supply Module (B520) Installation and Operation Guide F01U2654455
D8128D Installation Guide F01U0705375
D8125MUX Operation and Installation Guide F01U0349735
ISW-D8125CW-V2 Installation and Operation Guide F01U1616915
D9210C Installation and Operation Guide F01U2152325
1
Shipped with the control panel. 2Located on the documentation CD shipped with the control panel. 3Located on
www.boschsecurity.com
documentation CD shipped with the module.
. 4Shipped with the keypad. 5These documents ship with the modules. 6Find these documents on the
F01U265461 F01U265457
1
2
2
Copyright
This document is the intellectual property of Bosch Security Systems, Inc. and is protected by copyright. All rights reserved.
Trademarks
All hardware and software product names used in this document are likely to be registered trademarks and must be treated accordingly.
Bosch Security Systems, Inc. | 2/13 | F01U265457-03 7
Page 8
D9412GV4/D7412GV4 v2.00 | Installation and System Reference Guide | 1.0 Introduction
.
Determine Bosch Security Systems, Inc. Product Manufacturing Date
Use the serial number located on the product label and refer to the Bosch Security Systems, Inc. web site at http://www.boschsecurity.com/datecodes.
Thefollowingimageshowsanexampleofaproductlabelandhighlightswheretofindthemanufacturingdatewithintheserial number.
Bosch Security Systems, Inc. | 2/13 | F01U265457-03 8
Page 9
D9412GV4/D7412GV4 v2.00 | Installation and System Reference Guide | 2.0 Lightning Strikes
.
2.0 Lightning Strikes
The control panels are designed to significantly reduce electromagnetic interference and malfunction generally caused by lightning.
2.1 Effects
Any electronic system can be struck directly by lightning or be adversely affected by a lightning strike near the system. When lightning strikes, several things happen:
An electromagnetic wave spreads from
the point of the strike inducing high voltages in nearby conductors.
The voltage changes substantially on
electrical grounds near the lightning strike.
High voltages are induced in anything
directly struck by lightning.
The effects of a lightning strike can include Missing Trouble, Missing Alarm, or Point Bus Trouble events. Occasionally, Reboot and Watchdog events might be sent because the control panel tried to reset itself.
Electronic systems, including control panels, cannot be completely immune to direct or indirect lightning strikes; however, some proven installation practices might greatly reduce the risk of undesirable affects.
2.2 Precautions during Installation
To minimize the risk of undesirable effects from lightning strikes on high risk installations that use a point-bus technology:
Do not run wiring outside the building. If you must install the unit in a metal
building, keep the wiring at least 0.61 m (2 ft) away from external metal surfaces.
Earth ground the unit correctly. Do not
use an electrical ground or telephone ground.
Avoid running wires near telephone, data,
or power lines inside a building. Historical evidence shows that locating control panel wiring at least 0.61 m (2 ft) away from telephone, data, or power lines is successful at minimizing lightning damage. When your data lines must cross the path of AC or other wiring, cross the lines perpendicularly.
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3.0 Overview
3.1 Configuration and Parts
Figure 1: System Configuration
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Table 2: Control Panel Comparrisons
Features D9412GV4 D7412GV4 Access Control Arm/Disarm Users Cards/Tokens Passcode-Protected Custom Functions Number of Points 246 75 Number of Off-board Relays 128 64 Number of Areas 32 8 Number of B920 Two-line Alphanumeric
Keypads Number of B930 ATM Style
Alphanumeric Keypads Number of D1255 Keypads 16 16 Number of D1260 Keypads 8 8 Number of Phone Lines Supported 2 2
Yes - 8 doors Yes - 2 doors 999 399 999 399 16 4
16 16
16 16
3.1.1 Parts List The control panels are shipped assembled
from the factory with the following parts: Literature Pack
7000/9000 Series Point Chart Label
(P/N: 79-06660-000)
Assembly
PC board Faceplate shield Mounting skirt One #6 x 3/4-in screw
3.1.2 Parts Available by Separate Order Order the following components separately to
complete a basic eight-point installation.
The D1260 and D1260B Keypads must have firmware version 1.04 or higher for use with the D9412GV4/D7412GV4 v2.00 Control Panels.
B520 Auxiliary Power Supply Module B420, B426 Ethernet Communication
Modules
B920, B930 Keypad D1255B, D1255, D1260, D1260B
Keypad, or D720 Keypad
D1255RB Fire Keypad, D1256RB Fire
Keypad, or D1257RB Fire Alarm Annunciator
D1640 Transformer D1640-CA Transformer (for Canada)
D126 or D1218 Battery D162 Phone Cord (order two cords if
using the D928 Dual Phone Switcher)
D8103, D8108A, or D8109 Enclosure
Configured packages are also available. Please consult the Bosch Security Systems, Inc. Product Catalog.
Control Panels (D9412GV4/D7412GV4
v2.00) Installation and System Reference Guide (P/N: F01U265457)
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3.2 Accessories
Refer to the Bosch Security Systems, Inc. product catalog for additional information. The compatible accessories listed in the table below are specific to the D9412GV4/D7412GV4 with firmware
v2.00 or greater.
Table 3: Compatible Accessories
Model Title UL
B208 Octo-input Module X X X X
B308 Octo-output Module X X X X
B420 Ethernet Communication Module X X X X
B426 Ethernet Communication Module X X X X
B520 Auxiliary Power Supply Module X X X X
B810 RADION receiver SD X X
B820 SDI2 Inovonics Interface Module X X
B920 Two-line Alphanumeric Keypad X X X
B930 ATM Style Alphanumeric Keypad X X X
D113 Battery Lead Supervision Module X X X X
D122/D122L Dual Battery Harness X X X
D125B Powered Loop Interface Module X X X X
D126 Standby Battery (12V, 7Ah)
D129 Dual Class A Initiation Circuit Module X X X
D130 Relay Module X X X
D185 Reverse Polarity Module X X X
D161 Phone Cord
D162 Phone Cord
D192G Bell Circuit Supervision Module X X X
D279A Independent Zone Control (On-Board and OctoPOPIT
Points)
D720R LED Keypad (red) X X X
D720W LED Keypad (white) X X X
D928 Dual Phone Line Switcher X X X X
D1255RB Fire Keypad X X X X
D1256RB Fire Keypad X X X
D1257RB Fire Alarm Annunciator X X X X
D1218 12 V, 17.2 Ah Rechargeable Battery
D1255/D1255B Keypads (General Purpose) X X X
D1255W Text Keypad (white) X X X
D1260/D1260B2 Keypads X X X
D1640 16.5 VAC 40 VA Transformer X X X
D1640-CA 16.4 VAC 40 VA Transformer for Canada X
D8004 Transformer Enclosure X X X
D8125 POPEX Module X X X X
D8125MUX Multiplex Bus Interface X X X
D8128D OctoPOPIT Module X X X X
D8129 OctoRelay Module X X X X
D8130 Release Module X X X
D8132 Battery Charger Module X X X
D9127U/T POPIT Module X X X X
D9210C Access Control Interface Module X X X X
DX4010V2 USB/Serial Interface Module
1
Intrusion
UL
864
985
X
cUL
Intrusion
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DX4020 Network Interface Module X X X X
ITS-DX4020-G GPRS/GSM Communicator X X X
ICP-SDI-9114 SDI Splitter X X X
ITS-EZTS Tamper Switch X X X
ISW-D8125CW-V2 Commercial Wireless Interface Module
ZX776Z PIR Motion Sensor [15 m (50 ft)] with POPIT X
ZX794Z PIR Motion Sensor [24 m (80 ft)] with POPIT X
ZX865
ZX938Z PIR Motion Sensor [18 m (60 ft)] with POPIT X
ZX970
RFBT-A RADION speciality X
RFDL-11-A RADION tritech X
RFDW-SM-A RADION contact SM X
RFDW-RM-A RADION contact RM
RFSM-A RADION smoke X
RFRP-A RADION repeater X
RFPR-12-A RADION PIR
RFPR-C12-A RADION PIR C
RFUN-A RADION universal transmitter
1
Where the fire alarm transmitter is sharing on premise communications equipment, the shared equipment must be UL Listed (ITE or fire protective signaling).
2
Refer to for compatible Inovonics devices.
3
Version 1.04 or above.
PIR/Microwave Motion Sensor [+1.7C (+35F)] with POPIT
PIR/Microwave Motion Sensor [+1.7C (+35F)] with POPIT
X
X
X
X
X
X
X
X
No wireless detectors have been approved for use with alarm verification points.
For specific installation and operation instructions, please refer to manufacturers’ manuals.
3.3 Features in the GV4 Series
Control Panels
3.3.1 SDI Interconnect Wiring Use interconnect wiring to easily connect an
SDI bus device to the SDI bus or an SDI2 device to the SDI2 bus without needing to disconnect wires connected to the bus terminals. Possible applications include:
Connecting a DX4010v2 to program the
control panel with Remote Programming Software (RPS) at the premises.
Connecting a keypad to test the control
panel.
UL requires that the DX4010v2 be used as a temporary programming interface only.
3.3.2 Tip and Ring Posts The tip and ring posts allow connecting a
phone or buttset for the purpose of troubleshooting communications between the control panel and the central station. This connection allows monitoring of the dial tone, handshaking tones from the receiver, and communications signals.
3.3.3 Telephone Line Sniff The control panels monitor the phone line for
the programmed supervision interval before indicating phone line trouble.
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3.3.4 Points The Bosch Security Systems, Inc. D9412GV4
Control Panel provides up to 246 points of protection. The D7412GV4 Control Panel provides up to 75 points of protection. Point programming parameters determine the control panel’s response to open and shorted conditions on the sensor loop for the point. Several options allow individual point programming to custom-fit the protection to the installation.
Points 1 to 8 are located on the circuit board (on-board points). They are standard sensor loops. The remaining off-board points can be located on point expansion modules on a ZONEX bus, an SDI bus, and/or an SDI2 bus. The ZONEX bus supports any combination of POPIT points using D8128D OctoPOPITs, D8125 POPEX Modules and D9127 POPITs, a ISW-D8125CW-V2 Zonex Inovonics Interface Module, or D8125MUX Modules. The SDI2 bus supports any combination of B208 Octo-input modules, B810 wireless receiver, or a B820 Inovonics Interface Module.
Any points programmed as fire supervisory points are latching.
3.3.5 Areas and Accounts The D9412GV4 supports up to 32 areas. The
D7412GV4 supports up to 8 areas. You can assign all points to a single area or distribute them over all supported areas.
The control panel is armed and disarmed by area, and several areas can be armed and disarmed with one menu function. A passcode can also be assigned an authority level that allows a user to arm an area from a remote keypad in another area. Assigning each area its own account number creates up to 32 separate accounts in the D9412GV4 and up to 8 separate accounts in the D7412GV4. Assigning the same account number to different areas, groups them together in a single account.
Area options include exit tone and delay, separate fire and burglary outputs, and multiple opening and closing windows. Area type can be used to create area interdependencies for arming purposes.
3.3.6 Digital Communicator The control panel uses a built-in digital
communicator to send reports to the receiver. The control panel sends reports in either the Modem4 or ANSI-SIA Contact ID format.
The control panel connects to an RJ31X or RJ38X jack for telephone line seizure. Connecting to the RJ31X complies with FCC regulations for using the public telephone network. The control panel can be programmed to direct reports to four separate telephone numbers. Adding the D928 Dual Phone Line Switcher Module to the D9412GV4 or the D7412GV4 allows connection and supervision of a second telephone line.
The system can route groups of Event Reports to four different destinations through the phone or over a network. Each report group can be programmed to send reports to one or more destinations. Primary and backup reporting paths can be programmed for each destination and each report group. A custom option allows specification of individual Event Reports to be sent.
3.3.7 Keypads Up to 32 unsupervised keypads can be
connected to the system. The available power, number of supervised keypads, and number of areas covered affect the total number of keypads that can be connected.
The system can supervise up to sixteen D1255 keypads, and up to eight D1260 keypads. If the control panel loses communication with the keypad, it sends SDI FAILURE in the Modem4 format or Expansion Module Failure (333) in Contact ID format. The system can support more SDI keypads (up to 32 unsupervised).
In addition to the SDI keypads, the system can support up to 16 B920 and B930 keypads on the SDI2 bus. The control panel supervises all keypads on the SDI2 bus. Any failure to receive an expected response from an SDI2 keypad results in a system fault display on all keypads and an SDI Fault event is sent to the central station if programmed to do so.
Table 4 on page 15 shows the keypads that are compatible with D9412GV4/D7412GV4 v2.00 Control Panels. Refer to 18.0 Keypad Installer Menu for complete details on programming keypad options.
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UL requires all Fire System keypads to be supervised.
Table 4: Compatible Keypads
Model Display Application B930 5-line LCD display Burglary/Access
B920 2-line LCD display Burglary/Access
D1255RB
D1256RB
D1257RB
D1255/ D1255B/
D1260/ D1260B
D1265* LCD Touch screen Burglary
*D1265 keypad has not been investigated by UL.
16-character alphanumeric
16-character alphanumeric
16-character alphanumeric
16-character alphanumeric
4-line by 20­character
Fire
Fire
Fire
Burglary
Burglary
3.3.8 Keyswitch Maintained or momentary closure devices such
as keyswitches allow any of the available areas to be armed or disarmed. Point programming determines the loop response and which area a keyswitch controls.
3.3.9 Access Control The D9412GV4 can control eight access doors
(each requiring the optional D9210C Access Control Interface Module) with up to 999 uniquely identified cards or tokens. The D7412GV4 can control two access doors with up to 399 uniquely identified cards or tokens. Any of the following can grant access:
Wiegand-style access control device
(card reader) connected to the D9210C Access Control Interface Module
Request to enter (RTE) or request to
exit (REX) input
Unlock command on a B920/B930
The access control features of the D9412GV4 and D7412GV4 can deny access during armed periods. 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.
3.3.10 Event Memory The control panel retains point alarm and
trouble events in memory for each area. A B930, B920, D1255 (any model), as well as a D1260 (any model) can be used to view event memory by using the Events menu. The control panel clears the previous events for an area from the event memory when the area is turned off.
3.3.11 Event Log The system stores 1023 events from all areas
in its event log. For example, the system adds at least two items to the log each time an area is turned on (arm) or off (disarm), the open (or close) event also contains the previous arming state.
All events can be stored even if the control panel does not send a report for them. The log can be viewed at a keypad, or uploaded using Remote Programming Software (RPS).
3.3.12 Ground Fault Detection The Earth Ground Terminal on the control
panels is electrically isolated from all other terminals to allow the control panels to detect ground fault conditions. A Ground Fault Detect Enable switch (S4) is located just under Terminal 10, Earth Ground, on the control panel. Refer to Section 4.5.2 Ground Fault Detect Enable on page 18 for information on operating this function.
3.3.13 Ground Fault Detection Added Feature When Ground Fault Detect is enabled (S4
closed), Points can be used for non-powered fire-initiating devices such as heat detectors, four-wire smoke detectors, and pull stations. A D125B Powered Loop Interface or a D129 Dual Class A Interface Module is not required when connecting the non-powered fire-initiating devices to Points.
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3.3.14 Conettix Functions The D6600/D6100i/D6100IPV6 Conettix
System supports data network communications. Conettix allows the D6600/D6100i/D6100IPV6 Receiver/Gateway devices to connect to various network technologies including Ethernet, UDP/IP, and GPRS (General Packet Radio System).
Connecting to a data network is possible using the COM4 or COM1 connection from the D6600/D6100i Receiver to the D6680 Network Adapter. Control panels can send reports through telephone lines, Ethernet, UDP/IP, or GPRS networks to the D6600/D6100i/D6100IPV6 receiver to the central station. Once events are received, they can then be issued to automation software or a network printer through a local area network (LAN) or wide area network (WAN).
Sending events to the central station over a LAN or WAN requires a network interface module (NIM), such as the B426, B420, or DX4020. Sending events over GPRS requires a special NIM, the ITS-DX4020-G.
3.3.15 Programming Use the RPS, or the Keypad Installer menu, to
program the control panels. Refer to the
Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)for
programming options.
3.3.16 Dual Authentication The D9412GV4 and D7412GV4 control panels
can be configured to require two forms of identification before processing certain system commands. This feature requires a door controller and a keypad to be installed within proximity to each other for user convenience.
Dual Authentication requires a D9210C door controller module even though the configured operation may not be access.
A standard system user has authority to use Dual Authentication if they have a passcode, a door credential (token or card), and appropriate command authority permissions assigned in the door and keypads assigned area. When enabled at a keypad, only the following Passcode Functions require access credentials with passcode entry, Arm / Disarm, Cycle Door (Grant Access), Cycle Relay, and Auto Re-arm. Refer to the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry
Guide (P/N: F01U265459)and D9210C Installation and Operation Guide (P/N:
F01U215232) for details on installation, configuration and operation of this feature.
3.3.17 Other Features The D9412GV4/D7412GV4 v2.00 Control
Panels have many programmable features. Some of the features are listed below. Complete details on all features are in the
Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459):
Supervision of AC (primary power),
battery (secondary power), Zonex, SDI and SDI2 buses, central processing unit (CPU), and two telephone lines
Automatic System Test Reports Remote access for programming,
diagnostics, and log uploads using the remote programming software (RPS)
Fire alarm verification Programmable alarm outputs Programmable relay outputs Opening and closing windows Skeds (scheduled events) Limited local programming
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4.0 Installation
4.1 Installation Preparation
This section contains a general installation procedure and refers to other sections of the document for detailed instructions.
Review this document and the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)before beginning the
installation to determine the hardware and wiring requirements for the features used.
Have the following documentation available when reading through this guide:
Control Panels (D9412GV4/D7412GV4
v2.00) Control Panel Owner’s Manual.
Before installation, become familiar with the operation of RPS or the local Programmers menu.
4.2 Enclosure Options
Mount the control panel assembly in any of the Bosch Security Systems, Inc. enclosures listed:
D8103 Universal Enclosure (tan) D8109 Fire Enclosure (red) D8108A Attack Resistant Enclosure (tan)
Refer to chapter 17.0 Approved Applications in this guide to determine if the application requires a specific enclosure.
4.3 Mounting Enclosure
1. Run the necessary wiring throughout the premises.
2. Mount the enclosure in the desired location. Use all five enclosure mounting holes. Refer to Figure 2.
3. Pull the wires into the enclosure.
Electromagnetic interference (EMI) can cause problems on long wire runs.
Figure 2: Enclosure Mounting
1
2
1 - Point chart label 2 - Mounting skirt hooks (2) 3 - Module mounting holes (12) 4 - Tamper switch mounting holes (5) 5 - Skirt mounting hole (1)
3
5
6
2
4
7
3
8
9
6 - Enclosure mounting holes (5) 7 - Mounting skirt hook holes (2) 8 - Back of D9412GV4/D7412GV4 Control Panel 9 - Lock down tab
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4.4 Installing the Control Panel
1. Place the control panel over the inside back of the enclosure, aligning the large rectangular openings of the mounting skirt with the mounting hooks of the enclosure. Slide the control panel down so that it hangs on the hooks. Refer to Figure 2, Item 2 on page 17.
2. Remove the tape from the #6 x 1/4-in screw in the mounting tab on the control panel. The screw passes through the mounting tab and into the skirt mounting hole in the enclosure. Tighten the screw to secure the control panel in the enclosure.
3. Connect earth ground to the control panel before making any other connections. Refer to Section 4.5 Connecting Earth Ground.
4.5 Connecting Earth Ground
4.5.1 Terminal 10
When the control panel recognizes that the ground fault condition is corrected, and remains corrected for between 5 to 45 consecutive sec, a Restoral Report is sent.
The D9412GV4 and D7412GV4 control panels log and print a Ground Fault event as GROUND FAULT. If communicating in Modem4 format. If communicating in Contact ID format, the control panels generate a Ground Fault (310) event.
4.5.3 Enabling Ground Fault Detection To enable Ground Fault Detect Enable, lock
(close) the S4 Ground Fault Detect Pin on the control panel (Figure 3).
Figure 3: Enabling Ground Fault Detection
10
To help prevent damage from electrostatic charges or other transient electrical surges, connect the system to earth ground at Terminal 10 before making other connections. Recommended earth ground references are a grounding rod or a cold water pipe.
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.
Do not connect other control panel terminals to earth ground.
4.5.2 Ground Fault Detect Enable
To meet UL 864 requirements, enable Ground Fault Detect.
A ground fault is a circuit impedance to earth ground. The control panel has a ground fault detection circuit that, when enabled, detects ground faults on Terminals 1 to 9 and 11 to 32. The control panel also detects and annunciates ground faults on any device connected to it.
If a ground fault condition occurs, the keypads display SERVC GND FAULT and the control panel transmits a GROUND FAULT TROUBLE, AREA 1.
1 - S4 Locked (Closed). Control panel detects
ground faults.
2 - S4 Unlocked (Open). Control panel does not
detect ground faults.
4.5.4 Ground Fault Specifications Table 5 provides the impedance specifications for
detecting ground faults when any terminal or field wiring is shorted to ground.
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Table 5: Ground Fault Impedance
Specifications
Impedance Control Panel Detects Ground Fault
≤ 300 Ω Yes
300 Ω to
200 k Ω
≥ 200 k Ω No
Detection depends upon the
terminal
4.5.5 Locking the Reset Pin
Locking the reset pin disables the control panel (Figure 4). When the control panel is disabled, the system ignores most keypad commands and points. Call for Service appears in some keypad displays when the pin is locked down. SDI2 keypads display “Installation Passcode” when the pin is locked down.
On-board outputs (Terminals 6 and 7) and off­board outputs deactivate when the control panel is reset. Terminal 8 has power when the output is deactivated. Activation interrupts power at that terminal. The on-board output (Terminal 8) remains deactivated when the reset pin is locked in the disable position.
Releasing the reset pin from the closed position resets the control panel. The control panel resets all its timers, counters, indexes, and buffers. Any points that restore after a reset do not generate Restoral Reports.
If the reset pin is placed in the Lock position and all areas are armed, the control panel will not answer RPS over a phone line unless Answer Armed program item has a value other than zero in it. No entry is required for network or RPS Enhanced direct connect communication. Refer to RPS Parameters in RPS Help.
Figure 4: Reset Pin
1 - Reset pin locked (closed) 2 - Reset pin normal (open)
4.6 Completing the Installation
If not already complete, make the earth ground connection to Terminal 10 and lock the reset pin in the closed position.
4.6.1 Charging the Battery Connect the battery, then the transformer to
allow the control panel to charge the battery while you complete the installation. Refer to Section 5.0 Power Supply on page 24 for instructions.
On-board Buzzer Sounds 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 buzzer on the control panel sounds during the tests. The self­diagnostics tests complete in approximately 1 to 3 sec.
If the control panel fails any test, the buzzer continues sounding and a System Trouble message appears at the keypads.
Avoid electrostatic discharge. Always touch Terminal 10, the earth ground connection, before beginning work on the control panel.
If the control panel receives an electrostatic discharge, it might generate Watchdog Reset and Param Fail events.
4.6.2 Installing and Wiring Detection Devices Install and wire detection devices and keypads at
their locations throughout the premises. Do not connect the control panel yet.
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Section 8.0 On-Board Points on page 37 contains instructions for wiring the on-board points to detection devices. Section 11.0 Arming Devices on page 60 contains instructions for wiring the keypads.
Instructions for wiring the off-board point POPIT sensor loops are found in the instructions packaged with the POPIT modules.
4.6.3 Installing Modules and Outputs
1. Power down the unit by unplugging the
transformer and disconnecting the battery.
Always power down the unit when installing modules or outputs, or when
2. Install and wire any modules required for the
3. If using the power outputs at Terminals 7 or
4.6.4 Connecting the On-board Points and
Connect the on-board points and keypad wiring to the system. Refer to Section 8.0 On-Board
Points on page 37 and Section 11.0 Arming Devices on page 60 for instructions.
4.6.5 Powering Up
Reconnect the battery, then plug in the transformer. The buzzer sounds for two sec when the control panel is powered up. Leave the reset pin in the locked position.
making wiring connections to the control panel.
installation as described in the module’s installation instructions.
Instructions for the D8125 POPEX Module, D8128D OctoPOPIT Module, D8129 OctoRelay Module, D811 Arm Status Relay Module, and D928 Dual Phone Line Switcher appear in this guide.
Refer to Section Off-Board Points on page 41 for D8125 and D8128D instructions. Refer to Off-Board Outputs on page 55 for D8129 and D811 instructions. Refer to Section 7.11 D928 Dual Phone Line Switcher on page 34 for D928 instructions.
8, refer to Section Programmable Power Output Terminals 6, 7, and 8 on page 30 for instructions.
Keypads
Yellow Charging Status LED Remains Lit: If the yellow charging status LED remains lit after five minutes of powering up the control panel, either the battery is deeply discharged or too many powered devices were connected to the control panel. Combined continuous current draw for Terminals 3, 8, 24, and 32, and the accessory connector cannot exceed 1.4 A. Refer to Section
6.0 Power Outputs on page 30 for help.
4.7 Updating Control Panel Firmware
When a firmware update is available, installation of the update is performed using either a ROM Update Key or using RPS. Refer to the GV4 Series Control Panel ROM Update Key Instructions on the underside of the control panel faceplate, or refer to RPS Online Help.
4.8 Programming the Control Panel
If the control panel is not already programmed, review the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459). Ensure that all accessory modules for desired features are available for installation.
Use RPS to load a custom program into the control panel as needed.
4.9 Installing the Point Chart Label
The point chart label is required for fire systems with verifications points.
A point chart label is included in the literature pack. Install the point chart label for fire or combined fire-and-burglary systems that use verification points.
Use the Control Panels (D9412GV4/D7412GV4 v2.00) Program Record Sheet (P/N: F01U265460) to gather the necessary information for completing the point chart. Fill out the label and install it on the inside of the enclosure door (refer to Figure 2 on page 17).
Avoid smearing the entries on the chart. Use the peel-off backing to press the label in place.
4.10 Testing the System
After installing and programming the control panel, test the system completely. Test the control panel and all devices for proper operation.
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Test after initially programming the control panel.
To meet UL 864 requirements, perform a full system test after any subsequent programming session.
Refer to Section 4.11 Service Walk Test on page 21 for complete Service Walk Test instructions.
Clear after Test: To clear the event memory and report buffer, momentarily close the reset pin. Events stored in the control panel’s event log are not cleared.
4.11 Service Walk Test
The Service Walk Test differs from the standard Walk Test. In the standard Walk Test, point expansion modules whose switches are set for a point number not programmed in the control panel do not appear in the test. In the Service Walk Test, POPITs whose switches are set for a point number that is not programmed in the control panel do appear in the test.
The Service Walk Test allows a user to walk test all 246 points from a control-panel-wide keypad, regardless of the point index type.
A Service Walk Test can also be initiated by account-wide or area-wide keypads but test only those points that are within the scope of the keypad that initiated the function. The Service Walk Test does not test points in armed areas.
Only Walk Test Start and Walk Test End are reported to the central station.
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 P# Output Response Type feature operates as programmed.
The D7412GV4 does not include the Service Walk Test in the Service Menu. To enable the Service Walk Test function for any GV4 Series Control Panel, add its function code to the Function List of a keypad.
Service Walk Test Procedure (B920/B930) Refer to Walk Test procedures for Service Walk
Test options in compatible keypad documentation when using a B920 or B930 Keypad.
1. Choose a keypad to conduct the test. Ensure that the display shows the idle disarmed text.
2. Press the [MENU] key and then go to the [3] Actions > [3] Test > [1]Walk Test > [3] Service menu option.
3. Enter your passcode and press [ENTER]. The keypad shows the number of points that remain to be tested.
4. To view the points, press [ENTER] on a B920 keypad or press the View untested points softkey on a B930 keypad. To scroll through the list of points, use the [PREV] or [NEXT] key.
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).
Extra Points display default text: If the switches on a POPIT are set incorrectly to a point number that is not in the program for the control panel, the default text for that point number (PT ###) appears when the point is faulted.
Faulting the point a second time produces the tone and shows the point text, but does not decrease the count in the ## PTS TO TEST message.
To see the points that remain untested during the Service Walk Test:
a. Press [ESC] when point text appears. The
display shows ## PTS TO TEST.
b. Press the [ESC] key. VIEW UNTESTED ?
appears. c. Press [ENT]. ## PTS UNTESTED appears. d. Press [NEXT] to see a list of the points
that have not yet been tested. Move
through this list by pressing the [NEXT]
key. e. To resume the Service Walk Test, press
[ESC]. ## PTS UNTESTED appears. f. Press [ESC]. ## PTS TO TEST appears. g. Resume testing points. To end the Service
Walk Test, press [ESC] twice.
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6. After the last point is tested, 0 PTS TO TEST appears. Press [ESC]. The display shows ALL PTS TESTED briefly before returning to idle text.
The Service Walk Test, when performed on a D7412GV4, cannot show “0 PTS TO TEST” because the D7412GV4 is physically unable to connect to the second POPEX Module (used for Points 129-247).
Automatic time-out returns the system to idle text: If there is no point or keypad activity for 20 min., the Service Walk Test ends automatically. The keypad returns to idle text.
4.11.1 Program the Control panel
Use RPS or the keypads to program the control panel. Refer to:
Control Panels (D9412GV4/D7412GV4
v2.00)) Program Entry Guide (P/N:
F01U265459).
Keypad Installer menu RPS Help
4.11.2 Service Bypass
To facilitate system maintenance for service personnel, a special point bypass option is provided through this menu to remove any point from service. The status of points in Service Bypass can be viewed through the Service Bypass Menu. For details in navigation and operation of this function refer to the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
4.11.3 RF Points and Repeaters
With a B810 wireless receiver, the control panels can support up to 238 wireless points, 1000 key fobs, and 8 repeaters within the RADION wireless portfolio. The RF Points menu provides the tools necessary to enroll, remove or replace wireless points. For details in navigation and operation of these functions refer to the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
With a B820 SDI2 Inovonics Interface Module, the control panels can support up to 350 RF devices and up to eight RF Repeater modules. The RF Points menu provides the tools necessary to
enroll, remove or replace wireless points. For details in navigation and operation of these functions refer to the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
The RF Points menu does not affect the RFIDs learned by the D8125INV Wireless Interface Module nor the ISW-D8125CW-V2 Commercial Wireless Interface Module if installed on the Zonex bus.
4.11.4 RF Diagnostics
With a B810 wireless receiver, or B820 SDI2 Inovonics Interface Module installed, the control panel can show detailed wireless communication information for RF points, keyfobs and repeaters. The RF Diagnostics menu can show real-time signal strength information for enrolled RF devices. By monitoring the signal strength of an individual RF device, the optimal position for installation can be found.
RF device diagnostic information also includes AC status, battery status, supervision status, and tamper status for all supporting devices. For details in navigation and operation of these functions refer to the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
4.11.5 IP Diagnostics
With at least one B420 Ethernet Communication Module, or B426 Ethernet Communication Module installed on the SDI2 bus, the control panels can use the diagnostic functions of this menu to retrieve the auto-configured settings from the module and perform a series of network communication tests. This menu does not apply to the DX4020 modules on the SDI bus.
The Settings option retrieves the following from the selected B420 module: Unit Host Name, MAC ID, and current IPV4 Address. For the B426 module, the Settings option retrieves: Unit Host Name, MAC ID, and current IPv6 Address.
The Connection Test option performs the following automated tests for the selected B426/B420 module: Link [OK] if Ethernet cable is detected
[Missing] if Ethernet cable is not detected.
Gateway [OK] if an ICMP echo request (PING)
response is received from the Gateway
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Address. [Failure] if response is not received.
Internet [OK] if an ICMP echo request (PING)
response is received from the IP Test Address. [Failure] if response is not received.
Figure 5: Service Walk Test Flow Chart Example
SERVICE WALK?
246 PTS TO TEST
Refer to the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459) for details on the
B426/B420 Ethernet Communication Module configuration.
[ENT]
Test a device
POINT TEXT
(Text displays for 60 seconds)
[ESC]
IDLE TEXT
[ESC]
245 PTS TO TEST
Test a device
POINT TEXT
(Text displays for 60 seconds)
244 PTS TO TEST
Test a device
POINT TEXT
1 PTS TO TEST
Test a device
0 PTS TO TEST
[ESC]
[ESC]
[ESC]
VIEW UNTESTED?
[ENT]
# PTS UNTESTED
[NEXT]
POINT TEXT
[ESC]
[ESC]
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D9412GV4/D7412GV4 v2.00 | Installation and System Reference Guide | 5.0 Power Supply
5.0 Power Supply
5.1 Primary Power Terminals 1 and 2
1 2
,
5.1.1 Primary (AC) Power Circuit
The primary source is a 16.5 VAC, 40 VA, internally-fused transformer (Bosch Security Systems, Inc. Model D1640). The control panel draws 200 mA when idle and 300 mA when in an alarm state. The total available auxiliary current is
1.4 A.
Transient suppressors and spark gaps protect the circuit from power surges. This protection relies on the ground connection at Terminal 10. Ensure that you connect Terminal 10 to a proper ground. Refer to Section 4.5 Connecting Earth Ground on page 18.
AC Power Fail The system indicates an AC power failure when
Terminals 1 and 2 do not have power. The AC Fail Time parameter sets the number of minutes or secs without AC power before the control panel acknowledges the failure and the number of minutes or secs after the power returns before the control panel acknowledges restored power. Refer to the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)for additional
information about AC Fail Time and UL 864 requirements.
5.1.2 Installing the Transformer
Do not short-circuit the terminals of the transformer: Shorting the terminals opens the internal fuse, causing
1. Use 18 AWG (1.22 mm) wire (minimum) to
2. Route telephone and sensor loop wiring away
permanent failure. Connect the transformer to Terminals 1 and 2 of the control panel before plugging it into the power source.
connect the transformer to the control panel. The wire length should be as short as
possible. The maximum length is 50 ft (15 m). Connect the battery and plug in the transformer.
from any AC conductors, including the transformer wire.
AC wiring can induce noise and low level voltage into adjacent wiring. Route data wiring away from AC and telephone wiring.
Always connect the battery first and then plug in the transformer.
3. Connect the battery. Refer to Section 5.2.2 Installing the Battery on page 25.
4. Plug the transformer into an unswitched, 120 VAC, 60 Hz power outlet only.
5. Secure the transformer to the outlet with the screw provided.
D8004 Transformer Enclosure Required for Fire Systems
Use the D8004 Transformer Enclosure for the D1640 Transformer in fire and combined fire and burglary applications.
Check with the Authority Having Jurisdiction (AHJ) about mounting transformers on specific circuits.
5.2 Secondary Power Terminals
5.2.1 Secondary (DC) Power
A 12 V sealed lead-acid rechargeable battery (D126) supplies secondary power for auxiliary and alarm outputs, and powers the system during interruptions in primary (AC) power.
Use Lead Acid Batteries Only: The charging circuit is calibrated for lead-
Extra Batteries Increase Back-up Time To increase battery back-up time, connect a
second 12 V battery in parallel to the first battery. Use a D122 Dual Battery Harness to ensure proper and safe connection. Refer to the Standby Battery and Current Rating Chart in 17.0 Approved Applications in this guide for battery standby time calculations.
D1218 Battery The D1218 is a 12 V, 18 Ah battery for use in
applications requiring extended battery standby time. Up to two D1218 batteries can be connected when used with a D122 Dual Battery Harness.
acid batteries. Do not use gel-cell or nicad batteries.
Caution: When connecting two D1218 Batteries to the control panel, both must have the same capacity (use two
17.2 Ah batteries or two 18 Ah batteries).
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When using two D1218 batteries, use a separate enclosure, a D122L Dual Battery Harness, and long leads.
5.2.2 Installing the Battery
1. Place the battery upright in the base of the enclosure.
2. Locate the red and black leads supplied with the control panel.
3. Connect the black battery lead to Terminal 4, and then to the negative (-) side of the battery.
4. Connect the red battery lead to Terminal 5, and then to the positive (+) side of the battery.
Warning: High current arcs are possible. The positive (red) battery lead and Terminal 5 can create high current arcs if shorted to other terminals or the enclosure. Use caution when working with the positive lead and Terminal 5. Always disconnect the positive (red) lead from the battery before removing it from Terminal 5.
Caution: The battery terminals and wire are not power limited. A 0.25 in (6.4 mm) space must be maintained between the battery terminals, battery wiring, and all other wiring. Battery wiring cannot share the same conduit, conduit fittings, or conduit knock-outs with other wiring.
Figure 6: Battery Terminals
1 - Battery terminals. Terminal 5 is non-power
limiting.
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Figure 7: Non-Power-Limited Wiring
1 - Conduit required for use with external
batteries. 2 - Battery wires 3 - 0.25 in (6.4 mm) minimum. To ensure proper
spacing, use tie-wraps or similar devices to
secure wires.
5.2.3 Replacing the Battery Replace batteries every 3 to 5 years under normal
use. 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.
D8132 Boost Battery Backup: Adding a D8132 Battery Charger Module supports additional batteries of up to 27 Ah capacity, if required.
The control panel, plus any connected D8132 Modules and/or a auxiliary power supply, must be on the same AC circuit to discharge evenly if AC power fails. The B520 does not need to be on the same AC circuit as the control panel.
4 - Output wires 5 - Input or Point wires 6 - Standby battery 12 V sealed lead-acid
rechargeable battery D1246/D1218
Refer to the Standby Battery and Current Rating Chart in the 17.0 Approved Applications of this
guide for battery standby time calculations. D8132 Specifications
Operating Voltage
16.5 VAC supplied from D1640 transformer
Operating Current 1200 mA of rectified AC
Float Voltage 13.9 VDC maximum
Dimensions (H x W x D)
0.75 in x 3.0 in x 5.0 in (1.9 cm x 7.6 cm x 12 cm)
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The control panel and the D8132 (or B520 Auxiliary Power Supply Module) must share COMMON.
Figure 26 on page 61 shows the common form of the D8132 Module connected to the common on the keypad and the common on the control panel. Any stand-alone power supply powering any device connected to the control panel must also be connected to a common terminal on the control panel.
If using the ground fault detection capability on the control panels with an external power supply, ensure that the external selected power supply isolates its earth ground connection from the negative side of the auxiliary power output. External power supplies that do not isolate earth ground can cause ground fault conditions on the control panel.
5.2.4 Battery Supervision When battery voltage drops to 13.8 VDC, the
yellow Charging Status LED illuminates. When the battery voltage drops to 12.0 VDC to 11.8 VDC, the red Low Battery LED lights, and the keypad or keypads display SERVC LOW BATT on the keypad display. 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.
If the battery is missing or shorted, the red Low Battery LED flashes at the same rate as the green Operation Monitor LED. If the control panel is programmed for power supervision, it sends a BATTERY MISSING report in the Modem4 communication format, or Control Panel Battery Missing (311) report in the Contact ID format.
When battery voltage returns to 13.7 VDC, the Low Battery LED turns off and the keypad or keypads clear the SERVC LOW BATT message on the keypad display. 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. At 13.9 VDC, the yellow Charging Status LED stops lighting.
Figure 8: Charging and Battery LEDs
LEDs Off When Nor mal
10.2 VDC - Battery Load Shed Y ELLOW - Charging Statu s
RED - Low Battery - 12.1 VDC
Investigate Low Battery reports immediately: If primary (AC) power is off and the discharge continues, the control panel becomes inoperative when the battery voltage drops below 10.2 VDC.
5.2.5 Battery Charging Circuit Float Charge The float voltage for the battery charging circuit
is 13.9 VDC at a maximum current of 1.4 A, less any devices connected to the control panel. If the float voltage drops below 13.8 VDC due to overload or battery discharge, the yellow Charging Status LED lights.
Loss of AC Load Shed Output protects battery: During an AC power loss, the battery supplies all power to the security system. If the battery voltage falls below 10.0 V during an AC power loss, a load shed output isolates the battery from the control panel and disables the control panel. Load shed protects the battery from being damaged by deep discharge.
When AC power restores, the load shed output reconnects the charging circuit on the control panel to the battery and the battery begins to recharge.
Overcharge Load Shed With AC Present: If more than 1.4 A of auxiliary current draw from the control panel occurs, the battery supplies the current and begins to discharge. If this situation is not corrected, the battery continues to discharge and at 11.8 VDC to 12.0 VDC, SERV LOW BATT appears on the keypad display.
When the battery voltage drops below 10.0 VDC, the control panel shuts down. Remove all loads to the control panel and disconnect AC power. Fix the condition creating the over current. Add a new battery and reconnect AC power.
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A shorted battery condition is created either by a shorted cell inside the battery or by a short on Terminals 4 and 5. A shorted battery might cause the control panel to operate in an unsafe way. This condition generates WATCHDOG RESET reports.
Reset the control panel by momentarily placing the reset pin in the disable position. Refer to Figure 4 on page 19. The red Low Battery LED continues flashing until the control panel resets.
5.2.6 Battery Discharge and Recharge Schedule
Table 6: Battery Discharge and Recharge
Schedule
Discharge Cycle AC Off:
13.9 VDC: Charging float level.
13.8 VDC: Charging status LED on.
12.0 VDC:
<
Ω 10.0
VDC:
Recharge Cycle AC On:
13.7 VDC:
13.9 VDC:
AC Fail Report when AC fails, if control panel is programmed to report AC failure at occurrence.
Low Battery and AC Fail Reports if programmed. Low battery LED on.
Battery load shed (processing functions continue if AC is present).
Load shed output reset; battery charging begins; Battery Trouble and AC Restoral Reports sent.
Battery Restoral Reports sent. Low battery LED off.
Changing status LED off; battery float charged.
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Table 7: Charging Status and Low Battery LEDs
LED Type Charging Status
LED Yellow Off Battery is fully charged.
Yellow On
Yellow
Low Battery LED Red
Red Off Battery is fully charged. Red On
Red
Yellow
Flash once per minute
Flash
Action Color State Shows the charging status of the battery. Refer to Figure 8
on page 27 for location.
If the battery is missing, shorted, or reversed, the Charging Status LED is off, but the red Low Battery LED is flashing.
Battery float charge is below 13.8 VDC. If AC is present, the battery is charging. Indicates the combined current draw from all outputs exceeds 1.4 A. This is normal under alarm conditions for non-fire systems with sirens or bells drawing more than 1.4 A. If the LED lights regularly for extended periods or does not go out, check the current draw for devices connected to the power outputs. Refer to Section 6.0 Power Outputs on page 30 for instructions.
System is checking the battery.
Shows the condition of the battery. Refer to Figure 8 on page 27 for location.
Battery voltage dropped to between 12.0 VDC and 11.8 VDC. LED turns off when voltage reaches 13.7 VDC.
Battery is missing or shorted.
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6.0 Power Outputs
6.1 Circuit Protection
Three self-resetting circuit breakers protect the control panel from short circuits on the continuous and programmable power outputs. If the control panel is programmed for power supervision and a short circuit occurs on one of the power outputs, the control panel sends BATTERY LOW and BATTERY MISSING when using Bosch Security Systems, Inc. Modem4 communicator format. Under the same conditions when using Contact ID communicator format, the control panel sends Control Panel Battery Low (302) and Control Panel Battery Missing (311).
One self-resetting circuit breaker protects:
Terminal 3: Auxiliary Power Terminal 24: Zonex Power
A short circuit on one terminal disrupts power to the other terminal.
Another self-resetting circuit breaker protects:
Terminal 6: Alarm Power Output Terminal 7: Alternate Alarm Power Output Terminal 8: Switched Auxiliary Power.
A short circuit on one of the terminals disrupts power to the other two
The third self-resetting circuit breaker protects Terminal 32: Power +.
6.2 Total Available Power
The system produces up to 1.4 A of combined power at 12.0 VDC nominal for special application use. The outputs listed below share the available power. These outputs are shown as red circles on the faceplate.
3
devices requiring continuous power.
terminals.
UL requires any device powered from a power output to be supervised.
UL requires that power outputs are not shared between fire and non-fire devices unless all devices are in conduit within 20 ft and are in the same room.
Auxiliary Power: Use this terminal to power
6
(Output A) - Alarm Power Output: Programmable output normally open, power on alarm.
7
(Output B) - Alternate Alarm Power Output: Programmable output normally open, power on alarm.
8
(Output C) - Switched Auxiliary Power: Programmable output normally closed, switches power off when the Sensor Reset command is executed.
24
Zonex Power: Use this terminal to power Zonex modules such as the D8125, D8128D, and D8129 Modules.
32
SDI Power +: Use this terminal to power serial device interface (SDI) devices such as keypads, or the D9210C Access Control Interface Modules.
36
SDI2 Power +: Use this terminal to power serial device interface (SDI2) devices such as the B208 Octo-input Module, the B308 Octo-output Module, the B426/B420 Ethernet Communication Module, RADION wireless receiver, B920 Two-line Alphanumeric Keypad, B930 ATM Style Alphanumeric Keypad, and the B820 Inovonics Interface Module.
Accessory Connector: The D928 Dual Phone Line Switcher connects to the accessory connector.
6.3 Continuous Power Output
Terminals 3, 8, 24, and 32
24 32
3
8
, , ,
The continuous current draw for powered devices connected to Terminals 3, 8, 24, and 32, and the accessory connector must not exceed 1.4 A. Devices powered from these outputs operate at
12.0 VDC Nominal. Power Restricted for Fire and Combined Fire and
Burglary Systems: Use the Fire System Power Formula to calculate the current available for fire and combined fire and burglary systems (refer to Section 6.4 Programmable Power Output Terminals 6, 7, and 8).
6.4 Programmable Power Output Terminals 6, 7, and 8
6 7
, ,
8
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6.4.1 Programming The power outputs at Terminals 6, 7, and 8 are
programmed as Outputs A, B, and C. All outputs are programmed in the Outputs section.
Outputs are assigned a output type, (Fire Bell, for example) when they are assigned to an area. Outputs can be assigned to one or more areas.
The Bosch Security Systems, Inc. defaults set Output
A (Terminal 6) as a Steady Alarm Bell output, Output B (Terminal 7) as a Pulsed Fire Bell output, and Output C (Terminal 8) as a Verification or Reset output for smoke detectors. The Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)contains complete instructions for programming outputs. Refer to Sections 6.4.2 Terminals 6 and 7, 6.4.3 Fire System Power Formula, and 6.4.4 Terminal 8 on page 31 for descriptions of the functions of each terminal.
Refer to the Bell Parameters section of the program to set the Fire Bell, Alarm Bell output responses for outputs. Four annunciation patterns are available: Steady, Pulsed, California Standard, and Temporal Code 3.
Voltage Output at Terminals 6, 7, and 8 If Terminals 6, 7, and 8 do not provide the
expected output, check:
Programming for Outputs A, B, and C in
the outputs section of the program.
Bell Parameters section of the program to
confirm that the Alarm and Fire Bell responses are programmed for the expected duration and pattern.
Point Assignments section to confirm that
each point is programmed for the expected local response.
6.4.2 Terminals 6 and 7 When activated, Terminals 6 (Output A) and 7
(Output B), provide positive (+) 12.0 VDC Nominal power output. Use the power at Terminals 6 and 7 to power bells, siren drivers, piezoelectric fire sounders, electronic horns, or other devices.
Programming determines the format of the output and the conditions that activate it. One self-resetting circuit breaker protects Terminals 6, 7, and 8 against shorts.
When using Output A or Output B to activate notification appliance circuits in UL Listed fire alarm applications, install a D192G Indicating Circuit Module.
Power Restricted for Fire and Combined Fire and Burglary Systems: Fire systems are prohibited from using the battery for determining alarm power. Use the fire system power formula that follows to calculate the current available for fire and combined fire and burglary systems.
6.4.3 Fire System Power Formula To calculate the current available at Terminals 6
and 7 for fire and combined fire and burglary systems:
1. Add together the current draws for all devices
connected to Terminals 3, 8, 24, and 32, and
the accessory connector. This is the total
current required for the normal standby
condition (NSC).
2. The current available for NSC is 1.4 A.
Subtract the NSC current required calculated
in Step 1 from the NSC current available, 1.4
A. The difference is the alarm current
available for Terminals 6 and 7. In formula format:
=
1.4 A NSC current required (Step 1)
Alarm current available
Refer to the Approved Applications chapter of this guide for module or accessory current requirements.
6.4.4 Terminal 8 Terminal 8 provides continuous positive (+) 12.0
VDC Nominal power. Output C interrupts the power at Terminal 8 when activated. Use Terminal 8 to power smoke detectors or other devices that are reset by interrupting power. One self-resetting circuit breaker protects Terminals 6, 7, and 8 against shorts.
Verification and Reset Output The default program sets Output C (Terminal 8)
as a verification and reset output. Refer to Output
Parameters and Point Assignments in the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459) for instructions
on programming verification and reset outputs and points.
Performing a sensor reset at a keypad produces a five-sec output activation of verification and reset outputs. The control panel ignores verification and resettable points during the five sec.
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D9412GV4/D7412GV4 v2.00 | Installation and System Reference Guide | 7.0 Telephone Connections
7.0 Telephone Connections
7.1 Registration
The Bosch Security Systems, Inc. D9412GV4 and D7412GV4 Control Panels are registered with the Federal Communication Commission (FCC) under Part 68, for connection to the public telephone system using an RJ31X or RJ38X jack installed by the local telephone company.
7.2 Notification
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 the control
panel will be connected
Make (Bosch Security Systems, Inc.),
model (D9412GV4 or D7412GV4), and serial number of the control panel
FCC registration number:
US:ESVOT00BD9412GV4
Ringer equivalence for the control panel:
0.0B
7.3 Location
To prevent jamming of signals, wire the RJ31X or RJ38X jack before the in-house telephone system to support line seizure (Figure 9). 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.
Figure 9: RJ31X/RJ38X Wiring (RJ31X shown)
1 - Outside Telco 2 - Premises telephone 3 - Bar short removed on Telco connector block
insertion – positions 1 and 4 and 5 and 8 4 - RJ31X/RJ38X jack 5 - Telco connector jack 6 - To control panel
7.4 Telephone Cord Connection
Connect one end of a D162 [2 ft (61 cm)] Telephone Cord to the telco cord connector located on the bottom left corner of the control panel. Refer to Figure 10. Connect the other end to the RJ31X or RJ38X jack.
To supervise the phone cord, use an RJ38X jack.
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Figure 10: Phone Connector, Phone LED, and Operation Monitor LED Locations
1 - Phone LED (red) 2 - Telephone cord connector
7.5 Phone LED (Red)
The red Phone LED illuminates when the control panel seizes the telephone line and remains illuminated until the control panel returns the telephone line. Refer to Figure 10 on page 33 for the location of the red LED.
7.6 Operation Monitor LED (Green)
The green Operation Monitor LED indicates the operation of the central processing unit (CPU). When the CPU is operating normally, the LED flashes 0.5 sec on, 0.5 sec off.
This green LED also serves as a ring indicator. The Operation Monitor LED is located on the lower right side (Figure 10 on page 33). When there is ring voltage on the telephone line (the telephone is ringing), the green LED flashes at a faster rate for the duration of each ring. Ring voltage must reach a minimum of 45 VAC before the system detects it.
7.7 Dialing Format
The system can be programmed to use dual tone multi-frequency (DTMF) or pulse dialing. Refer to
Phone Parameters in the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
7.8 Telephone Line Monitor
The control panel has a built-in telephone line monitor that tests the telephone line for voltage and current. If the D928 Dual Phone Line Switcher is used to connect two telephone lines to the control panel, both lines are monitored. The normal voltage on a telephone line is approximately 48 VDC (24 VDC for some telephone systems).
3 - Operation Monitor LED (green)
If the control panel 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 the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
Any time the control panel uses the telephone line to make a call or is on-line with the remote programming software (RPS), it stops monitoring the telephone line during this process. When the telephone line on the control panel is no longer in use, it begins to monitor the telephone line again.
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.
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7.9 Called Party Disconnect
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-sec, “on hook” interval to the dial tone detect function. If the control panel does not detect a dial tone in 7 sec, it puts the telephone line on hook for 35 sec to activate “called party disconnect,” goes off hook, and begins a seven-second dial tone detect.
If no dial tone is detected, the control panel dials the number anyway. Each time the number is dialed, the control panel records this as an attempt.
7.10 Communication Failure
If a backup route is configured and the first two attempts to reach the receiver over the phone line fail, the system switches to the backup route. When it switches to the backup route, a COMM TROUBLE PH # event is sent, 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 a COMM FAIL # event is generated and display at the keypads. A trouble sounder can be programmed to annunciate at the keypads.
One hour after the COMM FAIL # is generated, the control panel attempts to send a restoration event. If a communication failure still occurs, the keypad trouble sounds again.
If the D928 Dual Phone Line Switcher is used, the control panel makes a total of ten attempts before entering communication failure.
Enhanced Communication The control panels can send events over the SDI
Bus through a DX4020 Network Interface Module (NIM) or over the SDI2 bus through a B426/B420 NIM. For more information on the enhanced communications capabilities, refer to the Control
Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
7.11 D928 Dual Phone Line Switcher
7.11.1 Description The optional D928 Dual Phone Line Switcher
allows the D9412GV4 and D7412GV4 Control Panels to send reports over two separate telephone lines. If a telephone line is not within the operating range, the control panel attempts to use the other telephone line to send the message. If trouble is detected, the control panel keeps the faulty telephone line in memory.
Set the Ring Count above 2 on Answering Machines: The control panel’s RPS line monitor feature might not operate correctly if an answering machine with a ring count of less than two rings is connected to a telephone line used by the D928 Module.
7.11.2 Operation Refer to Phone and Phone Parameters section of
the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)for telephone supervision and reporting options. To use the D928, set the Two Phone Lines prompt to Yes.
When the D928 is installed, the control panel alternates between Phone Line 1 and Phone Line 2 to send its first report. For example, on day one, the control panel first attempts to communicate on Phone Line 1. On day two, the control panel switches and attempts to communicate on Phone Line 2.
Any time the control panel resets or is powered down or up, the next reported
With the D928 Dual Phone Line Switcher installed, the control panel uses two telephone lines (primary and secondary) to dial up to four telephone numbers.
When using a primary and a backup device within a Route Group #, the control panel makes two attempts on the primary telephone line using the Primary Device # as programmed. If these two attempts fail, the control panel switches to the secondary telephone line using the Backup Device # as programmed. This pattern continues for a total of ten attempts. After ten unsuccessful attempts, the control panel generates a Comm Fail event for the given Route Group #.
event always attempts to call out on Phone Line 1 first.
If Phone Line 2 is not in service on “Day 2”, the control panel switches to the primary phone line to send the report.
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Figure 11: D928 Dual Phone Line Switcher
1
+
+
7.11.3 Installing the D928 Mounting Mount the D928 on the lower right side of the
enclosure using the screws provided with the switcher.
Wiring
2
3
4
5
6
The D928 has two flying leads. The green lead monitors AC power. The black lead is the ground reference for the AC Power LED.
1. Connect the green lead from the D928 to Terminal 1.
2. Connect the black lead from the D928 to Terminal 9.
Telephone Connections
7
1. Plug one end of the ribbon cable provided into J4 on the D928. Plug the other end of the
8
ribbon cable into the ACCESSORY connector on the control panel.
9
2. Plug one end of the D162 phone cord provided into the TELCO jack. Plug the other
10
end of the phone cord into the TELCO jack on the control panel. Refer to Table 8 for phone cord lengths.
11
1 - Connect to ACCESSORY CONNECTOR with
ribbon cable. 2 - Green to Terminal 1 3 - Black to Terminal 9 4 - AC Power LED (green) 5 - Phone jack to primary phone line 6 - Primary Fail LED (yellow) 7 - Phone jack to secondary phone line 8 - Secondary Fail LED (yellow) 9 - Phone jack to telco connector 10 - Communications Fail LED (yellow) 11 - Buzzer
Table 8: Phone Cord Lengths
Phone Cord Length D162 2 ft (61 cm)
3. Plug one end of a D162 phone cord into J1 on the control panel. Plug the other end of the phone cord into the RJ31X or RJ138X for the primary telephone line.
4. Plug one end of a D162 phone cord into J2 on the control panel. Plug the other end of the phone cord into the RJ31X or RJ138X for the secondary telephone line. Refer Table 8 for phone cord lengths.
7.11.4 D928 Status LEDs
Four LEDs mounted on the front edge of the D928 Module show the status of AC power for the control panel, the status of the two telephone lines, and communication failure (Figure 11 on page 34). When programmed and operating normally, only the green AC power status LED is lit.
AC Power LED The green AC Power Status LED lights when AC
power is applied to Terminals 1 and 2 on the control panel.
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Phone Line Fail LEDs Two yellow Phone Line Status LEDs (one for the
primary telephone line, one for the secondary telephone line) light if the telephone line is not within the operating range. The control panel monitors the faulty telephone line for the programmed interval before indicating a trouble condition. Refer to Section 7.8 Telephone Line Monitor on page 33 for a description of phone line monitor operation.
Communication Failure LED The yellow Communication Failure LED lights
when the system is in communication failure. The LED turns off when communication restores. Refer to Section 7.10 Communication Failure on page 34.
Dedicated telephone lines might be required for UL 864 Commercial Fire applications. Check with your Authority Having Jurisdiction (AHJ).
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8.0 On-Board Points
8.1 Terminals 11 to 22 Description
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 (11, 13, 14, 16, 17, 19, 20, or 22) and any of the point common terminals (12, 15, 18, and 21). The programming for the point determines how the control panel responds to those conditions. Refer to the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)for point programming
options. The control panel also monitors the sensor loops for ground fault conditions if S4 is latched (ground fault detect enabled).
8.2 Point Sensor Loops
Not for use in Fire Applications.
When wiring the on-board points (Figure 12), install a 1 k Ω resistor at the far end of the sensor loop to provide a reference for supervision. Dry­contact sensing devices can be connected in series (normally-closed) or in parallel (normally­open) to any of these loops.
The number of normally-open and normally­closed 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, minus the end-of-line (EOL) resistor, must not exceed 100 Ω.
8.3 Point Parameters
The condition of on-board Points 1 to 8 is determined by measuring the voltage across the point input terminal and one of the common terminals. The sensor loops must be connected and the 1 k Ω EOL resistor in place.
Table 9: Point Parameters
Loop Voltage Range Open
Normal
Shorted
Greater than 3.7 VDC, but less than 5.0 VDC.
Greater than 2.0 VDC, but less than 3.0 VDC.
Greater than 0.0 VDC, but less than 1.3 VDC.
Figure 12: On-board Point Sensor Loop Wiring
1 - 100 Ω maximum Loop resistance 2 - Point input terminal 3 - Point common terminal 4 - Normally-closed contacts (NC)* 5 - Normally-open contacts (NO) 6- Combination: Normally-open contacts and
normally-closed contacts (NO/NC)
7 - P105F (Package of 8 EOL resistors) or
P105BL (Package of 8 UL Listed EOL resistors) (P/N: 15093130-0040) or ICP­1K22AWG-10 (This is a listed 10 pack of 1K
ohm resistors) 8 - Brown 9 - Black 10 - Red
* UL does not allow normally-closed loops for commercial fire applications.
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8.4 Point Response Time
The control panel scans on-board and off-board point sensor loops every 300 ms. The Debounce program item in the Point Assignment section of the software determines point response time by setting the number of times the control panel scans a point before generating an alarm.
The debounce count can range from 2 to 15; therefore, point response time ranges from 600 ms to 4.5 sec. The Bosch Security Systems, Inc. default for debounce count is 2.
Increasing debounce might cause missed alarms. If you increase the debounce count, detection devices can enter alarm and reset without exceeding the point response time.
Use a debounce count of 2 for all points except:
Use 3 for Interior Follower points. Use 4 for door points connected to a
D9210C Access Control Interface Module.
8.5 Wiring Information for Installations Using the Rothenbuhler 5110/4001-42 High Security Bell
4. Mount the D8108A’s 4001-42 External Balanced Line Module and wire it to the 5110 Logic Board using two-conductor 22 AWG (0.8 mm) cable.
5. Wire the 4001-42 to the control panel. Refer to Figure 14 on page 40 and the Rothenbuhler installation manual.
6. Before supplying AC and DC power to the control panel and bell, ensure you are wearing ear protection. The bell sounds for 2 sec and then silences during power up.
For additional information about bell requirements, refer 17.3 Bank Safe and Vault Applications found in 17.0 Approved Applications.
Warning: Wear ear protection when installing and testing the Rothenbuhler High Security Bell.
Sound levels greater than 95 dBA at 3 m (10 ft) can occur.
The UL Listed Model 5110 Bell and Model 4001­42 External Line Balancer (both made by Rothenbuhler) must be used for the bell and balanced line module in bank safe and vault applications.
1. Remove all power from the control panel.
2. Use six-conductor 18 AWG (1.2 mm) shielded stranded wire between the control panel and the 5110 Logic Board (located in the bell enclosure).
3. If you do not have a Silence switch, temporarily install a 1 resistor across TB1-1 and TB1-6 on the 5110 Logic Board. The resistor keeps the 5110’s bell silent during the installation and alignment procedures. Also place a temporary wire jumper across the TB1-6 Bell Relay and TB1-7. Refer to Figure 14 on page 40 for wiring a Silence switch.
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Figure 13: Rothenbuhler 5110/4001-42 High Security Bell Wiring Configuration
1
0.64 mm (1/4 in.) minimum distance
9
10
14
16
15
2
8
11
13
10
3
4
+
12
17
1
6
5
7
-
+
11
-
1 - Self-contained vibration sensor 2 - Control panel 3 - Accessory modules 4 - High line security module 5 - 4001-42 Balanced Line Module 6 - 5110 Bell 7 - D133 Relay 8 - Alarm zone input 9 - D122/D122L Battery Harness
1
Use Terminal 11, 13, 14, 17, 19, 20, or 22. (Select only one.)
2
Use a D113 Battery Lead Supervision Module to supervise the battery connections.
1
2
10 - D126 Battery 11 - D8108A Enclosure 12 - D122/D122L Battery Harness 13 - Proximity/control unit 14 - Normally open (NO) 15 - Normally closed (NC) 16 - End-of-line (EOL) resistor 17 - Safe
2
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Figure 14: Wiring the Rothenbuhler 5110/4001-42 High Security Bell to the Control Panel
4
11
N/O 1
COMM 1
N/C 1
X1 -
X1+
1
123 6
12
13
1
9
2
3
4
9
2
RED ORG WHT BLK
9
10
6
7
9
6
3
7
8
3
5
1 - 5110 Logic Board 2 - 4001-42 External Line Balancing Module 3 - D9412GV4 or D7412GV4 Control Panel 4 - Alarm output 5 - Alternate alarm 6 - Common 7 - +12.0 VDC
* Use Terminal 11, 13, 14, 17, 19, 20, or 22. (select only one.)
8 - Alarm zone input* 9 - 10 k 10 - Optional Silence switch 11 - D133 Relay Module 12 - BBL In 4 13 - BBL Out 5 14 - Terminal TB1
resistor
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9.0 Off-Board Points
9.1 Zonex Buses
9.1.1 POPIT Modules
The D9412GV4 can use point of protection input transponder (POPIT) modules to provide a maximum of 238 off-board points, bringing the total number of points the D9412GV4 can monitor to 246. The D7412GV4 provides up to 67 off-board points, bringing the total number of points the D7412GV4 monitors to 75. Each off­board point requires a POPIT Module.
The expansion bus can be shared between fire and non-fire devices where the POPIT module provides data isolation between the input and the bus connections.
9.1.2 POPEX Modules
POPITs connect to supervised two-wire data expansion loops run from POPIT to POPIT throughout the premises. Data expansion loops connect to a D8125 Point of Protection Expander (POPEX) Module. POPEX Modules have power and data connections to the point bus on the control panel (Table 10).
Table 10: POPEX Modules
Model Power Data D9412GV4
D7412GV4
9.1.3 Missing Conditions
If a programmed POPIT is disconnected from the expansion loop, a missing condition appears immediately and the event is logged. The missing condition might also be sent to a central station or printed to an on-site printer, if programmed to do so. Refer to the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459) for programming
options.
Terminals 23 and 24
Terminals 23 and 24
Terminals 25 and
26 or
Terminals 27 and
28
Terminals 27 and
28
9.1.4 Control Panel Responses to Missing Point Conditions
D9412GV4 and D7412GV4 respond to missing point conditions based on the point’s 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, a Missing Trouble event is generated; however, if the point is missing while the area is Master Armed, a Missing Alarm event is generated. Non-fire, 24-hour points always generate a Missing Alarm event, whereas Fire points always generate a Missing Fire Trouble event.
9.2 D8125 and D9127 POPIT Modules
D9127 POPITs use the D8125 POPEX Module to report to the control panel. Each D8125 supports up to 119 POPIT points. Connect two D8125 Modules to the D9412GV4 to bring the combined total number of POPIT and on-board points to
246.
Points 9 to 127 connect to the first
POPEX Module.
Points 129 to 247 connect to the second
POPEX Module.
The D9412GV4 reserves Points 128 and
248 for internal use.
The control panel annunciates activity only for each POPIT, not for each detection device connected to the sensor loop.
D9127 Module enclosures are made of UL Listed fire resistant material. D9127T Modules contain tamper switches. D9127U Modules include untampered covers. Unless the module is mounted in a tampered enclosure, UL requires D9127T Modules for certificated accounts.
Listings D8125 POPEX and D9127 POPIT Modules are UL
Listed for Local or Police Connected Burglar Alarm, Central Station Burglar Alarm, Household Burglar Alarm, Central Station Fire, Local Fire, Remote Station Fire, Household Fire, and Electrically Actuated Transmitter Applications.
Refer to 17.0 Approved Applications to determine the required equipment and enclosures for the application.
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Figure 15: Connecting the D8125 POPEX to the D9412GV4 Control Panel
1 - D8125 POPEX Module 2 - Switch block 3 - D9127 Sensor Loop 4 - 33 k Ω EOL resistor (P/N: P106F [15-03130-
002], package of eight)
For system supervision, do not use looped wire terminals. Break the wire run to provide supervision of the connections.
5 - Point expansion loop 6 - Up to 119 POPITs 7 - Expansion points
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Figure 16: Connecting the D8125 POPEX to the D7412GV4 Control Panel
1 - D8125 POPEX Module 2 - Switch block 3 - D9127 Sensor Loop 4 - 33 k Ω EOL resistor (P/N: P106F [15-03130-
002], package of eight)
For system supervision, do not use looped wire terminals. Break the wire run to provide supervision of the connections.
9.3 Installing the D8125 POPEX Module
For information on the Multiplex Bus Interface, refer to the D8125MUX
Save the POPIT Label Sheets: The D8125 is packaged with two sets of POPIT label sheets. One set is marked “Bank 1” for use with the D7412GV4. The other set is marked “Bank 2” for use with the D9412GV4 and D9112. Use the sheets later to label the POPITs. Refer to Section
9.3.6 POPIT Module Point Assignments on page 45.
9.3.1 Mounting To install the D8125 in the enclosure with the
control panel:
Multiplex Bus Interface Operation and Installation Guide (P/N: F01U034973).
5 - Point expansion loop 6 - Up to 119 POPITs 7 - Expansion points
1. Align the D8125 POPEX Module with any of
the four mounting locations in the enclosure (Figure 2 on page 17).
2. Using the screws provided with the module,
secure it in the enclosure.
9.3.2 Wiring the D8125 to the Control Panel
To wire one or two D8125 Modules to the control panel (Figure 15 on page 42 or Figure 16 on page
43):
Power Down the Control Panel: Disconnect the positive (red) battery lead at the battery and unplug the transformer.
For Points 9 to 127 (9 to 75 on D7412GV4):
1. Connect the GND terminal of the D8125 to
Terminal 23 on the D9412GV4 or to Terminal 9 on the D7412GV4.
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2. Connect the OUT terminal of the D8125 POPEX Module to ZONEX IN 1, Terminal 27.
3. Connect the IN terminal of the D8125 POPEX Module to ZONEX OUT 1, Terminal 28.
4. Connect the AUX terminal of the D8125 to Terminal 24 on the D9412GV4 or to Terminal 3 on the D7412GV4.
For Points 129 to 247 (D9412GV4 only):
1. Connect the GND terminal of the D8125 to Terminal 23.
2. Connect the OUT terminal of the D8125 POPEX Module to ZONEX IN 2, Terminal 25.
3. Connect the IN terminal of the D8125 POPEX Module to ZONEX OUT 2, Terminal 26.
4. Connect the AUX terminal of the D8125 to Terminal 24.
Refer to Section 9.3.4 Wiring Data Expansion Loops to POPEX Modules on page 44 for instructions on connecting POPITs to the D8125 POPEX Module.
9.3.3 Wiring POPITs to the Data Expansion Loop
Use one two-wire data expansion loop or distribute the POPITs on up to three loops. Setting DIP switches on the POPIT Modules assigns them to point numbers. Refer to Section
9.3.6 POPIT Module Point Assignments on page 45.
Review Section 4.6.2 Installing and Wiring Detection Devices on page 19 to determine if shielded wire is required. Refer to Table 11 to determine the wire gauge for the length of each data expansion loop.
Table 11: Data Expansion Loop Wire
Specifications
Maximum Length of All Data Expansion Loops Combined
AWG Length in Feet (Meters) 22 1800 (548) 20 2890 (881) 18 4600 (1402) 16 7320 (2231) 14 11,650 (3551)
Combine Data Expansion Loops The maximum lengths shown in Table 11 are for
all data expansion loops connected to the same POPEX Module combined.
Wiring POPITs Together
Do not connect POPITs to each other in series or with a T-tap. Doing so might cause random missing POPIT conditions.
Before installing the POPITs, ensure that the resistance on the data expansion loop is no more than 40 .
To connect POPITs to one another in parallel:
1. Connect the positive (+) data terminal from one POPIT to the positive (+) data terminal on the next POPIT.
2. Connect the negative (-) data terminal from one POPIT to the negative (-) data terminal on the next POPIT.
3. Repeat Steps 1 and 2 to connect all POPITs to the expansion loop. It is not necessary to wire the POPITs in any particular order on the loop. The switch setting on each POPIT assigns it a point number, regardless of its physical location.
Three-inch Clearance for Tampered POPITs
Mount tampered POPIT modules at least 3 in (7.6 cm) apart to prevent the tamper magnets from interfering with each other.
9.3.4 Wiring Data Expansion Loops to POPEX
Modules
Each POPEX Module has two positive (+) and two negative (-) data expansion loop terminals. Up to 119 POPITs can be connected to one D8125 on the D9412GV4; up to 67 POPITs for the D7412GV4 (Figure 15 on page 42 or Figure 16 on page 43).
To connect the data expansion loops to the D8125 POPEX Module:
1. Connect the positive (+) data terminal from the first POPIT on the data expansion loop to one of the D8125’s positive (+) terminals.
2. Connect the negative (-) data terminal from the first POPIT on the data expansion loop to one of the D8125’s negative (-) terminals.
9.3.5 POPIT Sensor Loops
The number of normally-open and normally­closed detection devices each sensor loop can supervise is limited only by the resistance on the loop. Resistance on each sensor loop must be less than 100 Ω, not including the EOL resistor.
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Certain UL and NFPA applications can limit the number of detection devices. Consult the appropriate UL or NFPA standards.
POPITs detect open, shorted, normal, and grounded circuit conditions on their sensor loops. They send the condition of their loops to the control panel. A ground on the sensor loop sends a general system ground-fault condition report. Each POPIT is programmed and sends signals to the control panel separately.
Terminate each POPIT sensor loop with the 33 k Ω end-of-line (EOL) resistor (D106F) included with each POPIT.
Use a twisted-pair wire (six twists per foot) in all POPEX and POPIT installations for the data expansion loop wiring and the POPIT sensor loops. Run wires away from AC sources to prevent AC induction. If you suspect a noisy environment, use shielded cable. Refer to Section
9.3 Installing the D8125 POPEX Module on page
43.
9.3.6 POPIT Module Point Assignments Six switches on each POPIT assign the module to
a point number. For POPIT switch settings, refer to Appendix B.1 Zonex 1 Points on page
145.
9.3.7 Program Record Sheet The Appendix B.1 Zonex 1 Points on page
145 contains the POPIT Switch Settings for the D9127 POPITs. On the D9127T/U POPIT, switches are numbered 0 to 6, from left to right. Set the indicated switches to the ON position. If a dash () appears in the switch position, set the switch to the OFF position.
The second column contains the Translation of the point number into the Zonex format. Refer to
Point User Flag in the D9412GV4/D7412GV4 Program Entry Guide (P/N: F01U265459) for an
explanation of this feature. The third column contains the Point Number as
shown at keypads. The fourth column contains the Point Index. Refer
to Point Index Parameters in the
D9412GV4/D7412GV4 Program Entry Guide (P/N: F01U265459) for an explanation of the point
index. The fifth column, Area Assign, shows the area to
which the point is assigned.
The sixth column shows the Debounce Count for the point. Refer to Debounce Count in the
D9412GV4/D7412GV4 Program Entry Guide (P/N: F01U265459).
The seventh column shows the BFSK/Relay report code, which associates a output to an individual point.
The eighth column contains the Custom Point Text displayed at keypads for the point. The text is sent to the receiver when the control panel uses the Modem4 format.
9.3.8 POPIT Labels
D9412GV4 off-board points are numbered 9 to 127 and 129 to 247. The D7412GV4 uses Points 9 to 75 only. The D9412GV4 reserves Points 128 and 248 for internal use. POPITs must be connected for Points 129 to 247 to expansion loops connected to POPEX #2.
Two sheets of peel-off POPIT labels are supplied with the D8125 POPEX Module. Use the sheet marked “Bank1” for Points 9 to 127. Use the sheet marked “Bank2” for Points 129 to 247.
Each label has two parts. Place the smaller part (with only the point number) on the chip. Place the larger part with the switch settings on the base of the POPIT. Set the switches and cover the POPIT.
Do not program two POPITs for the same point number. After programming all the points, perform a Service Walk Test. Refer to Section
4.11 Service Walk Test on page 47. If a point does
not test, check the programming for a duplicated address.
Walk Test and Service Walk Test Do Not Show Extra Points: If the point assignment switches on a POPIT or OctoPOPIT are set incorrectly, missing and extra points can occur. If the same point number is assigned to two or more POPITs or OctoPOPITs, none of the points with that number test correctly. Refer to Section 9.1 Zonex Buses on page 41.
For UL 864 Commercial Fire applications, refer to Installing
Combination Fire and Intrusion Alarm Systems in the Approved Applications
chapter found in this guide for important information about combination fire and intrusion systems.
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9.4 D8128D OctoPOPIT Module
Modules D8128, D8128A, or D8128B are incompatible with the D9412GV4 or D7412GV4. Use only the D8128D OctoPOPIT Module. Using Modules D8128, D8128A, or D8128B can cause intermittent Missing and Restoral Reports.
Figure 17: D8128D OctoPOPIT Layout
1
9.4.1 Description The D8128D OctoPOPIT Module combines the
functions of the D8125 POPEX Module and the D9127 POPIT Modules to provide eight off-board points in a single module. You can wire both D8128D OctoPOPIT and D8125 POPEX Modules in parallel to the Zonex Bus terminals on the same control panel.
Review Section 6.0 Power Outputs on page 30 to ensure that there is enough power for the OctoPOPITs and other powered devices that will be connected to the system.
Up to thirty D8128D Modules can be connected to the D9412GV4 Control Panel. Up to nine D8128Ds can be connected to the D7412GV4 Control Panel (three points can be used on the last OctoPOPIT).
9.4.2 Listings The D8128D OctoPOPIT Module is UL Listed for
Local or Police Connected Burglary Alarm, Central Station Burglary Alarm, Household Burglary Alarm applications, and commercial fire applications (UL 864 and NFPA 72).
The D8128D is also suitable for fire supervisory applications, such as indicating circuit supervision (using the D192G Bell Circuit Supervision Module), sprinkler supervision, and valve tamper protection.
Requirements for Fire Initiation Applications The D125B Dual Powered Loop Interface Module
or the D129 Dual Class “A” Module zone outputs can be connected directly to the point inputs on the D8128D. Use the D125B to connect two-wire smoke detectors. Typically, the D129 is used for connecting waterflow switches.
The D125B or D129 and the OctoPOPIT can be mounted in the same enclosure with the control panel or in a separate enclosure connected to the control panel’s enclosure by a conduit not more than 6 m (20 ft) in length.
2
3
4
23451 678
P O I N T S
1 - Interconnect wiring connectors 2 - Address DIP switches 3 - Terminal strip 4 - Point DIP switches
Non-powered, fire initiating devices such as pull-stations, heat detectors, and UL Listed four-wire smoke detectors can be connected directly to the point inputs on the D8128D.
9.4.3 Installation
For the most effective installation, use the following four-step process:
1. Set the OctoPOPIT switches. Refer to Section
9.4.4 Setting the OctoPOPIT Switches.
2. Physically mount the OctoPOPIT in the enclosure. Refer to Section 9.4.5 Mounting OctoPOPITs, page 47.
3. Wire the OctoPOPIT. Refer to Section 9.4.6 Wiring OctoPOPITs on page 48.
4. Wire the OctoPOPIT sensor loops. Refer to Section OctoPOPIT Sensor Loops on page 52.
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9.4.4 Setting the OctoPOPIT Switches The D8128D OctoPOPIT has two sets of DIP
switches (Figure 17 on page 46). Use the DIP switches on the top of the unit (with the terminal strip along the left edge) to set the address for the OctoPOPIT. Use the DIP switches at the bottom of the unit to enable or disable individual points connected to the OctoPOPIT.
Address Switches The switches on the D8128D OctoPOPIT set
point assignments and line termination. These switches are easier to set before mounting the D8128D in the enclosure.
Switches 1, 2, 3, and 4 assign the OctoPOPIT sensor loops to point numbers on the control panel. Table 12 shows the OctoPOPIT switch settings for point assignments.
Switch 5 sets line termination. Refer to Table 13:
Switch 5 Settings for Line Termination.
Table 12: D8128D OctoPOPIT Switch Settings
ZONEX 1 D8128D Address Switches ZONEX 2 Points 9 to
127 1 2 3 4 5
9 to 16 ON ON ON ON * 129 to 136 17 to 24 ON ON ON OFF * 137 to 144 25 to 32 ON ON OFF ON * 145 to 152 33 to 40 ON ON OFF OFF * 153 to 160 41 to 48 ON OFF ON ON * 161 to 168 49 to 56 ON OFF ON OFF * 169 to 176 57 to 64 ON OFF OFF ON * 177 to 184 65 to 72 ON OFF OFF OFF * 185 to 192 73 to 80 OFF ON ON ON * 193 to 200 81 to 88 OFF ON ON OFF * 201 to 208 89 to 96 OFF ON OFF ON * 209 to 216 97 to 104 OFF ON OFF OFF * 217 to 224 105 to 112 OFF OFF ON ON * 225 to 232 113 to 120 OFF OFF ON OFF * 233 to 240 121 to 127 OFF OFF OFF ON * 241 to 247
* Line Termination Switch
Points 129 to 247
For the D8128D OctoPOPITs assigned to Points 121 to 127, 241, and 247, set Point Input Switch 8 to the OPEN position.
D9412GV4 uses Points 9 to 127 on Zonex 1 and Points 129 to 247 on Zonex 2.
D7412GV4 uses Points 9 to 75 on Zonex 1 only.
Table 13: Switch 5 Settings for Line
Termination
Is a D8125 POPEX Module connected?
No
Yes
Switch 5 Setting(s) on D8128D OctoPOPIT(s)
Set Switch 5 of only one D8128D to ON
Set Switch 5 of all D8128Ds to OFF
Point DIP Switches Each point connected to the D8128D is enabled
by closing the respective DIP switch, or disabled by opening the DIP switch. For example, to disable a device connected to the P3 Terminal (Point 3), move DIP switch number 3 to the OPEN position.
Use the point DIP switches to disable conflicting points, such as when a D9210C Access Control Module must be assigned to a point that falls within the range of the D8128D OctoPOPIT. In this example, a D9210C is assigned to Point 20. On the same system, a D8128D OctoPOPIT is assigned to Points 17 through 24. Moving the DIP switch for Point 4 to the OFF position would effectively disable Point 20, allowing normal operation of the D9210C and the OctoPOPIT. Through panel configuration the Point Source prompt further protects from possible point addressing conflicts. A point can be ZONEX, Octo-input, SDI2 Wireless, or Door Point.
Terminate each OctoPOPIT sensor loop with a 1 k Ω EOL resistor. Attach a resistor even if you do not enable the loop.
9.4.5 Mounting OctoPOPITs
The D8128D OctoPOPIT Module can be installed in the enclosure with the control panel using standard four-conductor 22 AWG (0.8 mm) wire, or in a separate enclosure (Model D8103, D8103A, or D8109) up to 200 ft (61 m) from the control panel using shielded (recommended) standard four-conductor 22 AWG (0.8 mm) wire. If using the D125B or D129, refer to the
Specifications section of the D8128D Installation Guide (P/N: F01U070537) for cabling
requirements. For UL Listed systems, mount the D8128D in a
tamper-proof enclosure. To install OctoPOPITs in the control panel’s enclosure, complete the following procedure. Use the D137 Mounting Bracket to install OctoPOPITs in enclosures with no module-mounting locations available.
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1. Align the OctoPOPIT module using any of the four mounting locations in the enclosure. Refer to Figure 2 on page 17.
2. Use the screws provided with the module to secure it in the enclosure.
9.4.6 Wiring OctoPOPITs
Warning: Disconnect all power to the control panel before beginning any work with the internal components. Serious injury could result from electrical shock.
1. Power down the control panel: a. Disconnect the positive (red) battery
lead at the battery.
b. Unplug the transformer.
A D8128D OctoPOPIT can be installed up to 200 ft (61 m) from the control panel.
2. Connect the D8128D to the control panel using either of the following methods:
a. Wire the D8128D to the terminal strip on
the side of the POPEX Module, or
b. Connect the D8128D using the
interconnect wiring connectors (P1 and P2). Refer to Using Interconnect Wiring on page 51.
Caution - AC induction: Avoid installing Zonex data wires and Zonex input (sensor loop) wires around any AC conduit, wiring, or electrical devices that emit fields of electromagnetic interference (EMI).
Using the Terminal Strip Refer to Table 14, Figure 18 on page 49, and
Figure 19 on page 50 when using the terminal strip to connect the D8128D OctoPOPIT to the control panel.
Table 14: Terminal Strip Connections
D8128D D9412GV4 D7412GV4
Common Terminal 23 Terminal 23 Out Zonex 1 = Terminal 27
Zonex 2 = Terminal 25
In Zonex 1 = Terminal 28
Zonex 2 = Terminal 26
+12 V Terminal 24 Terminal 24
Terminal 27
Terminal 28
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Figure 18: Connecting D8128D OctoPOPITs to the D9412GV4
1 - Zonex Bus 1, Switch 1 ON (Points 9 to 72) 2 - Bus 1 3 - First address on Zonex Bus 1 4 - Last address on Zonex Bus 1 5 - Zonex Bus 1, Switch 1 OFF (Points 73 to 127)
7 - Zonex Bus 2, Switch 1 ON (Points 129 to 192) 8 - Bus 2 9 - First address on Zonex Bus 2 10 - Last address on Zonex Bus 2 11 - Zonex Bus 2, Switch 1 OFF (Points 193 to 240)
6 - Sensor loops
Refer to Address Switches in Section 9.4.4 Setting the OctoPOPIT Switches on page 47 for information about making these switch settings. Refer to Table 13 on page 47 for information about setting Switch 5.
For system supervision, do not use looped wire terminals. Break the wire run to provide supervision of the connections.
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Figure 19: Connecting D8128D OctoPOPITs to the D7412GV4
1 - Zonex 1 address 2 - Sensor loops
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Refer to Address Switches in Section
9.4.4 Setting the OctoPOPIT Switches
on page 47 for information about making these switch settings. Refer to Table 13 on page 47 for information about setting Switch 5.
For system supervision, do not loop wires under terminals. Break the wire run to provide supervision of the connections.
Using Interconnect Wiring Each D8128D Module is supplied with a 30 cm
(12 in) female-to-female interconnect wiring cable.
P1 and P2 are interconnect wiring connectors that parallel the COM, IN, OUT, and +12.0 VDC terminals on the terminal strip. In installations with multiple D8128Ds, use these connectors (as opposed to terminals) with the supplied cable; however, when connecting D8128D Modules directly to the control panel, the terminal strip is easier to use.
The interconnect wiring connectors provided are "keyed" (interconnect wiring plug can fit in only one direction). Ensure that the connector is attached correctly: the red wire is on the bottom of P1 (or P2) and the black wire is on the top.
When connecting multiple D8128Ds to a control panel, you can connect the control panel terminals to P1 or the COM, IN, OUT, and +12V terminals on the first D8128D. Then connect P2 of the first D8128D to P1 of the second D8128D and so on (Figure 20 on the following page).
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Figure 20: Wiring Multiple D8128Ds Using Interconnect Wiring
3
P2
1
2
28
27
26
25
24
23
5
4
P1
COM IN OUT+12V
6
1 - D9412GV4 Control Panel 2 - Yellow 3 - Green 4 - Black 5- Red
9.4.7 OctoPOPIT Sensor Loops
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.
Certain UL and NFPA applications can limit the number of detection devices. Consult the appropriate UL or NFPA standards.
The OctoPOPIT detects open, short, closed, normal, and grounded circuit conditions on its sensor loops and sends the conditions to the control panel. Each sensor loop has an assigned point number and sends signals to the control panel separately.
Use twisted-pair wire for the OctoPOPIT sensor loops to avoid EMI problems. Run wires away from the premises telephone and AC wiring. If you suspect a noisy environment, use shielded cable.
The OctoPOPIT has two rows of terminal numbers. In the row nearest to the terminal blocks, the positive outputs for the sensor loops are labeled P1 to P8. Sensor loop outputs P1 and P2, P3 and P4, P5 and P6, and P7 and P8 share common terminals. The common terminals for each pair are labeled COM.
Terminate each OctoPOPIT sensor loop with a 1 kΩ
.
P2
P1
COM IN OUT+12V
7
P2
P1
COM IN OUT+12V
8
9
6 - First D8128D 7 - Second D8128D 8 - Third 8128D 9- Up to 15 per Zonex Bus
EOL resistor. Attach a resistor even if you do not enable the loop. The OctoPOPIT includes a D105BL resistor for each sensor loop. Refer to Figure 21 on page 52.
Do not duplicate point assignments. Points do not function properly if assigned to an OctoPOPIT sensor loop and a POPIT, to two OctoPOPIT sensor loops, or to two POPITs.
Figure 21: D8128D OctoPOPIT Sensor Loops
1
COM IN OUT+12V P 1 COM P2 P3 COM P 4 P5 COM P6 P7 COM P8
2 3
4
5
1 - D8128D OctoPOPIT 2 - To control panel 3 - To additional OctoPOPIT sensor loops 4 - OctoPOPIT sensor loops 5 - 1 k Ω EOL resistor (P/N: P105BL, package
of eight), ICP-1K22AWG-10 (This is a listed 10 pack of 1K ohm resistors)
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9.5 Testing Off-Board Points
Use the Service Walk Test to test off-board points. Test to ensure that all off-board points operate properly.
Walk Test and Service Walk Test Do Not Show Extra Points: If the point assignment switches on a POPIT or OctoPOPIT are set incorrectly, missing and extra points can occur. If the same point number is assigned to two or more POPITs or OctoPOPITs, none of the points with that number test correctly. Refer to Section 9.1 Zonex Buses on page 41.
9.6 SDI2 Octo-input Point Modules
The D9412GV4 can use up to 24 B208 Octo-input point expansion modules to provide 191 of the 239 possible off-board points. The D7412GV4 can use up to 7 B208 Octo-input point expansion modules to provide 53 of the 67 possible off­board points.
The B208 Octo-input point expansion modules provide a non-contiguous support of available off­board control panel points to allow concurrent use of Zonex or Wireless RF points.
9.7 Extra Point Events
Extra Point events are generated when the control panel detects a fault for a point that is enabled, but does not have a Point Index assigned. A point is considered enabled when its Point Source is set to Zonex, Octo-input (SDI2), or Door Point. A SDI2 Wireless point is considered enabled when its Point Source is Wireless and it has an RFID assigned. On-board points cannot produce Extra Point events. Points in Service Bypass cannot produce Extra Point events. Table 15 on page 53 shows when an Extra Point event is or is not generated. Table 16 on page 53 shows additional error conditions that can occur for the off-board points.
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Table 15: Extra Point Events
An enabled point does not have an assigned Point Index and:
Data expansion bus is disconnected
Data expansion bus restores to normal condition after an open condition
Extra Point event? Additional Information
No
Keypad does not annunciate or display a trouble condition.
Yes
Keypad annunciates and displays a trouble condition Extra Point is logged and might be programmed to send reports to the central station or to an on-site printer.
Point input changes status from normal to open or shorted
During a Service Walk Test, the point input changes status from normal to open or shorted
No
Yes
Keypad does not annunciate or display a trouble condition.
Keypad annunciates and displays a trouble condition Extra Point is logged and might be programmed to send reports to the central station or to an on-site printer.
The Service Walk Test never shows the electrical state of a point as “Extra.”
Table 16: Off-Board Point Errors
Error Condition Result Additional Information +/- leg of the data expansion bus has
Ground Fault event a short circuit to earth ground, with Ground Fault Detect enabled
+/- leg of the data expansion bus is disconnected
All POPITs beyond the
disconnection send Missing
report Data expansion bus has a short
circuit
All POPITs send Missing
report
Pt Bus Trouble event
When the data expansion bus restores, Pt Bus Restore event occurs. If any POPIT is connected to the data expansion bus without an assigned Point Index, an Extra Point event occurs.
+/- leg of the data expansion bus has a short circuit to the Common terminal on the control panel
Terminal 26, 28, or 94 has a short circuit to a Common terminal
Terminal 25, 27, or 94 has a short circuit to a Common terminal
All POPITs send Missing
report
Pt Bus Trouble event
No Pt Bus Trouble event
occurs
Pt Bus Trouble event
Keypad displays:
SERVC ZONEX 1 Terminals 27 and 28 have a short
circuit together
Pt Bus Trouble event
Keypad displays:
SERVC ZONEX 1
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10.0 Off-Board Outputs
10.1 D8129 OctoRelay
Use the D8129 OctoRelay to add relay outputs to the system in groups of eight. On the D9412GV4, up to 128 OctoRelay outputs (output numbers 1 to 128) can be added to the system using 16 OctoRelays. D7412GV4 allows up to 64 output outputs. Review Section 6.0 Power Outputs on page 30 to ensure that enough power is provided for the OctoRelays and other powered devices that are connected to the system.
OctoRelays for output numbers 1 to 64 connect to Zonex 1, Terminal 28. OctoRelays for output numbers 65 to 128 connect to Zonex 2 (D9412GV4 only), Terminal 26. Refer to Figure 22 or Figure 23 on page 56.
Alarm output, auxiliary relay, sensor reset, arming status, point status, alarm memory, or remote functions can be assigned to the OctoRelay outputs individually. Refer to Relay Parameters in the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)for programming details.
D8129 Restricted for Fire Systems: D8129 relay outputs are not supervised and cannot be used in fire or combined fire and burglary installations for primary indicating devices.
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Figure 22: D8129 Connections to the D9412GV4
1 - D8129 OctoRelays for relay numbers 1 to 64.
Connect OctoRelays in parallel.
2 - D8129 OctoRelays for relay numbers 65 to
128. Connect OctoRelays in parallel.
Figure 23: D8129 Connections to the D7412GV4
3 - Power limited
1 - D8129 OctoRelays for output numbers 1 to 64.
Connect OctoRelays in parallel.
2 - Power limited
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10.1.1 Configuring the D8129 OctoRelay Five switches on the OctoRelay determine the
relay numbers for the eight relay outputs (Table 17).
Table 17: D8129 OctoRelay Switch Settings
Panel Relay Number
1 to 8 Off-On-On-On-On Zonex 1 Terminal 28 9 to 16 On-Off-On-On-On Zonex 1 Terminal 28 17 to 24 Off-Off-On-On-On Zonex 1 Terminal 28
D7412G Maximum
65 to 72 Off-On-On-On-On Zonex 2 Terminal 26 73 to 80 On-Off-On-On-On Zonex 2 Terminal 26 81 to 88 Off-Off-On-On-On Zonex 2 Terminal 26 89 to 96 On-On-Off-On-On Zonex 2 Terminal 26 97 to 104 Off-On-Off-On-On Zonex 2 Terminal 26 105 to 112 On-Off-Off-On-On Zonex 2 Terminal 26 113 to 120 Off-Off-Off-On-On Zonex 2 Terminal 26 121 to 128 On-On-On-Off-On Zonex 2 Terminal 26
D8129 OctoRelay Switch Setting
On Panel, Connect D8129 to:
10.1.2 Relay Outputs
Relay outputs can activate when you are setting the OctoRelay switches or programming the control panel.
Disconnect equipment connected to relay outputs when you perform these functions.
Each OctoRelay output provides a Form C dry contact rated for 1.0 A at 12.0 VDC. Normally­open, 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.
10.1.3 Installation Set the switches on the OctoRelay before
installing it in the enclosure. Refer to Section
10.1.1 Configuring the D8129 OctoRelay. Install the OctoRelay in the enclosure with the
control panel (Figure 2 on page 10) or in an adjacent enclosure that is no more than 5 ft (1.5 m) from the control panel. Use 16 AWG (1.5 mm) to 22 AWG (0.8 mm) wire.
To install OctoRelays in the enclosure with the control panel:
1. Align the module with one of the mounting locations in the enclosure (refer to Figure 2 on page 10).
2. Using the screws provided with the module, secure the module in the enclosure.
Use the D137 Mounting Bracket or D9002
Mounting Skirt to install OctoRelays in enclosures with no available module mounting locations.
10.1.4 Wiring Connections
Power down the control panel to connect OctoRelays. Refer to Figure 22 or Figure 23 on page 56.
OctoRelays for Relays 1 to 24 connect to Zonex 1.
OctoRelays for Relays 1 to 64 connect to Zonex 1, Terminal 28 on the D7412GV4 only.
OctoRelays for Relays 65 to 128 connect to Zonex 2, Terminal 26 on the D9412GV4 only.
Only one OctoRelay is shown wired to each Zonex bus in Figure 22 on page 56. Wire additional OctoRelays in parallel. Review Section
6.0 Power Outputs on page 30 for information
about providing enough power for the relays. The number of D8129 OctoRelays that can be
connected to each Zonex terminal on the D9412GV4 control panels is limited by the number of D8128D OctoPOPITs connected.
Using D8129 OctoRelays and D8128D OctoPOPITs together on the same Zonex terminals is limited and depends on the number of D8128 OctoPOPITs and D8129 OctoRelays connected to a single Zonex Bus.
Refer to Table 18 for information about the maximum number of D8128Ds and D8129s you can connect to a single Zonex bus.
Table 18: Number of D8128Ds Used with
D8129s
If the number of D8128Ds connected to a single Zonex bus is:
9 6 10 5 11 4 12 3 13 1 14 1
Do not connect more than this number of D8129s:
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10.2 D811 Arm Status Relay Module
The D811 Arm Status Relay Module allows the addition of a single off-board relay output to the system. Alarm output, auxiliary relay, sensor reset, arming status, point status, alarm memory, or remote functions can be assigned to the D811 relay output. It is not restricted to the Arming Status Mode only.
Relay Numbers for D811 Not Programmable: If the D811 is connected to Zonex 1, Terminal 28, use relay number 53 for the relay output. If the D811 is connected to Zonex 2, Terminal 26 on the D9412GV4, use relay number 117 for the relay output.
D811 Modules connect as shown in Figure 24 and
Figure 25 on page 59. Review Section 6.0 Power Outputs on page 30 to ensure that enough power
is provided for the powered devices that connect to the system. Refer to Relay Parameters in the
D9412GV4/D7412GV4 Program Entry Guide (P/N: F01U265459) for programming details.
D811 Restricted for Fire Systems: The D811 relay output is not supervised and cannot be used in fire or combined fire and burglary installations for primary indication devices.
10.2.1 Relay Output
Relay outputs can activate when you are programming the control panel.
Disconnect equipment connected to relay outputs when you perform this function.
2. Using the screws provided with the module, secure it in the enclosure.
Use the D137 Mounting Bracket or D9002
Mounting Skirt to install D811 Modules in enclosures with no available module mounting locations.
10.2.3 Wiring Connections
Power down the control panel to connect D811 Modules as shown in Figure 24 and Figure 25 on page 59.
The D811 for Relay 53 connects to Zonex 1.
The D811 for Relay 117 connects to Zonex 2 on the D9412GV4.
10.3 SDI2 Octo-output Relay Modules
The D9412GV4 can use up to 12 B308 Octo­output modules to provide 96 of the 128 supported off-board outputs. The D7412GV4 can use up to 6 B308 Octo-output modules to provide 48 of the 64 supported off­board outputs.
The B308 Octo-output modules provide a non­contiguous support of available off-board control panel relays to allow concurrent use of Zonex relays. For example, off-board output numbers 9 and 10, 20 and 21 can only be on a Zonex OctoRelay module. Refer to Table 24 on page 68 for output number to module assignments.
Each D811 relay output provides a Form C dry contact rated for 1.0 A at 12.0 VDC. Normally­open, common, and normally-closed terminals are available.
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.
10.2.2 Installation Install the D811 in the enclosure with the control
panel or in an adjacent enclosure no more than 5 ft (1.5 mm) from the control panel. Use 16 AWG (1.5 mm) to 22 AWG (0.8 mm) wire.
To install D811 Modules in the enclosure with the control panel:
1. Align the D811 Module with any of the four mounting locations in the enclosure (Figure 2 on page 17).
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Figure 24: D811 Arm Status Relay Module Wiring to the D9412GV4
1 - D811 for Relay 53
3- On-board points
2- D811 for Relay 117
Figure 25: D811 Arm Status Relay Module Wiring to the D7412GV4
1 - D811 for Relay 53
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11.0 Arming Devices
11.1 Description
Keypads, maintained or momentary contact keyswitches, or a combination of the two are used to arm and disarm areas. The D9412GV4 can support up to 32 areas. The D7412GV4 can support up to 8 areas. Refer to 3.3.5 Areas and Accounts on page 14 for a description of areas.
For UL 864 Commercial Fire applications, refer to Installing
11.2 SDI/SDI2 Bus Terminals 29 to 36
The Bosch Security Systems, Inc. keypad is a four-wire powered device used to arm and disarm areas, annunciate complete system status, initiate system tests, and control many functions of the security system.
The control panel sends a Serial Device Trouble Report, SDI FAILURE, in the Modem4 format or Expansion Module Failure (333) in Contact ID format, if it loses communication with a supervised keypad. CALL FOR SERVICE appears in any keypad that loses communication with the control panel, if the keypad has text display capability. SERVC KEYPAD appears at all other keypads connected to the system.
Seven types of keypads are available for use with the system.
Combination Fire and Intrusion Alarm Systems in the D9412GV4/D7412GV4 Approved Applications chapter found
in this guide for important information about combination fire and intrusion systems.
B920: Terminals 33-36, LCD display
keypad 32 Character Alpha-numeric display appropriate for use as a multi area keypad.
B930: Terminals 33-36, ATM style keypad
5 line Alpha-numeric display, appropriate for use as a multi area keypad.
D1255/D1255B/D1255RB: 16-character
alphanumeric display for general use. Addressable to all 16 SDI addresses.
D1256RB: Text display keypad with keys
designated for local fire alarm control. Addressable to all 16 SDI addresses.
D1257RB: Terminals 29-32, Text display
keypad for fire annunciation. Addressable to all 16 SDI addresses.
D1260/D1260B: Terminals 29-32, Easy-to-
read, 4-line by 20-character LCD display with eight “soft” keys to display simple selections. Addressable SDI Addresses 1-
8.
D1265: Terminals 29-32, LCD Touch
screen keypad. Addressable to all 16 SDI addresses.
D1265 has not been investigated by UL.
For operational information, refer to the user’s guide for the specific keypad.
11.2.1 Shortcuts and Custom Functions Both the B920 and B930 keypads include a
Shortcuts feature. Shortcuts allow you to assign a keypad menu option to a Shortcuts menu which is easily accessible. On a B920, the user enters the Shortcuts menu in two key presses, and then uses the [PREV] or [NEXT] key to scroll through a list of shortcuts. On a B930, the user enters the Shortcuts menu by pressing the idle text screen’s Shortcuts softkey and then views the softkeys for each shortcut. You create and assign shortcuts to keypads using RPS.
Custom Functions Custom Functions allow you to simplify the use of
complex keystroke sequences that users might enter at the keypad. Custom Functions can automatically initiate through the keypad’s Shortcuts menu when you create and assign a shortcut for the function to a keypad. You can have up to 4 Custom Functions, and you can restrict the use of these by area and authority level.
Each custom function appears on assigned keypads with a name you programmed in RPS. Each custom function has a 16 character programmable text limit (CF### Text), plus a character limit for Spanish. When you assign a custom function as a keypad’s Shortcuts menu option, the user can use the [PREV] or [NEXT] key to scroll through the list of custom functions on a B920, or view the softkeys for each function on the B930.
The user must have the appropriate authority level enabled for the L## C Function 128-131 to use the custom function. For more information on creating custom functions, assigning authority levels to the functions, and assigning custom
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functions to a keypad’s Shortcuts menu, refer to
RPS Help or the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
Custom Functions and RADION keyfobs Using RPS, you can assign two custom functions
to a RADION keyfob, allowing a user to initiate the functions wirelessly. For more information, refer to RPS Help or the D9412GV4/D7412GV4 Program Entry Guide (P/N: F01U265459).
11.2.2 Assigning an Address for the Keypad
Switches on the keypad assign an address (1 to
16). The address determines if the keypad is
supervised, the scope of the keypad, and to what area the keypad is assigned. Refer to keypad programming topics found in the compatible keypad installation guide for a complete description of addresses.
Table 19 shows the correct switch setting for each address.
11.2.3 Installation
Refer to the keypad installation manuals for installation and mounting instructions. Keypads connect to the control panel in parallel (Table 20).
Table 20: SDI Keypad Connections
Keypad
Terminal Function
32* 31 DATA BUS A Yellow Data 30 DATA BUS B Green Data 29 COMMON Black Common
* Connect with at least 5 ft (1.5 m) of 22 AWG (0.8 mm) wire
(14 ft [4.3 m] of 18 AWG [1.2 mm] wire).
POWER + Red +12.0 VDC
Wire Color
Function
Switching the Green and Yellow Wires Affects
Other Keypads: Connecting the green wire incorrectly from the keypad to Terminal 31 and the yellow wire to Terminal 30 causes other keypads connected to the control panel to go blank or to sound random beep tones.
You can connect devices to the data bus (Terminals 30 and 31) by parallel wire run from the control panel to each device, wire from device to device, or a combination of the two using a maximum of 15000 ft (4572 m) of 22 AWG (0.8 mm) wire for all devices connected to the SDI Bus combined.
Wire Limits for Individual Devices Refer to the installation instructions for each
device for wire length specifications. Extra Power for More Keypads The D1255 and D1255B Keypads draw 104 mA
when idle. They draw 206 mA with the keys lit and the sounder activated. Review Section 6.0 Power Outputs on page 30 to determine the total power output requirements for the system.
One or more B520 Auxiliary Power Supply Modules can be added for the number of keypads used. Figure 26 on page 62 shows the B520 powering keypads.
Table 19: SDI Keypad Address Settings
Address Switch
1 2 3 4 5 6
Address #1 ON ON ON ON Address #2 OFF ON ON ON ON Address #3 ON OFF ON ON ON Address #4 OFF OFF ON ON ON Address #5 ON ON OFF ON ON Address #6 OFF ON OFF ON ON Address #7 ON OFF OFF ON ON Address #8 OFF OFF OFF ON ON Address #9 ON ON ON OFF ON Address #10 OFF ON ON OFF ON Address #11 ON OFF ON OFF ON Address #12 OFF OFF ON OFF ON Address #13 ON ON OFF OFF ON Address #14 OFF ON OFF OFF ON Address #15 ON OFF OFF OFF ON Address #16 OFF OFF OFF OFF ON
Tone ON/OFF
ON
Encoding
For UL Certificated accounts, use a UL Listed auxiliary 12.0 VDC or 24 VDC regulated, power­limited power supply for Fire Protective Signaling Units and Commercial or Residential Burglar Units, such as the B520.
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Figure 26: External Power to SDI2 Devices
1 - GV4 control panel 2 - SDI2 3 - SDI2 Out
11.3 D279A Independent Zone Control
Any point can be programmed so that the D279A Independent Zone Control operates as independent point control (turning on and off the point).
Refer to Point Assignments in the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)for programming information. Refer to the D279A Operation and Installation Instructions (P/N: 46458) for wiring
and operation instructions.
11.4 Keyswitch
11.4.1 Description
A maintained or momentary contact arming station (keyswitch) can be connected to turn all on (arm) or off (disarm) any of the areas in the system. The keyswitch is connected to an input point (on-board, D9127U/T, D8128D, or B208). Outputs can be programmed to activate arming status LEDs for keyswitch arming stations. Refer to Outputs in the Control Panels
(Control Panels (D9412GV4/D7412GV4 v2.00)) Program Entry Guide (P/N: F01U265459).
11.4.2 Programming
Refer to Point Assignments in the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)for the correct
programming for points used for keyswitches.
4 - B520 Auxiliary Power Supply Module 5 - Device to be powered by external source
11.4.3 Installation 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 turned on (armed) and a trouble if it is turned off (disarmed). Refer to Figure 27 on page 63 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 turned on and a trouble if it is turned off.
11.4.4 Operation
Maintained Contact
If the point to which the keyswitch is connected is programmed for a maintained contact, an open on the arming circuit arms the area. All faulted points are force armed, regardless of the entry in the FA Bypass Max program item. Returning the circuit to normal disarms the area. Refer to Area Parameters and
Point Assignments in the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
Momentary Contact
If the point to which the keyswitch is connected is programmed for a momentary contact, shorting the arming circuit toggles the area’s arming state between armed and disarmed. All faulted points are force armed, regardless of the entry in the FA Bypass Max program item. Refer to Point Assignments in the
Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
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Silencing the Bell
To silence the bell (stop Alarm Bell output) if the system is armed, position the keyswitch to disarm the area. 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.
Figure 27: Keyswitch Wiring
1
6
3
5
4
1 - Maintained keyswitch 2 - Momentary keyswitch 3 - Common 4 - Point input
Use the proper EOL for the specific device you are using.
2
7
3
5
4
5 - End of Line (EOL) resistor 6- Open on a circuit arms the area 7 - Short on a circuit toggles the arming state
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12.0 SDI Devices
12.1 Description
The D9412GV4/D7412GV4 V2.00 Control Panels can support a number of accessory devices from the SDI Bus using Terminals 29 through 32. Some devices include the D1255 and D1255B Keypads (refer to Section 11.0 Arming Devices on page 60), D9210C Access Control Interface Module, DX4010V2 RS-232 Serial Interface Module, ITS-DX4020-G GPRS/GSM Communicator, and DX4020 Network Interface Module.
For UL 864 Commercial Fire applications, refer to Installing
12.2 Installation
For complete installation instructions, consult the operation and installation guide for the specific SDI device. SDI devices connect to the control panel in parallel (refer to Table 21 below).
These devices can share power with the control panel or be powered by a stand-alone power source.
Table 21: SDI Device Connections
Terminal Function Wire Color Function 32 POWER + Red +12.0 VDC 31 DATA BUS 1 Yellow Data 30 DATA BUS B Green Data 29 COMMON Black Common
Combination Fire and Intrusion Alarm Systems in the Approved Applications
chapter found in this guide for important information about combination fire and intrusion systems.
SDI Devices
A stand-alone power supply powering the SDI device must also be connected to a common terminal on the control panel.
Do not connect the earth ground for the stand-alone power supply to Terminal 10 on the control panel.
12.2.1 Open Wire Trouble on SDI The D9412GV4/D7412GV4 V2.00 Control
Panels can detect an open wire fault in the data communication lines of the SDI bus. Any open wire on Terminals 30 or 31 results in a system fault trouble display on all keypads, and a general SDI Fault event sent to the central station.
12.3 D9210C Access Control Interface Module
The Bosch Security Systems, Inc. D9210C Access Control Interface Module is a four-wire powered device providing connections for an access door point and door strike. The D9412GV4 can supervise eight Wiegand Control Modules, the D7412GV4 can supervise two. Each D9210C supports one door to control access. Programming allows each access door to be configured independently.
12.3.1 Access
Using Wiegand style cards or tokens, the D9210C can allow access for up to 999 cards or tokens on the D9412GV4, and up to 399 on the D7412GV4. User access authority can be configured to restrict access to certain doors or to certain periods of time. The reading of access cards, in addition to granting access, can control whether the system disarms.
12.3.2 Switch Settings
Rotary switches on the D9210C assign a unique address to each module. Table 22 shows the correct switch setting for each D9210C address.
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Table 22: Address Switch Settings for
Access Control Module
Door Controller
Default 0 -
1 81
2* 82
3 83
4 84
5 85
6 86
7 87
8 88
1 91
2* 92
3 93
4 94
5 95
6 96
7 97
8 98
*D7412GV4 supports doors 1 & 2
Combined Rotary Switch Settings
Fail Safe
Response
Unlock
Unlock
Unlock
Unlock
Unlock
Unlock
Unlock
Unlock
Lock
Lock
Lock
Lock
Lock
Lock
Lock
Lock
12.4 SDI Addresses 88 and 92
SDI Addresses 88 and 92 are available with D9412GV4/D7412GV4 v2.00 Control Panels and are used for several different applications. Only one device can be assigned to SDI Address 88 at a time. Likewise, only one device can be assigned to SDI Address 92 at a time. When the Reset Pin (labeled S1) is closed, all SDI communication module addresses are automatically enabled for RPS communication without restriction. Refer to Figure 4: Reset Pin on page 19 to locate the reset pin.
12.4.1 Local RPS Programming Use the DX4010i or the DX4010V2 serial
communication module at SDI Address 88 or SDI Address 92 to locally connect with RPS in Enhanced Direct mode. This connection method also allows diagnostic and history retrieval.
When a serial communication modules is installed at an SDI Address, it cannot be used for central station
communications. UL requires that serial communication modules be used for programming only.
12.5 SDI Network Interface Modules
D9412GV4/D7412GV4 v2.00 Series Control Panels support up to four network interface modules that provide connection for two-way communication over Ethernet networks. up to two Bosch Security Systems, Inc. B426/B420 Ethernet Communication Modules can be installed on the SDI2 bus. Refer to 13.6 B420 Ethernet Communication Module or for details regarding the SDI2 network interface modules. Likewise, up to two Bosch Security Systems, Inc. DX4020 Network Interface Modules can be installed on the SDI bus
For programming information on enhanced communications, refer to the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
The B426/B420 modules can be installed on the SDI bus when configured to emulate DX4020 modules. Regardless of bus type, the modules can be up to 1000 ft (305 m) from the control panel or auxiliary power supply using 22 AWG (0.8 mm) wire.
The DX4020 can be installed on the SDI bus up to 1000 ft (305 m) from the control panel or auxiliary power supply using 22 AWG (0.8 mm) wire.
The ITS-DX4020-G GPRS/GSM IP Communicator enables two-way IP or dialed communication over a commercial GPRS/GSM network. Typical applications are event reporting to a central monitoring station and remote access to Bosch intrusion control panels.
The ITS-DX4020-G GPRS/GSM IP Communicator has two modes; GPRS uses Modem4; and GSM uses Contact ID.
For programming information refer to the
ITS-DX4020-G GPRS/GSM IP Communicator Installation and Operation Guide (P/N:
F01U163066
).
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12.5.1 Address Settings The DX4020 has specific DIP switch settings
for SDI Address 80. The B426, B420, and DX4020 is capable of communication to supported Automation packages, SDI Addresses 88 and 92 when using the DX4020 for Remote Programming Software (RPS) or enhanced communications in a local-area network (LAN) or wide-area network (WAN) environment. Refer to Figure 28 for the correct switch settings.
Figure 28: DX4020 DIP Switch Settings
12.5.2 Supervision Supervision of Network Interface Modules at
SDI Addresses 88 and 92 are enabled automatically when used to communicate with a central station network receiver. 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 appears at the keypad. The report to the receiver includes the address of the troubled module indicating which module needs service.
1 - DIP Switches 2 - ON position 3 - OFF position 4 - SDI Address 80 switch settings 5 - SDI Address 88 switch settings 6 - SDI Address 92 switch settings
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13.0 SDI2 Devices
13.1 Description
D9412GV4/D7412GV4 v2.00 Control Panels can support a number of accessory devices from the SDI2 Bus using Terminals 33 through
36. Some devices include the B208 Octo-input Module, the B308 Octo-output Module, and the B810 wireless receiver.
For UL 864 Commercial Fire applications, refer to Installing
13.2 Installation
For complete installation instructions, consult the operation and installation guide for the specific SDI2 device. SDI2 devices connect to the control panel in parallel (Table 23).
These devices can share power with the control panel or be powered by a stand-alone power source.
Table 23: SDI2 Device Connections
Terminal Function Wire Color Function 36 POWER + Red +12.0 VDC 35 DATA BUS 1 Yellow Data 34 DATA BUS B Green Data 33 COMMON Black Common
13.2.1 Open Wire Trouble on SDI2 D9412GV4/D7412GV4 v2.00 Control Panels
can detect an open wire fault in the data communication lines of the SDI2 bus. Any open wire on terminals 34 or 35 result in a system fault trouble display on all keypads general SDI Trouble event sent to the central station
Combination Fire and Intrusion Alarm Systems in the Approved Applications
chapter found in this guide for important information about combination fire and intrusion systems.
A stand-alone power supply powering the SDI2 device must also be connected to a common terminal on the control panel.
Do not connect the earth ground for the stand-alone power supply to Terminal 10 on the control panel.
, and a
13.3 B208 Octo-input Module
The Octo-input module is an 8 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's expansion points work the same as the points on the control panel.
Review the information in Section 6.0 Power Outputs on page 30 to ensure that there is enough power for the B208 and other powered devices you want connected to the system.
On the D9412GV4 control panel, you can add up to 24 Octo-input modules. On the D7412GV4 control panel, you can add up to 7 Octo-input modules.
The B208 Octo-input Modules connect to the SDI2 bus on the control panel using Terminals 33 through 36, or using the SDI2 interconnect wiring connector. You can connect more than one module to the control panel by wiring them in parallel. Refer to the B208 Installation and Operation Guide (P/N: F01U265456) for wiring instructions.
13.3.1 Address Settings
The control panel reads rotary switch setting changes on power up. If you
The B208 rotary switches provide a tens and a ones setting for the module’s address. For single-digit address numbers 0-9, set the tens switch to 0 and the ones digit to the appropriate number. Refer to Figure 29 below.
Figure 29: B208 Switches Set to Address 9
Valid B208 addresses are dependent on the number of points allowed by a particular control panel. Refer to B.2 SDI2 Points on page 146.
change the switches after installation and applying power to the control panel, you must cycle the power to the control panel.
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B208 Octo-input modules cannot support some point assignments, for example points 9 and 10, 19 and 20, 29 and 30, etc. These inaccessible point assignments can be supported on the ZONEX bus or SDI2 Wireless RF points. On the D9412GV4/D7412GV4 v2.00 Control Panels, each off-board point assignment can be assigned a Point Source to define its bus type.
13.3.2 Supervision Supervision of B208 Octo-input Modules on
the SDI2 bus is enabled automatically when the Point Source of a point assignment is set to Octo-input. Each Octo-input module supports a fixed range of point assignments. Refer to B.2 SDI2 Points on page 146 for point to module assignments. Any failure to receive an expected response from an SDI2 module results in a system fault display on all keypads and a module specific SDI FAULT event sent to the central station.
13.4 B308 Octo-output Module
The B308 Octo-output module is an 8 relay expansion device that connects to control panels through the SDI2 bus. This module is supervised and communicates to the control panel to provide 8 independently controlled outputs. Each output can operate as either normally open or normally closed.
Review the information in Section 6.0 Power Outputs on page 30 to ensure that there is enough power for the B308 and other powered devices you want connected to the system.
On the D9412GV4 control panel, you can add up to 12 Octo-output modules. On the D7412GV4 control panel, you can add up to 6 Octo-output modules. Refer to the B308 Installation and Operation Guide (P/N: F01U265458) for wiring instructions.
13.4.1 Address Settings
The control panel reads rotary switch setting changes on power up. If you change the switches after installation and applying power to the control panel, you must recycle the power to the control panel.
The B308 rotary switches provide a tens and a ones setting for the module’s address. For single-digit address numbers 0 through 9, set the tens switch to 0 and the ones digit to the appropriate number. Refer to Figure 30. Only address 01 through 32 are valid for the B308 module.
Figure 30: B308 Switches Set to Address 9
Valid B308 addresses are dependent on the number of relays allowed by a particular control panel.
B308 Octo-output modules cannot support some relay outputs, for example relays 9 and 10, 19 and 20, 29 and 30, etc. These inaccessible outputs can be supported on the ZONEX bus. On the control panels, each off­board relay can be assigned to a destination to define its bus type (SDI2 or ZONEX).
Table 24: B308 Valid Relay Numbers
B308 Module# Supported Relays 1 11 - 18 2 21 - 28 3 31 - 38 4 41 - 48 5 51 - 58 6 61 - 681 7 71 - 78 8 81 - 88 9 91 - 98 10 101 - 108 11 111 - 118 12 121 - 128
1
For the D7412GV4, only 4 outputs are available at
address 6.
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13.4.2 Supervision Supervision of B308 Octo-output Modules on
the SDI2 bus is enabled automatically when the Relay Destination of an off-board relay is set to Octo-output. Each Octo-output module supports a fixed range of off-board relays. Refer to Table 24 for relay to module assignments. Any failure to receive an expected response from an SDI2 module results in a system fault display on all keypads and a module specific SDI FAULT event sent to the central station.
13.5 B426 Ethernet Communication Module
B426 Ethernet Communication Modules are four-wire powered SDI2 devices that provide connection for two-way communication over Ethernet networks to the control panels. The B426 uses the standard IPv4 or IPv6 address protocol. You can add up to two B426 Ethernet Communication Modules.
13.5.1 Address and Emulation Settings
The B426 address switches provide a single­digit setting for the module’s address. The module uses addresses 0 through 9. Refer to Figure 31.
Figure 31: B426 Switch Set to Address 1
The B426 has specific rotary switch settings for SDI Addresses 88 and 92 or SDI2 Addresses 1 and 2 when used to communicate with Remote Programming Software (RPS) or with a central station network receiver. Refer to Table 26 for the correct switch settings. When the Reset Pin (labeled S1) is closed, all SDI communication module addresses are automatically enabled for RPS communication without restriction.
Table 25: B426 Address and Emulation Settings
Rotary Switch Setting Bus Type and Setting 0 Default 1 SDI2 ‒ Address 1 2 SDI2 ‒ Address 2 3* SDI ‒ Address 80 4* SDI ‒ Address 88 5* SDI ‒ Address 92 6* N/A for GV4 7* N/A for GV4 8* N/A for GV4 9* N/A for GV4
*
Emulates DX4020 operation.
13.5.2 Supervision Supervision of Ethernet Communication
Modules at SDI2 Addresses 1 and 2 are enabled automatically when used to communicate with a central station network receiver. 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 appears at the keypads. A corresponding report is sent to the central station.
13.5.3 Local RPS Programming Use the B426’s IP Direct connect feature to
locally connect with RPS. This connection method requires a direct IP connection from the PC to the B426’s Ethernet port, which requires you to remove the Ethernet cable that connects the B426 to the Web for the duration of the IP direct connection. Be sure to reconnect the B426 to the internet when you finish. The IP Direct connection for RPS uses the B426’s AutoIP configuration. Refer to the B426 Installation and Operation Guide for configuration information. This connection method also allows diagnostic and history retrieval.
13.5.4 Ethernet Communications Module Faults With a B426 Ethernet Communications Module
installed, several services are made available to D9412GV4/D7412GV4 v2.00 control panels. Any break in the Ethernet connection to a supervised B426 results in a system fault at the keypads indicating Open Cable trouble. An SDI
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FAULT event is sent to the central station, if enabled.
If a Domain Name Server (DNS) is available on the network, a failure to resolve an individual Network Address host name results in a system fault at the keypads indicating DNS ERROR ##. The error number represents the communication module and path destination combination that failed. Refer to the CONTROL
PANELS (D9412GV4/D7412GV4 V2.00) Program Entry Guide for details on communication
module/path destination combinations. A failure to resolve the domain name used for RPS Network Address is displayed on the keypads as DNS ERROR 99.
If a B426 fails all communication with the DNS, a system fault indicating Network Module # Address Error will be displayed on all keypads and a SDI TROUBLE event is sent to the central stations, if the report has been enabled.
13.6 B420 Ethernet Communication Module
B420 Ethernet Communication Modules are four-wire powered SDI2 devices that provide connection for two-way communication over Ethernet networks to the control panels. You can add up to two B420 Ethernet Communication Modules.
13.6.1 Address and Emulation Settings
The B420 address switches provide a single­digit setting for the module’s address. The module uses addresses 0 through 9. Refer to Figure 32.
Figure 32: B420 Switch Set to Address 1
The B420 has specific rotary switch settings for SDI Addresses 88 and 92 or SDI2 Addresses 1 and 2 when used to communicate with Remote Programming Software (RPS) or with a central station network receiver. Refer to Table 25 for the correct switch settings. When the Reset Pin (labeled S1) is closed, all SDI communication module addresses are automatically enabled for RPS communication without restriction.
Table 26: B420 Address and Emulation Settings
Rotary Switch Setting Bus Type and Setting 0 Default 1 SDI2 – Address 1 2 SDI2 – Address 2 3* SDI – Address 80 4* SDI – Address 88 5* SDI – Address 92 6* N/A for GV4 7* N/A for GV4 8* N/A for GV4 9* N/A for GV4
*
Emulates DX4020 operation.
13.6.2 Supervision Supervision of Ethernet Communication
Modules at SDI2 Addresses 1 and 2 are enabled automatically when used to communicate with a central station network receiver. 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 appears at the keypads. A corresponding report is sent to the central station.
13.6.2 Local RPS Programming Use the B420’s IP Direct connect feature to
locally connect with RPS. This connection method requires a direct IP connection from the PC to the B420’s Ethernet port, which requires you to remove the Ethernet cable that connects the B420 to the Web for the duration of the IP direct connection. Be sure to reconnect the B420 to the internet when you finish. The IP Direct connection for RPS uses the B420’s AutoIP configuration. Refer to the B420 Installation and Operation Guide for configuration information. This connection method also allows diagnostic and history retrieval.
13.6.3 Ethernet Communications Module Faults With a B420 Ethernet Communications Module
installed, several services are made available to D9412GV4/D7412GV4 v2.00 control panels. Any break in the Ethernet connection to a supervised B420 results in a system fault at the
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keypads indicating Open Cable trouble. An SDI FAULT event is sent to central station, if enabled.
If a Domain Name Server (DNS) is available on the network, a failure to resolve an individual Network Address host name results in a system fault at the keypads indicating DNS ERROR ##. The error number represents the communication module and path destination combination that failed. Refer to the CONTROL
PANELS (D9412GV4/D7412GV4 V2.00) Program Entry Guide for details on communication
module/path destination combinations. A failure to resolve the domain name used for RPS Network Address is displayed on the keypads as DNS ERROR 99.
If a B420 fails all communication with the DNS, a system fault indicating Network Module # Address Error will be displayed on all keypads and a SDI TROUBLE event is sent to the central stations, if enabled.
13.7 B520 Auxiliary Power Supply Module
The B520 Auxiliary Power Supply Module is an auxiliary power supply module that provides the ability to expand power requirements via an SDI2 compatible system by directly connecting to an SDI2 device bus, or other 12 volt devices. The B520 is fully supervised. This module provides auxiliary power to SDI2 modules, or other 12 volt devices which are connected to a compatible control panel. You can add up to eight B520 modules to a control panel.
13.7.1 Address Settings
The control panel reads rotary switch setting changes on power up. If you
Valid B520 address switches determine the internal address of the device. The address switch range for the B520 on a D9412GV4/D7412GV4 v2.00 Control Panel is 1 through 8. Addresses 00 and 09 through 99 are not permissible on the SDI2 device bus. Refer to Figure 32 and Table 27 for valid switch setting addresses.
If you set the switch to an invalid address, the B520 reports as missing.
change the switches after installation and applying power to the control panel, you must recycle the power to the control panel.
Figure 33: B520 Switch Set to Address 2
Table 27: B520 Valid Switch Settings and Internal
Addresses
Rotary Switch Setting
1 176 2 177 3 178 4 179 5 180 6 181 7 182 8 183
Corresponding Internal Address
13.7.2 Supervision Supervision of B520 Auxiliary Power Supply
Modules on the SDI2 bus is enabled through control panel configuration. Refer to the
Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide for details in enabling
auxiliary power supply modules. Any failure to receive an expected response from an SDI2 module results in a system fault display on all keypads and a SDI FAULT event sent to the central station.
13.7.3 Auxiliary Power Supply Faults 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 fault condition at all keypads, and is accompanied by a module specific SDI Failure event sent to the central station.
When the control panel shows a generic trouble condition for a SDI2 bus power supply module, it could mean one of several non­serviceable things has occurred; low power output, module firmware flash error, or battery charger circuit failure.
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13.8 B810 wireless receiver
The wireless receiver detects and reports ambient Radio Frequency (RF) interference as a system fault indicated as a jamming condition. This fault is accompanied by an RF Interference event sent to the central station.
The address switch determines the address for the receiver. The control panel requires the receiver’s address for communications. The B810 address switches provide a single-digit setting for the module’s address. The module uses addresses 1 through 4. Addresses 0 and 5 through 9 are invalid. When connected to a D9412GV4/D7412GV4 v2.00 Control Panel, only addresses 1 and 2 are valid. Refer to Figure 34.
Figure 34: B810 Switch Set to Address 1
13.8.1 Supervision
Supervision of B810 is enabled automatically when at least one RF device is enrolled via a systems keypad or RPS. Available RF devices on the D9412GV4/D7412GV4 v2.00 control panel are RF repeaters, wireless points, or user key fobs. Any failure to receive an expected response from an SDI2 module results in a system fault display on all keypads and an SDI Fault event sent to the central station.
13.8.2 Wireless Receiver Faults
B810 detects and reports ambient Radio Frequency (RF) interference as a system fault indicated as a jamming condition when the ambient noise is above the jamming threshold for a continuous period of 20 secs.
The receiver reports a tamper condition to the D9412GV4/7412GV4 v2.00 control panel when the receiver assembly is removed from the mounting base. The tamper input on the receiver can create a system fault at the keypads. The receiver can also generate a general trouble system fault. This fault indicates a non-recoverable problem has occurred that requires servicing. The control panels reports trouble system fault and module tamper system fault as module-specific fault to the central station.
13.8.3 Wireless Repeater Faults Each RADION wireless repeater within range of
the B810 receives and relays RF packets from the RADION wireless transmitters. The repeater also reports AC status, battery status, and tamper input status. Each of these conditions has a corresponding system fault display at the keypads, and generates a module-specific fault event that the control panel sends to the central station.
13.9 B820 SDI2 Inovonics Interface Module
The B820 SDI2 Inovonics Interface Module allows a control panel to interface with an Inovonics EN4200 EchoStream Serial Receiver through the SDI2 bus. You can add up to 1 B820 module to a control panel.
The address switch determines the address for the B820 module. The control panel requires the module’s address for communications. The B820 address switches provide a single-digit setting for the module’s address. The module uses addresses 1 through 4. Addresses 0 and 5 through 9 are invalid. When connected to a D9412GV4/D7412GV4 v2.00 Control Panel, only addresses 1 and 2 are valid. Refer to Figure 35.
Figure 35: B820 Switch Set to Address 1
13.9.1 Supervision
Supervision of a B820 SDI2 Inovonics Interface Module is enabled automatically when at least one RF device is enrolled. Available RF devices on D9412GV4/D7412GV4 v2.00 Control Panels are RF Repeaters, wireless points, or user key fobs. Any failure to receive an expected response from an SDI2 module results in a system fault display on all keypads and an SDI Fault event sent to the central station.
13.9.2 Wireless Receiver Faults
The B820 SDI2 Inovonics Interface Module detects and reports ambient Radio Frequency (RF) interference as a system fault indicated as a jamming condition. This fault is accompanied by an RF Interference event sent to the central station.
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The tamper input on the B820 module can, if enabled, create a system fault at the keypads. The B820 module can also generate a general trouble system fault. This fault indicates a non­recoverable problem has occurred that requires servicing. The trouble system fault and module tamper system fault are reported as a module specific SDI Fault to the central station.
13.9.3 Wireless Repeater Faults Each wireless repeater within range of the
B820 SDI2 Inovonics Interface Module can report its AC status, battery status, and tamper input status. Each of these conditions has a corresponding system fault display at the keypads, and generates a module-specific SDI Fault event that is sent to the central station.
13.10 B920 Two-lined Alphanumeric Keypad
The B920 is an SDI2 bus compatible device that works with D9412GV4/D7412GV4 v2.00 control panels. Each keypad has 23 keys for data or command entry, a backlit display that shows system messages, and a sounder that emits warning tones.
On the control panel, you can use up to 16 SDI2 keypads. B920 standard keypads connect to the SDI2 bus on the control panel using terminals PWR, A, B, and COM, or using the SDI2 interconnect wiring connector. A total number of B920 and B930 keypads installed must not exceed 16. Wiring terminals on the B920 standard keypad support a wiring gauge range of 12 AWG through 22 AWG.
Refer to the Two-line Alphanumeric Keypad (B920) Installation Guide (P/N: F01U265450) for wiring instructions.
13.10.1 LCD Backlit Settings
The B920 supports 7 configurable backlit settings ranging from 0% up to, and including 100% respectively. Reference the table below for the spectrum range.
Table 28: B920 LCD Display Values
LCD Level LCD Percentage 1 0% (OFF) 2 17% 3 33% 4 50% 5 67% 6 83% 7 100% (Full ON)
The default intensity level is set to 100%. The LCD backlit intensity value is stored on the D9412GV4/D7412GV4 v2.00 control panel, and is initiated at the keypad during the startup sequence. The LCD display stays illuminated during programming sequences and will automatically shut off following 10 secs of inactivity.
13.10.2 LCD Power Up Status The B920 displays a “Power Up” status, as well
as “Address” and “Firmware versions” in the LCD when powering up the B920. The message displays for a duration of 10 secs during this time.
13.10.3 LCD Communication Status The B920 displays a communication error
during the powering up sequence when communication between the keypad and control panel have not been established with 30 secs of power up. At this time, the “Call for Service” message displays on the LCD. During this time, the keypad will sound the Trouble Tone to inform the user of the communication error. Press any button to silence the Trouble Tone alarm.
13.11 B930 ATM Style Alphanumeric Keypad
The B930 is an SDI2 bus compatible device that works with D9412GV4/D7412GV4 v2.00 control panels. Each keypad has 23, ATM style keys for data or command entry, a backlit display that shows system messages for all areas, and a user-adjustable sounder that emits warning tones.
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On the control panel, you can use up to 16 SDI2 keypads. B930 deluxe keypads connect to the SDI2 bus on the control panel using terminals PWR, A, B, and COM, or using the SDI2 interconnect wiring connector. A total number of B920 and B930 keypads installed must not exceed 16. Wiring terminals on the B930 deluxe keypad support a wiring gauge range of 12 AWG through 22 AWG.
Refer to the ATM Style Alphanumeric Keypad (B930)Installation Guide (P/N: F01U265451) for wiring instructions.
13.11.1 LCD Backlit Settings The B930 supports 7 configurable backlit
settings ranging from 0% up to, and including 100% respectively. Reference the table below for the spectrum range.
Table 29: B930 LCD Display Values
LCD Level LCD Percentage 1 0% (OFF) 2 17% 3 33% 4 50% 5 67% 6 83% 7 100% (Full ON)
The default intensity level is set to 100%. The LCD backlit intensity value is stored on the D9412GV4/D7412GV4 v2.00, and is initiated at the keypad during the startup sequence. The LCD display stays illuminated during programming sequences and will automatically shut off following 10 secs of inactivity.
13.11.2 LCD Power Up Status The B930 displays a “Power Up” status as well
as “Address” and “Firmware versions” in the LCD when powering up the B930. The message displays for a duration of 10 secs during this time.
13.11.3 LCD Communication Status
The B930 displays a communication error during the powering up sequence when communication between the keypad and control panel have not been established with 30 secs of power up. At this time, the “Call for Service” message displays on the LCD. During this time, the keypad will sound the Trouble Tone to inform the user of the communication error. Press any button to silence the Trouble Tone alarm.
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14.0 Accessory Connector
Use the accessory connector to connect the D9412GV4 or D7412GV4 control panel to the D928 Dual Phone Line Switcher. The accessory connector is on the bottom right corner of the I/O board (Figure 36). The D928 lets the control panel use two telephone lines to send reports.
Figure 36: Accessory Connection on D9412GV4
and D7412GV4
Refer to Section 7.11 D928 Dual Phone Line Switcher on page 34 for installation and operating instructions.
1 - Accessory connector
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15.0 Faceplates
15.1 D9412GV4/D7412GV4 v2.00 Faceplate
Figure 37: D9412GV4/D7412GV4 v2.00 Faceplate
1 - Charging status LED (yellow) 2 - Low battery LED (red) 3 - Color-coded battery leads 4 - Ground fault detect enable 5- Phone LED (red) 6 - Tip 7 - Telephone cord connector
8 - Ring 9 - Operation monitor LED (green) 10 - Accessory connector 11 - Reset pin 12 - SDI interconnect wiring connector 13 - SDI2 interconnect wiring connector
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16.0 Specifications
16.1 Control Panel Power Supply
Table 30: Control Panel Power Supply Specifications
Voltage Input (Power Supply)
Current Requirements
Power Outputs
2
Minimum Operating Voltage SDI Bus SDI Bus A+:
SDI2 Bus SDI2 Bus A+:
Telephone Connections
Battery Discharge/ Recharge Schedule
Environmental Temperature:
Arming Stations
Point Thresholds
Compatible Enclosures
2
Requires a UL Listed power supply. For UL 864 applications, refer to Table 3 on page 12 for compatible devices.
Primary:
Secondary:
Control Panel: Idle 225 mA; Alarm 300 mA Refer to the Current Rating Chart for Standby Battery Calculations section in Chapter 21 of this guide for the current draw requirements of other system components.
All external connections are power-limited except battery terminals.
Continuous Power Outputs Alarm Power Output Switched Aux Power
Fire and Fire/Burglary Systems
10.2 VDC
SDI Bus B-:
SDI2 Bus B-: Connection: Two Telco lines: Discharge Cycle
Recharge Cycle
Relative Humidity:
B920/B930 Keypads D1255/D1255B/D1255RB Keypads, D1256RB Fire Keypads; D1257RB Fire Alarm Annunciators; D1260/D1260B Keypads; Keyswitch; Keyfobs.
On-board Points 1 to 8
D8103 Universal Enclosure, D8109 Fire Enclosure, D8108A Attack Resistant Enclosure, BATB-40 and BATB-80 Battery Boxes.
Terminals 1 and 2 Terminals 4 and 5
Terminals 3, 24, 32, 36
Terminals 6 and 7
Terminal 8
1
To comply with UL 985 and 864 listing standards for fire alarm systems, the total combined continuous and alarm current draw for the system during alarm conditions must be limited to 1.4 A provided by the primary power supply (rectified AC). If current draw for the system exceeds 1.4 A, use a UL Listed 12 VDC regulated, power limited auxiliary power supply module such as the B520.
9 VDC 15000 ft (4572 m) maximum 9 VDC 15000 ft (4572 m) maximum
12 VDC nominal, Congregate wire length 2000 ft (609.6 m) maximum single run 12 VDC nominal, Congregate wire length 2000 ft (609.6 m) maximum single run
RJ31X or RJ38X jack can connect the control panels. Bosch Security Systems, Inc. D928 Dual Phone Line Module required for two phone line service on D9412GV4 and D7412GV4. Supervision supplied by the control panel.
13.9 VDC
13.8 VDC
12.1 VDC
10.2 VDC
10.0 VDC AC ON Load shed relay resets, battery charging begins, and AC Restoral Reports sent.
13.7 VDC
13.9 VDC Charging status LED off, battery float charged. 0°C to +49°C (+32°F to +120°F)
Maximum 93% non-condensing
Open Normal Short
16.5 VAC 40 VA class 2 plug-in transformer (D1640)
Sealed lead-acid rechargeable battery (12.0 VDC, 7 Ah or 12.0 VDC, 17.2 or 18 Ah). The control panel supports up to two 12.0 VDC, 7 Ah batteries using the D122/D122L Dual Battery Harness or two D1218 (12.0 VDC, 17.2 or 18 Ah).
1.4 A maximum at 12.0 VDC nominal (continuous supply) total for all devices and outputs supplied at Terminals 3, 24, and 32 and 36.
2.0 A maximum at 12.0 VDC nominal output. Output can be steady or one of four pulsed patterns depending on programming. Refer to Relays in RPS Help.
1.4 A maximum at 12.0 VDC nominal output. Continuous output is interrupted by Sensor Reset or alarm verification depending on programming. Refer to Relays in RPS Help.
Charging float level. Charging status LED on. Low Battery Reports if programmed. Low Battery LED on. Minimum operational voltage Battery load shed.
Battery Restoral Report sent, Low Battery LED off.
Greater than 3.7 VDC, but less than 5.0 VDC. Greater than 2.0 VDC, but less than 3.0 VDC. Greater than 0.0 VDC, but less than 1.3 VDC.
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16.2 B520 Power Supply
Table 31: B520 Specifications
Voltage Input (Power Supply)
Current Requirements
Power Outputs
*For UL 864 applications, refer to the Compatible Accessories section for compatible devices.
Minimum Operating Voltage SDI2 Bus SDI2 Bus A: 8 VDC – 2000 ft (610 m) maximum
Battery Discharge/ Recharge Schedule
Environmental Temperature:
Compatible Enclosures
*
Primary: 18 VAC 18.0 VAC 50 VA class 2 plug-in transformer (TR1850)
Secondary: Batt 1, Batt 2
Refer to the B520 Auxiliary Power Supply Module Battery Standby Chart section in the B520 Auxiliary Power Supply Module Installation and Operation Guide (P/N: F01U265445) for the current draw requirements of other system components.
All external connections are power-limited except battery terminals. Continuous
Power Outputs Fire and Fire/Burglary Systems
10.2 VDC
SDI2 Bus B: 8 VDC – 2000 ft (610 m) maximum Discharge Cycle
Recharge Cycle
Relative Humidity: D8103 Universal Enclosure, D8004 Transformer Enclosure, B10 Medium Control Panel Enclosure, D2203 Standard Enclosure, BATB-40 Enclosure, BATB-80 Enclosure, AE1 and AE2 Enclosures.
terminals
SDI2 Out, AUX PWR terminals To comply with UL 985 and 864 listing standards for fire alarm systems, the total combined continuous and alarm current draw for the system during alarm conditions must be limited to 2.0A provided by the primary power supply (rectified AC). If current draw for the system exceeds 2.0 A, remove connected devices until the current draw falls below 2.0 A. Then, connect the removed devices to an additional B520 Auxiliary Power Supply Module or to an external power supply.
13.2 VDC Charging float level.
12.0 VDC Low Battery and AC Fail Reports if programmed. Low Battery LED on.
10.2 VDC Minimum operational voltage
9.8 VDC Battery load shed (operation continue if AC is present). AC ON
12.6 VDC Battery Restoral Report sent, Low Battery LED off.
+32°F to +120°F (0°C to +49°C)
Maximum 93% non-condensing
The B520 Auxiliary Power Supply Module supports the connection of two independently monitored sealed lead-acid rechargeable batteries (12.0 VDC, 7 Ah through 12.0 VDC, 36 Ah).
2.0 A maximum at 12.0 VDC nominal (continuous supply) total for all devices and outputs supplied.
Load shed relay resets, battery charging begins, Battery Trouble and AC Restoral Reports sent.
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16.3 Control panel Terminal Wiring
Table 32: Terminal Wiring Requirements
Terminal No
1 AC 18 AWG min (up to 14 AWG max)
2 AC 18 AWG min (up to 14 AWG max)
3 + AUX POWER Terminal accommodates 14 to 22 AWG, use appropriate wire size based on current
4 BATTERY - Bosch supplied wire lead, included with panel
5 BATTERY + Bosch supplied wire lead, included with panel
6 RELAY A Terminal accommodates 14 to 22 AWG, use appropriate wire size based on current
7 RELAY B Terminal accommodates 14 to 22 AWG, use appropriate wire size based on current
8 RELAY C Terminal accommodates 14 to 22 AWG, use appropriate wire size based on current
9 COMMON Terminal accommodates 14 to 22 AWG, use appropriate wire size based on current
10 EARTH
11 POINT 1 Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop
Terminal Description
GROUND
Requirements
14 to 16 AWG
resistance less than 100
Ω
12 POINT 1/2
COMMON
13 POINT 2 Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop
14 POINT 3 Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop
15 POINT 3/4
COMMON
16 POINT 4 Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop
17 POINT 5 Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop
18 POINT 5/6
COMMON
19 POINT 6 Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop
Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω
resistance less than 100
resistance less than 100
Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω
resistance less than 100
resistance less than 100
Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω
resistance less than 100
Ω
Ω
Ω
Ω
Ω
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20 POINT 7 Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop
resistance less than 100 Ω
21 POINT 7/8
COMMON
22 POINT 8 Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop
23 ZONEX
COMMON
24 ZONEX POWER 22 AWG min (up to 14 AWG max)
25 ZONEX IN 2* 22 AWG min (up to 14 AWG max)
26 ZONEX OUT 2* 22 AWG min (up to 14 AWG max)
27 ZONEX IN 1 22 AWG min (up to 14 AWG max)
28 ZONEX OUT 1 22 AWG min (up to 14 AWG max)
29 SDI COMMON Terminal accommodates 14 to 22 AWG, use appropriate wire size based on
30 SDI DATA
BUS B
31 SDI DATA
BUS A
Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100
resistance less than 100
22 AWG min (up to 14 AWG max)
peripheral device current
22 AWG min (up to 14 AWG max)
22 AWG min (up to 14 AWG max)
Ω
Ω
32 SDI POWER Terminal accommodates 14 to 22 AWG, use appropriate wire size based on
peripheral device current
33 SDI2
COMMON
34 SDI2 DATA
BUS B
35 SDI2 DATA
BUS A
36 SDI2 POWER Terminal accommodates 14 to 22 AWG, use appropriate wire size based on
*D9412GV4 only. Terminals 25 and 26 are NOT USED on the D7412GV4 Control Panel.
Terminal accommodates 14 to 22 AWG, use appropriate wire size based on peripheral device current
22 AWG min (up to 14 AWG max)
22 AWG min (up to 14 AWG max)
peripheral device current
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D9412GV4/D7412GV4 v2.00 | Installation and System Reference Guide | 17.0 Approved Applications
17.0 Approved Applications
The UL System Chart (Table 35 on page 130) references the components that are evaluated and listed by UL for compatibility with the D9412GV4/D7412GV4 v2.00 control panel. These components meet the basic system requirements for the applicable standard.
The System Wiring Diagrams, (refer to Appendix A: System Wiring Diagrams on pages 99 to 104) show the relationship between the control panel and the accessory components referred to in Figure 39 on page 138.
17.1 Optional Compatible Equipment
UL Listed components not requiring evaluation for electrical compatibility can be used in many applications when installed according to the manufacturer’s instructions.
17.2 Burglary Applications
UL Listed burglary alarm sensors not requiring evaluation for electrical compatibility can be used in burglary applications. In some cases, a UL Listed interface module must be used with the sensors. Consult the individual component specification and installation documents to determine suitability.
Test Weekly: UL Standard 1023 requires a weekly test for residential
17.3 Bank Safe and Vault Applications
The UL Listed Model 5110 Bell and Model 4001-42 External Line Balancer (both made by Rothenbuhler) must be used for the bell and balanced line module in bank safe and vault applications. Modify the D8108A Attack­Resistant Enclosure to meet UL Standard 681.
17.3.1 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. Refer to Figure 13 on page 39.
burglary applications.
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.
Mount the EVD sensor directly inside the metal cabinet of the D8108A as shown in Figure 13 on page 39.
Do not install the EVD sensor within
6.4 mm (0.25 in.) of the components or traces of the printed circuit assembly.
Install and test the EVD sensor according to the manufacturer’s instructions.
17.3.2 Battery Connections Using a D122 Dual Battery Harness, connect
two 12 V batteries in the control panel enclosure. Refer to Figure 13 Figure 13 for battery placement information.
Use a separate D8108A for the 12 V batteries. When using a D122L Dual Battery Harness, wire the batteries in parallel and connect the harness to Terminals 4 and 5 of the control panel.
Auxiliary power, limited to 300 mA for 72 h, as required by for standby mercantile bank safe, and vault applications.
17.3.3 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
Bell Test at Arming: UL Standard 365 requires a Bell Test at arming for bank safe and vault applications.
17.3.4 System Configuration Requirements The following configuration and programming
options are required for UL Bank Safe and Vault Systems. Refer to the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)for programming
information.
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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 the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)for more information.
Bell Configuration UL 365 requires the bell time to be 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 must be enabled in control panel programming.
Refer to Bell Parameters in the Control Panels
(D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459)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 Relay B as the area bell relay for the unused area.
All pass codes with authority to arm the safe or vault and also send a Closing Report must be valid in this area. Program the area for a five­second exit delay. Refer to Figure 13 on page 39 for test connections. To complete the installation for this feature, connect the output to a D133 Relay Module.
17.3.5 Exit Delay The control panel’s programmed maximum exit
delay must not exceed 30 sec.
17.3.6 Equipment Requirements
D9412GV4/D7412GV4 V2.00 Control Panel Two (2) D126 12 V, 7 Ah batteries Two (2) D1218 12 V 18 Ah batteries B520 Auxiliary Power Supply Module/or
D8132 Battery Charger Module
Two (2) D8108A Enclosures D122 Dual Battery Harness D122L Dual Battery Harness D133 Relay Module EVD System (Listed Safe/Vault)
17.4 Fire Applications
UL Listed fire initiating devices not requiring electrical compatibility evaluation can be used 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.
UL requires any device powered from a power output to be
17.4.1 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 D9412GV4/D7412GV4 v2.00 Control Panels (subject to available auxiliary power).
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 D125B or D129, or to the D9127 Modules when used with a D9412GV4/D7412GV4 v2.00 Control Panel. Smoke detectors can also be connected to the on-board points to meet UL and NFPA requirements.
When using four-wire smoke detectors, install a power supervision unit according to the manufacturer’s instructions. Refer to Section
17.4.5 Other Devices.
supervised.
UL requires that power outputs are not shared between fire and non­fire devices unless all devices are in conduit within 20 ft and are in the same room.
The expansion bus can be shared between fire and non-fire devices where the POPIT module is providing data isolation between the input and the bus connections.
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17.4.2 Two-Wire Smoke Detectors Two-wire smoke detectors connect to the
control panel only through the D125B Powered Loop Interface. Two-wire detectors must be evaluated for electrical compatibility, and be UL Listed for use with the control panel. Refer to Table 33 on page 84 for the two-wire smoke detectors that are UL Listed for compatibility and the maximum number of detectors that can be connected to each loop of the D125B Powered Loop Interface Module.
You can also consult the smoke detector manufacturer to determine if a particular smoke detector is UL Listed for use with the D9412GV4 and D7412GV4 Control Panels. The Reset Sensor command is available from the keypads when Reset Sensor is enabled.
Consult the UL Listed Two-Wire
Smoke Detectors Compatible with the D125B table on page 85 to
determine which product best fit your smoke application needs.
The control panel does not support multiple detectors in alarm. The control panel is intended to handle detectors with optional features. Detectors from different manufacturers cannot be mixed on the same circuit.
17.4.3 Two-Wire Smoke Detector Specifications
Voltage Range: 8.0 VDC to 14 VDC UL Compatibility Identifier: Type A (for
control panel, detector, and base)
17.4.4 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. To connect initiating devices to on­board points (1 through 8) on the D9412GV4/D7412GV4 v2.00 Control Panel:
Use a D125B Powered Loop Interface
Module with two-wire initiating devices for a D9412GV4/D7412GV4 v2.00 Control Panel).
Use a D129 Dual Class “A” (NFPA Style
D) Initiating Circuit Module with any type of initiating device, except a two­wire smoke detector.
Use the following guidelines when connecting fire alarm 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 detectors when using a D9412GV4/D7412GV4 v2.00 Control Panel.
17.4.5 Other Devices Use a D130 Relay Module, D8129 OctoRelay, or
Switched Aux (Terminal 8) to provide reset capability to other initiating devices such as:
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. Refer to Off-Board Outputs on page 55 for more information.
For battery calculations, refer to Table 38 on page 132 and Section 22.0 NFPA 72 Fire Alarm Applications on page 134.
Test Weekly: Perform a Fire Test weekly. Both the AC power and battery are tested according to UL 864 (D9412GV4/D7412GV4).
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17.4.6 UL Listed Two-Wire Smoke Detectors Compatible with the D125B
A D125B Powered Loop Interface Module is required to connect smoke detectors to the on-board points (1-8).
Table 33: UL Listed Two-Wire Smoke Detectors Compatible with the D125B
Maximum Number of Detectors per Loop
Manufacturer Detector Model Base Model
D125B
12 VDC 24 VDC
1
Bosch Security Systems, Inc.
D262 D263 D263TH D263S D263THS D281 D282 D283 D285 D285DH D285TH D340 D286 D603 D604 D605 DS230 DS230F DS233F DS250 DS250TH DS260 DS282 DS282TH DS282S DS282THS DS290 F220P F220PTH F220PC F220PTHC F220-135 F220-135F F220-190F
1
Requires a UL 1481 regulated power-limited Power Supply.
2
Remote Test Station works only when used at 24 VDC.
D260 N/A N/A N/A N/A D280 D280 D280 D287, D288 D340 D287, D288 N/A D287, D288 D287, D288 D287, D288 D287, D288 MB2W, MB2WL MB2W, MB2WL MB2W, MB2WL MB2W, MB2WL MB2W, MB2WL MB2W, MB2WL N/A N/A N/A N/A N/A F220-B6 F220-B6 F220-B6 F220-B6 F220-B6 F220-B6 F220-B6
25 10 10 10 10 N/A N/A N/A 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10
N/A 10 10 10 10 80 80 80 10
2
10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10
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Table 33: UL Listed Two-Wire Smoke Detectors Compatible with the D125B (Continued)
Maximum Number of Detectors per Loop
Manufacturer
Detector Model
Base Model
D125B 12 VDC 24 VDC
Detection Systems
DS200 DS200HD DS230 DS230F DS233F DS250 DS250DH DS250TH DS260 DS282 DS282TH DS282S DS282THS DS290
Radionics
D262 D263 D263TH D263S D263THS D281 D282 D283 D285 D285DH D285TH D340 D286 D603 D604 D605
Honeywell
TC805C-1000 TC804C-1001 TC804C-1019
System Sensor
1499 2400 2400TH 1451DH
1
Requires a UL 1481 regulated power-limited Power Supply.
2
Remote Test Station works only when used at 24 VDC.
MB200-2W MB200-2W MB2W, MB2WL MB2W, MB2WL MB2W, MB2WL MB2W, MB2WL DS290 MB2W, MB2WL MB2W, MB2WL N/A N/A N/A N/A N/A
D260 N/A N/A N/A N/A D280 D280 D280 D287, D288 D340 D287, D288 N/A D287, D288 D287, D288 D287, D288 D287, D288
14506587 and 14506587-004 14506587 and 14506587-004 14506587 and 14506587-004
N/A N/A N/A DH400
20 20 10 10 10 10
2
10 10 10 10 10 10 10 10
10 25 10 10 10 10 N/A N/A N/A 102 10 10 10 10 10 10
10 10 10
10 10 10 10
60 60 10 10 10 10 10 10 10 10 10 10 10 10
N/A 10 10 10 10 80 80 80 10 10 10 10 10 10 10 10
40 40 40
40 40 40 40
1
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17.4.7 UL Listed Synchronization (Sync) Modules and Strobes Compatible with the D9412GV4/D7412GV4
To be UL 864 9th edition compliant, you must use only these models of synchronization modules and strobes with the D9412GV4 and D7412GV4 Control Panels.
Wheelock maximum control panel powered devices: 4
Wheelock maximum 12 VDC external powered devices: 11
Wheelock maximum 24 VDC external powered devices 33
System Sensor maximum control panel powered devices 4
System Sensor maximum 12 VDC external powered devices 11
System Sensor maximum 24 VDC external powered devices 33
These are the maximum number of devices; high-current setting reduces this quantity.
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Table 34: Synchronization Module and Strobe Compatibility
Synchronization
Manufacturer System
Sensor
Wheelock DSM/SM-24
Module Model MDL3
Strobe Model Product Description PC24 Series
Ceiling-mount Horn Strobes
SC24 Series Ceiling-mount Strobes
AH Series Wall or Ceiling­mount Electronic Horns
PC24115 24 VDC, 115 cd, Red, Ceiling mount PC24115W 24 VDC, 115 cd, White, Ceiling mount PC2415
PC2415W 24 VDC, 15 cd, White, Ceiling mount PC241575
PC242575W
PC24177
PC24177W
PC2430
PC2430W
PC2475
PC2475W
PC2495
PC2495W
SC24115 24 VDC, 115 cd, Red, Ceiling mount SC24115W
SC2415 24 VDC, 15 cd, Round, Red, Ceiling mount SC2415W
SC241575
SC241575W
SC24177
SC24177W
SC2430 24 VDC, 30 cd, Round, Red, Ceiling mount SC2430W
SC2475 24 VDC, 75 cd, Round, Red, Ceiling mount SC2475W
SC2495 24 VDC, 95 cd, Round, Red, Ceiling mount SC2495W
AH-24-R 24 VDC, Red AH-24-W 24 VDC, White
AH-24WP-R 24 VDC, Outdoor, Weatherproof, Red
24 VDC, 15 cd, Red, Ceiling mount
24 VDC, 15 cd (75 cd on axis), Red, Ceiling mount
24 VDC, 15 cd (75 cd on axis), White, Ceiling mount
24 VDC, 177 cd, Red, Ceiling mount
24 VDC, 177 cd, White, Ceiling mount
24 VDC, 30 cd, Red, Ceiling mount
24 VDC, 30 cd, White, Ceiling mount
24 VDC, 75 cd, Red, Ceiling mount
24 VDC, 75 cd, White, Ceiling mount
24 VDC, 95 cd, Red, Ceiling mount
24 VDC, 95 cd, White, Ceiling mount
24 VDC, 115 cd, Round, White, Ceiling mount
24 VDC, 15 cd, Round, White, Ceiling mount
24 VDC, 15/75 cd, Round, Red, Ceiling mount
24 VDC, 15/75 cd, Round, White, Ceiling mount
24 VDC, 177 cd, Round, Red, Ceiling mount
24 VDC, 177 cd, Round, White, Ceiling mount
24 VDC, 30 cd, Round, White, Ceiling mount
24 VDC, 75 cd, Round, White, Ceiling mount
24 VDC, 95 cd, Round, White, Ceiling mount
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AS Series Audible Strobes
AS-241575W-FR
AS-24MCC-FR
AS-24MCC-FR-V 24 VDC, Variable cd, Ceiling-mount, Red
24 VDC, 15 cd, (75 cd on axis), Two-wire, Wall-mount, Red
24 VDC, 15 cd to 95 cd, Ceiling-mount, Red
CH70 Series Wall-mount Chimes and Chime Strobes
HS4 Series Two or Four­wire Horn Strobes
NS Series Horn Strobes
AS-24MCC-FW
AS-24MCCH-FR
AS-24MCCH-FW
AS-24MCW-FR 24 VDC, Variable cd, Wall-mount, Red
AS-24MCW-FW 24 VDC, Variable cd, Wall-mount, White
AS-24MCWH-FR
AS-24MCWH-FW
ASWP-2475W­FR
CH70-24-R 24 VDC, Square, Red
CH70-24-W 24 VDC, Square, White
CH70-241575W­FR
CH70-24MCW­FR
CH70-24MCW­FW
CH70-24MCWH­FR
CH70-24MCWH­FR
HS4-241575W­FR
HS4-241575W­FW
HS4-24MCW-FR
HS4-24MCW-FW
HS4-24MCWH­FR
HS4-24MCWH­FW
NS-241575W-FR 24 VDC, 15/75 cd, Red
24 VDC, 15 cd to 95 cd, Square, Ceiling­mount, White
24 VDC, 115/177 cd, Square, Ceiling­mount, Red
24 VCD, 115/177 cd, Square, Ceiling­mount, White
24 VDC, 135/185 cd, Square, Wall-mount, Red
24 VDC, 135/185 cd, Square, Wall-mount, White
24 VDC, 75 cd, Red
24 VDC, 15 cd (75 cd on axis), Square, Red
24 VDC, Variable cd, Red
24 VDC, Variable cd, White
24 VDC, 135 cd to 185 cd, Square, Red
24 VDC, 135 cd to 185 cd, Square, White
24 VDC, 15/75 cd, Four-wire, Red
24 VDC, 15/75 cd, Four-wire, White
24 VDC, 15 to 110 cd, Four-wire, Square, Red
24 VDC, 15 to 110 cd, Four-wire, Square, White
24 VDC, 135 to 185 cd, Four-wire, Square, Red
24 VDC, 135 to 185 cd, Four-wire, Square, White
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24 VDC, 15/75 cd, Red
24 VDC, Variable cd, Mini, Wall-mount, Red
24 VDC, Variable cd, Mini, Wall-mount, White
24 VDC, 15/75 cd, Synchonized, Red
24 VDC, 15/75 cd, Synchonized, White
RSS Series Strobes
NS-241575W­FW
NS-24MCW-FR
NS-24MCW-FW
RSS-241575W­FR
RSS-241575W­FW
RSS-24MCC-FR 24 VDC, 15 to 95 cd, Ceiling-mount, Red
RSS-24MCC-FR­V
RSS-24MCC-FW 24 VDC, 15 to 95 cd, Square, White
RSS-24MCC-NW 24 VDC, 15 to 95 cd, Ceiling-mount, White
RSS-24MCCH­FR
RSS-24MCCH­FW
RSS-24MCCHR­FR
RSS-24MCCHR­FW
RSS-24MCCR­FR
RSS-24MCCR­FW
RSS-24MCW-FR 24 VDC, Variable cd, Wall-mount, Red
RSS-24MCW-FW 24 VDC, Variable cd, Wall-mount, White
24 VDC, Variable cd, Ceiling-mount, Red
24 VDC, 115 to 177 cd, Ceiling-mount, White
24 VDC, 115 to 177 cd, White
24 VDC, 115 to 177 cd, Ceiling-mount, Red
24 VDC, 115 to 177 cd, Ceiling-mount, White
24 VDC, 15 to 95 cd, Ceiling-mount, Red
24 VDC, 15 to 95 cd, Ceiling-mount, White
RSS-24MCWH­FR
RSS-24MCWH­FW
RSSP-241575W­FR
RSSP-24MCW­FR
RSSP-24MCWH­FR
RSSR-24110C­NW
RSSR-2475C­NW
RSSR-2475W­AAR
24 VDC, 135 to 185 cd, Wall-mount, Red
24 VDC, 135 to 185 cd, Wall-mount, White
24 VDC, 15/75 cd, Plate, Red
24 VDC, 15 to 110 cd, Red
24 VDC, 135 to 185 cd, Retrofit, Red
24 VDC, 110 cd, Ceiling-mount, White
24 VDC, 75 cd, Ceiling-mount, White
24 VDC, 74 cd, Square, Wall-mount, Red
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RSSWP-2475W­FR
RSSWP-2475W­FW
Wheelock DSM/SM-12/24
HN-C 12/24 VDC, Horn, Wall or Ceiling-mount
HN Series Wall or Ceiling­mount Horns
HN 12/24 VDC, Horn, Wall-mounting
24 VDC, 75 cd, Waterproof, Red
24 VDC, 75 cd, Outdoor, White
HS-C 12 VDC, 15 cd, Ceiling-mount
ST-C 12 VDC, 15 cd, Ceiling-mount
ZNH-W 12/24 VDC, Flush, Square, White
ZNS-MCW-FW
ZNS-MCWH-FR 24 VDC, 135/185 cd, Square, Red
HS Series Wall or Ceiling­mount Strobes
ST Series Wall or Ceiling­mount Strobes and Horns
ZNH Series Wall or Ceiling­mount Horns
ZNS Series Wall or Ceiling­mount Horn Strobes
HS 12 VDC, 15/15-75 cd, Wall-mount
24 VDC, 15/15-75/30/75/95/110/135/185 cd, Wall-mount
24 VDC, 15/30/60/75/115/150/177 cd, Ceiling-mount
ST 12 VDC, 15/15-75 cd, Wall-mount
24 VDC, 15/15-75/30/75/95/110/135/185 cd, Wall-mount
24 VDC, 15/30/60/75/95/115/150/177 cd, Ceiling-mount
ZNH-R 12/24 VDC, Flush, Square, Red
ZNS-MCW-FR 24 VDC, Selectable 15/30/75/110 cd, Red
24 VDC, Selectable 15/30/75/110 cd, White
ZNS-MCWH-FW 24 VDC, 135/185 cd, Square, White
ZRS-MCW-FW
ZRS-MCWH-FR 24 VDC, Selectable 135/185 cd, Wall, Red
ZRS-MCWH-FW
ZRS-MCC-FR 24 VDC, Selectable 15/30/75/95 cd, Red
ZRS-MCC-FW 24 VDC, Selectable 15/30/75/95 cd, White
ZRS-MCCH-FR 24 VDC, Selectable 115/177 cd, Red
ZRS-MCCH-FW 24 VDC, Selectable 115/177 cd, White
ZRS Series Strobe Appliances
ZRS-MCW-FR 24 VDC, Selectable 15/30/75/110 cd, Red
24 VDC, Selectable 15/30/75/110 cd, White
24 VDC, Selectable 135/185 cd, Wall, White
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17.5 Enclosures
Bosch Security Systems offers three optional enclosures for the control panel. Sections
17.5.1 D8103 Enclosure, 17.5.2 D8108A
Enclosure, and 17.5.3 D8109 Red Fire Enclosure describe the three options.
17.5.1 D8103 Enclosure
The D8103 is 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 Table 35 on page 130 for acceptable applications.
17.5.2 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. This enclosure can be used in any burglar or fire alarm application where the D8109 Enclosure is suitable.
The D8108A, with some modification, can be used for bank safe and vault applications as described in Section 17.3 Bank Safe and Vault Applications on page 81. UL lists the D8108A for all commercial fire alarm applications. It is approved by FM, CSFM, and the NYC-MEA.
17.5.3 D8109 Red Fire Enclosure Generally, the D8109 is used for fire alarm
applications. UL lists the D8109 for all commercial fire alarm applications. It is approved by FM, CSFM, and the NYC-MEA.
All references to NFPA and related requirements are based on compliance with the NFPA 72 National Fire Alarm Code. Because installation specifications are generally based on a specific edition of a standard that was legally adopted by the authority having jurisdiction (AHJ), consult with the appropriate AHJ for confirmation.
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18.0 Keypad Installer Menu
D9412GV4/D7412GV4 v2.00 Control Panels do not support the D5200 Programmer. Instead, you can perform limited 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 the [Enter] softkey or [ENTER] key.
The available options in the Installer menu include:
Program menu Wireless menu Network menu Srvc Byp menu Versions
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 wish to directly connect an Installer keypad to the control panel for keypad programming at the control panel. Set the Installer keypad to address 0, and then connect it to the control panel. The, to access Service mode, put the control panel is in stand-by mode by closing the RESET pin. The keypad shows SERVICE MODE and a request for the installer passcode. Enter your installer passcode and press the Enter softkey or [ENTER] key. To return to normal operation, open the RESET pin.
The Keypad Installer menu, available only with the Installer passcode, includes a series of tools, including tools for programming and diagnostics. The tools within the Installer menu include:
Program menu. Program several parameters to make your system operational, including phone
number and format, enhanced communication options, primary and backup routes, and notifications. Refer to [1] Program menu for more detailed information on each programming option, and to RPS Help or the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
Wireless menu. Add, replace, remove, and diagnose points and repeaters. Refer to [2] Wireless
menu for more detailed information on each programming option, and to RPS Help or the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
Network menu. Program network destinations over communication modules on the SDI2 bus
Refer to [3] Network menu for more detailed information on each programming option, and to
RPS Help or the Control Panels (D9412GV4/D7412GV4 v2.00) Program Entry Guide (P/N: F01U265459).
Service Bypass menu. View the status of points and remove points from service. Refer to [4]
Serv Byp (Service Bypass) menu
Versions menu. View the version information for the control panel, encryption, and more. Refer
to [5] Versions menu.
.
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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, not
while in Service mode.
This section covers B920 and B930 keypads. It provides specific steps for each keypad. For simplicity, the Keypad Installer menu tree and instructions combine the 2-line keypad’s
number selections with the 5-line keypad’s softkey text. For example, rather than indicating that the 2-line keypad reads Press [2] for enhanced comm. Parameters, and that the 5-line keypad’s softkey shows Enhanced Comm Parms, this section indicates the selection as [2] Enhanced Comm Parms.
For simplicity and readability of instructions, this section lists menu steps in succession with
the > character separating steps. For example, Go to the [1] Program > [1] Reporting > [2] Network > [2] Enhanced Comm Parms menu option.
The illustration on the next page depicts the keypad programming menu workflow.
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Figure 38: Keypad Installer menu tree
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18.1 [1] Program Menu
With the Program Menu, you can program several parameters to make your system operational, including phone number and format, enhanced communication options, primary and backup routes, and notifications.
18.1.1 [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 phone format.
Phone 1 Modem4/Contact ID ___________________________________________ Phone 2 Modem4/Contact ID ___________________________________________ Phone 3 Modem4/Contact ID ___________________________________________ Phone 4 Modem4/Contact ID ___________________________________________
Phone Number
B920 Configuration of Phone Number
1. Enter the installer passcode, and then go to the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [1] Phone > [1] Phone Number menu option. The keypad display toggles between showing the phone number and phone format for the phone path.
3. Press [ENTER] to edit the phone path and then [ENTER] to edit the phone number for the selected path.
4. The [ESC] key acts as a [Backspace] key and the [COMMAND] key scrolls through special characters. Press [PREV] to delete the characters of the phone number, and then enter the new phone number. Press [COMMAND] to cycle through the special dialing characters {*, #, C, D}, then press [NEXT] to choose a character.
5. Press [ENTER] to save the phone number.
6. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
B930 Configuration of Phone Number
1. Enter the installer passcode, and then open the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [1] Phone > [1] Phone Number menu option. The keypad shows the phone number for the phone path.
3. Press the Edit softkey to change the phone number.
4. The [ESC] key acts as a [Backspace] key on the keypad. The Pause (3-sec pause – “C”) and DT Detect (Dial Tone Detect – “D”) softkeys enter special characters. The Backspace softkey allows you to erase characters. The Cancel softkey allows you to cancel the changes. The # and * softkeys allow you to enter an * or a #. Use the softkeys and the number keys to enter the new phone number.
5. Press the Save softkey.
6. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
Phone Format
B920 Configuration of Phone Format
1. Enter the installer passcode, and then go to the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [1] Phone > [1] Phone Format menu option. The keypad display toggles between showing the phone number and phone format for the phone path.
3. Press [ENTER] to edit the phone path and then [NEXT] to go to the format option.
4. Press [ENTER] to edit the phone format for the selected path.
5. Use the [PREV] and [NEXT] buttons to toggle between the Contact ID and Modem4 option.
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_
_
_
_
.
6. Press [ENTER] while reviewing the desired format to save the new format selection.
7. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
B930 Configuration of Phone Format
1. Enter the installer passcode, and then open the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [1] Phone > [1] Phone Format menu option. The keypad shows the phone number for the phone path.
3. Press the Format softkey to view and change the phone format, and then press the Edit softkey to edit the phone format.
4. Press the softkey for the desired format.
5. Press the Save softkey.
6. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
18.1.2 [1] Reporting > [2] Network Menu Parameters
Enhanced communications is the ability to communicate by some means other than a standard digital dialer. The control panel can include four separate enhanced communication paths to which the control panel can route events. In this menu, you can enable enhanced communication and edit the network address, network address, poll rate, and port number.
Path 1 Nework Address
Poll Rate ___________ Port Number ________
_________________________
Path 2 Nework Address
Poll Rate ___________ Port Number ________
_________________________
Path 3 Nework Address
Poll Rate ___________ Port Number ________
_________________________
Path 4 Nework Address
Poll Rate ___________ Port Number ________
_________________________
Enhanced Comm
B920 Configuration of Enhanced Comm
1. Enter the installer passcode, and then go to the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [2] Network > [1] Enhanced Comm menu option. The keypad displays the Enhanced Comm option as well as the current default value.
3. Press [ENTER] to edit the enhanced comm. menu.
4. Use the [PREV] and [NEXT] buttons to toggle between the Yes and No options.
5. Press [ENTER] while reviewing the desired option to save the new communication selection.
6. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
B930 Configuration of Enhanced Comm
1. Enter the installer passcode, and then open the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [2] Network > [1] Enhanced Comm menu option. The keypad displays the enhanced comm option as well as the current default value.
3. Press the Enhanced Comm softkey to view and change the enhanced comm option, and then press the Edit softkey to edit the enhanced communication option.
4. Press the softkey for the desired format.
5. Press the Save softkey.
6. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
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Enhanced Comm Parms
B920 Configuration of Enhanced Comm Parms
1. Enter the installer passcode, and then go to the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > NEXT > [2] Network > NEXT > [2] Enhanced Comm Parms menu option. The keypad displays the Enhanced Comm Parms option.
3. Press [ENTER] to edit the enhanced comm parms option. The options scroll through in succession.
4. Use the [PREV] and [NEXT] buttons to toggle between the address, port #, poll rate, and encryption options.
5. Press [ENTER] to edit the desired parameter.
6. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
B930 Configuration of Enhanced Comm Parms
1. Enter the installer passcode, and then open the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [2] Network > [2] Enhanced Comm Parms menu option. The keypad displays the enhanced comm parms option as well as the current default value.
3. Press the softkey for the desired option (Address, Port #, Poll Rate, or Encryption).
4. Press the Edit softkey to change programming.
5. Press the Save softkey.
6. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
Address
B920 Configuration of Address
1. Enter the installer passcode, and then go to the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > NEXT > [2] Network > NEXT > [2] Enhanced Comm Parms menu option. The keypad displays the Enhanced Comm Parms option.
3. Press [ENTER] to edit the enhanced comm parms option. The options scroll through in succession.
4. Use the [PREV] and [NEXT] buttons to toggle between the address, port #, poll rate, and encryption options.
5. Press [ENTER] to edit the Address parameter.
6. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
B930 Configuration of Address
1. Enter the installer passcode, and then open the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [2] Network > [2] Enhanced Comm Parms menu option. The keypad displays the enhanced comm parms option as well as the current default value.
3. Press the softkey for the Address option.
4. Press the Edit softkey to change programming.
5. Press the Save softkey.
6. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
Port Number (seconds)
B920 Configuration of Port number
1. Enter the installer passcode, and then go to the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > NEXT > [2] Network > NEXT > [2] Enhanced Comm Parms menu option. The keypad displays the Enhanced Comm Parms option.
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3. Press [ENTER] to edit the enhanced comm parms option. The options scroll through in succession.
4. Use the [PREV] and [NEXT] buttons to toggle between the address, port #, poll rate, and encryption options.
5. Press [ENTER] to edit the Port number parameter.
6. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
B930 Configuration of Port number
1. Enter the installer passcode, and then open the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [2] Network > [2] Enhanced Comm Parms menu option. The keypad displays the enhanced comm parms option as well as the current default value.
3. Press the softkey for the Port number option.
4. Press the Edit softkey to change programming.
5. Press the Save softkey. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
Poll Rate
B920 Configuration of Network Address, Poll Rate (seconds), and Port Number
1. Enter the installer passcode, and then go to the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > NEXT > [2] Network > NEXT > [2] Enhanced Comm Parms menu option. The keypad scrolls the Network Address, Port Number, and Poll Rate for the selected Enhanced Comm path.
3. Use the [PREV] or [NEXT] key to go to the path you wish to edit.
4. Press [ENTER] to edit the selected Enhanced Comm option. The keypad asks if you wish to edit the address.
5. Press [ENTER] to edit the network address. The existing address and an editing cursor show.
6. The [ESC] key acts as a [Backspace] key. Press [ESC] to delete the characters, and then enter the new letters or numbers. Press a number key repeatedly to scroll through the number and letters shown on the key. Use the [0] key to enter a period or dash.
7. Press [ENTER] to save the address. The keypad shows Parameter Saved, and asks if you wish to edit the address.
8. Press [PREV]. The currently configured poll rate shows, and the keypad asks if you wish to edit the poll rate.
9. Press [ENTER] to edit the poll rate. The existing poll rate and an editing cursor show.
10. The [ESC] key acts as a [Backspace] key. Press [ESC] to delete the characters, and then enter the new numbers.
11. Press [ENTER] to save the poll rate. The keypad shows Parameter Saved and asks if you wish to edit the poll rate.
12. Press [PREV]. The currently configured port number shows, and the keypad asks if you wish to edit the port number.
13. Press [ENTER] to edit the port number. The existing port number and an editing cursor show.
14. The [ESC] key acts as a [Backspace] key. Press [ESC] to delete the characters, and then enter the new numbers.
15. Press [ENTER] to save the port number. The keypad shows Parameter Saved, and asks if you wish to edit the port number.
16. Press [ESC] to return to the list of Enhanced Comms to edit, or press and hold [ESC] to exit the Installer menu.
B930 Configuration of Network Address, Poll Rate (seconds), and Port Number
1. Enter the installer passcode, and then open the [1] Installer menu.
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2. Go to the [1] Program > [1] Reporting > [2] Network > [2] Enhanced Comm Parms menu option. The keypad displays the network address for the selected Enhanced Comm path.
3. Use the [PREV] or [NEXT] key to go to the path you wish to edit.
4. Press the Edit softkey to change the network address. The existing address and an editing cursor show.
5. The [ESC] key acts as a [Backspace] key. Press [ESC] to delete characters, and then enter the new letters or numbers. Press a number key repeatedly to scroll through the number and letters shown on the key. Use the [0] key to enter a period or dash.
6. Press the Save softkey to save the address. The keypad shows Parameter Saved, returns to the previous menu.
7. Press the Port # softkey to view the port number, and then press the Edit softkey to edit the port number.
8. The [ESC] key acts as a [Backspace] key. Press [ESC] to delete characters, and then enter the new numbers. Press a number key repeatedly to scroll through the number and letters shown on the key.
9. Press the Save softkey to save the address. The keypad shows Parameter Saved, and returns to the previous menu.
10. Press the Poll Rate softkey to view the poll rate, and then press the Edit softkey to edit the poll rate number.
11. The [ESC] key acts as a [Backspace] key. Press [ESC] to delete characters, and then enter the new numbers. Press a number key repeatedly to scroll through the number and letters shown on the key.
12. Press the Save softkey to save the address. The keypad shows Parameter Saved, and returns to the previous menu.
13. Press the softkey for the desired option (address, port #, poll rate, encryption).
14. Press the Edit softkey to change programming.
15. Press the Save softkey to save programming.
16. When the keypad shows
Parameter Saved, press [ESC] to exit the menu.
18.1.3 [1] Reporting > [3] Routing Menu Parameters
Use routing to program primary and/or add backup destinations over standard telephone lines, local­area networks (LAN), wide-area networks (WAN), or a general packet radio system (GPRS). In this menu, you can designate the primary and backup destinations for up to four routes.
Route 1 Route 2 Route 3 Route 4
Primary Device No Device
Backup Device No Device
________________________________ ___________
________________________________ ___________
Primary Path Device
B920 Configuration of Primary Path Device
1. Enter the installer passcode, and then open the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [3] Routing menu option. The keypad toggles between showing the current primary and backup setting for the routing path.
3. Press [PREV] or [NEXT] to scroll through the list of route and go to the route you wish to program.
4. Press [ENTER] to edit the route.
5. Press [ENTER] to edit the primary route. The keypad shows Set Route Device menu.
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6. Press [PREV] or [NEXT] to scroll through the list of devices (for path 1) and go to the Path 1 option you wish to select for the current device (for example, Phone 1).
7. Press [ENTER] to select the device. The keypad shows Set Route Path. To keep path 1, press [ESC] to exit the menu. To change to a different path (2, 3, or 4), continue to Step 8.
8. The [ESC] key acts as a [Backspace] key. Press [ESC] to delete the number 1, and then enter the new number.
9. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
B930 Configuration of Primary Path Device
1. Enter the installer passcode, and then open the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [3] Routing menu option. The keypad displays the primary device for the selected route.
3. Press [PREV] or [NEXT] to scroll through the list of routes and go to the route you wish to program.
4. Press the Edit softkey to edit the routing programming.
5. Press [PREV] or [NEXT] to scroll through the list of devices (for path 1) and go to the path 1 option you wish to select for the current device (for example, Phone 1).
6. To keep path 1, press [ESC] to exit the menu. To change to a different path (2, 3, or 4), press the Edit Path softkey and continue to Step 8.
7. The [ESC] key acts as a [Backspace] key. Press [ESC] to delete the number 1, and then enter the new number.
8. Press the Save softkey to save the change.
9. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
Backup Path Device
Keypads show and allow you to select the Backup Path Device only after you select a Primary Path Device.
B920 Configuration of Backup Path Device
1. Enter the installer passcode, and then open the [1] Installer menu.
2. Go to the [1] Program > [1] Reporting > [3] Routing menu option. The keypad toggles between showing the current primary and backup setting for the routing path.
3. Press [PREV] or [NEXT] to scroll through the list of route and go to the route you wish to program.
4. Press [ENTER] to edit the route.
5. Press [NEXT] to go to the option to edit the backup route.
6. Press [ENTER]. The keypad shows Set Route Device menu.
7. Press [PREV] or [NEXT] to scroll through the list of devices (for path 1) and go to the Path 1 option you wish to select for the current device (for example, Phone 1).
8. Press [ENTER] to select the device. The keypad shows Set Route Path. To keep path 1, press [ESC] to exit the menu. To change to a different path (2, 3, or 4), continue to Step 8.
9. The [ESC] key acts as a [Backspace] key. Press [ESC] to delete the number 1, and then enter the new number.
10. When the keypad shows Parameter Saved, press [ESC] to exit the menu.
B930 Configuration of Backup Path Device
1. Enter the installer passcode, and then open the [1] Installer menu.
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