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General| Type | Control Panel |
|---|---|
| Compatibility | Bosch Security Systems |
| Power Supply | 12V DC |
| Standby Current | 100 mA |
| Operating Temperature | 0°C to +49°C (32°F to +120°F) |
| Humidity | 5% to 93% non-condensing |
| Number of Zones | 8 onboard, expandable to 248 |
| Dimensions | 14.5 x 12.5 x 3.0 in (36.8 x 31.8 x 7.6 cm) |
UL listing for Household Fire Warning.
UL listing for various burglary alarm systems.
Equipment tested for Class A digital device limits.
Equipment complies with Part 68 rules for phone connection.
List of documents available from Bosch Security Systems.
How lightning can affect electronic systems.
Steps to minimize lightning strike effects during installation.
Overview of system components and configuration options.
Components included with the pre-assembled control panel.
Components that must be ordered to complete installation.
Table listing compatible accessories for the system.
Lists key features of the D7212GV3 control panel.
Controls arming/disarming, manages events.
Retains point alarm and trouble events in memory.
Stores up to 800 events from all areas.
Detects ground fault conditions on sensor loops.
Adds non-powered fire-initiating devices.
Supports data network communications.
Use RPS to program the control panel.
Lists various programmable features of the control panel.
General installation procedure and documentation review.
Lists available Bosch enclosures for mounting.
Steps for mounting the enclosure and running wiring.
Steps to physically mount the control panel.
Connect system to earth ground for surge protection.
Finalizing ground connection, reset pin, battery charging, and wiring.
Reconnecting battery and transformer to power up the system.
Using RPS or local menu to program the panel.
Applying the point chart label to the enclosure.
Testing the control panel and all connected devices.
Walking through testing all points from a keypad.
Step-by-step guide for performing the walk test.
Details the 16.5 VAC transformer and power draw.
Explains the 12V battery for backup power.
Procedures for connecting the battery.
Guidelines for replacing batteries.
How the system monitors battery status.
Float charge, AC load shed, and protection.
Schedule of battery voltage states.
Self-resetting circuit breakers for power outputs.
System power capacity and distribution.
Terminals for continuous power draw.
Terminals 6, 7, 8 for programmable relay outputs.
FCC registration and connection guidelines.
Wiring the RJ31X/RJ38X jack for line seizure.
Connecting the phone cord to the panel and jack.
Red LED indicates phone line seizure status.
Green LED indicates CPU operation and ring status.
System programming for DTMF or pulse dialing.
Monitors telephone line for voltage and current.
Feature to allow called party to terminate a call.
Events triggered by communication failures.
Description of terminals 11 to 22 for points.
Wiring and resistance limits for sensor loops.
Voltage ranges for point conditions (open, normal, short).
Setting debounce count for point response time.
Wiring for Rothenbuhler High Security Bell.
Description of the bus.
Use POPIT modules for off-board points.
Expander modules for data expansion loops.
Events for disconnected POPITs.
Events for POPITs without assigned Point Index.
Panel responses to missing points.
Description of POPIT modules.
UL listings for POPIT modules.
Steps for installing the D8125 POPEX module.
Connecting loops to POPEX terminals.
Loop resistance limits and conditions.
Assigning points using POPIT switches.
Using the record sheet for POPIT settings.
Applying labels to POPITs.
Combines POPEX and POPIT functions.
Steps for installing the OctoPOPIT module.
Configuring DIP switches for address and points.
Mounting the OctoPOPIT module.
Connecting the OctoPOPIT to the panel.
Sensor loops for OctoPOPITs.
Using Service Walk Test for off-board points.
Adds relay outputs to the system.
Form C dry contact relay outputs.
Installing the OctoRelay module.
Connecting OctoRelays to Zonex 1.
Keypads and keyswitches for arming/disarming.
Keypad connections to terminals 29-32.
Setting keypad address using switches.
Connecting keypads to the control panel.
Connects to arm/disarm areas.
Programming points for keyswitch use.
Wiring for maintained/momentary keyswitches.
How maintained and momentary contacts function.
Devices connect via SDI Bus using terminals 29-32.
General installation for SDI devices.
Connects standard parallel printer to panel.
Available for different applications.
DIP switch settings for addresses 88, 92, and 80.
Ensures operation between module and panel.
Connector for programming.
Accessing local programming modes.
Reports sent when program is sent from RPS.
Diagram for power supply connections.
Table for setting POPIT switch addresses.
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