FREE ENGLISH BOSCH D7412GV3 (01) PDF USER GUIDE
FREE ENGLISH BOSCH D7412GV3 (01) PDF USER MANUAL
FREE ENGLISH BOSCH D7412GV3 (01) PDF OWNER GUIDE
FREE ENGLISH BOSCH D7412GV3 (01) PDF OWNER MANUAL
FREE ENGLISH BOSCH D7412GV3 (01) PDF REFERENCE GUIDE
FREE ENGLISH BOSCH D7412GV3 (01) PDF INSTRUCTION GUIDE
FREE ENGLISH BOSCH D7412GV3 (01) PDF REFERENCE MANUAL
FREE ENGLISH BOSCH D7412GV3 (01) PDF INSTRUCTION MANUAL
FREE ENGLISH BOSCH D7412GV3 (01) PDF OPERATING INSTRUCTIONS
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What documentation should be available before beginning installation?
Before beginning the installation, have the following documentation available:
– D9412GV3/D7412GV3 Program Record Sheet (P/N: F01U143072) or D7212GV3 Program Record Sheet (P/N: F01U143078)
– Security System Owner’s Manual (P/N: 71-06633-000) and GV3 Series Owner’s Manual Supplement (P/N: F01U143082)
– Installation manual for keypad or annunciator (D1255 all models, D1255RB, D1256, D1256RB, D1257, D1257RB, D1260 all models, or D720 all models)
What enclosure options are available for the control panel?
Mount the control panel assembly in any of the Bosch Security Systems, Inc. enclosures listed:
– D8103 Universal Enclosure (tan)
– D8109 Fire Enclosure (red) for the D9412GV3 and D7412GV3 Control Panels
– D8108A Attack Resistant Enclosure (tan)
Refer to the D9412GV3/D7412GV3 Approved Applications Compliance Guide (P/N: F01U143069) or D7212GV3 Approved Applications Compliance Guide (P/N: F01U143080) to determine if the application requires a specific enclosure.
How do I mount the enclosure?
1. Run the necessary wiring throughout the premises.
2. Mount the enclosure in the desired location. Use all five enclosure mounting holes.
3. Pull the wires into the enclosure.
NOTICE! Electromagnetic interference (EMI) can cause problems on long wire runs.
How do I install the control panel into the enclosure?
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.
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.
How and why should I connect an earth ground?
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.
WARNING! Do not use telephone or electrical ground for the earth ground connection. Use 1.8 mm (14 AWG) to 1.5 mm (16 AWG) wire when making the connection. Do not connect other control panel terminals to earth ground.
How do I enable Ground Fault Detection?
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 sends a GROUND FAULT TROUBLE, AREA 1. When the control panel recognizes that the ground fault condition is corrected, and remains corrected for between 5 to 45 consecutive seconds, a Restoral Report is sent.
To enable the Ground Fault Detect Enable feature, lock (close) the S4 Ground Fault Detect Pin on the control panel.
S4 Locked (Closed): Control panels detects ground faults.
S4 Unlocked (Open): Control panel does not detect ground faults.
What are the ground fault impedance specifications for the D7212GV3 model?
| Impedance | Control Panel Detects Ground Fault |
|---|---|
| ≤ 300 Ω | Yes |
| 300 Ω to 200 k Ω | Detection depends upon the terminal |
| > 200 kΩ | No |
What is the function of the reset pin?
Locking the reset pin disables the control panel. When the control panel is disabled, the system ignores the keypads and points. CALL FOR SERVICE appears in keypad displays when the pin is locked down.
On-board relays (Terminals 6 and 7) and off-board relays deactivate when the control panel is reset. Terminal 8 has power when the relay is deactivated. Activation interrupts power at that terminal. The on-board relay (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.
Locking the pin in the disable position applies power to the control panel and charges the battery while the detection devices and keypads are installed.
How do I wire a keyswitch?
The wiring depends on whether you are using a maintained or momentary keyswitch.
Maintained Keyswitch: An open on the circuit arms the area.
Momentary Keyswitch: A short on the circuit toggles the arming state.
Use 1 kΩ EOL resistors if using one of the zones on the control panel or an OctoPOPIT. Use a 33 kΩ resistor if using a POPIT.
How do I install the transformer?
NOTICE! Do not short-circuit the terminals of the transformer: Shorting the terminals opens the internal fuse, causing permanent failure. Connect the transformer to Terminals 1 and 2 of the control panel before plugging it into the power source.
1. Use 1.22 mm (18 AWG) wire (minimum) to connect the transformer to the control panel. The wire length should be as short as possible. The maximum length is 15 m (50 ft). Connect the battery and plug in the transformer.
2. Route telephone and sensor loop wiring away from any AC conductors, including the transformer wire. AC wiring can induce noise and low level voltage into adjacent wiring. Route data wiring away from AC and telephone wiring.
NOTICE! Always connect the battery first and then plug in the transformer.
3. Connect the battery.
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.
How do I install the battery?
1. Place the battery upright in the base of the enclosure.
2. Locate the red and black leads supplied in the literature pack.
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! Use Lead Acid Batteries Only: The charging circuit is calibrated for lead-acid batteries. Do not use gel-cell or nicad batteries.
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.
WARNING! The battery terminals and wire are not power limited. A 6.4 mm (0.250 in.) 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.
How can I increase the battery 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. 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.
WARNING! 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).
NOTICE! When using two D1218 batteries, use a separate enclosure, a D122L Dual Battery Harness, and long leads.
How are the power outputs protected from short circuits?
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 a BATTERY LOW or BATTERY MISSING for Bosch Security Systems Modem IIIa² Communication Format, or a Battery Missing/Dead (311) or Low System Battery (302) for Contact ID Format.
– One self-resetting circuit breaker protects: Terminal 3 (Auxiliary Power) and 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), and Terminal 8 (Switched Auxiliary Power). A short circuit on one of the terminals disrupts power to the other two terminals.
– The third self-resetting circuit breaker protects Terminal 32: Power +.
What is the total available power and what are the functions of the power output terminals?
The system produces up to 1.4 A of combined power at 12.0 VDC Nominal for all powered devices. The outputs listed below share the available power. 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.
– Terminal 3 – Auxiliary Power. Use this terminal to power devices requiring continuous power.
– Terminal 6 (Relay A) – Alarm Power Output. Programmable relay normally open, power on alarm.
– Terminal 7 (Relay B) – Alternate Alarm Power Output. Programmable relay normally open, power on alarm.
– Terminal 8 (Relay C) – Switched Auxiliary Power. Programmable relay normally closed, switches power off when the Sensor Reset command is executed.
– Terminal 24 – Zonex Power. Use this terminal to power Zonex modules such as the D8125, D8128D, and D8129 Modules.
– Terminal 32 – Power +. Use this terminal to power serial device interface (SDI) devices such as keypads, the D9131A Parallel Printer Interface Module, and the D9210B Wiegand Control Interface Module.
How do I calculate the available alarm current for fire systems?
Fire systems are prohibited from using the battery for determining alarm power. 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
What are the power supply and current requirement specifications?
| Item | Specification |
|---|---|
| Primary Voltage Input (Terminals 1 and 2) | 16.5 VAC 40 VA class 2 plug-in transformer (D1640) |
| Secondary Voltage Input (Terminals 4 and 5) | 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 Dual Battery Harness or two D1218 (12.0 VDC, 17.2 or 18 Ah) batteries using a D122. |
| Control Panel Current Requirement | Idle 225 mA; Alarm 300 mA |
What are the power output specifications?
All external connections are power-limited except battery terminals.
| Output Type | Terminals | Specification |
|---|---|---|
| Continuous Power | 3, 24, and 32 | 1.4 A maximum at 12.0 VDC nominal (continuous supply) total for all devices and outputs. |
| Alarm Power | 6 and 7 | 2.0 A maximum at 12.0 VDC nominal output. Output can be steady or one of three pulsed patterns depending on programming. |
| Switched Aux Power | 8 | 1.4 A maximum at 12.0 VDC nominal output. Continuous output is interrupted by Sensor Reset or alarm verification depending on programming. |
| Fire and Fire/Burglary Systems | – | To comply with UL 985 and 864 listing standards, the total combined continuous and alarm current draw during alarm conditions must be limited to 1.4 A provided by the primary power supply (rectified AC). If current draw exceeds 1.4 A, remove connected devices until the draw is below 1.4 A. |
What is the battery discharge and recharge schedule?
| Cycle | Voltage | Status |
|---|---|---|
| Discharge | 13.9 VDC | Charging float level. |
| 13.8 VDC | Charging status LED on. | |
| 12.1 VDC | Low Battery and AC Fail Reports if programmed. Low Battery LED on. | |
| 10.2 VDC | Minimum operational voltage. | |
| 10.0 VDC | Battery load shed (processing functions continue if AC is present). | |
| Recharge | AC ON | Load shed relay resets, battery charging begins, Battery Trouble and AC Restoral Reports sent. |
| 13.7 VDC | Battery Restoral Report sent, Low Battery LED off. | |
| 13.9 VDC | Charging status LED off, battery float charged. |
What are the on-board point thresholds?
| Point Status | Voltage Range |
|---|---|
| Open | Greater than 3.7 VDC, but less than 5.0 VDC. |
| Normal | Greater than 2.0 VDC, but less than 3.0 VDC. |
| Short | Greater than 0.0 VDC, but less than 1.3 VDC. |
What are the terminal wiring requirements?
| Terminal No | Terminal Description | Requirements |
|---|---|---|
| 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 GROUND | 14 to 16 AWG |
| 11 | POINT 1 | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω |
| 12 | POINT 1/2 COMMON | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω |
| 13 | POINT 2 | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω |
| 14 | POINT 3 | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω |
| 15 | POINT 3/4 COMMON | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω |
| 16 | POINT 4 | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω |
| 17 | POINT 5 | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω |
| 18 | POINT 5/6 COMMON | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω |
| 19 | POINT 6 | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω |
| 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 | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω |
| 22 | POINT 8 | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on loop resistance less than 100 Ω |
| 23 | ZONEX COMMON | 22 AWG min (up to 14 AWG max) |
| 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 peripheral device current |
| 30 | SDI DATA BUS B | 22 AWG min (up to 14 AWG max) |
| 31 | SDI DATA BUS A | 22 AWG min (up to 14 AWG max) |
| 32 | SDI POWER | Terminal accommodates 14 to 22 AWG, use appropriate wire size based on peripheral device current |
*D9412GV3 only. Terminals 25 and 26 are NOT USED on D7412GV3 and D7212GV3 Control Panels.
What are the circuit classes for the panel’s buses and points?
Onboard Points: Onboard points, points 1 to 8, are Class B, Style B Initiating-Device Circuits.
Zonex Bus or Buses: Zonex buses are Class B, Style 4 Signaling Line Circuits.
Notification Appliance Circuit (NAC): The control panels do not have an onboard NAC.
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