Security: Intrusion

The D4412 or D6412 reports Data Bus Tamper Device 50 or 51 and the cover is in place and the cover tamper is closed on the RF3224. RF3224,D4412,D6412

How to configure the D4412 or D6412 for Point Expansion using RPS. 1. Program the D4412 or D6412 for using point doubling. 2.  Address the DX2010 for point groups. 3. Select the EOL to be used with point groups.

Overview Device Comm Error displays on the keypad.  Reports trouble zone 2. Wiring issue with the devices. Issue Device Comm Error displays on the D636 keypad. CS is receiving a Trouble zone 2 signal.   Solution   The devices (D636, D620, D640) have a wiring issue. All device data wiring should be connected in series. Example:  Data wire out from panel terminal 11 to the first device

Part numbers D4412, D6412, RF3224, RF3332, RF3334

Issue How is point expansion configured, addressed and wired on the D6112 panel? Solution Connections: 1.) Install the First Device to the D6112 control by connecting one of the two White leads to terminal 11 (Data- first device). The Black lead will land on terminal 14 (common) and the Red on terminal 15 (+ 12Vdc). This device will be programmed as DEVICE 1. 2.) Install the Second Device to the D6112 control by connecting one of its White leads to the remaining White lead from Device 1. The Black and Red leads of the second device will connect to Common and +12Vdc respectively. This device will be programmed as DEVICE 2. 3.) Each additional device will be installed by connecting its White wire to the previous device remaining white wire until the last device. The remaining White wire on the last device will connect to the D6112 control terminal 13 (Data- last device). Programming: 1.) Go to the Devices Module part of the D6112 handler and on line 4.1 Device#, select 1 for the first device. a) On line 2 D1 Model, select the device model code (1=D610/611, 2=D620/D626, 3=D630/D636A, 4=D640) that pertains to the first device. 2.) Continue by selecting 2 on line 4.1 Device# for the second device and on line 4.2 D1 Model, enter that device model code. Continue until all devices are programmed. 3.) Address the points according to the device they are expanded off of. The zone location is comprised of the Device model code and the zone. The zones are identified by letter starting with A for the first zone and counting up alphabetically. a) Onboard zones 1-8 use a device code of 0 and are addressed as 0A-0H. b) Zones 9 and up would be addressed 1A, 1B and so on. Note: It is not required that zones 1-16 be located on any particular device or in any particular order. It is advisable that the system be laid out in a logical order for future reference.

Issue Can I mix Heat Detectors and 2 wire smokes with a sounder when using a D132A Smoke Detector Polarity Reversing Module? Solution No. When a Heat detector goes into alarm it puts a short on the input zone to indicate the alarm. The D132A uses Aux power from the panel when the polarity reversal takes place and since a heat detector does not reset when polarity is reversed, it would put a direct short on the Aux power of the panel. Consequently everything connected to the same Aux power terminals would not function.

  How to checking system troubles on D6412 & D4412 using a D623 or D625 keypad.

How to use the RF3341 Keypad on a D4412/D6412 Panel.

How to address the DX3010 for different off board realys.

Issue What is the difference between the D623B and the D623 keypads for the D4412/D6412 panels?   Solution The only difference is the D623B is the new Bosch design keypad with a Grey Faceplate for D4412/D6412 panels. See photo below.      

1.  Ensure the area is disarmed. 2.  Press Cmd + 4 + 2.  The flashing Cmd light is a prompt to enter a valid passcode.  3.  Enter a valid passcode and the D621 displays system trouble events by lighting the point indicators (zone leds)as described below:  Zone 1 Lit steady = Telephone line Fail  Zone 1 Slow Flash = Comm Fail, Destination 1  Zone 1 Fast Flash = Comm Fail, Destination 2  Zone 2 Lit steady = Alternate Comm Trouble  Zone 3 Lit steady = Installer Switch Closed  Zone 4 Lit steady = Backup Battery low  Zone 4 Lit steady = Slow Flash = Backup Battery Missing  Zone 5 Lit steady = Bell Supervision Fail  Zone 6 Lit steady = RF Receiver Jamming  Zone 6 Slow Flash = RF Receiver Trouble  Zone 7 Lit steady = Data Bus Device Missing  Zone 7 Slow Flash = Data Bus Device Tamper  Zone 7 Fast Flash = Data Buss Device Trouble/Reset  Zone 8 Lit steady = System Fault  Zone 8 Slow Flash = Service Interval  Zone 8 Fast Flash = Ground Fault Condition Press Cmd to return to the off state.

How to control the D4412 or D6412 Keypad Backlighting.

How to determine the max distance the DX2010 can be remote located from the control panel. This distance is determined by whether or not the DX2010 is supplying auxiliary power to devices. The DX2010 has the capacity to provide 12 VDC at up to 100 mA from the Aux Output terminals to power external devices such as motion detectors.