How to work with the D4112 Battery Discharge and Recharge voltage schedule.
When does the D4112 send a Trouble Low Battery report to the monitoring station?
When does the D4112 send the Low Battery restore report to the monitoring station?
When using 4 wire smoke detectors on the D6112, where do the detectors power connections need to be landed on the panel to provide reset capabilities with Command 47?
The power connections need to be landed on terminal 15(+) and 14(-) for the reset to occur when a CMD 47 is entered at the keypad.
What would cause the D6112 panel to send a zone 9, when arming the system?
D5200 Programing - 7.10 or 8.10 = Comb ID is set to yes in the program of the panel. With this
prompt set to yes in the program, a zone 9 is sent when the panel is armed
by the remote programmer, or command 1.
Overview: D4112 doesn’t arm or anything when code is entered at the keypad.
Nothing happens. Doesn’t arm or anything when code is entered at the keypad.
Connect programmer using coiled cord.
Plug in plastic RJ phone type plug into COMMUNICATOR female connector on 5200
Plug brown connector on other end of coiled cord to programmer connection on 4112
Press ON button on 5200
Type in password at PASSWORD prompt, press enter.
Top Line of 5200 shows PRODUCT HANDLERS
Using the up/down arrows scroll down until 4112. Please blinking cursor on 4112
Press RED Enter Group button
Place cursor on NEWRECORD
Short the Standby pin on 4112 to ground momentarily
Press RECV(COPY) button on programmer
Receiving will be displayed at the top line of the 5200 Display
Scroll down using arrow down key until cursor is on 2 PASSCODES
Press ENTER GROUP button
Passcode1 should have 234 in the field.
To change field, press CLEAR key and type in the code to be used.
The code is restricted to 4 characters but the user enters a prefix of 1, 2, 3, 4, 5…depending upon the slot. Example: PASSODE1 shows 234. The user code will be 1234
*** NOTE: Also make sure that the panel has a valid and functioning analog line. The functionality of the system is dependent upond successful communications.
How many zones is the D4112 Control Communicator capable of having?
The D4112 Control Communicator has six end-of-line resisitor supervised, hardwire protective zones. There are five standard programmable zones and one nominal 12 VDC powered zone optimized for two-wire smoke detectors
What are the enviromental considerations for the proper operation of the Bosch control/communicators?
Relative Humidity 5% to 85% noncondensing at +86 degrees Fahrenheit (+30 degrees Celsius).
Operating temperature would be +32 degrees Fahrenheit to +120 degrees Fahrenheit ( 0 degrees Celsius to 49 degrees Celsius ).
How many on-board zones does the D6112 Control Communicator have?
The D6112 Control communicator has eight end-of-line resistor supervised hardwire protective zones. There are six standard programmable zones; one nominal 12 VDC powered zone optimized for two-wire smoke detectors and one nominal 12 VDC powered zone optimized for two-wire glass-break detectors.
Can not get the panel to send modem format. Modem is set to yes in the program, and the CS is set to 7. The panel will send BFSK.
To report in Modem II format, the following must be set:
Be sure the receiver will accept Modem II format.
Account number can be a 3 or 4 digit for modem. If using a 3 digit, program a zero as the first digit.
Program item 2.3, Modem, must be set to yes.
Program item 3.3, AModem, must be yes if using an alternate phone number as well.
Program item 2.5, Ack14, must be set to no.
Program item 3.5, AAck14 must be no if using an alternate phone number as well.
Program item 2.7, Ack23, must be set to no.
Program item 3.11, AAck23, must be no if using an alternate phone number as well.
When Modem format is selected, the panel will ignore any entries in the CS line of the program.
Overview: Time needed to charge a 12 volt back up battery connected to a D4112
How long does it take to charge a back up battery connected to the panel for the first time?
It may take as long as 12 hours.
BOSCH recommends that the battery be charged prior to the installation.
Overview: Power up charging status of the battey on a D4112 panel will send a trouble Zn 9 during Recharge cycle.
Why does the panel send a Trouble Zn 9 when the battery is charging?
After the AC is restored the battery will begin to charge. When the battery reaches a charging level of 11.1 volts, and maintains battery voltage level above 10.3 volts for 1 minute, the panel will RESET and a battery trouble (Trouble Zn 9) will be sent to the Central Station. When the battery reaches the charging level of 12.5 volts a Restoral Zn 9 is sent to the Central Station.
What 2 wire smoke detectors have been UL listed compatible with the D4112?
Note : The D4112 is not UL listed for Commercial Fire Applications. This control does not support multiple detectors in alarm. Do not use smoke detectors from different manufacturers on the same circuit.
Head D262 / Base D260 (20 per loop)
Head DS200 / Base MB200-2W (10 per loop)
Head DS200HD / Base MB200-2W (10 per loop)
Head 1400 / Base N/A (10 per loop)
Head 2400 / Base N/A (10 per loop)
Head 2400th / Base N/A (10 per loop)
Head 1451 / Base B401, B401B (10 per loop)
Head 1451DH / Base DH400 (10 per loop)
Head 2451 / Base B401, B401B, DH400 (10 per loop)
Head 2451TH / Base B401, B401B, DH400 (10 per loop)
Head 2300T / Base N/A (10 per loop)
Overview: User is entering passcode twice to arm alarm system. A five second delay between key strokes will cause the keypad to view the next entry as the start of a NEW passcode. Key strokes must be strung together with no pauses in between longer that 5 seconds.
User must enter passcode twice to arm the system. Same code is used for both entries.
The user is pausing too long between key strokes. After a key is pressed the next key stroke must be pressed wthin 5 seconds. A delay of 5 or more seconds will cause the keypad to view the next key stroke as the start of a new entry.
How is the D6112 armed and disarmed?
Arming Your Security System
Your security system can be armed in many different ways, depending on the arming command used. Arming commands are those commands used to arm the system. The most basic arming command is to arm the entire system. This is done by entering your personal passcode and pressing ENT or by entering COMMAND 1.
To ARM your security system:
Enter your personal passcode and press ENT or enter an Arming Command. Your system may be programmed to send a "closing" report to the Central Station when arming.
Disarming Your Security System
Your security system is disarmed by entering your personal passcode and pressing ENT. When your system is armed, you must enter the premises through a designated entry door to prevent an immediate instant alarm condition. Opening the door starts an entry delay time and the Command Center emits a pulsing "beep" tone to remind you to disarm the system. Entering your personal passcode and pressing ENT before the delay time expires and the system will disarm. If you enter through a wrong door or fail to disarm the system before the entry delay expires, you will generate an immediate alarm.
To DISARM your security system:
Enter your personal passcode and press ENT. Your system may be programmed to send an "opening" report to the Central Station when disarming.