• If the battery is new, allow 1 hour for the battery to charge.
• Ensure the panel is getting proper AC power. Measure across the two AC terminals of the panel and ensure the AC input is between 16 and 18VAC. If not, replace the transformer.
• To verify the battery charging circuit disconnect the battery and measure the voltage across the two battery leads. The voltage should be 13.75VDC.
• With the battery connected remove AC from the panel and measure across the battery terminals. If the voltage is below 12.5VDC replace the battery.

• Remove the wires from Bell+ and Bell- and measure the resistance of the wires. If an open circuit is measured there is a break in the wiring or the siren is defective.
• Put a 1K resistor (brown, black, red) across Bell+ and Bell- to verify the trouble condition clears.

• If the output is not being used make sure a 1K resistor (brown, black, red) is connected between O1 and AUX+.
• If the output is being used remove the wires from O1 and AUX+ and measure the resistance of the wires. If an open circuit is measured there is a break in the wiring or the device connected is defective.

• Ensure the module is getting proper AC power. Measure across the two AC terminals of the module and ensure the AC input is between 16 and 18VAC. If not, replace the transformer.
• Remove all devices connected to the AUX+ terminal of the PC5204 and measure the voltage between AUX+ and BLK of the KEYBUS. If the voltage is below 13.75VDC the module is defective.

• Check the connected printer for trouble (no power, out of paper, jam etc…).

• Check the installation for other sources of 433MHz wireless signals (could also be nearby transmission tower, airport, military base).
• To disable RF Jam enable Option [7] in Program Section [804], subsection [90]

• If the tamper input on the modules connected to the KEYBUS are not being used, connect a short between the Tamper terminal and COM on every module (PC5100, PC5108, PC5200, PC5204, PC5208, PC5320, PC5400, PC5401, PC5700)

• Modules are immediately enrolled and supervised when detected on the KEYBUS. If a module has been removed, or if the slot assignment of a keypad has been changed, module supervision must be reset.
• View the event buffer (via DLS or LCD5500 keypad) to view the specific module(s) in trouble
• To reset module supervision enter Program Section [902]. Press [#] and wait 1 minute for the panel to rescan the KEYBUS.
• To view what modules are connected to the KEYBUS enter Program Section [903].

• Check the installation for other sources of 433MHz wireless signals (could also be nearby transmission tower, airport, military base).
• To disable RF Jam enable Option [7] in Program Section [804], subsection [90]

• If the battery is new, allow 1 hour for the battery to charge.
• Ensure the module is getting proper AC power. Measure across the two AC terminals of the module and ensure the AC input is between 16 and 18VAC. If not, replace the transformer.
• To verify the battery charging circuit disconnect the battery and measure the voltage across the two battery leads. The voltage should be 13.75VDC.
• With the battery connected remove AC from the module and measure across the battery terminals. If the voltage is below 12.5VDC replace the battery.

• Measure across the two AC terminals of the module and ensure the AC input is between 16 and 18VAC. If not, replace the transformer.

• Measure across the two AC terminals of the panel and ensure the AC input is between 16 and 18VAC. If not, replace the transformer.

• Measure the voltage across TIP and RING of the panel:
• No phone off-hook – measured voltage should be approximately 50VDC
• Any phone off hook – measured voltage should be approximately 5VDC
• Try wiring the incoming line directly to TIP and RING. If the trouble clears, there is a problem with the wiring or the RJ jack.

• Connect a headset to TIP and RING of the control panel and listen to the communication
• If the panel does not break dial tone, reverse TIP and RING
• If a recorded operator message comes on, check that the phone number is programmed properly; also dial the same number programmed using a regular telephone to determine if a [9] must be dialed or if 800 service is blocked
• If the panel does not respond to the handshakes, verify the format programmed is supported by the central station
• If the panel transmits data multiple times without receiving a handshake, verify the account number and reporting codes are programmed properly

Note:

• Contact ID and Pulse formats – program a HEX [A] to transmit a digit [0]
• SIA format – program a digit [0] to transmit a digit [0]

• Make sure all fire zones have a 5.6K resistor (green, blue, red) connected.
• Remove the wires from Z and COM terminals and measure the resistance of the loop. If an open circuit is measured there is a break in the wiring or there is no resistor connected.
• Connect a 5.6K resistor (green, blue, red) across the Z and COM terminals to verify the trouble condition clears.

• Ensure the jumper on the main panel has been removed.
• Ensure the correct 2,2K end-of-line resistor is connected (red, red, red).
• Remove the wires from PGM2 and AUX+ terminals and measure the resistance of the loop. If an open circuit is measured there is a break in the wiring or there is no resistor connected.
• Connect a 2.2K resistor (red, red, red) across the PGM2 and AUX+ terminals to verify the trouble condition clears.

• If the trouble occurs immediately a conflict with a hardwire zone exists:
• The zone being used is already assigned to a PC5108 zone expander
• The zone being used is assigned as a keypad zone
• Perform a Module Placement Test – Program Section [904] and verify the transmitter is in a good location.
• If bad test results occur, try testing the transmitter in another location
• If the transmitter now tests good, the original mounting location is bad
• If the transmitter continues to give bad test results try replacing the transmitter

• Remove the wires from Z and COM terminals and measure the resistance of the loop. If a short circuit is measured there is a short in the wiring.
• Connect a 5.6K resistor (green, blue, red) across the Z and COM terminals to verify the trouble condition clears.

• Perform a Module Placement Test – Program Section [904] – and violate and restore the tamper:
• If no test result occurs, replace the transmitter

• Remove the wires from Z and COM terminals and measure the resistance of the loop. If an open circuit is measured there is a break in the wiring.
• Connect a 5.6K resistor (green, blue, red) across the Z and COM terminals to verify the trouble condition clears.

Press [7] to view the specific wireless device(s) with a low battery trouble:

1st time – Wireless Zones

2nd time – Handheld Keypads

3rd time – Wireless Keys

One or more wireless devices has a low battery

Note – The event will not be logged to the event buffer until the wireless device low battery delay time expires – Program Section [370]

• Replace the battery (the trouble will not clear until the detector is violated)

To program the time and date:

• Enter [*][6][Master Code]
• Press [1]
• Enter the time and date (in military) using the following format: HH:MM MM/DD/YY

 For example: 6:00 pm, June 29, 2005
enter [18] [00] [06] [29] [05]

• If the battery is new, allow 1 hour for the battery to charge.
• Ensure the panel is getting proper AC power. Measure across the two AC terminals of the panel and ensure the AC input is between 16 and 18VAC. If not, replace the transformer.
• To verify the battery charging circuit disconnect the battery and measure the voltage across the two battery leads. The voltage should be 13.75VDC.
• With the battery connected remove AC from the panel and measure across the battery terminals. If the voltage is below 12.5VDC replace the battery.

• Remove the wires from Bell+ and Bell- and measure the resistance of the wires. If an open circuit is measured there is a break in the wiring or the siren is defective.
• Put a 1K resistor (brown, black, red) across Bell+ and Bell- to verify the trouble condition clears.

• If the output is not being used make sure a 1K resistor (brown, black, red) is connected between O1 and AUX+.
• If the output is being used remove the wires from O1 and AUX+ and measure the resistance of the wires. If an open circuit is measured there is a break in the wiring or the device connected is defective.

• Ensure the module is getting proper AC power. Measure across the two AC terminals of the module and ensure the AC input is between 16 and 18VAC. If not, replace the transformer.
• Remove all devices connected to the AUX+ terminal of the PC5204 and measure the voltage between AUX+ and BLK of the KEYBUS. If the voltage is below 13.75VDC the module is defective.

• Check the connected printer for trouble (no power, out of paper, jam etc…).

• Check the installation for other sources of 433MHz wireless signals (could also be nearby transmission tower, airport, military base).
• To disable RF Jam enable Option [7] in Program Section [804], subsection [90]

• If the tamper input on the modules connected to the KEYBUS are not being used, connect a short between the Tamper terminal and COM on every module (PC5100, PC5108, PC5200, PC5204, PC5208, PC5320, PC5400, PC5401, PC5700)

• Modules are immediately enrolled and supervised when detected on the KEYBUS. If a module has been removed, or if the slot assignment of a keypad has been changed, module supervision must be reset.
• View the event buffer (via DLS or LCD5500 keypad) to view the specific module(s) in trouble
• To reset module supervision enter Program Section [902]. Press [#] and wait 1 minute for the panel to rescan the KEYBUS.
• To view what modules are connected to the KEYBUS enter Program Section [903].

• Check the installation for other sources of 433MHz wireless signals (could also be nearby transmission tower, airport, military base).
• To disable RF Jam enable Option [7] in Program Section [804], subsection [90]

• If the battery is new, allow 1 hour for the battery to charge.
• Ensure the module is getting proper AC power. Measure across the two AC terminals of the module and ensure the AC input is between 16 and 18VAC. If not, replace the transformer.
• To verify the battery charging circuit disconnect the battery and measure the voltage across the two battery leads. The voltage should be 13.75VDC.
• With the battery connected remove AC from the module and measure across the battery terminals. If the voltage is below 12.5VDC replace the battery.

• Measure across the two AC terminals of the module and ensure the AC input is between 16 and 18VAC. If not, replace the transformer.

• Measure across the two AC terminals of the panel and ensure the AC input is between 16 and 18VAC. If not, replace the transformer.

• Measure the voltage across TIP and RING of the panel:
• No phone off-hook – measured voltage should be approximately 50VDC
• Any phone off hook – measured voltage should be approximately 5VDC
• Try wiring the incoming line directly to TIP and RING. If the trouble clears, there is a problem with the wiring or the RJ jack.

• Connect a headset to TIP and RING of the control panel and listen to the communication
• If the panel does not break dial tone, reverse TIP and RING
• If a recorded operator message comes on, check that the phone number is programmed properly; also dial the same number programmed using a regular telephone to determine if a [9] must be dialed or if 800 service is blocked
• If the panel does not respond to the handshakes, verify the format programmed is supported by the central station
• If the panel transmits data multiple times without receiving a handshake, verify the account number and reporting codes are programmed properly

Note:

• Contact ID and Pulse formats – program a HEX [A] to transmit a digit [0]
• SIA format – program a digit [0] to transmit a digit [0]

• Make sure all fire zones have a 5.6K resistor (green, blue, red) connected.
• Remove the wires from Z and COM terminals and measure the resistance of the loop. If an open circuit is measured there is a break in the wiring or there is no resistor connected.
• Connect a 5.6K resistor (green, blue, red) across the Z and COM terminals to verify the trouble condition clears.

• Ensure the jumper on the main panel has been removed.
• Ensure the correct 2,2K end-of-line resistor is connected (red, red, red).
• Remove the wires from PGM2 and AUX+ terminals and measure the resistance of the loop. If an open circuit is measured there is a break in the wiring or there is no resistor connected.
• Connect a 2.2K resistor (red, red, red) across the PGM2 and AUX+ terminals to verify the trouble condition clears.

• If the trouble occurs immediately a conflict with a hardwire zone exists:
• The zone being used is already assigned to a PC5108 zone expander
• The zone being used is assigned as a keypad zone
• Perform a Module Placement Test – Program Section [904] and verify the transmitter is in a good location.
• If bad test results occur, try testing the transmitter in another location
• If the transmitter now tests good, the original mounting location is bad
• If the transmitter continues to give bad test results try replacing the transmitter

• Remove the wires from Z and COM terminals and measure the resistance of the loop. If a short circuit is measured there is a short in the wiring.
• Connect a 5.6K resistor (green, blue, red) across the Z and COM terminals to verify the trouble condition clears.

• Perform a Module Placement Test – Program Section [904] – and violate and restore the tamper:
• If no test result occurs, replace the transmitter

• Remove the wires from Z and COM terminals and measure the resistance of the loop. If an open circuit is measured there is a break in the wiring.
• Connect a 5.6K resistor (green, blue, red) across the Z and COM terminals to verify the trouble condition clears.

Press [7] to view the specific wireless device(s) with a low battery trouble:

1st time – Wireless Zones

2nd time – Handheld Keypads

3rd time – Wireless Keys

One or more wireless devices has a low battery

Note – The event will not be logged to the event buffer until the wireless device low battery delay time expires – Program Section [370]

• Replace the battery (the trouble will not clear until the detector is violated)

To program the time and date:

• Enter [*][6][Master Code]
• Press [1]
• Enter the time and date (in military) using the following format: HH:MM MM/DD/YY

 For example: 6:00 pm, June 29, 2005
enter [18] [00] [06] [29] [05]