BRINKS BHS-4000A - 5 Troubleshooting; 5.1 Browse events; 5.2 Status LED; 5.2.1 Determining the Device Number

5 Troubleshooti ng
5.1 B rowse events
The BHS-4000A system stores more than 1000 events in its
event memory. You can review the events from installer
programming. Select Option 7: Browse Events from the Home
Menu. The display will show the following selections:
EVNT BROWSE MENU
1 Browse Oldest
2 Browse Newest
8 View Upload
9 Clear Events
To view the events in the order they occurred, select Browse Oldest.
To view the events in reverse chronological order (most recent to
least recent), select Browse Newest. Select View Upioad to see a
list of the records that are pending upload to Vivaldi. To erase all of
the events in event memory, select Clear Events.
5.2 S t atus LED
The system’s bus devices provide you with system status information
by blinking the status LED at different rates. Specifically, the status
LED blinks to indicate whether the device is properly configured and
whether or not it is communicating with the panel.
Status LED
Service button
Status LED, shown here on a ZEM
The LED blinks one to five times, pausing for two seconds before
repeating the pattern. To determine the system’s status, count the
number of blinks, and compare it to the table below.
Significance
Blinks*
1
2
3
4
5
Is device configured?
Yes _
Yes _
Yes
No
No
Is panel communicating
This device __
Other devices only
Panel not polling _
Other devices only
Panel not polling
Cadence: 250 milliseconds on, 250 milliseconds off, repeated one to
five times, then off 2 seconds.
5.2.1 D etermining the Device Number ___
Each bus device is automatically assigned a Device Number, or
polling address, during the Learn Devices procedure. You can
obtain the Device Number by doing the following:
1, Press the device’s Service Button. (The Service Button is
located in the lower right-hand corner of the PCBs of the
ZEM, the keyfob receiver, and the keypads.)
2. The Status LED (located near the Service Button) blinks the
Device Number in a decimal format. Zeros are indicated with
a continuous two-second pulse; digits are separated by a
one-second pause. There is a 2.5-second pause at the end
of the number.
The example below shows how Device Number 12 would be
broadcast:
LED action _
1 pulse __
1 second pause
2 pulses
2.5 second pause
Significance
J_
end of digit
2 _
End of Device Number
5.3 T roubleshooting specific problems
5.3.1 S ystem will not initialize
Condition: When power is applied to the system, it fails to
operate.
Indications: None of the system components operate properly.
Possible causes:
• The backup battery may be defective.
• The transformer may be defective.
• The breaker switch may be thrown.
• A peripheral device may be defective.
Solutions:
• If the battery is completely discharged, the panel will not
power up until the battery has been recharged to approx.
11.5 VDC. Allow sufficient time to recharge the battery and
monitor the voltage level.
• If the battery or transformer is defective, replace it. (Disconnect
the electrical power to the panel before investigating.)
• Move the breaker switch to the ON position.
• Remove all keypads and attempt to initialize the system. If
successful, reconnect the keypads one at a time, replacing
any keypad that does not work.
• Remove all devices connected to AUX power and attempt to
initialize the system. If successful, reconnect the devices one
at a time, replacing any one that does not work.
• If none of these solve the problem, replace the panel.
• Panel will not power up on battery unless the siren output is
momentarily shorted several seconds after the battery is
connected.
5.3.2 Keypad does not work at startup _
Condition: When first installed, the keypad is not able to
communicate with the control panel.
Indications:
• The keypad does not respond when a key is pressed.
• The keypad icons and/or LEDs are not lit.
• The keypad does not appear on the programmer’s list of
learned devices.
Possible causes:
V The keypad’s black and red wires are not connected to the
common and AUX terminals, respectively.
• The keypad wires are damaged.
• CLK and DATA wires are reversed.
Solutions:
• Verify that the panel is receiving power at the AC inputs.
• Verify the wiring connections, replacing any wires that are
damaged.
• If none of these solve the problem, replace the keypad.
5.3.3 Keypad stops communicating
Condition: One or more of the system’s keypads are no longer
able to communicate with the control panel. The keypad(s)
previously operated properly.
Indications:
• The siren clicks twice, then pausing for two to three seconds.
(The user can silence this by pressing the CANCEL key on
an operative keypad.)