Seven: Checking Out and Troubleshooting the System
Providing a brighter solution.™
Check all circuits using the membrane pad and wireless remote
What to do
If it doesn’t work
Reference/Procedure
Run this procedure
for checking each
circuit on the
Membrane Pad
and Hand-Held
Transceiver.
Press
<1>
thru
<5>
buttons on the face
of the membrane
pad. Each LED
should illuminate
next to each
button and each
corresponding load
should come on.
Wake up the Hand-
Held Transceiver by
pushing any button.
Verify that the Hand-
Held Receiver shows
circuits
1
thru
5
have powered ON.
[Numbers
1
thru
5
will illuminate
at the top of the
screen, indicating
these circuits have
powered ON.]
Verify the wired load
that corresponds
to each circuit
pushed has activated
properly (e.g., pump,
light, etc.).
Turn Circuits
1
thru
5
OFF using the ON/
OFF buttons on the
Hand-Held Remote
Transceiver.
Verify that the Hand-
Held Transceiver
shows Circuit
1
thru
5
are powered OFF.
Numbers
1
thru
5
will disappear on the
screen and all the
LED’s will turn off on
the membrane pad
indicating they have
all turned OFF.
Verify that all five
loads have now been
powered off.
1.
2.
3.
4.
5.
6.
Verify that power is ON to
the panel.
Turn the main circuit breaker that feeds the panel to the ON
position.
Use a voltmeter to verify that voltage is present at the buss
terminals. See page
12
.
1.
2.
Verify that the breaker is turn-
ed ON for each wired load.
Use a voltmeter to verify that voltage is present at each
individual breaker. See page
14
.
Verify that 120VAC power is
wired to the Upper Control
Chassis and the circuit
breaker is ON.
Reference page
14
for Chassis wiring and voltage requirements.
Verify that the wiring is correct
to each equipment load.
Retrace your wiring and verify all lines and loads are wired
properly. See pages
14
.
Verify that the relay
associated with the circuit is
closing when turned ON.
Below the Load and Line terminals of each relay is a black boss
that indicates the state of the relay.
Turn ON Circuit 1 and verify that the black boss on the
#1
relay is recessed into the relay.
Turn OFF Circuit 1 and verify that the black boss on the
#1
relay is exposed outside the relay.
1.
2.
Verify that the Hand-Held
Remote Transceiver is
working.
See “Verify that the hand-Held Remote Transceiver is
working properly” troubleshooting on page
41
.
NOTE:
You must push any button on the Hand-Held Remote
Transceiver to wake it from its sleep state. Failure to do so
will result in no display!
Verify that the Hand-Held
Remote Transceiver is linked
up to the Panel-Mounted
Transceiver
Check that the display panel on the Hand-Held Remote
Transceiver says STAT OK, not just STAT. If not, reprogram
the Hand-Held Remote Transceiver. See pages
28-30
.
Replace the Hand-Held Remote Transceiver if unable to
successfully program.
Replace the Panel-Mounted Transceiver if still not able to
establish communication with the replacement Hand-Held
Remote Transceiver.
1.
2.
3.
Verify that the Membrane
Pad works independently
of the Panel-Mounted
Transceiver.
Remove power from the system by turning off the main
breaker.
Disconnect the Panel-Mounted Transceiver from both of the
Chassis upper and lower control boards.
Verify that all line and load wires are connected properly.
See page
14
.
Reapply power. Does the Membrane Pad work now?
If yes, reconnect Panel-Mount Transceiver and
synchronize the Hand-Held Transceiver.
If no, proceed to next step.
1.
2.
3.
4.
•
•
Verify that the membrane
pad is connected to both
the upper and lower control
boards.
Remove System Chassis and verify that both ribbon cables from
the membrane pad are plugged into each control board.
Verify that the 24VAC
power is connected and
present at both upper and
lower control boards.
With a voltmeter, verify that the secondary of the transformer
is producing 24VAC to each of the upper and lower control
boards. See page
26
, Fig
5-9
. If not, replace transformer.
