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(3)........... Interference fromnearby
transmitters (e.g.mobile phone, A M
radio,Television, RFsecurity
systems).
SETTING THE ADDRESS
CODE
TheBreezair e lectronics m odule will
automatically recognize t heremote
control c onnection, provided the
address codehasbeencorrectly s et.
Thisis simply achieved byfitting the
batteries i ntotheremote control
within4 minutesafterturning on
the mainpowerat theelectronics
module.Thescreen willstayblank
for5 seconds thendisplay "ld"for1
second. T hecommunication address
codewilltakea fewseconds to set,
thentheremote control c anbeturned
on. (Fig.28)
If communication cannot b eachieved,
thepower tothecooler w illneedto
beturned off,andthebatteries n eed
toberemoved f romthe remote
control. W aituntil t hescreen goes
completely b lank, t henrepeat t he
above procedure.
LOCATION
AND
TESTING
Important! One of the most critical
parts of the installation is the location
of the remote control and receiver. If
this combination of components are
not set up / located correctly, it can
result in chargeable service calls.
After the cooler has been installed,
place the remote control in the
selected wall position and operate the
cooler.
Switch the cooler to high speed and
switch on and off 20 times at
approximately 3 second intervals. 1
missed transmission
in 20 is
acceptable, 2 missed transmissions
is
not. This procedure is done to check
that the location you have chosen is
not prone to interference or blocks
the radio transmission.
If the
operation is intermittent, try another
location.
COMMISSIONING
USING THE
REMOTE
CONTROL
Take the remote control to the roof and
control the Cooler from there. This will
save you a lot of time.
Power up the cooler using the on / off
switch on the Electronics Module. Test
motor and pump operation. Look at the
front of the Module where 2 light
emitting diodes (LEDs) are situated
(Fig. 22 I & J). The top LED is
"tricolour" and can glow green, red or
amber. The bottom LED is red only. If
the top LED (Fig. 22, item I) is double
flashing green, everything is OK, this
is normal operation.
The following information
allows
quick diagnosis at start up -
The "Tricolour
(top) LED" acts as a
general diagnostic indicator, and
will function as follows:
• Green double flash every 2 seconds
indicates the control is running
normally.
If it does not glow at all, then there is
either no power to the Electronics
Module (check isolating switch, circuit
breaker, plug and socket connections),
or a failure has occurred.
• Amber for 1 second (SENSORf_f_
®
controls only) indicates that the
Electronics Module has received a
command at an incorrect ID address.
(See the SENSORTOUCH ® remote
control - setting address code section
above, to re establish the code)
• Red flashing indicates one or more of
the following faults:
1 Red Flash indicates
.... Fault Code #1 - Communication
Failure.
2 Red Flashes indicates
.... Fault Code #2 - Failure to Detect
Water at Probes.
4 Red Flashes indicates
...Fault Code #4 - Failure to Clear
Probes during drain.
7 Red Flashes indicates
.... Fault Code #7 - Incorrect Main
Power Supply Frequency.
The "Red (bottom) LED" indicates
the status of the WaterManager
measurement
circuit and will
function as follows:
1 Flash indicates
....WaterManager
is operating and the
measured salinity is below the set
point.
2 Flashes indicates
....WaterManager
is operating and the
measured salinity is above the set
point.
3 Flashes indicates
....The Salinity Control Method = Drain
every 65 minutes.
4 Flashes indicates
.... Incorrect Salinity Control Method
selected.
Continuously
On indicates:
The probes are open circuit, or
measured salinity is less than 20us/cm
(the water is very pure, ie has very little
salt content).
DiP SWITCH ES
There are 2 rows of DIP
switches
located under the battery cover on the
remote control.
WARNING:
Do not alter
DiP
switches
1 to 8 on top row and 7
& 8 on bottom
row as the cooler
will cease to work.
1
2345678
ON
O_FF
__[_
1 2345678
EXAMPLE
ONLY
ILL217-H
Definition of DIP switch positions (first 6
in bottom row only) are as follows:
(1)
Reserved for later use.
(2) []
OFF, 24 hour clock.
[]
ON, 12 hour clock.
(3)
Not Used
(4) []
OFF, no pro-cool.
[]
ON, pro-cool.
(5) []
OFF, drains 3 days after power
off.
[]
ON, drains 3 hours after power
off.
(6) []
OFF, drains every 65 minutes
of operation.
[]
ON, activates water salinity
circuit (WaterManager).
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