Logisense

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Breezair Fault Codes:

Code	Fault Description
01	Communications problem. Check the communication cable between wall control and cooler for damage. Note: You can use a curly cord from an old telephone handset to connect the wall control to the cooler for testing purposes (eg. Jaycar Electronics P/N: YT6047 or Altronics P/N: P7078).
02	Water not detected at the salinity probes. The water supply to the cooler may be turned off, the solenoid valve may be stuck closed and not allowing water into the cooler, the salinity probes may be faulty, the drain valve may be stuck open or not closing (cycling open/closed), or the control module salinity sensing circuitry may be faulty. If you receive fault code 2 within 10-15 seconds of turning the cooler on, then the control module is faulty.
03	EEPROM failure. The control module stores a small amount of data related to settings for the operation of the cooler. If this data becomes corrupt, you will often receive fault code 3. The control module will need to be repaired.
04	The cooler has failed to drain the water from the tank/sump. After waiting 4 minutes for the water to drain, water was still detected by the salinity probes. This suggests either a faulty drain valve (not opening) or a blockage in the drain pipe.
05	Not Documented / Probably Unused.
06	Not Documented / Probably Unused.
07	Mains power supply frequency is incorrect. In Australia, we have a nominal 50Hz power supply frequency. Fault code 7 will be produced if the mains frequency is outside the limits of 46-54Hz. This can be caused by contamination to the circuit board inside the control module (eg. spiders and other insects), generators, a loose/bad connection at the power entry connector or other internal faults. Electrical arcing on the cooler circuit in the premises may generate this fault as well.
08	A brief power failure has been detected.  This fault isn’t displayed as a service code but it’s stored in the fault log inside the control module.  It isn’t anything to worry about in general.

If you have a wireless remote control, you will not receive fault codes from the cooler, however you can still determine if a fault code is being reported by looking at the “DIAG” LED on the front of the control module inside the cooler.  The “DIAG” LED will turn red and flash a number of times with a longer pause between the sequence of flashes.  Count the number of flashes between the longer pauses to determine the fault code.

The “DIAG” LED indicates normal operation by continuously flashing two green flashes between a longer pause.  Do not mistake this for fault code 2.  As mentioned above, the “DIAG” LED will flash red when it is flashing a fault code.

The “DIAG” LED can also be used to determine if the cooler is receiving commands from the remote.  The “DIAG” LED will flash a long solid green or amber flash when it receives a command from the remote.

A long green flash means that the command has been received and the cooler should act on the command.

A long amber flash means that the cooler received a command, but that the transmission code sent from the remote doesn’t match the code stored in the control module.  Usually the remote needs to be paired with the cooler again in this case.  Send us an e-mail or give us a call and we’ll walk you through the pairing procedure at no charge.

If you find that pressing buttons on the remote doesn’t result in any change at the “DIAG” LED, then nothing was received by the cooler.  This tends to be a control module fault but can also be caused by damage to the wiring going to the receiver module or a damaged receiver module.  The remote controls don’t generally develop faults in the transmission circuitry, but can develop faults that cause the transmission code to change at random.  Receiver modules can go “deaf” and in some cases, if you hold the receiver to the back of the remote control and then turn on the cooler with the remote, the cooler may operate.  In this case the receiver generally needs to be repaired or replaced, but try replacing the batteries in the remote control first.

All troubleshooting should be done with the remote/wall control in MANUAL mode.

Note that there aren’t any fault codes for the fan, as there is no way for the fan circuitry to communicate faults other than by flashing LEDs on the front of the control module.  A common fault of these control modules is that everything works except the fan.  To determine if it’s a control module fault, put the cooler into MANUAL and VENT modes and then check if the “POWER” LED on the front of the control module is illuminated.  If it’s not, then the control module has failed and will need to be repaired or replaced.  If you hear the fan motor buzz, groan or occasionally make a clunking noise while the fan is running (one initial “clunk” at startup is normal, but repeated random clunking is not), turn off the cooler immediately and call us, as this is often a sign of a short circuit in the fan motor windings or a damaged inverter module inside the control module assembly.  Continued attempts to run the fan will usually render the control module irreparable.

SAL (Salinity LED) Fault Codes and Status Information (EXH/EZH Models):

Flashes	Fault / Status Description
OFF	Salinity circuit disabled (bleed tray mode).  This mode is used when the cooler is set up to permanently hold water and periodically drip water to keep the water from becoming too saline.
1	Normal Operation.  Water has been detected at the probes and the salinity is within the set limits.  The salinity circuitry will monitor the water salinity and drain water when necessary to freshen up the water.
2	Salinity above the set point.   The cooler will drain some water and re-fill shortly.
3	Salinity control is set for timed drain.  The cooler will periodically drain water to keep it fresh rather than using the salinity probes to determine if the water should be refreshed.
4	Incorrect salinity control method selected (invalid salinity configuration).  Call us and we will help you correct the problem at no charge.
ON (Solid)	No water present or unable to detect the presence of water. When the cooler is in vent mode (fresh air, no cooling) this is normal. When the cooler is in cool mode, the inlet solenoid valve (if fitted) should open and fill the base of the cooler (the tank) with water.  If the solenoid fails to open, the SAL LED will be on solid and you will eventually receive fault code 2 or the DIAG LED will turn red and flash a 2 flash sequence repeatedly. If the cooler is full of water and the salinity probes are immersed in water, then either the salinity probes have failed or the circuitry inside the control module has failed.  The probes can be tested with a multimeter in continuity mode or resistance (Ω) mode.  Each terminal on the bottom of each probe has its own wire.  Each probe should have continuity to one of the wires at the plug on the end of the lead.  Occasionally the probes go open-circuit or high resistance inside the probe assembly, in which case they need to be replaced.  The resistance of healthy probes is typically less than 1 ohm. If the salinity probes test OK and the terminals on the bottom of the probe assembly are immersed in water, but the SAL LED is still on solid, the control module has likely failed and will need to be repaired or replaced.

Troubleshooting Guide Download:
Breezair DD CTRL & Motor Test Procedures.pdf

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Terms & Conditions – Repair/Exchange:

• All products come with a 12 month warranty as standard and can be extended at the time of sale.  Extended warranties are available at a rate of $44.00 per every additional 6 months.  The warranty period is limited to a maximum of 24 months.
• The warranty covers all parts used in the repair as well as the labour provided by LOGISENSE.  The warranty does not cover the labour of yourself or any third party.
• The warranty does not cover damage caused by faulty accessories, power surges, lightning, water ingress, wiring faults or incorrect installation.
• The customer pays all postage costs (where applicable) and should ensure that all items posted are adequately protected with bubble wrap or similar.
• Items that have been tampered with, cleaned with chemicals, damaged by water/liquid ingress, fire, power surges/spikes, lightning or that are in otherwise poor physical condition are not generally eligible for exchange, but a repair may be offered depending on the extent of the damage.
• There is an assessment fee of $44.00 if the item you bring/send for repair is not faulty.
• There is no charge in the event that the repair is unsuccessful, other than return postage (if applicable).

Terms & Conditions – Advance Exchange:

• Advance exchanges are only available to trade customers that have established a working relationship with us.
• Faulty item(s) must be returned or shipped back to us within 28 days of the invoice date.
• The customer is to pay any costs associated with the return of the faulty item(s) and will not be reimbursed for these costs.
• Items that have been tampered with, cleaned with chemicals, damaged by water/liquid ingress, fire, power surges/spikes, lightning or that are in otherwise poor physical condition are not eligible for exchange.
• Advance exchange deposits will only be refunded upon receipt of the faulty item(s) and only if the returned item(s) meet the conditions outlined above.

Terms & Conditions – Returns:

• Reconditioned electrical/electronic parts/assemblies may be returned but will be subject to a $44.00 restocking fee. If any returned parts/assemblies are damaged, no refund will be offered.

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