Ø
Condensate drainage of outdoor unit (no for cooling only)
The condensate and defrosting water formd during heating
in the outdoor unit can be properly discharged by drainage
pipe .
Installation method:set the drain connection in 25 hole of the
chassis has been installed and then connect drainage pipe
with drain nozzle,so that condensate and defrosting waer can
be properly discharged
Chassis
Drain
connection
2
●
●
Installation of Outdoor Unit
Electric wiring
NOTE:
Wrong wiring may cause spare parts
After the cable fixed, make sure there
Handle
N(1) 2
3
BU
BK
BN YEGN
Air purging and leakage test
3.
4.
5.
1.
2.
Disassemble the handle on the outdoor unit right side plate.
Take off wire clamp. Connect and fix power connect
cord (for cooling and heating unit,connect and fix power
connect cord and signal control wire)to terminal of line
Fix the power connection cable with wire clamp,
(for cooling and heating unit, use the wire clamp
to fix the power connection cable and the signal
control wire), then connect the corresponding
Ensure wire has been fixed well.
Install the handle.
connector.
bank. Wiring should fit that of indoor unit.
10
Fig.
2. Connect joint of charging hose to vacuum pump.
3. Fully open handle handle of Lo manifold valve.
4. Open the vacuum pump to evacuate. At the beginning, slightly
loosen joint nut of low pressure valve to check if there
is air coming inside. (If noise of vacuum pump has
been changed, the reading of multimeter is 0) Then
tighten the nut.
5. Keep evacuating for more than 15mins and make
6. Fully open high/low pressure valves.
Liquid pipe
Gas pipe
Valve
cap
Vacuum
gauge
Vacuum pump
malfunction.
should be a free space between the connection
and connection and fixing place on the lead w ire.
).
valve (both high/low pressure valves must be tightly
1. Connect charging hose of manifold valve to charge end of low pressure
shut
sure the reading of multi-meter is -1.0XXx10
5
pa
(-76cmHg).
7. Remove charging hose from charging end of low pressure valve.
)
8. Tighten bonnet of low-pressure valve. (As shown in Fig.10
