THE REMOTE CONTROL HAS AN ERROR
Normal failure phenomena
FAILURE
PHENOME-
FAILURE REASON
NON
Unable
1. When the air conditioner is in DRY or SLEEP
to control
mode, the fan speed cannot be controlled.
stops or fan
2. This occurs when the air conditioner is in
speed
COOL AIRFLOW TEST or DEFROST mode.
3. When the air conditioner is in HEAT mode,
the fan motor stops.
4. When the air conditioner is in COOL or DRY
mode, if the air conditioner switches to antifreeze
mode, the fan speed cannot be controlled.
5. When the air conditioner is in COOL or DRY
mode, if the air conditioner enters freeze pro-
tection mode, the speed cannot be controlled.
6. When the air conditioner is in HEAT mode, if
the air conditioner enters heating overload pro-
tection mode, the fan speed cannot be controlled.
ERROR CODES
l. EEPROM error on the indoor unit PCB --- EE
2. PG --- FO motor failure
3. Indoor unit coil temperature sensor failure --- F3
5. PG-El Motor Zero Crossing Abnormality Detection
6. External system error-E8
7. EEPROM error on the outdoor unit PCB --- EF
8. Internal communications are not accepted --- F6
9. Communication failure between outdoor unit and IPDU
--- F8
10. Compressor failure --E4/E3
11. IPM module malfunction---F9
12. Drain pipe temperature sensor failure --- F5
13. Induction temperature sensor failure-- -ES
14. Indoor unit coil temperature sensor failure --- F4
15. Outdoor temperature sensor failure --- F2
16. External DC motor failure --- E2
AVAILABILITY OF REPAIR PARTS
Depending on the repair part, they are available for a minimum of
seven years for professional repairers or a minimum of ten years
for professional repairers and end users after the last unit of the
model has been placed on the market.
8
5. TECHINCAL ESPECIFICATIONS
Delegated Regulation (EU) N.º 626/2011
MODEL
Type
BTU
Inside sound power levels
Inside sound power levels
Refrigerant Name
Refrigerant GWP*
COOLING MODE
Seasonal Energy Efficiency Ratio (SEER)
Energy Efficiency Class
Annual Electricity Consumption**
Design Load
HEATING MODE
Seasonal Coefficient Of Performance (SCOP)
(Average season)
Energy Efficiency Class (Average season)***
Annual Electricity Consumption (Average
season)**
Design Load (Average season)**
MODEL
Type
BTU
Inside sound power levels
Inside sound power levels
Refrigerant Name
Refrigerant GWP*
COOLING MODE
Seasonal Energy Efficiency Ratio (SEER)
Energy Efficiency Class
Annual Electricity Consumption**
Design Load
HEATING MODE
Seasonal Coefficient Of Performance (SCOP)
(Average season)
Energy Efficiency Class (Average season)***
Annual Electricity Consumption (Average
season)**
Design Load (Average season)**
BAC8697
Split
9000
50 dBv
62 dB
R32
3
6, 1
A++
152 kWh
2,5 kW
4,0
A+
798 kWh
2, 1 kW
BAC8698
Split
12000
52 dBv
64 dB
R32
3
6, 1
A++
198 kWh
3,2 kW
4,0
A+
916 kWh
2,5 kW
