GENERAL ASG12UI-KM Inverter Split Wall Mounted Air Conditioner Instruction Manual
- May 15, 2024
- GENERAL
Table of Contents
GENERAL ASG12UI-KM Inverter Split Wall Mounted Air Conditioner
Product Information
-
Model: AOHG07KMCC (Outdoor Unit), ASHG07KMCC (Indoor Unit)
-
Type: Wall Mounted Single Split / Heat Pump
-
Max. Pressure: High/Discharge 4.20 bar (0.42 MPa), Low/Suction 1.18 bar (0.118 MPa)
-
Manufacturing Date: Refer to the rating label
-
Power Resource: 1 230V ~ 50Hz
-
Capacity:
- Cooling: 2.00 kW
- Heating: 2.50 kW
-
Power Input:
- Cooling: 0.450 kW
- Heating: 0.555 kW
-
Current:
- Cooling: 2.6 A
- Heating: 3.0A
-
Max. Current:
- Cooling: 6.5 A
- Heating: 9.0 A
-
Energy Efficiency Ratio/Coefficient of
Performance:- Outdoor Unit: 4.43 kW/kW
- Indoor Unit: 4.52 kW/kW
-
Weight:
- Outdoor Unit: 22kg
- Indoor Unit: 10kg
-
Refrigerant Charge (Tons – CO2 equivalent): 0.60 kg (0.405 t-CO2eq)
Product Usage Instructions
Installation:
Follow the installation guide provided in the manual to properly install
the outdoor and indoor units as per the manufacturer’s recommendations.
Operation:
- Ensure the power supply is connected and turned on.
- Use the remote control to set the desired temperature and mode (cooling/heating).
- Adjust fan speed and airflow direction as needed for comfort.
- To switch off, set the unit to standby mode or turn off the power supply.
Maintenance:
Regularly clean the filters and remove any obstructions around the outdoor
unit to maintain optimal performance.
FAQ:
-
Q: What should I do if the unit is not cooling/heating properly?
A: Check if the filters are clean and no obstructions are blocking the airflow. If the issue persists, contact a qualified technician for further inspection. -
Q: Can I install the unit myself?
A: It is recommended to have the unit installed by a professional to ensure proper setup and avoid potential safety hazards.
Commission Delegated Regulation
Product fi che according to Commission Delegated Regulation (EU) 626/2011
MODEL
| OUTDOOR UNIT| AOHG07KMCC| AOHG09KMCC| AOHG12KMCC| AOHG14KMCC
---|---|---|---|---|---
INDOOR UNIT| ASHG07KMCC| ASHG09KMCC| ASHG12KMCC| ASHG14KMCC
| COOLING| HEATING| COOLING| HEATING| COOLING| HEATING| COOLING| HEATING
SOUND POWER LEVEL| OUTDOOR UNIT
[dB(A)]| 61| 61| 61| 62| 65| 65| 65| 66
INDOOR UNIT [dB(A)]| 54| 56| 55| 57|
55| 58| 57| 59
REFRIGERANT/GLOBAL WARMING POTENTIAL| R32 / 675 (IPCC AR4) (1)
SEASONAL ENERGY EFFICIENCY RATIO/ SEASONAL COEFFICIENT OF PERFORMANCE (4)|
7.40| 4.10| 7.40| 4.10| 7.30| 4.40| 6.90| 4.10
―| 5.21| ―| 5.31| ―| 5.40| ―| 5.62
―| ―| ―| ―| ―| ―| ―| ―
ENERGY EFFICIENCY CLASS (4)| A++| A+| A++| A+| A++| A+| A++| A+
―| A+++| ―| A+++| ―| A+++| ―| A+++
―| ―| ―| ―| ―| ―| ―| ―
ANNUAL ENERGY CONSUMPTION [kWh/a] (Q )(Q ) (4) CE HE| 95 (2)| 785 (3)|
118 (2)| 819 (3)| 163 (2)| 795 (3)| 213 (2)| 1367 (3)
―| 333 (3)| ―| 343 (3)| ―| 347 (3)| ―| 533 (3)
―| ―| ―| ―| ―| ―| ―| ―
Pdesign (4)(5) [kW]| 2.00| 2.30| 2.50| 2.40| 3.40| 2.50| 4.20| 4.00
―| 1.20| ―| 1.30| ―| 1.30| ―| 2.10
―| ―| ―| ―| ―| ―| ―| ―
BACKUP HEATER CAPACITY/ [kW] DECLARED CAPACITY (*4)| ―| 0.31/1.99| ―|
0.25/2.15| ―| 0.32/2.18| ―| 0.54/3.46
―| ―| ―| ―| ―| ―| ―| ―
―| ―| ―| ―| ―| ―| ―| ―
NOTES
- Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP if leaked into the atmosphere. This appliance contains a refrigerant fluid with a GWP equal to [675]. This means that if 1 kg of this refrigerant fluid were leaked to the atmosphere, the impact on global warming would be [675] times higher than 1 kg of CO2, over 100 years. Never try to interfere with the refrigerant circuit yourself or disassemble the product yourself and always ask a professional.
- Energy consumption “QCE” kWh per year based on standard test results. Actual energy consumption will depend on how the appliance is used and where it is located.
- Energy consumption “QHE” kWh per year, based on standard test results. Actual energy consumption will depend on how the appliance is used and where it is located.
- Climate condition: The first line is Average, the second line is Warmer, and the third line is Colder.
- Design temperature: (COOLING) 35°C (HEATING) Average: -10°C , Warmer: 2°C , Colder: -22°C
Specifications
MODEL
| OUTDOOR UNIT| AOHG07KMCC| AOHG09KMCC| AOHG12KMCC| AOHG14KMCC
---|---|---|---|---|---
INDOOR UNIT| ASHG07KMCC| ASHG09KMCC| ASHG12KMCC| ASHG14KMCC
TYPE
| WALL MOUNTED
SINGLE SPLIT / HEAT PUMP
MAX. PRESSURE| HIGH / DISCHARGE [bar(MPa)]| ― (4.20)
LOW / SUCTION [bar(MPa)]| ― (1.18)| ― (1.21)
MANUFACTURING DATE| Refer to the rating label
POWER RESOURCE| 1φ 230 V ~ 50 Hz
| COOLING| HEATING| COOLING| HEATING| COOLING| HEATING| COOLING| HEATING
CAPACITY| [kW]| 2.00| 2.50| 2.50| 2.80| 3.40| 4.00| 4.20| 5.40
POWER INPUT| [kW]| 0.450| 0.555| 0.630| 0.620| 0.935| 0.960| 1.220| 1.410
CURRENT| [A]| 2.6| 3.0| 3.4| 3.4| 4.8| 5.1| 5.8| 6.8
MAX. CURRENT| [A]| 6.5| 9.0| 6.5| 9.0| 6.5| 9.0| 6.5| 9.0
ENERGY EFFICIENCY RATIO/ COEFFICIENT OF PERFORMANCE| [kW/kW]| ****
4.43
| ****
4.52
| ****
3.97
| ****
4.52
| ****
3.65
| ****
4.17
| ****
3.44
| ****
3.83
DIMENSION (H×W×D)| OUTDOOR UNIT
[mm]| 541 × 663 × 290| 542 × 799 × 290
INDOOR UNIT [mm]| 270 × 834 × 215
WEIGHT
| OUTDOOR UNIT [kg]| 22| 24| 31
INDOOR UNIT [kg]| 10
REFRIGERANT CHARGE
(Tons – CO2 equivalent)
| [kg] (t-CO2eq)| 0.60
(0.405)
| 0.70
(0.473)
| 0.85
(0.574)
- For more information, visit our website at: www.fujitsu-general.com.
- For spare parts inquiries, consult the store where you purchased the product.
- Sound pressure level: less than 70 dB(A) according to IEC 704-1.
| OPERATING RANGE | INDOOR | OUTDOOR |
|---|---|---|
| COOLING/DRY [°C] | 18 | |
| to 32 | -10 to 46 |
HEATING
[°C]| 16 to 30| -15 to 24
HUMIDITY [%]|
80 or less| ―
- If the air conditioner is operated under the conditions except the permissible temperature range, the air conditioner may stop because of the automatic protection circuit working.
- Depending on the operating conditions, the heat exchanger may freeze during the Cooling or Dry mode and it may cause water leakage and other damage.
- If the unit is used for long periods under high-humidity conditions, condensation may form on the surface of the indoor unit, and drip onto the floor or other objects underneath.