GENERAL ASG12UI-KM Inverter Split Wall Mounted Air Conditioner Instruction Manual

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:

1. Ensure the power supply is connected and turned on.
2. Use the remote control to set the desired temperature and mode (cooling/heating).
3. Adjust fan speed and airflow direction as needed for comfort.
4. 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

1. 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.
2. 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.
3. 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.
4. Climate condition: The first line is Average, the second line is Warmer, and the third line is Colder.
5. 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.

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.

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