Haier - hOn

Test Report

Report No...........................:

AHEE230300050751

Issued date...............:

2023-03-20

Single Split Type Room Air Conditioner

AS12FBAHRA, 1U12MEHFRA

Product Description. ........:

Model No. .................:

Date of Sample Received .:

2023-03-09

No. of samples...: 1

Date of Test .......................:

2023-03-09

Qingdao Haier Air Conditioner General Corp., Ltd No.1 Haier Road Hi-Tech Zone, Qingdao City, P.R. China Qingdao Haier Air Conditioner General Corp., Ltd No.1 Haier Road Hi-Tech Zone, Qingdao City, P.R. China Qingdao Haier(JiaoZhou) Air Conditioner General Corp., Ltd Haier Road Hi-Tech Zone, Jiaozhou area, Qingdao City, P.R. China SGS-CSTC Standards Technical Services Co., Ltd. Anhui Branch 1/F&2/F, West Building C12, Gongtou Liheng Industrial Square, Fanhua Road, Economic & Technological Development Area, Hefei, 230601 Anhui, China SGS-CSTC Standards Technical Services Co., Ltd. Anhui Branch 1/F&2/F, West Building C12, Gongtou Liheng Industrial Square, Fanhua Road, Economic & Technological Development Area, Hefei, 230601 Anhui, China

Applicant............................ :

Manufacturer .....................:

Factory ...............................:

Laboratory that preparing the Report:

Testing address:

Test protocol to measure the fractional energy saving

Test Procedure .................. :

Conclusion ........................: Refer to page 4&6

Remark /Note ....................:

N/A

Photos of submitted sample:

Tested By:

Approved by:

Jarvan Deng

Hunter Lin

TRF No. EEC_Protocol performance test A

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Report No.: AHEE230300050751

Technical data:

Trademark .................................................................... : Haier

Type of appliance......................................................... : Single Split Type Room Air Conditioner

Type / model................................................................. : AS12FBAHRA, 1U12MEHFRA

Method of supply cord attachment .............................. : Type Y

Rated Voltage(V).......................................................... : 220 V - 240 V; 50 Hz

Pdesign cooling capacity............................................. : 3500 W

Pdesign heating capacity ............................................ : 2800 W

Rated power input........................................................ : 1600 W; 7.2 A

Refrigerant Charge ...................................................... : R32: 0.78 kg

IP number ..................................................................... : IPX4 (outdoor unit)

Degree of protection .................................................: Class I

TABLE: Critical components information Object

Manufacturer / trademark

Type / model

Compressor

SHANGHAI HIGHLY ELECTRICAL APPLIANCES CO., LTD NIDEC SHIBAURA (Zhejiang) CORPORATION Wolong Electric (Ji nan) Motor Co., Ltd. QINGDAO YUNLU ENERGY TECHNOLOGY CO .,LTD.

GSD098RKTF6JV6B

Indoor unit fan motor Outdoor unit fan motor

SIC-310-30-1(G) WZD-A01025L-01A

Reactor

R1505HRA

TRF No. EEC_Protocol performance test A

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Report No.: AHEE230300050751

Copy of Marking Plate

The label below may be only a draft.

TRF No. EEC_Protocol performance test A

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Report No.: AHEE230300050751

Test protocol to measure the fractional energy saving

Test Details Description – Cooling mode Model

AS12FBAHRA(indoor unit) + 1U12MEHFRA(outdoor unit)

Test voltage(V)/ Test frequency(Hz)

230 V, 50 Hz

EN14511-2: 2022/ Table 4: Cooling Mode – Standard Rating Conditions; Indoor Room Size: 22.34 mm 2 ; Installation Height of Indoor Unit: 2.3 m; Indoor Room Dry Bulb( ℃ )/Wet Bulb( ℃ ) : 27/19; Outdoor Room Dry Bulb( ℃ )/Wet Bulb( ℃ ) : 35/24

Test conditions

Measurement 1 Settings

Air conditioner is set to cooling mode, the temperature is set to 16 ℃ , the wind speed is set to min.

Test method

After the indoor side test room and walls reaching the setting temperature, the appliance is then operated continually for 5 hours, and record the values of power consumption per hour

Test data

Details see below table

Measurement 2 Settings

Air conditioner is set to cooling mode, the temperature is set to 16 ℃ , the wind speed is set to max.

Test method

After the indoor side test room and walls reaching the setting temperature, the appliance is then operated continually for 5 hours, and record the values of power consumption per hour.

Test data

Details see below table

Measurement 3 Settings

Air conditioner is set to cooling mode, the temperature is set to 26 ℃ , the wind speed is set to max.

Test method

After the indoor side test room and walls reaching the setting temperature, the appliance is then operated continually for 5 hours, and record the values of power consumption per hour.

Test data

Details see below table

Measurement 4 Settings

Air conditioner is set to cooling mode, the temperature is set to 26 ℃ , the wind speed is set to min.

Test method

After the indoor side test room and walls reaching the setting temperature, the appliance is then operated continually for 5 hours, and record the values of power consumption per hour.

Test data

Details see below table

Set to ‘ Cooling-26 ℃ - min wind ’ speed mode compared to 16 ℃ , can save the energy consumption 0.316 kwh per hour, the ration of fractional energy saving can up to 63%. Set to ‘ Cooling-26 ℃ - max wind speed ’ mode compared to 16 ℃ , can save the energy consumption 0.591 kwh per hour, the ration of fractional energy saving can up to 88%.

Comparison of measurement 1&4

Conclusion

Comparison of measurement 2&3

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Report No.: AHEE230300050751

Test data table:

Test results

Measurement No.

Average energy consumption per hour (kW.h)

Average indoor room stable temp.

Appliance settings

‘ Cooling-16 ℃ -min wind speed ’ mode ‘ Cooling-16 ℃ -max wind speed ’ mode ‘ Cooling-26 ℃ -max wind speed ’ mode ‘ Cooling-26 ℃ -min wind speed ’ mode

1

0.505

18.8 ℃

2

0.672

17.6 ℃

3

0.081

25.0 ℃

4

0.189

26.2 ℃

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Report No.: AHEE230300050751

Test Details Description – Heating mode Model

AS12FBAHRA(indoor unit) + 1U12MEHFRA(outdoor unit)

Test voltage(V)/ Test frequency(Hz)

230 V, 50 Hz

EN14511-2: 2022/ Table 3: Heating Mode – Standard Rating Conditions Indoor Room Size: 22.34 mm 2 ; Installation Height of Indoor Unit: 2.3 m; Indoor Room Dry Bulb( ℃ )/Wet Bulb( ℃ ) : 20/--; Outdoor Room Dry Bulb( ℃ )/Wet Bulb( ℃ ) : 7/6

Test conditions

Measurement 5 Settings

Air conditioner is set to heating mode, the temperature is set to 20 ℃ , the wind speed is set to max.

Test method

After the indoor side test room and walls reaching the setting temperature, the appliance is then operated continually for 5 hours, and record the values of power consumption per hour.

Test data

Details see below table

Measurement 6 Settings

Air conditioner is set to heating mode, the temperature is set to 20 ℃ , the wind speed is set to min.

Test method

After the indoor side test room and walls reaching the setting temperature, the appliance is then operated continually for 5 hours, and record the values of power consumption per hour.

Test data

Details see below table

Measurement 7 Settings

Air conditioner is set to heating mode, the temperature is set to 30 ℃ , the wind speed is set to max.

Test method

After the indoor side test room and walls reaching the setting temperature, the appliance is then operated continually for 5 hours, and record the values of power consumption per hour.

Test data

Details see below table

Measurement 8 Settings

Air conditioner is set to heating mode, the temperature is set to 30 ℃ , the wind speed is set to min.

Test method

After the indoor side test room and walls reaching the setting temperature, the appliance is then operated continually for 5 hours, and record the values of power consumption per hour.

Test data

Details see below table

Set to ‘ Heating-20 ℃ - max wind speed ’ mode compared to 30 ℃ , can save the energy consumption 1.027 kwh per hour, the ration of fractional energy saving can up to 77%. Set to ‘ Heating-20 ℃ - min wind ’ speed mode compared to 30 ℃ , can save the energy consumption 0.809 kwh per hour, the ration of fractional energy saving can up to 78%.

Comparison of measurement 5&7

Conclusion

Comparison of measurement 6&8

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Report No.: AHEE230300050751

Test data table:

Test results

Measurement No.

Average energy consumption per hour (kW.h)

Average indoor room stable temp.

Appliance settings

‘ Heating-20 ℃ - max wind speed ’ mode ‘ Heating-20 ℃ - min wind speed ’ mode ‘ Heating-30 ℃ - max wind speed ’ mode ‘ Heating-30 ℃ - min wind speed ’ mode

5

0.313

21.2 ℃

6

0.231

20.2 ℃

7

1.34

26.5 ℃

8

1.04

24.5 ℃

-- End of Test Report --

TRF No. EEC_Protocol performance test A