GE ASYW09CRAWA Service Manual
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GE ASYW09CRAWA Service Manual

Ductless split heat pump
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Table of Contents

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Indoor
Indoor
ASYW09CRAWA
ASYW12CRAWA
ASYW18CRDWA
ASYW24CRDWA
Out door
Out door
ASH109CRAWA
ASH112CRAWA
ASH118CRDWA
ASH124CRDWA
33
PAGE 1

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Summary of Contents for GE ASYW09CRAWA

  • Page 1 Indoor Indoor Out door Out door ASYW09CRAWA ASH109CRAWA ASYW12CRAWA ASH112CRAWA ASYW18CRDWA ASH118CRDWA ASYW24CRDWA ASH124CRDWA Table of Contents ....................3 ..................7 ..................13 ......................19 ......................25 ............................................. 43 ......................55 PAGE 1...
  • Page 2 [This page intentionally left blank.]...
  • Page 3 Introduction Table of Contents Safety Precautions ................................4 ４ ................................Warning and Caution Icons ................................Introduction to System ................................Specifications for Proper Operation Theory of Operation ................................INTRODUCTION PAGE 3...
  • Page 4 Safety Precautions · Read carefully to ensure correct installation. Failure to follow any WARNING is likely to result in grave consequences such as death or serious injury. WARNING: Failure to follow any CAUTION may in some cases result in grave consequences. CAUTION: The following safety symbols are used throughout this manual: Be sure to observe this instruction...
  • Page 5 Introduction Introduction the System The inverter compressor system in the outdoor unit will vary Single Zone Ductless Split System Heat Pumps feature a wall the refrigerant flow and indoor air volume levels to match mounted indoor unit that receives refrigerant from an inverter the heating or cooling demand inside the conditioned space.
  • Page 6 >7KLV SDJH LQWHQWLRQDOO\ OHIW EODQN@ PAGE 6 INTRODUCTION...
  • Page 7 Outdoor Unit Controls & Components Table of Contents Unit Introduction ................................8 ........8 ......
  • Page 8 Outdoor Unit Introduction The outdoor unit has two circuit boards, an Inverter Power Module (IPM) that drives the compressor and a main control board (PCB) that manages system functions and inverter calculations. Temperature Sensors monitor key temperatures throughout the system to manage operational decisions. 4-Way Valve Accumulator Compressor...
  • Page 9 PCB (1) CN1,CN2-Connector for power N and L CN3-Connector for ground CN22 (09k and 12k), CN23 (18k and 24k) - 5-G-15 VDC connections for power to the IPM CN8 and CN9 (09k and 12k), CN9 and CN10 (18k and 24k) - 230 VAC output from the PCB to the IPM CN21 (09k and 12k), CN22 (18k and 24k) - Connection for the fan motor...
  • Page 10 Compressor Terminal Block The 18K and 24K units are 208/230 volt single phase. The The compressor is a three phase DC inverter-driven rotary. 9K and 12K units are 120 volt. All models use terminals 1 The compressor is capable of variable speed operation. and 2 as incoming power wiring.
  • Page 11 Discharge Temperature Sensor Ambient Temperature Sensor The Ambient Sensor is a negative coefficient thermistor that The Discharge Sensor is a negative coefficient thermistor will change resistance in response to temperature changes. that senses the temperature of the compressor hot gas. The PCB monitors the temperature of the outdoor air to The PCB will make inverter speed changes in response determine outdoor fan speed requirements and compressor...
  • Page 12 During COOL MODE operation, the valve meters low 4-Way Valve pressure refrigerant to the indoor coil. During HEAT MODE operation, the valve meters low pressure refrigerant to the outdoor coil. Accumulator The 4-Way Valve redirects the flow of refrigerant to reverse the functions of the indoor and outdoor coils.
  • Page 13 Indoor Unit Controls and Components Table of Contents Unit Introduction ..................................14 ..............................14 Control Board .................................... 15 Terminal Block .................................. 16 Display ..................................... 16 Ambient Temperature Sensor ............................16 Piping Temperature Sensor .............................. 16 Louver Motor ................................... 17 Fan Motor ..................................
  • Page 14 Indoor Unit Introduction The indoor unit is mounted high on the wall to provide conditioned air to the space.Features of the system include: variable speed blower operation that speeds up and slows down with changes in demand,moving louvers to direct air, indoor air temperature sensing, evaporator coil temperature sensing, consumer operation display,evaporator coil with metering device located in outdoor unit, and an emergency operation switch.
  • Page 15 CN21, CN52-Connector for power N and L SW1- Connector for emergency ON/OFF switch SW2-1-Select remote code A or B CN23-Connector for communication between 2-Select enable or disable room card indoor and outdoor unit 3,4- Select EEPROM code 22,25,33 or 35 CN6-Connector for thermistors CN3 and CN1 (09k and 12k) - transformer connection CN8, CN9 (09k and 12k), or CN9 (18k and 24k) -...
  • Page 16 Terminal Block Ambient Temperature Sensor The terminal block receives electrical power from the outdoor unit.Terminals 1 and 2 are connected to terminals The Ambient Sensor is a negative coefficient thermistor 1 and 2 of the outdoor unit. This wiring supplies power to the that will decrease in resistance with increases in room air indoor unit.
  • Page 17 Stepper Motor and Louver Emergency Button The Stepper Motor moves the louver up and down (09k and 12k), and also right to left (18k and 24k). The motors can be set to move automatically or to several If the remote control is non-functional, the Emergency fixed positions.
  • Page 18 DIP Switch DIP Switch Settings Display Switch Settings The PCB for the indoor unit of the Tempo series of The PCB for the indoor unit of the Tempo series of single zone mini-splits has a set of DIP switches that must be set zone mini-splits has a set of Display switches that must be set when replacing the PCB.
  • Page 19 Sequence of Operation Table of Contents System Power .................................. 20 Cool Mode ..................................20 Overview ......................................20 Indoor Unit ..................................... 20 Temperature Sensors ..................................20 Communication ..................................... 20 Outdoor Unit ....................................20 Temperature Sensors ..................................21 Call to Terminate Cooling ................................21 Freeze Protection....
  • Page 20 Indoor Unit System Power To enter the cool mode, point the infrared remote control at The 240 VAC power for the system connects to terminals the indoor unit , press the power button, then press the COOL 1(N), 2(L), and ground of the outdoor unit terminal block. This button if not already set.
  • Page 21 Temperature Sensors (Tr = room temperature Ts = set temperature) Four temperature sensors provide temperature information operates in cold air proof operation to the PCB for control of the system. If Tr > Ts+, the outdoor unit turns off and the indoor fan The ambient sensor provides the temperature of the air will circulate any residual heat remaining in the coil.
  • Page 22 Temperature Sensors Defrost Four sensors provide temperature information to the main board When the system initiates a call for defrost, the indoor fan for control of the system during heat mode. motor stops. The indoor unit display will not change. The ambient sensor provides the temperature of the air drawn The system will cycle through the defrost operation.Any into the evaporator coil.
  • Page 23 Indoor Unit When a call for defrost initiates, the compressor slowly ramps down, then runs for 30 seconds at a very low speed. The PCB will signal the louver stepper motor to open the to either a stationary position or one of several oscillating 1 minute from the call for defrost, the 4WV switches to cooling, modes.
  • Page 24 3. Compressor Overcurrent Protection If the current draw of the compressor at start-up is greater than the values in the chart below for approximately 3 seconds, the compressor will stop and a code will be indicated at the outdoor unit. After 3 minutes the compressor will restart. If the overcurrent condition occurs 3 times in 20 minutes, the system will lock out.It will be necessary to remove power to the system to reset the lock outcondition.
  • Page 25 System Model Name Outdoor 1U09TE1VHA 1U12TE1VHA 1U18TE2VHA 1U24TE2VHA Indoor AW09TE1VHA AW12TE1VHA AW18TE2VHA AW24TE2VHA Rated Capacity Btu/hr Capacity Range Btu/hr 3,800~12,000 4,100~12,500 5,000~19,000 6,500~26,000 Rated Power Input W Cooling Moisture Removal Pt./h Rated Heating Capacity 47°F Btu/hr Heating Capacity Range Btu/hr 4,100~12,000 4,500~16,000 5,400~22,000...
  • Page 26 [This page intentionally left blank.] >7KLV SDJH LQWHQWLRQDOO\ OHIW EODQN@ PAGE 42 INSTALLATION...
  • Page 27 Check This First Outdoor Unit ................................29 Check This First Indoor Unit ................................30 Wiring Diagram Reference...................................31 Error Code (Indoor/outdoor) F1/LED1: 2 Flash .....................................32 F2/LED1: 24 Flash ....................................34 F3/LED1: 4 Flash ....................................36 F4/LED1: 8 Flash ....................................38 F6/LED1: 12 Flash F7/LED1: 11 Flash F21/LED1: 10 Flash F25/LED1: 13 Flash E1/LED1: No Flash...
  • Page 28 Troubleshooting Conditions Needed for Basic Operation Check This First Outoor Unit 3-minutes of time delay from the call for heating or cooling Models: ASH109CRAWA Line voltage available at: • 1 (N) and 3 (C): 0-80 ASH112CRAWA uating 1. TERMINAL STRIP - 1(N) & 2 (L) ASH118CRDWA •...
  • Page 29 Indoor Unit relevant color-coded There is 230 VAC (+/- 10%) at terminal Models: test positions. strip connections 1(N) and 2(L), and ASYW09CRAWA no more than a 2% deviation between ASYW12CRAWA each leg and ground? ASYW18CRDWA ASYW24CRDWA Determine source of lost...
  • Page 30 VHA AW12ES2VHA AW18ES2VHA AW24E Indoor Board Diagram Troubleshooting Check This First - Indoor Unit Wiring Diagram Reference Sensor Resistance Table Normal (K °F °C SENSORS SENSORS SENSORS -0.4 75.44 235.90 5494.21 64.30 196.61 4558.19 10.4 54.99 164.40 3795.39 14.0 49.62 146.15 3365.73 21.2...
  • Page 31 Cycle power to the outdoor (IPM power module protection) before the compressor starts? Complete the “Check This First” Flow Chart before continuing. Models: ASYW09CRAWA ASYW12CRAWA Replace IPM DC voltage from P-U, P-V, P-W is 150-160VDC, ASYW18CRDWA DC voltage from N-U, N-V, N-W 150-160VDC?
  • Page 32 Troubleshooting Outdoor Board Diagram Error Code: F1/LED1: 2 Flash Wiring Diagram Reference OUTDOOR UNIT WIRING DIAGRAM 0011509127 COMPRESSOR Electrical Shock Hazard Riesgo de Descarga Eléctrica Risque de choc électrique Capacitor retains charge a er El capacitor re ene carga una vez Le condensateur conserve sa charge après la coupure de l’alimenta on électrique.
  • Page 33 Overcurrent of the Compressor The set temperature is 5°F max. Complete the “Check This First” Flow from the room temperature? Chart before continuing. Models: ASYW09CRAWA ASYW12CRAWA ASYW18CRDWA Does the error code display ASYW24CRDWA before the compressor starts? ASH109CRAWA...
  • Page 34 Troubleshooting Outdoor Board Diagram Error Code: F2/LED1: 24 Flash Wiring Diagram Reference OUTDOOR UNIT WIRING DIAGRAM 0011509127 COMPRESSOR Electrical Shock Hazard Riesgo de Descarga Eléctrica Risque de choc électrique Capacitor retains charge a er El capacitor re ene carga una vez Le condensateur conserve sa charge après la coupure de l’alimenta on électrique.
  • Page 35 Communication Fault Between IPM and test positions. on the PCB (CN2 & CN1)? Outdoor PCB Complete the “Check This First” Flow Chart before continuing. Models: ASYW09CRAWA Check incoming power Line voltage at ASYW12CRAWA from building AC-L OUT & AC-N ASYW18CRDWA...
  • Page 36 Troubleshooting Outdoor Board Diagram Error Code: F3/LED1: 4 Flash Wiring Diagram Reference OUTDOOR UNIT WIRING DIAGRAM 0011509127 COMPRESSOR Electrical Shock Hazard Riesgo de Descarga Eléctrica Risque de choc électrique Capacitor retains charge a er El capacitor re ene carga una vez Le condensateur conserve sa charge après la coupure de l’alimenta on électrique.
  • Page 37 The discharge line temperature test positions. Temperature is below 230°F/110°C? Complete the “Check This First” Flow Chart before continuing. Models: ASYW09CRAWA Refrigerant static test ASYW12CRAWA ASYW18CRDWA indicates head pressure ASYW24CRDWA allow the discharge line to cool converted to temperature is...
  • Page 38 Troubleshooting Outdoor Board Diagram Error Code: F4/LED1: 8 Flash Wiring Diagram Reference OUTDOOR UNIT WIRING DIAGRAM 0011509127 COMPRESSOR Electrical Shock Hazard Riesgo de Descarga Eléctrica Risque de choc électrique Capacitor retains charge a er El capacitor re ene carga una vez Le condensateur conserve sa charge après la coupure de l’alimenta on électrique.
  • Page 39 E2/LED1: No Flash temperature located in the respective Indoor Coil Temperature Sensor Failure chart ? (See Reverse side.) Complete the “Check This First” Flow Chart before continuing. Models: ASYW09CRAWA Replace sensor. ASYW12CRAWA Go to next step ASYW18CRDWA to test the board ASYW24CRDWA...
  • Page 40 Troubleshooting Error Code: F6/LED1: 12 Flash, F7/LED1: 11 Flash, F21/LED1: 10 Flash, F25/LED1: 13 Flash, E1/LED1: No Flash, E2/LED1: No Flash Outdoor Board Diagram Wiring Diagram Reference OUTDOOR UNIT WIRING DIAGRAM 0011509127 COMPRESSOR VHA AW12ES2VHA AW18ES2VHA AW24ES2 Electrical Shock Hazard Riesgo de Descarga Eléctrica Risque de choc électrique Capacitor retains charge a er...
  • Page 41 Complete the “Check This First” Flow Check the incoming voltage. Chart before continuing. Is it 208/230VAC (+/- 10%) between L1/L2? Models: 104/115VAC (+/- 10%) from L1 to GROUND and L2 to GROUND? ASYW09CRAWA ASYW12CRAWA Fix incoming power supply ASYW18CRDWA ASYW24CRDWA Replace the fan motor...
  • Page 42 Troubleshooting Outdoor Board Diagram Error Code: F8/LED1: 9 Flash Wiring Diagram Reference OUTDOOR UNIT WIRING DIAGRAM 0011509127 COMPRESSOR Electrical Shock Hazard Riesgo de Descarga Eléctrica Risque de choc électrique Capacitor retains charge a er El capacitor re ene carga una vez Le condensateur conserve sa charge après la coupure de l’alimenta on électrique.
  • Page 43 Loss of Compressor Synchronization test positions. min. and turned back on, Complete the “Check This First” Flow the compressor runs? Chart before continuing. Models: ASYW09CRAWA ASYW12CRAWA ASYW18CRDWA Momentary loss ASYW24CRDWA A windings or grounding Replace of building power...
  • Page 44 Troubleshooting Outdoor Board Diagram Error Code: F11/LED1: 18 Flash Wiring Diagram Reference OUTDOOR UNIT WIRING DIAGRAM 0011509127 COMPRESSOR Electrical Shock Hazard Riesgo de Descarga Eléctrica Risque de choc électrique Capacitor retains charge a er El capacitor re ene carga una vez Le condensateur conserve sa charge après la coupure de l’alimenta on électrique.
  • Page 45 EEPROM Error relevant color-coded After 10 minutes with the power Complete the “Check This First” Flow test positions. Chart before continuing. power turned back on? Models: ASYW09CRAWA ASYW12CRAWA ASYW18CRDWA ASYW24CRDWA The 10-minute Replace PCB reboot has ASH109CRAWA corrected the...
  • Page 46 There is 5 VDC at CN6 on the Indoor relevant color-coded PCB across the black senor wires? Complete the “Check This First” Flow test positions. Chart before continuing. Models: ASYW09CRAWA ASYW12CRAWA Replace PCB The Coil and Ambient ASYW18CRDWA Sensors’ resistances are ASYW24CRDWA...
  • Page 47 VHA AW12ES2VHA AW18ES2VHA AW24E Indoor Board Diagram Troubleshooting Error Code: E5/LED1: 22 Flash Wiring Diagram Reference Sensor Resistance Table Normal (K °F °C SENSORS SENSORS SENSORS -0.4 75.44 235.90 5494.21 64.30 196.61 4558.19 10.4 54.99 164.40 3795.39 14.0 49.62 146.15 3365.73 21.2 40.58...
  • Page 48 Complete the “Check This First” Flow no splices or loose connections? Chart for both ID and OD units before continuing. Models: ASYW09CRAWA ASYW12CRAWA Is the Indoor PCB LED Reposition on correct ASYW18CRDWA terminals, replace wire if...
  • Page 49 VHA AW12ES2VHA AW18ES2VHA AW24ES2 Troubleshooting Indoor Board Diagram Error Code: E7/LED1: 15 Flash Wiring Diagram Reference PAGE 43 REFERENCE INFORMATION ERROR CODES and Troubleshooting PAGE 49...
  • Page 50 Troubleshooting Outdoor Board Diagram Error Code: E7/LED1: 15 Flash Wiring Diagram Reference OUTDOOR UNIT WIRING DIAGRAM 0011509127 COMPRESSOR Electrical Shock Hazard Riesgo de Descarga Eléctrica Risque de choc électrique Capacitor retains charge a er El capacitor re ene carga una vez Le condensateur conserve sa charge après la coupure de l’alimenta on électrique.
  • Page 51 Check the incoming voltage. Is it 208/230VAC (+/- 10%) between L1/L2? 104/115VAC (+/- Complete the “Check This First” Flow 10%) from L1 to GROUND and L2 to GROUND? Chart before continuing. Models: ASYW09CRAWA ASYW12CRAWA ASYW18CRDWA Fix incoming ASYW24CRDWA the fan by hand. Does it...
  • Page 52 A AW12ES2VHA AW18ES2VHA AW24ES2 Indoor Board Diagram Troubleshooting Error Code: E14 Wiring Diagram Reference PAGE 43 REFERENCE INFORMATION ERROR CODES and Troubleshooting PAGE 52...
  • Page 53 power in the 103 to 126 VAC range. This power remains long Checking System Components enough to switch the valve piston from cooling to heating mode. Since the refrigerant pressure flowing from the valve body NOTE: Component resistance readings shown in this section capillary tube holds the piston in place, allowing hot gas to redirect into the indoor coil, the VAC signal is no longer needed based on model being tested.
  • Page 54 type being tested. wiring and connections to the PFC Reactor as well as the PFC Reactor itself. Repair or replace as necessary. Coil sensor Ambient sensor Step 3 Reconnect the wiring to the module board at the conclusion Step 1 of the test.
  • Page 55 Step 3 test. Step 1 inaccurate readings. Step 2 resistance values. Lead Step 3 test. ERROR CODES AND PROBLEM SOLVING PAGE 55...
  • Page 56 Reference Information Table of Contents Outdoor Board Diagram ..............................57 Outdoor Board Schematic ..............................58 Indoor Board Diagram ..............................62 Indoor Board Schematic ..............................63 Module Board Schematic ..............................65 Room and Pipe Sensor Tables ............................66 Ambient, Defrost and Pipe Sensor Tables .......................... 69 Discharge Sensor Tables ..............................
  • Page 57 Outdoor Board Diagram 9-12K 9-12K CN50 and @2 cannot exist at the same time but must keep one of them. PAGE 57 REFERENCE INFORMATION...
  • Page 58 Outdoor Board Schematic 9-12K PAGE 58 REFERENCE INFORMATION...
  • Page 59 Outdoor Board Schematic Outdoor Board Schematic PAGE 59 REFERENCE INFORMATION...
  • Page 60 Outdoor Board Schematic 18-24K PAGE 60 REFERENCE INFORMATION...
  • Page 61 Indoor Board Diagram 09K-12K PAGE 61 REFERENCE INFORMATION...
  • Page 62 HA AW12ES2VHA AW18ES2VHA AW24ES2 Indoor Board Diagram 18-24K 56 5 Fan motor Ion generator Fresh air W ire controller Up-down stepmotor left stepmotor Room card WiFi EMERGENCY SWITCH RECEIVER DISPLAY AMBIENT TEMP SENSOR PIPING TEMP SENSOR Right stepmotor REFERENCE INFORMATION PAGE 62...
  • Page 63 Indoor Board Schematic 09-12K PAGE 63 REFERENCE INFORMATION...
  • Page 64 Indoor Board Schematic ZD001 18V -1W PAGE 64 REFERENCE INFORMATION...
  • Page 65 Module Board Schematic Outdoor Board Diagram CN50 and @2 cannot exist at the same time but must keep one of them. PAGE 65 REFERENCE INFORMATION...
  • Page 66 Ambient Sensor Tables . s 9-12K Temp°F Temp. °C MD[ . ) 1RUPDO . ) 0LQ . ) Tolerance (°C) -30.0 511.383 487.031 462.680 5.00 5.00 -29.0 478.574 456.022 433.470 4.95 4.95 -28.0 448.361 427.455 406.549 4.89 4.89 -27.0 420.230 400.844 381.458 4.84 4.84 -26.0 394.026...
  • Page 67 Ambient Sensor Tables Rome Sensor Tables Temp°F Temp. °C MD[ . ) 1RUPDO . ) 0LQ . ) Tolerance (°C) 71.505 69.288 67.071 3.20 3.20 67.759 65.693 63.627 3.15 3.15 64.230 62.304 60.378 3.09 3.09 60.903 59.108 57.313 3.04 3.04 57.767 56.094 54.421 2.98 2.98 54.808...
  • Page 68 Ambient Sensor Tables Temp°F Temp. °C MD[ . ) 1RUPDO . ) 0LQ . ) Tolerance (°C) 39.0 12.563 12.243 11.923 2.61 2.61 40.0 12.038 11.727 11.416 2.66 2.66 41.0 11.539 11.236 10.933 2.70 2.70 42.0 11.063 10.768 10.473 2.74 2.74 43.0 10.611 10.323 10.035 2.79...
  • Page 69 Ambient Sensor Tables Temp°F Temp. °C MD[ . ) 1RUPDO . ) 0LQ . ) Tolerance (°C) 75.0 3.153 3.026 2.899 4.19 4.19 76.0 3.046 2.922 2.798 4.23 4.23 77.0 2.944 2.823 2.702 4.28 4.28 78.0 2.845 2.727 2.609 4.32 4.32 79.0 2.751 2.636 2.521 4.36...
  • Page 70 Pipe Sensor Tables 18-24K 5r . s %rr .s 7HPS r) 7HPS r& 0D[ . 1RUPDO . 0LQ . 7ROHUDQFH r&                      ...
  • Page 71 Pipe Sensor Tables 7HPS r) 7HPS r& 0D[ . 1RUPDO . 0LQ . 7ROHUDQFH r& 62.6           66.2                ...
  • Page 72 Pipe Sensor Tables 7HPS r) 7HPS r& 0D[ . 1RUPDO . 0LQ . 7ROHUDQFH r&                            ...
  • Page 73 Ambient and Pipe Sensor Tables 235.4 0.62 0.5518 0.4907 -4.86 4.36 237.2 0.6043 0.5374 0.4775 -4.92 4.41 0.5891 0.5235 0.4648 -4.98 4.45 240.8 0.5743 0.51 0.4524 -5.04 242.6 0.56 0.4968 0.4404 -5.1 4.55 244.4 0.546 0.4841 0.4288 -5.16 246.2 0.5325 0.4717 0.4175 -5.22...
  • Page 74 Ambient, Defrosting and Pipe Sensor Tables Temp. °F Temp. °C MD[ . ) 1RUPDO . ) 0LQ . ) Tolerance (°C) 23.0284 21.8398 20.6939 -1.18 1.14 21.9714 20.8659 19.7982 -1.15 1.12 20.9688 19.9409 18.9463 -1.13 1.09 20.0176 19.0621 18.1358 -1.11 1.07 19.1149 18.2270 17.3646 -1.08 1.05...
  • Page 75 Ambient, Defrosting and Pipe Sensor Tables Temp. °F Temp. °C MD[ . ) 1RUPDO . ) 0LQ . ) Tolerance (°C) 3.4195 3.2085 3.0079 -1.91 1.82 3.3060 3.0989 2.9021 -1.95 1.85 3.1969 2.9935 2.8005 -2.00 1.89 3.0919 2.8922 2.7029 -2.04 1.93 2.9909 2.7948 2.6092 -2.08 1.97...
  • Page 76 Ambient, Defrosting and Pipe Sensor Tables Temp. °F Temp. °C MD[ . ) 1RUPDO . ) 0LQ . ) Tolerance (°C) 0.8061 0.7233 0.6484 -4.29 3.88 0.7848 0.7036 0.6303 -4.34 3.92 0.7641 0.6845 0.6127 -4.40 3.97 0.7441 0.6661 0.5957 -4.46 4.02 0.7247 0.6482 0.5792 -4.51 4.07...
  • Page 77 Discharge Sensor Tables Temp.(°F) Temp.(°C) MD[ . ) 1RUPDO . ) 0LQ . ) Tolerance 24.8 2738.6777 2368.3158 2046.1961 -2.6 2.26 26.6 2581.6752 2236.3876 1935.5371 -2.58 2.25 28.4 2434.5487 2112.5459 1831.4826 -2.56 2.24 30.2 2296.623 1996.2509 1733.6024 -2.55 2.23 2167.273 1887.0018 1641.4966 -2.53 2.22 33.8 2045.9191...
  • Page 78 Discharge Sensor Tables Temp.(°F) Temp.(°C) MD[ . ) 1RUPDO . ) 0LQ . ) Tolerance 218.386 203.2887 189.0648 -1.67 1.57 114.8 208.7855 194.6066 181.2273 -1.65 1.55 116.6 199.6531 186.3369 173.7524 -1.63 1.54 118.4 190.9639 178.4584 166.6217 -1.6 1.52 120.2 182.6945 170.9508 159.8181 -1.58 174.8228 163.7951 153.3249...
  • Page 79 Discharge Sensor Tables Temp.(°F) Temp.(°C) MD[ . ) 1RUPDO . ) 0LQ . ) Tolerance 201.2 31.8302 30.4467 29.097 -1.33 30.7933 29.4246 28.0915 -1.37 1.34 204.8 29.795 28.4417 27.1254 -1.41 1.37 206.6 28.8337 27.4961 26.197 -1.45 1.41 208.4 27.9078 26.5864 25.3048 -1.49 1.44 210.2 27.016 25.711...
  • Page 80 Model:# ASYW09CRAWA* , ASH109CRAWA* GE Appliances, A Haier Company ASYW12CRAWA* , ASH112CRAWA* Appliance Park, Louisville, KY 40225 ASYW18CRDWA* , ASH118CRDWA* Issued Date: January 2019 ASYW24CRDWA* , ASH124CRDWA* ©2019 GE Appliances, A Haier Company Issued Date:update September 2020...

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