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Technibel Climatisation MCAV180R5VAA Technical Data & Service Manual

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TECHNICAL DATA & SERVICE MANUAL
Indoor Unit
Outdoor Unit
MCAV180/220R5VAA
GRV180R7TAA
KPAV180/220R5VAA
GRV220R7TAA
SPLIT SYSTEM AIR CONDITIONER
GRV180R7TAA
KPAV180/220R5TAA
KP
GRV220R7TAA
MCAV180/220R5VAA
0.8180.148.0
02/2001

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Summary of Contents for Technibel Climatisation MCAV180R5VAA

  • Page 1 TECHNICAL DATA & SERVICE MANUAL Indoor Unit Outdoor Unit MCAV180/220R5VAA GRV180R7TAA KPAV180/220R5VAA GRV220R7TAA SPLIT SYSTEM AIR CONDITIONER GRV180R7TAA KPAV180/220R5TAA GRV220R7TAA MCAV180/220R5VAA 0.8180.148.0 02/2001...
  • Page 2 Important! When Transporting Be careful when picking up and moving the indoor and Please Read Before Starting outdoor units. Get a partner to help, and bend your knees when lifting to reduce strain on your back. Sharp This air conditioning system meets strict safety and edges or thin aluminum fins on the air conditioner can operating standards.

  • Page 3: Table Of Contents

    Table of Contents Page OPERATING RANGE SPECIFICATIONS Unit Specification Major Component Specifications Other Component Specifications DIMENSIONAL DATA REFRIGERANT FLOW DIAGRAM PERFORMANCE DATA 5-1 Air Throw Distance Chart 5-2 Performance Charts 5-3 Cooling Capacity 5-4 Heating Capacity ELECTRICAL DATA 6-1 Electrical Characteristic 6-2 Electric Wiring Diagrams FUNCTION 7-1 Room Temperature Control...

  • Page 4: Operating Range

    1. OPERATING RANGE Temperature Indoor Air Intake Temp. Outdoor Air Intake Temp. Maximum 32°C D.B. / 23°C W.B. 43°C D.B. Cooling Minimum 19°C D.B. / 14°C W.B. 19°C D.B. Maximum 27°C D.B. 24°C D.B. / 18°C W.B. Heating Minimum 16°C D.B. –...

  • Page 5: Specifications

    2. SPECIFICATIONS 2-1. Unit Specifications Indoor Unit KPAV180R5VAA Outdoor Unit GRV180R7TAA Power Source 380 – 400 V – 3N ~ 50 Hz Voltage rating Control circuit 230 V ~ 50 Hz Cooling Heating 4.80 6.40 Capacity BTU/h 16,400 21800 Air circulation (High) Moisture removal (High) Liters/h —...
  • Page 6 Indoor Unit KPAV220R5VAA Outdoor Unit GRV220R7TAA Power Source 380 – 400 V – 3N ~ 50 Hz Voltage rating Control circuit 230 V ~ 50 Hz Cooling Heating 5.70 7.40 Capacity 19.500 25.200 BTU/h Air circulation (High) Moisture removal (High) Li/h —...
  • Page 7 Indoor Unit MCAV180R5VAA Outdoor Unit GRV180R7TAA Power Source..Voltage Rating 380-400V-3N-50Hz..400V Control Circuit 230 V - 50Hz Cooling Heating 4.80 6.40 Capacity BTU/h 16400 21800 Air circulation (High) Moisture removal (High) Liters/h — Available voltage range 342 to 418 Running amperes...
  • Page 8 Indoor Unit MCAV220R5VAA Outdoor Unit GRV220R7TAA Power Source ... Voltage Rating 380 – 400 V -3N - 50Hz..400V Control Circuit 230 V 50 Hz Cooling Heating 5.70 7.40 Capacity BTU/h 19.500 25.300 Air circulation (High) Moisture removal (High) Liters/h — Available voltage range 342 to 418 Running amperes...

  • Page 9: Major Component Specifications

    2-2. Major Component Specifications 2-2-1. Indoor Unit Indoor Unit KPAV180R5VAA Part No. POW – K186GHS – (C) Controls Microprocessor Control circuit fuse 250 V – 3 A Remote Control Unit RCS – 6HPS3E Type Centrifugal Number ... Dia. and length 2 ...
  • Page 10 Indoor Unit KPAV220R5VAA Part No. POW – K186GHS– (C) Controls Microprocessor Control circuit fuse 250 V – 3 A Remote Control Unit RCS – 6HPS3E Type Centrifugal Number ... Dia. and length 2 ... ø 130 / L 180 Fan motor model ... Number K48410 –...
  • Page 11 Indoor Unit MCAV180R5VAA Part No. POW – K181GJH Controls Microprocessor Control circuit fuse 250 V – 3.15 A Remote Control Unit RCS – 8HPS3E Type Cross-flow Q´ty ... Dia. and length 1 ... ø88 / L746 Fan motor model ... Q´ty UF2–...
  • Page 12 Indoor Unit MCAV220R5VAA Part No. POW – K241GJH Controls Microprocessor Control circuit fuse 250 V – 3.15 A Remote Control Unit RCS – 8HPS3E Type Cross-flow Q´ty ... Dia. and length 1 ... ø88 / L746 Fan motor model ... Q´ty UF2–...
  • Page 13 Outdoor Unit GRV180R7TAA 380 - 400 V - 3N ~ 50 Hz Power source 220 - 240 V ~ 50 Hz Control circuit POW-C186GH CONTROLLER PCB COMPRESSOR Rotary (Hermetic) Type C-2RN173H8A 80242088 Compressor model 380 - 400 V - 3N ~ 50 Hz Source 1700 Nominal output...
  • Page 14 Outdoor Unit GRV220R7TAA 380 - 400 V - 3N ~ 50 Hz Power source 220 - 240 V ~ 50 Hz Control circuit POW-C226GH CONTROLLER PCB COMPRESSOR Rotary (Hermetic) Type C-RN223H8A 80244088 Compressor model 380 - 400 V - 3N ~ 50 Hz Source 2200 Nominal output...

  • Page 15: Other Component Specifications

    2-3. Other Component Specifications Indoor Unit KPAV180R5VAA KPAV220R5VAA Thermistor (Room sensor TH2) KTEC-35-S6 Resistance kΩ 10°C 10.0 ± 4% 30°C 4.0 ± 4% 15°C 7.9 ± 4% 35°C 3.3 ± 4% 20°C 6.3 ± 4% 40°C 2.7 ± 4% 25°C 5.0 ±...
  • Page 16 Indoor Unit MCAV180R5VAA MCAV220R5VAA Transformer (TR) ATR-J105 Rating Primary AC 230V, 50Hz Secondary 19V, 0.526A Capacity 10VA Ω (at 21°C) Coil resistance Primary (WHT – WHT): 205 ± 10% Secondary (BRN – BRN): 2.0 ± 10% Thermal cut-off temp. 150°C...
  • Page 17 Outdoor Unit GRV180R7TAA Electro Magnetic Contactor (MG) HOE-10TB TH-5A Magnetic contactor Coil rating AC 220–240V, 50Hz / AC 240–260V, 60Hz Ω (at 25°C) Coil resistance 1,260 ± 10% Contact rating (Main) AC 440V, 8A Thermal relay (Overcurrent relay) Operating amperes Negative Phase Relay (47C) RDR-S400 Rating...
  • Page 18 Outdoor Unit GRV220R7TAA Electro Magnetic Contactor (MG) HOE-10TB TH-7A Magnetic Contactor Coil rating AC 220–240V, 50Hz / AC 240–260V, 60Hz Ω (at 25°C) Coil resistance 1,260 ± 10% Contact rating (Main) AC 440V, 8A Thermal relay (Overcurrent relay) Operating amperes Negative Phase Relay (47C) RDR-S400 Rating...

  • Page 19: Dimensional Data

    3. DIMENSIONAL DATA Indoor Unit KPAV180R5VAA KPAV220R5VAA Center of tubing hole Remote control unit ø75 (4 places) Wide tube ø12.7 (1/2") KPAV180 Wide tube ø15.88 (5/8") KPAV220 Narrow tube ø6.35 (1/4") Drain hose ø26 18.5 Dimensions : mm...
  • Page 20 Indoor Unit MCAV180R5VAA MCAV220R5VAA Remote control unit 18.5 147.5 147.5 Center of tubing hole (2 places) Drain hose ø18 Narrow tube ø6.35 (1/4") Wide tube ø12.7 (1/2") MCAV180 Wide tube ø15.88 (5/8") MCAV220 Unit : mm...
  • Page 21 Outdoor Unit GRV180R7TAA Air intake 4 – ø12 holes Air discharge Wide tube service valve ø12.7 (1/2") Narrow tube service valve ø6.35 (1/4") Unit : mm...
  • Page 22 Outdoor Unit : GRV220R7TAA Air intake Air discharge Wide tube service valve ø15.88 (5/8") 6 – ø3.1 holes Narrow tube service valve ø6.35 (1/4") Unit : mm...

  • Page 23: Refrigerant Flow Diagram

    4. REFRIGERANT FLOW DIAGRAM Indoor Unit MCAV180R5VAA -KPAV180R5VAA Outdoor Unit GRV180R7TAA...
  • Page 24 Indoor Unit MCAV220R5VAA - KPAV220R5VAA Outdoor Unit GRV220R7TAA...
  • Page 25 Insulation of Refrigerant Tubing IMPORTANT Because capillary tubing is used in the outdoor unit, both the wide and narrow tubes of this air conditioner become cold. To prevent heat loss and wet floors due to dripping of condensation, both tubes must be well insulated with a proper insulation material.

  • Page 26: Performance Data

    5. PERFORMANCE DATA 5.1 AIR THROW DISTANCE CHART Indoor Unit KPAV180R5VAA Floor mounted Cooling Room air temp. : 27°C Fan speed High Axis air verocity Flap angle 60° 45° Horizontal distance (m) Heating Room air temp. : 20°C Fan speed High Axis air verocity Flap angle...
  • Page 27 Indoor Unit KPAV180R5VAA Ceiling mounted Cooling Room air temp. : 27°C Fan speed High Horizontal distance (m) Axis air verocity Flap angle 30° 45° Heating Room air temp. : 20°C Fan speed High Horizontal distance (m) Axis air verocity Flap angle 60°...
  • Page 28 Indoor Unit KPAV220R5VAA Floor mounted Cooling Room air temp. : 27°C Fan speed High Axis air verocity Flap angle 60° 45° Horizontal distance (m) Heating Room air temp. : 20°C Fan speed High Axis air verocity Flap angle 0° –20° Horizontal distance (m)
  • Page 29 Indoor Unit KPAV220R5VAA Ceiling mounted Cooling Room air temp. : 27°C Fan speed High Horizontal distance (m) Axis air verocity Flap angle 30° 45° Heating Room air temp. : 20°C Fan speed High Horizontal distance (m) Axis air verocity Flap angle 60°...
  • Page 30 Indoor Unit MCAV180R5VAA Cooling Room air temp. : 27°C Fan speed High Horizontal distance (m) : Flap angle 0° , : Axis air velocity 0° : Flap angle 30°, : Axis air velocity 30° Heating Room air temp. : 20°C...
  • Page 31 Indoor Unit MCAV220R5VAA Cooling Room air temp. : 27°C Fan speed High Horizontal distance (m) : Flap angle 0° , : Axis air velocity 0° : Flap angle 30°, : Axis air velocity 30° Heating Room air temp. : 20°C Fan speed High Horizontal distance (m)

  • Page 32: Performance Charts

    5-2. Performance Charts Indoor Unit KPAV180R5VAA Outdoor Unit GRV180R7TAA Cooling characteristics Heating characteristics NOTE Overload prevention operates to protect the air conditioner when outdoor ambient temperature reaches extremely high in heating mode. (Refer to “5-5 Overload prevention”) ...Points of Rating condition Black dots in above charts indicate the following rating conditions.
  • Page 33 Indoor Unit KPAV220R5VAA Outdoor Unit GRV220R7TAA Cooling characteristics Heating characteristics NOTE Overload prevention operates to protect the air conditioner when outdoor ambient temperature reaches extremely high in heating mode. (Refer to “5-5 Overload prevention”) ...Points of Rating condition Black dots in above charts indicate the following rating conditions. Cooling: Indoor air temperature 27°C DB/ 19°C WB Heating: Indoor air temperature 20°C DB Outdoor air temperature 35°C DB/24°C WB...

  • Page 34: Cooling Capacity

    5-3. Cooling Capacity Indoor Unit MCAV180R5VAA Outdoor Unit GRV180R7TAA 400V -3N-50Hz RATING CAPACITY 4.8 kW AIR FLOW RATE 760 m³/h EVAPORATOR CONDENSER ENT.TEMP. °C OUTDOOR AMBIENT TEMP. °C W.B. D.B. 4.55 4.41 4.21 3.94 3.64 1.77 1.89 2.03 2.23 2.43 3.12...
  • Page 35 Indoor Unit MCAV220R5VAA Outdoor Unit GRV220R7TAA 230V Single Phase 50Hz RATING CAPACITY 6.10 kW AIR FLOW RATE 830 m EVAPORATOR CONDENSER ENT. TEMP. °C OUTDOOR AMBIENT TEMP. °C W.B. D.B. 5.61 5.34 5.02 4.62 2.16 2.31 2.56 2.90 3.66 3.51 3.33 3.12 4.04...
  • Page 36 Indoor Unit KPAV180R5VAA Outdoor Unit GRV180R7TAA 400V - 3N - 50Hz RATING CAPACITY 4.8 kW AIR FLOW RATE 800 m³/h EVAPORATOR CONDENSER ENT.TEMP. °C OUTDOOR AMBIENT TEMP. °C W.B. D.B. 4.55 4.41 4.21 3.94 3.64 1.77 1.89 2.03 2.23 2.43 3.12 3.06 2.95...
  • Page 37 Indoor Unit KPAV220R5VAA Outdoor Unit GRV220R7TAA 400V - 3N - 50Hz RATING CAPACITY 5,7 kW AIR FLOW RATE 900 m³/h EVAPORATOR CONDENSER ENT.TEMP. °C OUTDOOR AMBIENT TEMP. °C W.B. D.B. 5402,61 5241,52 4993,70 4683,91 4324,57 2263,72 2414,63 2599,09 2850,61 3102,13 3704,81 3630,65 3506,74...

  • Page 38: Heating Capacity

    5-4. Heating Capacity Indoor Unit MCAV180R5VAA - KPAV180R5VAA-MCAV220R5VAA-KPAV220R5VAA Outdoor Unit GRV180R7TAA - GRV220R7TAA –8 –5 Outdoor temperature (°C D.B.) NOTE … Point of Rating condition Black dot in the chart indicate the following rating condition. Indoor : 20°C D.B. Outdoor : 7°C D.B. / 6°C W.B.

  • Page 39: Electrical Data

    6. ELECTRICAL DATA 6-1. Electrical Characteristics Indoor Unit MCAV180R5VAA Outdoor Unit GRV180R7TAA COOLING Indoor Unit Outdoor Unit Complete Unit Fan Motor Fan Motor Compressor Performance at 230V 50Hz 400 V - 3N - 50Hz Rating Conditions Running Amps. 0.38 0.50 3.43...
  • Page 40 Indoor Unit MCAV220R5VAA Outdoor Unit GRV220R7TAA COOLING Indoor Unit Outdoor Unit Complete Unit Fan Motor Fan Motor Compressor Performance at 230V 50Hz 400V - 3N - 50Hz Rating Conditions Running Amps. 0.40 0.55 3.85 Power Input 0.078 0.120 2.552 2.750 Full Load Conditions Running Amps.
  • Page 41 Indoor Unit KPAV180R5VAA Outdoor Unit GRV180R7TAA Cooling Indoor Unit Outdoor Unit Complete Unit Fan Motor Fan Motor Compressor Performance at 230 V ~ 50Hz 400 V – 3N ~ 50Hz Running Amps. 0.33 0.40 3.27 Rating Conditions Power Input 0.071 0.082 1.997 2.15...
  • Page 42 Indoor Unit KPAV220R5VAA Outdoor Unit GRV220R7TAA Cooling Indoor Unit Outdoor Unit Complete Unit Fan Motor Fan Motor Compressor Performance at 230 V ~ 50Hz 400 V – 3N ~ 50Hz Running Amps. 0.40 0.54 3.86 Rating Conditions Power Input 0.083 0.116 2.551 2.75...

  • Page 43: Electric Wiring Diagrams

    6-2 Electric Wiring Diagrams To avoid electrical shock hazard, be sure to disconnect power before Indoor Unit MCAV180R5VAA WARNING checking, servicing and/or cleaning MCAV220R5VAA any electrical parts...
  • Page 44 Indoor unit KPAV180R5VAA To avoid electrical shock hazard, be sure to disconnect power before checking, servicing KPAV220R5VAA WARNING and/or cleaning any electrical parts.
  • Page 45 Outdoor unit GRV180R7TAA To avoid electrical shock hazard, be sure to WARNING disconnect power before checking, servicing and/or cleaning any electrical parts.
  • Page 46 Outdoor unit GRV220R7TAA...

  • Page 47: Function

    7. FUNCTION 7-1. Room Temperature Control Cooling Room temperature control is obtained by cycling the compressor ON and OFF under control of the room temperature sensor in the remote control unit. The room temperature (and other information) is transmitted every 3 minutes by the remote control unit to the controller in the indoor unit.
  • Page 48 Heating Room temperature control is obtained by cycling the compressor ON and OFF under control of the room temperature sensor in the remote control unit. The room temperature (and other information) is transmitted every 3 minutes by the remote control unit to the controller in the indoor unit.

  • Page 49: Dry Operation

    7-2. Dry Operation (Dehumidification) Dry operation uses the ability of the cooling cycle to remove moisture from the air, but by running at low level to dehumidify without greatly reducing the room temperature. The air conditioner repeats the cycle of turning ON and OFF automatically as shown in the chart below according to the room temperature.

  • Page 50: Automatic Switching Between Cooling And Heating

    7-3. Automatic Switching between Cooling and Heating When AUTO mode is selected, the microprocessor calculates the difference between the set temperature and the room temperature, and automatically switches to COOLING or HEATING mode to maintain the desired temperature. Room temp. ≥ Set temp. COOL Room temp.

  • Page 51: Overload Prevention

    7-5. Overload Prevention (Heating) This function prevents overheating of the indoor heat exchange coil. (KPAV180R5VAA - MCAV180R5VAA) (KPAV220R5VAA - MCAVR5VAA) When the temperature of the indoor heat exchange coil rises above 59°C, and if the indoor fan is L (low speed), then the fan speed changes from L (low speed) to M (medium speed).

  • Page 52: Cold Draft Prevention

    7-6. Cold draft Prevention (Heating) This function controls indoor fan speed so a strong draft of cold air will not blow out before the indoor heat exchange coil have sufficiently warmed up. STANDBY lamp on front of the indoor unit lights up when this function is working. when 10 minutes has elapsed, the fan speed is automatically switched to set speed regardless of indoor heat exchange coil temperature.

  • Page 53: Defrosting Operation

    7-7. Defrosting Operation (Heating) Defrosting Flowchart Compressor ON Release of overload prevention (Outdoor fan operates.) Overload prevention works. Does outdoor fan stop? Integrated operating time of Integrated operating time of Outdoor fan is either operated Indoor heat exchanger coil or stopped for more than 10 temperature drops 0.8°C per compressor is more than 3 compressor is more than 1.5...
  • Page 54 Defrosting Mode Timing Chart Start of defrosting 32 seconds 11 minutes 32 seconds Compressor Outdoor fan 2 seconds 2 seconds Solenoid coil (4–way valve) Indoor fan Set speed Set speed Standby lamp Indoor heat exch. coil temp. 36°C Release of cold draft prevention NOTE 1: Refer to 5-6 "Cold Draft Prevention".

  • Page 55: Outdoor Fan Speed Control

    7-8. Outdoor Fan Speed Control (Cooling and Dry Operation) To optimize performance of the air conditioner, the outdoor fan speed is switched automatically according to the outdoor temperature. If the outdoor air temperature falls below B°C, the fan speed switches to LOW. If the outdoor air temperature rises above A°C, the fan speed switches to HIGH.

  • Page 56: Refrigerant R407C:special Precaution When Servicing Unit

    8. REFRIGERANT R407C : SPECIAL PRECAUTIONS WHEN SERVICING UNIT 8-1. Characteristics of new refrigerant R407C 8-1-1. What is new refrigerant R407C R407C is a new refrigerant that contains three types of non-azeotropy-type mixed refrigerant which does not adversely affect the Earth's ozone layer. Its refrigeration capacity and energy efficiency are about the same level as the conventional refrigerant R22 8-1-2.

  • Page 57: Tools Specifically For R407C

    8-3. Tools specifically for R407C For servicing, use the following tools for R407C Tool Distinction Tool Name • Gauge manifold • Charging hose • Gas leak detector • Refrigerant cylinder • Charging cylinder Tools specifically for R407C • Refrigerant recovery unit •...

  • Page 58: In Case Of Compressor Malfunction

    8-5. In case of compressor malfunction Should the compressor malfunction, be sure to replace compressor as quickly as CAUTION possible. Use only the tools indicated exclusively for R407C. See "10-3. Tools specifically for R407C". 8-5-1.Procedure for replacing compressor (1) Recovering refrigerant •...
  • Page 59 (5) Recharging Valve • Be sure to charge the specified amount of refrigerant in liquid state using the service port of wide tube service valve. The proper amount is listed on the unit's nameplate. When the entire amount cannot be charged all at once, charge gradually while operating the unit in Cooling Operation.

  • Page 60: In Case Refrigerant Is Leaking

    8-6. In case refrigerant is leaking Never attempt to charge additional refrigerant when refrigerant has been leaking CAUTION from the unit. Follow the procedure described below to locate points of leaks and carry out repairs, then recharge the refrigerant. (1) Detecting Leaks •...
  • Page 61 (6) Recharging Valve • Be sure to charge the specified amount of refrigerant in liquid state using the service port of wide tube service valve. The proper amount is listed on the unit's nameplate. When the entire amount cannot be charged all at once, charge gradually while operating the unit in Cooling Operation.

  • Page 62: Charging Additional Refrigerant

    8-7. Charging additional refrigerant 8-7-1.When tubes are extended • Observe the proper amount of refrigerant as stated in this service manual or the installation manual that came with the indoor unit. Charge additional refrigerant in liquid state. Never charge additional refrigerant if refrigerant is leaking from the unit. Follow CAUTION instructions given in "10-6.

  • Page 63: Troubleshooting

    9. TROUBLESHOOTING 9-1. Check before and after troubleshooting WARNING Hazardous voltage can cause ELECTRIC SHOCK or DEATH. Disconnect power or turn off circuit breaker before you start checking or servicing. 9-1-1. Check inter-unit wiring. Check that inter-unit wiring is correctly connected to the indoor unit from the outdoor unit.
  • Page 64 9-1-4. Check power supply wiring. Check that power supply wires are correctly connected to terminals L1, L2 , L3 and N on the terminal plate in the outdoor unit. Inter-unit Outdoor Indoor power wiring unit unit Ground Power supply: Inter-unit 380 V –...

  • Page 65: Air Conditioner Does Not Operate

    9-2. Air conditioner does not operate. 9-2-1. Circuit breaker trips (or fuse blows). A. When the circuit breaker is set to ON, it is tripped soon. (Resetting is not possible.) There is a possibility of ground fault. Check insulation resistance. If resistance value is 2MΩ...
  • Page 66 B. Circuit breaker trips in several minutes after turning the air conditioner on. There is a possibility of short circuit. • Check capacity of circuit breaker. Replace with suitable one (larger capacity). Capacity of circuit breaker is suitable. In case of Heating operation : •...
  • Page 67 C. Check remote control unit. • Try to run with another remote control unit. First remote control unit is defective. • Check for residue buildup on Clean transmitter. transmitter of remote control unit. • Check for residue buildup on remote Clean receiver.
  • Page 68 9-2-3. Only outdoor unit does not run. A. Check setting temperature. COOL HEAT Is room temperature too low ? Is room temperature too high ? Try to lower setting temperature by Try to raise setting temperature by temperature setting button cooler. temperature setting button warmer.
  • Page 69 C. Check other component. • Check negative phase Rewire power supply wires. relay (47C) to see if it has operated. • Check magnetic contactor. • Check relay. (PR) (MG) • Check thermal relay (51C) to see if it has operated. •...

  • Page 70: Some Parts Of Air Conditioner Does Not Operate

    9-3. Some part of air conditioner does not operate. 9-3-1. Only indoor fan does not run. • Check fan casing Remove foreign foreign matter on Fan cannot matter or repair. inside. be turned. • Check fan rotation. Turn fan gently once or twice by hand.
  • Page 71 R.D. 28 Reyrieux BP 131 - 01601 Trévoux CEDEX France Tél. 04.74.00.92.92 - Fax 04.74.00.42.00 R.C.S. Bourg-en-Bresse B 759 200 728...

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