RAS RAC10CE9

NO 0227E PM SERVICE MANUAL RAS-10CE9/RAC-10CE9 RAS-5111C/RAC-5111C REFER TO THE FOUNDATION MANUAL TECHNICAL INFORMATION CONTENTS FOR SERVICE PERSONNEL ONLY SPECIFICATIONS HOW TO USE -6 CONSTRUCTION AND DIMENSIONAL DIAGRAM 30 MAIN PARTS COMPONENT - 31 WIRING DIAGRAM - 35 RAS-10CE9 RAS-5111C DESCRIPTION OF MAIN CIRCUIT OPERATION 36 REFRIGERATING CYCLE DIAGRAM 43 SERVICE CALL Q & A - 44 PARTS LIST AND DIAGRAM - 49 RAC-10CE9 RAC-5111C SPECIFICATIONS WALL TYPE TYPE MODEL INDOOR UNIT OUTDOOR UNIT RAS-10CE9, RAS-5111C RAC-10CE9, RAC-5111C POWER SOURCE TOTAL INPUT TOTAL AMPERES COOLING CAPACITY Ø, 220 – 240 V, 50 Hz (W) 870 – 875 (A) 4.00 – 3.70 (kW) 2.93 – 2.95 10,000 – 10,080 (B.T.U./h) W 860 700 DIMENSIONS (mm) H 285 570 D 188 210 (kg) 26 NET WEIGHT SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT ROOM AIR CONDITIONER INDOOR UNIT + OUTDOOR UNIT DECEMBER 2004 SAFETY DURING REPAIR WORK In order to disassemble and repair the unit in question, be sure to disconnect the power cord plug from the power outlet before starting the work t nec n o c t dis lug s u p t, I m r cord utlet s r i o e F pow wer the the po from If it is necessary to replace any parts, they should be replaced with respective genuine parts for the unit, and the replacement must be effected in correct manner according to the instructions in the Service Manual of the unit If the contacts of electrical parts are defective, replace the electrical parts without trying to repair them After completion of repairs, the initial state should be restored Lead wires should be connected and laid as in the initial state Modification of the unit by user himself should absolutely be prohibited Tools and measuring instruments for use in repairs or inspection should be accurately calibrated in advance In installing the unit having been repaired, be careful to prevent the occurence of any accident such as electrical shock, leak of current, or bodily injury due to the drop of any part To check the insulation of the unit, measure the insulation resistance between the power cord plug and grounding terminal of the unit The insulation resistance should be 1MΩ or more as measured by a 500V DC megger The initial location of installation such as window, floor or the other should be checked for being and safe enough to support the repaired unit again If it is found not so strong and safe, the unit should be installed at the initial location reinforced or at a new location 10 Any inflammable thing should never be placed about the location of installation DANGER 11 Check the grounding to see whether it is proper or not, and if it is found improper, connect the grounding terminal to the earth – i – WORKING STANDARDS FOR PREVENTING BREAKAGE OF SEMICONDUCTORS Scope The Standards provide for items to be generally observed in carrying and handling semiconductors in relative manufactures during maintenance and handling thereof (They apply the same to handling of abnormal goods such as rejected goods being returned.) Object parts (1) Integrated circuits (I.C.) (2) Field effective transistor (F.E.T.) (3) P.C boards or the like to which the parts mentioned in (1) and (2) of this paragraph are equipped Items to be observed in handling (1) Use a conductive container for carrying and storing of parts (Even rejected goods should be handled in the same way.) A conductive polyvinyl bag IC Conductive sponge IC Fig Conductive container (2) When any part is handled uncovered (in counting, packing and the like), the handling person must always use himself as a body earth (Make yourself a body earth by passing 1MΩ earth resistance through a ring or bracelet.) (3) Be careful not to touch the parts with your clothing when you hold a part even if a body earth is being taken (4) Be sure to place a part on a metal plate with grounding (5) Be careful not to fail to turn off power when you repair the printed circuit board At the same time, try to repair the printed circuit board on a grounded metal plate Body earth (Elimik conductive band) Clip for connection with a grounding wire 1MΩ Fig Body earth – – (6) Use a three wire type soldering iron including a grounding wire Metal plate (of Al stainless steel, etc.) Working table Resistor 1MΩ (1/2W) Staple Earth wire Bare copper wire (for body earth) Fig Grounding of the working table Soldering iron ➤ Screw stop at the screwed part using a rag plate Fig Grounding wire Grounding a solder iron Use a high insulation mode (100V, 10MΩ or higher) when ordinary iron is to be used (7) In checking circuits for maintenance, inspection, or some others, be careful not to have the test probes of the measuring instrument shortcircuit a load circuit or the like – – ! CAUTION In quiet operation or stopping the operation, slight flowing noise of refrigerant in the refrigerating cycle is heard occasionally, but this noise is not abnormal for the operation When it thunders near by, it is recommend to stop the operation and to disconnect the power cord plug from the power outlet for safety If the room air conditioner is stopped by setting the temperature or mis-operation, and then re-started in a moment, cooling operation does not start for minutes, it is not abnormal and this is the result of the operation of IC delay circuit This IC delay circuit ensures that there is no danger of blowing fuse or damaging parts even if operation is restarted accidentally This room air conditioner should not be used at the cooling operation when the outside temperature is below 20°C When the operation button is set to “COOL” from another position, IC delay circuit functions and stops the compressor for the first minutes, which is not an abnormal phenomenon –3– SPECIFICATIONS RAS-10CE9 RAS-5111C RAC-10CE9 RAC-5111C 20 W 20 W FAN MOTOR CAPACITOR NO YES FAN MOTOR PROTECTOR NO YES (INTERNAL) COMPRESSOR NO 2PS164D5BD02 COMPRESSOR MOTOR CAPACITOR NO 30 µF,450V OVERLOAD PROTECTOR NO YES OVERHEAT PROTECTOR NO NO 3.15A NO POWER RELAY, STICK RELAY G4A NO POWER SWITCH YES NO TEMPORARY SWITCH YES NO SERVICE SWITCH YES NO TRANSFORMER YES NO 450NR NO NOISE SUPPRESSOR NO NO REMOTE CONTROL SWITCH (LIQUID CRYSTAL) YES NO YES (IC) NO MODEL FAN MOTOR FUSE VARISTOR THERMOSTAT 10A TIME DELAY FUSE FUSE CAPACITY UNIT REFRIGERANT CHARGING VOLUME (Refrigerant 22) ❈ 650g WITHOUT REFRIGERANT BECAUSE COUPLING IS FLARE TYPE P - 105 VK1 (5m), P - 108 VK1 (8m) PIPES (MAX 15M) ❈ 650g for piping set of 5~8m Add 10g/m when the pipe length is more than 7m up to 10m –4– The Length of Indoor Unit Power Cord about 0.9m about 1.6m Figure showing the Installation of Indoor and Outdoor Unit ! • The installation height of indoor unit must be 2.3m or more CAUTION in a non public area Do not alter the power cord Cut away shaded portion, and finish the edge of the 20 opening so that there is no burr Direction of Piping Horizontally perpendicular to the unit Be sure to completely seal any gap with putty Connection There are directions allowed, namely, horizontally perpendicular to the unit, vertically down from right, horizontally out from right and horizontally out to left Don't form the piping downward at the left of the unit 2,300mm or more Dimension of Mounting Stand of the outdoor unit (unit : mm) 225 12 35 mounting stand 500 35 100 ● ● The difference in height between the indoor and outdoor unit should be kept below 5m The connecting pipe, no matter big or small, should all be insulated with insulation pipe and then wrapped with plastic tape (The insulator will deteriorate if it is not wrapped with tape) The connection of insulated drain hose garis pusat dalaman ø 16mm Please use insulated drain hose for the indoor piping (commercial product) –5– SAFETY PRECAUTION ● ● ● Please read the “Safety Precaution” carefully before operating the unit to ensure correct usage of the unit Pay special attention to signs of “ ! Warning” and “ ! Caution” The “Warning” section contains matters which, if not observed strictly, may cause death or serious injury The “Caution” section contains matters which may result in serious consequences if not observed properly Please observe all instructions strictly to ensure safety The sign indicate the following meanings The sign in the figure indicates prohibition Make sure to connect earth line Indicates the instructions that must be followed ● Please keep this manual after reading PRECAUTIONS DURING INSTALLATION ! ● Do not reconstruct the unit Water leakage, fault, short circuit or fire may occur if you reconstruct the unit by yourself ● Please ask your sales agent or qualified technician for the installation of your unit Water leakage, short circuit or fire may occur if you install the unit by yourself ● Please use earth line Do not place the earth line near water or gas pipes, lightning-conductor, or the earth line of telephone Improper installation of earth line may cause electric shock ● A circuit breaker should be installed depending on the mounting site of the unit Without a circuit breaker, the danger of electric shock exists ● Do not install near location where there is flammable gas The outdoor unit may catch fire if flammable gas leaks around it ● Please ensure smooth flow of water when installing the drain hose WARNING ! CAUTION PRECAUTIONS DURING SHIFTING OR MAINTENANCE ! W A R N I N G ● Should abnormal situation arises (like burning smell), please stop operating the unit and turn off the circuit breaker Contact your agent Fault, short circuit or fire may occur if you continue to operate the unit under abnormal situation ● Please contact your agent for maintenance Improper self maintenance may cause electric shock and fire ● Please contact your agent if you need to remove and reinstall the unit Electric shock or fire may occur if you remove and reinstall the unit yourself improperly PRECAUTIONS DURING OPERATION ● ! W A R N I N G Avoid an extended period of direct air flow for your health ● ● Do not put objects like thin rods into the panel of blower and suction side because the high-speed fan inside may cause danger Do not use any conductor as fuse wire, this could cause fatal accident ● During thunder storm, disconnect and turn off the circuit breaker This unit has UV LED which emits ultra violet light AVOID DIRECT EYE EXPOSURE ● – – ! PRECAUTIONS DURING OPERATION ● The product shall be operated under the manufacturer specification and not for any other intended use ● ● When operating the unit with burning equipments, regularly ventilate the room to avoid oxygen insufficiency ● ● ● C A U T I O N Please switch off the unit and turn off the circuit breaker during cleaning, the high-speed fan inside the unit may cause danger Turn off the circuit breaker if the unit is not to be operated for a long period ● ● Do not splash or direct water to the body of the unit when cleaning it as this may cause short circuit Do not use any aerosol or hair sprays near the indoor unit This chemical can adhere on heat exchanger fin and blocked the evaporation water flow to drain pan The water will drop on tangential fan and cause water splashing out from indoor unit ● ● Do not direct the cool air coming out from the air-conditioner panel to face household heating apparatus as this may affect the working of apparatus such as the electric kettle, oven etc Please ensure that outdoor mounting frame is always stable, firm and without defect If not, the outdoor unit may collapse and cause danger ● ! Do not attempt to operate the unit with wet hands, this could cause fatal accident Do not climb on the outdoor unit or put objects on it Do not put water container (like vase) on the indoor unit to avoid water dripping into the unit Dripping water will damage the insulator inside the unit and causes short-circuit ● Do not place plants directly under the air flow as it is bad for the plants When operating the unit with the door and windows opened, (the room humidity is always above 80%) and with the air deflector facing down or moving automatically for a long period of time, water will condense on the air deflector and drips down occasionally This will wet your furniture Therefore, not operate under such condition for a long time ● If the amount of heat in the room is above the cooling or heating capability of the unit (for example: more people entering the room, using heating equipments and etc.), the preset room temperature cannot be achieved ● – – NAMES AND FUNCTIONS OF EACH PART INDOOR UNIT AIR FILTER To prevent dust from coming into the indoor unit (Refer page 25) FRONT PANEL (AIR INLET) INDOOR UNIT INDICATORS Light indicator showing the operating condition (Refer page 9) HORIZONTAL DEFLECTOR DEFLECTOR (AIR OUTLET) (Refer page 17) ● VERTICAL REMOTE CONTROL Send out operation signal to the indoor unit So as to operate the whole unit (Refer page 10) OUTDOOR UNIT DRAIN PIPE Condensed water drain to outside CONNECTING CORD AIR INLET (BACK, LEFT SIDE) AIR OUTLET MODEL NAME AND DIMENSIONS MODEL WIDTH (mm) HEIGHT (mm) DEPTH (mm) RAS-10CE9 / 5111C 860 285 188 RAC-10CE9 / 5111C 700 570 210 – – Auto Sweep Motor Circuit 12V CN12 Micro computer 60 59 58 57 11 12 13 14 Auto sweep motor for horizontal air deflectors Rotor IC501 0V Fig 5-1 Auto Sweep Motor Circuit (Horizontal air deflectors) ● Fig 5-1 shows the Auto sweep motor drive circuit; the signals shown in Fig 5-2 are output from pins – of the micro computer J : Micro computer pins Horizontal air deflectors: 10ms Step width Horizontal air deflectors 60 59 58 57 Fig 5-2 Micro computer Output Signals ● As the micro computer’s outputs change as shown in Fig 5-2, the core of the auto sweep motor is excited to turn the rotor Table 5-1 shows the rotation angle of horizontal air deflectors Table 5-1 Auto sweep Motor Rotation Horizontal air deflectors Rotation angle per step (° ) Time per step (ms) 0.0879 10 – 39 – Room Temperature Thermistor Circuit ● Fig 6-1 shows the room temperature thermistor circuit ● The voltage at A depends on the room temperature as shown in Fig 6-2 5V Micro computer R309 Voltage at A (V) Room temperature thermistor 12 Room temp input C302 R310 A 0V 0V Fig 6-1 0 10 20 30 40 Room temperature (˚C) Fig 6-2 Heat exchanger temperature thermistor circuit 5V Heat exchanger temperature thermistor Micro computer R307 R308 13 Heat exchanger C301 temperature input 0V R304 A 0V Q301 0V Fig 7-1 The circuit detects the indoor heat exchanger temperature and controls the following (1) Low-temperature defrosting during cooling and dehumidifying operation The voltage at A depends on the heat exchanger temperature as shown in Fig 7-2 Voltage at A (V) ● -10 10 20 Heat exchanger temperature (˚C) Fig 7-2 – 40 – 30 40 Temporary Switch 12V TEMPORARY SWITCH SW701 R709 ZD701 C701 0V R710 0V R603 37 X1 MICRO COMPUTER 0V Fig 8-1 ● The temporary switch is used to operate the air conditoner temporarily when the wireless remote control is lost or faulty ● The air conditioner operates in the previous mode at the previously set temperature However, when the power switch is set to OFF, it starts automatic operation DC Fan Motor Drive Circuit Fig 9-1 shows the indoor DC fan motor drive circuit Q902 D901 R912 J R915 R914 R913 Micro computer Q901 R911 ICP2 35V ● L901 5V D901 0V C901 R919 R920 0V C942 R917 Fan PMW output Q903 R916 CN10 0V I RED YEL M BLU Indoor DC Fan motor 0V Output divider 17 0V R906 5V R931 R932 Fan current 18 detection R930 C932 0V D904 0V CN3 PIN NO Fig 9-1 ● The circuit produces the fan motor drive voltages, 8-33V, from 35V DC supplied from the outdoor unit and controls the fan motor speed ● Q901 is switched on and off according to the signal at fan PWM output pin is smoothed by D901, L901 and C901 to drive the fan motor ● The output voltage is divided by R919 and R920 and is input to divided voltage output pin ; the micro computer controls the fan PWM output so the output voltage is set to the specified value The chopper frequency of the fan PWM output is 15.7kHz ● In the Fan current detection circuit, 35V line current is detected by R906 and input to fan current detection pin Microcomputer detects overcurrent comparing it with the current judgment value corresponding to the fan rotation speed * – 41 – to control the voltage which & PWM output Voltage at I Voltage at J Output voltage Fig 9-2 – 42 – REFRIGERATING CYCLE DIAGRAM MODEL RAS-10CE9, RAS-5111C RAC-10CE9, RAC-5111C COOLING, DEHUMIDIFYING OUTDOOR UNIT INDOOR UNIT – 43 – SERVICE CALL Q & A Cooling operation Q1 While cooling, the compressor sometimes stops abruptly A1 Check whether frost sticks on the heat exchanger of indoor unit or not Wait for 3-4 minutes until the frost melts Dehumidifying operation Q2 Q3 Q4 Q5 The fan speed does not change during a dehumidifying operation Cold air comes out during a dehumidifying operation The operation does not stop even by raising the room temperature setting of remote control at a dehumidifying operation In the dehumidifying mode, the temperature set by remote controller is set slightly higher than the room temperature but the operation starts A2 A3 A4 A5 The fan speed is always LO at a dehumidifying operation To improve the dehumidification efficiency, LO fan speed operation is performed Therefore the air is cold This is not a trouble At a dehumidifying operation, the actual room temperature is compared with the room temperature setting when starting the operation and the operation is as follows 1) When actual room temperature > room temperature setting The operation is according to the room temperature setting on the remote controller 2) * When actual room temperature < room temperature setting Regardless of the room temperature setting, the temperature is automatically set slightly lower than the room temperature In this case, the status is as 2) and, therefore, the operation by the room temperature control is impossible Turn off the On / OFF switch, set the room temperature to a new value and turn on the operation by the On / Off button This is the status in 2) of (A4) The temperature is set a little lower than the room temperature to carry out a dehumidifying operation as far as possible – 44 – If cooling is performed when the room temperature is low, frost may stick on the heat exchanger of indoor unit Automatic operation Q6 How is the automatic operation mode determined? A6 According to the room temperature, cooling or dehumidifying operation is automatically selected Cooling: When room temperature is approx 27°C or higher Dehumidify: When room temperature is between approx 16°C and 27°C Q8 At an automatic operation, changing the fan speed change switch does not vary the fan speed The room temperature cannot be controlled at an automatic operation A7 The fan speed is automatically determined A8 It is automatically set as follows At cooling: Set at 27°C At dehumidifying: Set slightly lower than room temperature The room temperature setting can be raised 3°C by “ ” or lowered 3°C by “ V ” V Q7 When changing the room temperature setting in an automatic operation, the next automatic operation mode is determined by new room temperature setting If, for example, the room temperature setting is 2°C lowered for example, the operation mode is as follows Cooling : When room temperature is approx 25°C or higher Dehumidifying : When room temperature is between approx 14°C and 25°C – 45 – Common, etc Q9 There is a difference between the room temperature setting and actual room temperature What will happen if the time Q10 setting is changed while in a A9 A10 timer operation? There may be a difference between the room temperature setting and actual room temperature on account of the room structure, air flow, etc If there is a difference from the room temperature, adjust the set temperature to keep living space at a comfortable temperature A timer operation is performed until the time after changing the time setting Wireless remote controller 1) When the “Automatic” operation mode is selected, “Automatic” does not change by pressing the fan speed select button A11 1) When the operation mode is “Automatic”, the fan speed is automatically fixed to “Automatic” 2) At an “Automatic” operation, the room temperature setting is not displayed The room temperature is automatically set as follows 2) The room temperature setting is not displayed At cooling Set at 27°C At dehumidifying Set to a temperature slightly lower than the room temperature 3) 3) Pressing the room temperature control button develops transmit mark “ ” and sounds a receive sound but does not display the room temperature setting At an “Automatic” operation, the room temperature setting is not displayed However, every pressing “ ” or “ V ” button changes 1°C within the range of: 27±3°C when cooling V Q11 – 46 – The room temperature sensing thermistor in the indoor unit detects the room temperature and, according to the particular temperature, automatically performs “Cooling” or “Dehumidifying” operation The value indicated not at an “Automatic” but manual operation is not the actual room temperature but the room temperature setting Wireless remote controller Q12 When the room temperature setting is “16”, pressing the room temperature control button “ V ” causes no transmission At “32”, pressing “ ” causes no transmission either A12 The room temperature is settable within the range of 16 - 32 and not beyond V Q13 Q14 The timer cannot be set A13 The current time disappears soon In spite of timer “Preprogram”, time setting is extinguished Q15 the After selecting a Q16 “Dehumidifying” operation mode, the fan speed mode remains “LO” fan speed” A14 A15 A16 Is the current time set? The timer cannot be set unless the clock is adjusted correctly The current time disappears soon and the timer setting indication takes a precedence Isn’t the time over the preprogrammed time? As soon as the preprogrammed time is reached, the time setting disappears At a “Dehumidifying” operation, the “LO” fan speed” is forcibly selected – 47 – When setting the current time, its indication blinks for approximately minutes Timer-Lamp, break-down checking in blinking sign Check the break-down factor from the frequency of timer-lamp blinking No Mode of Timer-Lamp blinking sec – – – – – – times sec sec sec sec ( – – 10 times – – 13 times – – 14 times – – 15 times Indication Factor Estimated Break-Down Part Running force-cool operation by service switch Service switch at indoor P.W.B has been activated (1) Service switch at Indoor has been set to “COOL” Position (2) Control P.W.B damaged DC Fan motor — over flow of electricity Indoor - DC Fan motor has over flow of electricity (1) Indoor - Fan is locked (2) Indoor - Fan motor damage (3) Indoor - control circuit board IC 401 Data read wrongly In case that data read from IC401 is wrong (1) IC401 is not in order (2) Control P.W.B damage Indoor Heat-exchanger thermistor Abnormal temperature input from Indoor Heat-exchanger thermistor (1) Heat-exchanger thermistor damaged (2) Thermistor connector (CN1) has disconnected (3) Control P.W.B damage Indoor Room-thermistor abnormal Abnormal temperature input from Indoor room-thermistor (1) Indoor room thermistor damaged (2) Thermistor connector (CN1) has disconnected (3) Control P.W.B damage – – 0.5 second on, 0.5 second off.) * For unit with cooling & heating function Note (1) No indication for self-checking in case the inter-face circuit is already out of order from the time machine power inputting (2) Recheck whether opposite connection or disconnection of F-cable, when there is no reaction in the indoor unit (3) It is able to be operated by remote control unit, for re-confirming the operation under timer-lamp blinking – 48 – PARTS LIST AND DIAGRAM MODEL RAS-10CE9, RAS-5111C 10 26 19 12 20 11 23 25 22 27 28 29 24 13 15 14 17 16 21 18 – 49 – MODEL NO RAS-10CE9, RAS-5111C PART N0 RAS-10CE9, RAS-5111C Q’TY/ UNIT PARTS NAME PMRAS-10C8M 001 CABINET PMRAS-40CNH2 023 MOUNTING PLATE PMRAS-51CHA1 002 FAN MOTOR PMRAS-10CE9 007 TANGENTIAL FAN PMRAS-25CNH2 005 P-BEARING ASSEMBLY PMRAS-10C7M 002 FAN MOTOR BASE PMRAS-10CE9 005 CYCLE ASSY PMRAS-51CHA1 020 FAN COVER PMRAS-18CP5 003 PIPE SUPPORT 10 PMRAS-10CE9 006 DRAIN PAN ASSY 11 PMRAS-51CHA1 008 AUTO SWEEP MOTOR 12 PMRAS-18CH1 001 P.W.B (LED) 13 PMRAS-10CE9 003 FRONT COVER ASSY 14 PMRAS-10CE9 002 FRONT PANEL 15 PMRAS-10C7M 008 CAP 16 PMRAS-40CNH2 019 FILTER 17 PMRAS-10C3M 001 REMOTE CONTROL ASSY 18 PMRAS-10C3M 003 REMOTE CONTROL SUPPORT 19 PMRAS-10C8M 003 THERMISTOR SUPPORT 20 PMRAS-10C7M 009 THEMISTOR 21 PMRAS-10C6M 003 POWER SWITCH 22 PMRAS-10CE9 001 P.W.B (MAIN) 23 PMRAS-51CHA1 013 P.W.B (POWER SUPPLY) 24 PMRAS-10C8G 001 TERMINAL BOARD 25 PMRAS-10C8M 004 UV-LED UNIT 26 PMRAS-10C9 003 FAN MOTOR RUBBER 27 PMRAS-10CE9 008 POWER RELAY 28 PMRAS-10CE9 009 VARISITOR 29 PMRAS-10CE9 010 NOISE FILTER – 50 – MODEL RAC-10CE9, RAC-5111C 16 17 18 13 19 21 10 20 12 11 15 14 – 51 – MODEL NO RAC-10CE9, RAC-5111C PART N0 RAC-10CE9, RAC-5111C Q’TY/ UNIT PARTS NAME PMRAC-05CV 901 FAN MOTOR SUPPORT PMRAC-10C8 908 FAN MOTOR PMRAC-25CNH2 902 PROPELLER FAN PMRAC-10C7 907 CABINET PMRAC-10CV6 905 ELECTRICAL COVER ASSY PMRAC-05CV 906 SIDE PLATE R PMRAC-05CV 907 SIDE PLATE L PMRAC-05CV 908 HANDLE PMRAC-09CHA1 903 D-GRILL 10 PMRAC-10C8 901 COMPRESSOR 11 PMRA-139FF 904 COMPRESSOR RUBBER 12 PMRA-08GF 905 COMPRESSOR NUT 13 PMRAC-10C9 901 CONDENSOR 14 PMRAC-10C7 905 VALVE 2S 15 PMRAC-10C8 903 VALVE 3S 16 PMRAC-10C8PMRA-10HF 904 COMPRESSOR CAPACITOR 17 PMRAC-26CHA1 903 FAN MOTOR CAPACITOR 18 PMRAC-63CA1 902 TERMINAL BOARD (2P) 19 PMRAC-10C8 909 OLP COVER 20 PMRAC-10C8 907 STRAINER 21 PMRAC-10C8 906 OVERLOAD PROTECTOR – 52 – HITACHI RAS-10CE9/RAC-10CE9 RAS-5111C/RAC-5111C PM NO 0227E Printed in Malaysia ... the compressor for the first minutes, which is not an abnormal phenomenon –3– SPECIFICATIONS RAS- 10CE9 RAS- 5111C RAC-10CE9 RAC-5111C 20 W 20 W FAN MOTOR CAPACITOR NO YES FAN MOTOR PROTECTOR NO YES... (BACK, LEFT SIDE) AIR OUTLET MODEL NAME AND DIMENSIONS MODEL WIDTH (mm) HEIGHT (mm) DEPTH (mm) RAS- 10CE9 / 5111C 860 285 188 RAC-10CE9 / 5111C 700 570 210 – – INDOOR UNIT INDICATORS OPERATION