Floor Standing

Transcript

Floor Standing T E CHN I CA L MANUAL TM-FVN-0515-A Table of Contents 1. Model Name........................................................................................................... 1 2. Features................................................................................................................. 2 3. Specifications......................................................................................................... 3 4. Sound Data............................................................................................................. 4 5. Application Information........................................................................................... 6 Operating Range......................................................................................... 6 Refrigerant Circuit Diagrams....................................................................... 7 Controllers.................................................................................................... 8 6. Installations........................................................................................................... 13 7. Wiring Diagrams................................................................................................... 30 8. Servicing & Maintenance..................................................................................... 33 9. Troubleshooting................................................................................................... 35 10. Dimensional Data................................................................................................. 37 11. Exploded View & Part List.................................................................................... 39 Note : Installation and maintenance are to be performed only by qualified personnel who are familiar with local codes and regulations, and experienced with this type of equipment. Caution : Sharp edges and coil surfaces are a potential injury hazard. Avoid contact with them. Warning : Moving machinery and electrical power hazard. May cause severe personnel injury or death. Disconnect and lock off power before servicing equipment. 1. Model Name Indoor FV N 30 A V1 L Controller L : Wireless Controller Power Supply V1 : Single Phase, 220-240V, 50Hz Series A : A Series Capacity Index 30 : Based On Btu/hr Refrigerant N : R410A Type Of Air-Conditioner FV : Floor Standing Outdoor R N 28 C V1 Power Supply V1 : Single Phase, 220-240V, 50Hz Y1 : Three Phase, 380-415V, 50Hz Series C : C Series D : D Series Capacity Index 28 : Based On Btu/hr TM-FVN-0515-A Refrigerant 1 N : R410A Type Of Air-Conditioner R : Single Split Condensing Unit 2. Features Modern And Stylish Design Daikin R410A floor standing unit is designed with stylish profile and classy control panel which is easily to blend in any interior environment. Setting Control Method Daikin floor standing unit can be controlled by using two methods: a. setting by pressing the control panel on the unit b. setting by using the wireless controller (standard) Aesthetic Black Control Panel The control panel is come with large button for ease of use. It provides a white LED light for clear display when switched on. Ion Plasma Generator Ion plasma generator remove airborne contaminates from the air we breathe, and thus create a refreshing environment. Removable Washable Saranet Filter Removal of airborne dust particles through saranet filter ensures cleaner air supply. Turbo Mode This function is available in COOL and DRY modes. Upon activation, the unit wil run to full power with the indoor fan running at high speed for 20minutes. This will provide a fast cooling during operation. Auto Random Restart In the event of sudden power failure during operation, unit can be automatically restarted from last setting condition. This eliminates the need to restart manually after each power failure. TM-FVN-0515-A 2 3. Specifications Specifications INDOOR UNIT FVN30AV1L FVN40AV1L FVN50AV1L FVN60AV1L RN28CV1 RN40DY1 RN50DY1 RN61DY1 Btu/hr 28,000 40,000 45,000 55,000 W 8,206 11,723 13,189 16,120 NOMINAL TOTAL INPUT POWER W 2,840 4,050 4,680 5,490 NOMINAL RUNNING CURRENT, 1ø [3ø] A 13.0 [7.07] [8.23] [9.35] Btu/hr / W 9.86 9.88 9.62 10.02 MODEL OUTDOOR UNIT NOMINAL CAPACITY EER REFRIGERANT CONTROL OUTDOOR CAP.TUBE REFRIGERANT TYPE R410A V/Ph/Hz POWER SOURCE 220-240/1/50 380-415/3/50 VERTICAL CONTROL AUTOMATIC AIR LOUVER DISCHARGE HORIZONTAL MANUAL OPERATION CONTROL PANEL OR WIRELESS REMOTE CONTROL AIR FLOW HIGH l/s / CFM 319/ 675 489/ 1035 489/1035 552/1170 MEDIUM l/s / CFM 295/ 625 446/ 945 441/935 512/1085 LOW l/s / CFM 250/ 530 399/ 845 394/835 465/985 dBA 44/42/39 49/47/44 50/48/46 54/53/51 SOUND PRESSURE LEVEL UNIT DIMENSION PACKING DIMENSION HEIGHT mm / in 1850/ 72.8 WIDTH mm / in 600/ 23.6 600/23.6 DEPTH mm / in 270/ 10.6 350/ 13.8 HEIGHT mm / in 1998/ 78.7 1998/ 78.7 WIDTH mm / in 744/ 29.3 744/ 30.5 DEPTH mm / in 418/ 16.5 kg / Ib 42/ 92.6 UNIT WEIGHT 1850/ 72.8 498/ 19.6 45/ 99.2 mm / in CONDENSATE DRAIN SIZE SIROCCO INDOOR UNIT QUANTITY 1 MATERIAL ASG20 DRIVE DIRECT DIAMETER mm/ in LENGTH mm/ in 180 / 7.09 QUANTITY 1 INDEX OF PROTECTION (IP) 23 INSULATION GRADE F V/Ph/Hz POWER SOURCE 220-240/1/50 RATED INPUT POWER W 154 237 239 289 RATED RUNNING CURRENT A 0.67 1.04 1.04 1.26 MOTOR CAPACITY W 44 100 100 150 8 10 10 10 MATERIAL TUBE DIAMETER COPPER mm / in 7.00/ 0.28 MATERIAL COIL FACE AREA FIN TM-FVN-0515-A 130 / 5.12 1 PHASE FIXED SPEED POLES 3 379 / 14.92 TYPE FAN MOTOR 51/112.4 19.05/ 0.75 TYPE FAN 48/105.8 ALUMINIUM m² / ft² ROW FILTER RAIL CASING MATERIAL 3 20 TYPE QUANTITY 0.44 2 FIN PER INCH AIR QUALITY 0.40 SARANET pc 1 GALVANIZED MILD STEEL Specifications INDOOR UNIT OUTDOOR UNIT l/s / CFM AIR FLOW PACKING DIMENSION FVN40AV1L FVN50AV1L FVN60AV1L RN28CV1 RN40DY1 RN50DY1 RN61DY1 684 / 1450 dBA SOUND PRESSURE LEVEL UNIT DIMENSION FVN30AV1L 1604 / 3400 HEIGHT mm / in 753 / 29.6 852 / 33.5 WIDTH mm / in 855 / 33.7 1030 / 40.6 DEPTH mm / in 328 / 12.9 400 / 15.7 HEIGHT mm / in 793 / 31.2 1010 / 39.8 WIDTH mm / in 990 / 39 1180 / 46.46 DEPTH mm / in 415 / 16.3 kg /Ib 57 / 125.7 UNIT WEIGHT SIZE 98 / 216 mm/in GAS mm/in 9.52 / 3/8 PROPELLER QUANTITY 1 MATERIAL ASG20 DIRECT mm/in DIAMETER 455 / 17.91 600 / 23.62 TYPE INDUCTION QUANTITY 1 OUTDOOR UNIT INDEX OF PROTECTION (IP) 23 54 20 INSULATION GRADE 54 F V/Ph/Hz POWER SOURCE 220-240/1/50 RATED INPUT POWER W 124 257 276 496 RATED RUNNING CURRENT A 0.54 1.10 1.34 2.18 MOTOR CAPACITY W 75 145 145 400 RPM 877 625 680 890 MOTOR SPEED POLES TUBE 6 DIAMETER FIN FACE AREA COPPER mm / in 7/ 0.276 ALUMINIUM m²/ ft² 0.62 / 6.67 ROW 3 FIN PER INCH 18 ROTARY SCROLL RB68A or FREOL MOBILEAL Copeland Ultra ALPHA68M ARCTIC 22CC 32-3MAF ARCTIC 22 CC cm³/ fl.oz 1242 / 42 1951 / 65.97 1656 / 56 1591/53.8 V/Ph/Hz 220-240 / 1 / 50 OIL TYPE COMPRESSOR INSULATION GRADE POWER SOURCE 0.84/9.04 0.87/ 9.36 2 TYPE OIL AMOUNT 6 8 MATERIAL MATERIAL COIL CASING 19.05 / 3/4 15.88 / 5/8 DRIVE FAN MOTOR 105/231 FLARE VALVE LIQUID TYPE FAN 65 514 / 20.2 95 / 209.4 TYPE PIPE CONNECTION 2171 / 4600 60 58 MOBILEAL E 380-415 / 3 / 50 RATED INPUT POWER W 2,562 3,556 4,165 4,705 RATED RUNNING CURRENT A 11.80 6.36 7.44 8.20 LOCKED ROTOR AMP. A 67 MATERIAL COLOUR REFRIGERANT CHARGE 64 74 GALVANIZED MILD STEEL IVORY WHITE kg / Ib 2.05 / 4.52 2.4 / 5.29 2.23 / 4.92 3.50/7.72 TM-FVN-0515-A MODEL 4 4. Sound Data Sound Pressure Level Model Speed FVN30AV1L FVN40AV1L FVN50AV1L FVN60AV1L High Med Low High Med Low High Med Low High Med Low 125Hz 48 47 45 52 50 48 52 50 48 56 55 53 1/1 Octave Sound Pressure (dB, ref20µPa) 250Hz 500Hz 1kHz 2kHz 4kHz 29 35 39 41 47 26 32 35 39 45 20 28 32 36 43 36 41 43 47 50 44 32 38 41 49 42 29 35 38 47 48 36 42 44 51 46 33 39 42 50 45 30 36 40 48 51 54 42 47 49 50 53 40 45 47 48 51 37 43 45 Model Microphone Indoor unit 1m Standard: JIS C 9612 TM-FVN-0515-A 38 35 33 43 40 37 44 42 40 48 46 44 44 42 39 49 47 44 50 48 46 54 53 51 Measuring Location FVN30AV1L FVN40AV1L FVN50AV1L FVN60AV1L 5 8kHz 24 19 16 29 25 21 29 25 22 36 34 30 Overall Noise (dBA) Criteria 1m 5. Application Information Operating Range Ensure the operating temperature is in allowable range. Cooling Only Outdoor DB (°C) ! Caution : 46 43 The use of your air conditioner outside the range of working temperature and humidity can result in serious failure. 19 19 23 Indoor WB (°C) TM-FVN-0515-A 14 6 Refrigerant Circuit Diagrams Model: FVN30AV1L-RN28CV1 TM-FVN-0515-A Model: FVN40AV1L-RN40DY1 / FVN50AV1L-RN50DY1 FVN60AV1L-RN61DY1 7 Controller DGS01 1 2 7 TURBO QUIET SLEEP MODE 4 12 9 TIMER ON CANCEL OFF CLOCK CANCEL 13 8 3 6 5 10 11 Operating Guide Transmission Source • The source where the signal will be transmitted. 2 Signal Transmission Indication • Blink to confirm that the last setting has been transmitted to the unit. 3 “ON/OFF” Button • Press once to start the air conditioner unit. • Press again to stop the unit. 4 Fan speed selection • Press the button continuously will toggle the fan speed in the following order: Low Med High Auto • Stop pressing when the desired fan speed appears on the display screen. 5 Operation mode • Press the MODE button to select the type of operating mode. • For cooling only unit, the available modes are: COOL ( ), DRY ( ) and FAN ( ). 6 Automatic air swing • Press the SWING ( ) button to activate the automatic air swing function. • To distribute the air to a specific direction, press the SWING ( ) button and wait until the louver move to the desired direction and press the button once again. 7 Turbo function • Press for fast cooling operation. • Fan speed turn to maximum speed. • Press again to deactivate the function. • Available under COOL and DRY modes only. • Any change of fan speed will deactivate this function. TM-FVN-0515-A 1 8 7 Turbo function • Press for fast cooling operation. • Fan speed turn to maximum speed. • Press again to deactivate the function. • Available under COOL and DRY modes only. • Any change of fan speed will deactivate this function. 8 Quiet function • Press for quiet operation. • Fan speed turn to minimum speed. • Press again to deactivate the function. • Any change of fan speed will deactivate this function. 9 ON timer setting • Press the ON TIMER button will activate the on timer function. • Set the desired on time by pressing the ON TIMER button continuously. If the timer is set to 7.30am, the air conditioner will turn on at 7.30am sharp. • Press the CANCEL button to cancel the on timer setting. 10 OFF timer setting • Press the OFF TIMER button will activate the off timer function. • Set the desired off time by pressing the OFF TIMER button continuously. • Press the CANCEL button to cancel the off timer setting. 11 Clock time setting • Press and hold button to set the clock time. 12 Sleep mode setting • Press the button will activate the sleep mode function. • This is an energy saving option. When the unit is operating under cooling mode, the set temperature is increased by 0.5°C after 30 minutes, 1˚C after an hour, and 2˚C after 2 hours. • This function is available under COOL mode. TM-FVN-0515-A 13 Temperature setting • To set the desired room temperature, press the or button to increase or decrease the set temperature. • The temperature setting range is from 16°C to 30°C. • Press both buttons and simultaneously to toggle from °C to °F setting. 9 DSLM8 3 2 1 8 7 9 4 MODE TIMER OVERRIDE TURBO SWING TIMER TIMER ON OFF QUIET SLEEP 5 6 10 11 1 MODE Button Press the MODE button to switch operation from COOL, AUTO*, DRY*, FAN. Check the display to see in which mode the control is set. *AUTO and DRY are available for selected models only. 2 TURBO Fan Speed Press the Turbo key once to activate Turbo fan speed. Turbo symbol will be shown. To disable Turbo fan speed and back to previous fan speed, press the Turbo key once again. For the unit that does not have TURBO fan speed it will show high fan speed. 3 SWING Function Press SWING button to activate the swing function. Press it again to deactivate it. 4 QUIET Fan Speed Press the Quiet key once to activate Quiet fan speed. Quiet symbol will be shown. To disable Quiet fan speed and back to previous fan speed, press the Quiet key once again. For the unit that does not have QUIET fan speed it will show low fan speed. 5 “▲” or “▼” Set Temperature Button Press the temperature button and set the temperature of your choice by pressing “▲” or “▼” button once, temperature changes by 1°C or 1°F. The default temperature setting range is from 16°C to 30°C (60°F to 86°F). When the Option 20 - 30ºC is set, the temperature range limit is set to 20ºC to 30ºC (68°F to 86°F). Pressing both keys simultaneously will toggle the temperature setting between ºC and ºF. 6 SLEEP Function Press the SLEEP button to activate the sleep mode. DRY MODE and FAN MODE are not valid during sleep function. TM-FVN-0515-A Operating Guide 10 7 “ON TIMER” and “OFF TIMER” The unit has 2-event timer, namely Timer 1 and Timer 2, each event has an ON TIMER and an OFF TIMER. The key press activity for Timer ON and Timer OFF is shown on Table 1.1 Table 1.1: Timer ON and Timer OFF key press and event sequence. ON Timer 1 Deactivated Activated Deactivated Activated TIMER ON KEY ON Timer 2 Deactivated Deactivated Activated Activated TIMER OFF KEY OFF Timer 1 OFF Timer 2 Deactivated Deactivated Activated Deactivated Deactivated Activated Activated Activated All timers are event-triggered timers and can be overridden by the ON/OFF button and Override function. Set Event 1 and Event 2 Timers Process for Timer ON and Timer OFF is the same. 1. Press and hold Timer ON/OFF key for 3 seconds to go into timer setting mode. (Icon ON 1 or OFF 1 will blink) 2. Press UP or DOWN to select Timer 1 or Timer 2 to set. (‘1’ blinking indicate that Timer 1 is currently selected, ‘2’ blinking indicate that Timer 2 is currently selected) 3. Press Timer ON/OFF key again to confirm. (Day will blink next) 4. Press UP or DOWN to select the day. 5. Press Timer ON/OFF key again to confirm the day. (Hour will blink next) 4. Press UP or DOWN to change the hour. 5. Press Timer ON/OFF key again to confirm the hour. (Minute will blink next) 6. Press UP or DOWN to change the minute. 7. Press Timer ON/OFF key again to confirm the minute. Each timer (Timer 1 ON or Timer 1 OFF or Timer 2 ON or Timer 2 OFF) will only be set separately after all 7 steps, if there is no key operation for 5 seconds during setting the timer, it will automatically exits from setting mode and no changes will be made. ON/OFF timer will be checked every 1 minute. It is not advisable to set ON TIMER and OFF TIMER to have same values. Shall these occur, the effective timer will be treated with priority as stated in Table 1.2. Example: ON TMR 2 settings: DAY – TUE, TIMER – 5.00pm OFF TMR 1 settings: DAY – TUE, TIMER – 5.00pm Outcome when RTC reaches 5.00pm on TUE: - when unit is on, no respond. - when unit is off, unit will trigger to on. Table 1.2: Timer Priority Priority Timer 1 (Highest) ONTMR2 2 OFFTMR2 3 ONTMR1 4 (Lowest) OFFTMR1 TM-FVN-0515-A Upon IR reception, IR wireless remote controller will override ON TIMER 2 and OFF TIMER 2 settings. 11 8 OVERRIDE Function Press the OVERRIDE key once will activate the override function for 1 hour. An indicator “OVERRIDE 1” will show on the LCD. Press the same key again will increase the setting to 2 hours. An indicator “OVERRIDE 2” will be shown. Subsequent press will deactivate the override function. After the override timer is completed, the override function is deactivated and the logo is OFF. All other timers will be resumed. 9 FAN Speed Function Fan speed can be changed via pressing the FAN key: Low > Med > High > Auto > Low > 10 ON/OFF Button Starting Operation: - Press the ON/OFF button, the LCD will show full display and the unit is turned on. Stopping Operation: - Press the ON/OFF button, the LCD will show real time clock only and the unit is turn off. 11 Real-time Clock (RTC) Display RTC is shown on screen during the unit ON or OFF except for power failure or error code. Set RTC Setting 1. Press RTC key one time will activate RTC setting mode. (Day will blink) 2. Press UP or DOWN to select the day. 3. Press RTC again to confi rm the day. (Hour will blink next) 4. Press UP or DOWN to change the hour. 5. Press RTC again to confi rm the hour. (Minute will blink next) 6. Press UP or DOWN to change the minute. 7. Press RTC again to confi rm the minute. RTC will only be set after all 7 steps, if there is no key operation for 5 seconds during setting the RTC, it will automatically exits from setting mode and no changes will be made on the setting. OPTION With Jumper Without Jumper Set Temp. Range Set Temp. Range from 20˚C-30˚C Set Temp. Range from 16˚C-30˚C (Default) TURBO_QUIET Disable turbo and quiet fan speed (Default) Enable turbo and quiet fan speed Reserved Reserved Reserved Reserved Reserved Reserved TM-FVN-0515-A 12 Hardware Setting The unit has 4 jumpers option to control the board function. Table 2.0: Summary of Hardware Settings 12 5. Installations Installation Guideline CAUTION Sharp edges and coil surface are potential injury hazard. Avoid from contact with them. Installation Diagram Indoor Unit Air Discharge Louver Signal Receiver Indicator Lights Air Intake Grille Air Filters (Inside Air Intake Grille) Wrap the insulated pipe with the finishing tape from bottom to top Air Intake TM-FVN-0515-A Air Intake 13 Outdoor Unit Air Discharge Figure A Installation Of The Indoor Unit Preliminary Site Survey Be sure to read this manual before installing the air-conditioner indoor unit. • Voltage supply fluctuation must not exceed +10% of rated voltage. Electricity supply lines must be independent of welding transformers which can cause high supply fluctuation. • Ensure that the location is convenient for wiring, piping and drainage. Standard Mounting Ensure that the overhead supports are strong enough to hold the weight of the unit. Position the hanger rods (wall mounting bracket for floor standing), and check for its alignment. Also, check that the hangers are secured and the base of the fan coil unit is leveled in both horizontal directions. 50mm or more 50mm or more Figure B TM-FVN-0515-A Please ensure that the following steps are taken: - The drain pipe slope shall be kept at least 1:100. - Provide clearance for easy servicing and optimal air flow as shown in Figure B. - The indoor unit must be installed such that there is no short circuit of the cool discharge air with the warm return air. - Do not install the indoor unit where there is direct sunlight shining on the unit. The location should be suitable for piping and drainage installation. The unit must be a large distance away from the door. 14 Indoor Unit Installation Fixing Procedure • Fix the indoor unit by using embedded bolt, etc. to prevent falling down of the vertically-long shaped unit. 1. Detach the air intake grille. Remove the screw (Right, Left, total 2) holding the grille. Then, (1) lean the grille forward you, and (2) lift upward and out. Refer Figure C. M4 x 12 Screw Front Panel ) ) Grille stopper Intake grille Figure C 2. Install the indoor units. < Method 1 > Fix the bracket with the attached screws to the top panel as shown in Figure D.Then fix the indoor unit to the wall surface.2. All dimensions are in mm Bracket for installation 2-7 X 15 slot 330 TM-FVN-0515-A 18 15 Figure D < Method 2 > Fix the indoor unit to the floor with Anchor bolts (to be locally procured) using fixing holes (x4) on the bottom frame. All dimensions are in mm 260 57, (79) 144, (202) Fixing Hole (x 4) Bottom frame * Dimension in ( ) for 40-60 models. Figure E For more safety precaution, fix the indoor unit with < Method 1 > and < Method 2 > during installation. Piping and Drain Hose Installation. • Detach the pipe retainer, 1. Open the holes on the Right (Left) side panel. (Refer to Figure F). 2. Pass refrigerant pipes, drain pipes, and unit wiring through the hole on the side panel. Through hole (left and right side panel, rear panel) Through hole for wiring (left and right side panel) Side Panel Figure F TM-FVN-0515-A Bottom frame 16 1. Open the holes on the rear panel. (Refer to Figure G). 2. Pass refrigerant pipes, drain pipes, and unit wiring through the hole on the rear panel. 1. Cut holes in the indicated area of the bottom frame. (Refer to Figure G). 2. Pass refrigerant pipes, drain pipes, and unit wiring through the hole on the bottom frame. Insulation for fitting Fix using the cable tie Pipe retainer Rear panel Knock-out hole Drain hose inside the unit Cut holes here Bottom panel Figure G TM-FVN-0515-A After rigging pipes and wiring, lock down the refrigerant pipes, drain hose inside the unit, indoor-out-door unit. Transmission wiring and grounding line, in the piping guide. 17 Drain Piping Work 1. Rig the drain piping. Rig the drain line to ensure proper drainage. Also, observe the following to prevent leaks. Drain hose inside the unit Fan housing Bottom Frame Liquid pipe Anchor hose here Gas pipe Drain hose (Procure in field). Vinyl Tube (Pipe size 20mm). Figure H • Bundle the drain hose to the refrigerant pipes as shown at right or take other means to anchor it down, so as not to apply pressure to the hose inside the unit. This is necessary to prevent the drain hose from disconnecting and to ensure proper insulation. Keep the drain hose sloping at a minimum 1/100 gradient, to prevent air pockets. • Condensate can form on the hose and leak from the unit. Therefore, definitely insulate the hose in at least the below two places. • All hose in the room and inside the unit. • At connection between the unit’s drain hose and building drain pipe. 2. After rigging the drain hose, check that drainage flows smoothly and that water does not leak from connections. Air discharge Heat exchanger outlet Figure I TM-FVN-0515-A • Carefully pour approximately 1,000cc of water through the air discharge outlet so that it falls directly onto the heat exchanger at an angle without splashing. (Refer to Figure I). * If water is poured too fast or it water pressure is too high, the water will pass through the heat exchanger and drip on the fan motor below it. * If water gets on the inner front wall, it will leak onto the floor. 18 Intake Grille Intake grille must be installed as step below. 1. Hook the air intake grille on the groove on the unit’s bottom frame in order of (1) -> (2). (Refer to Figure J). Figure J 2. Fit the grille stopper (front panel) into the groove on the air intake grille and lock the grille down in its original place by screw. (Refer to Figure K). M4 x 12 Screw Front Panel Grille stopper Intake grille TM-FVN-0515-A Figure K 19 If the unit needs to be service, steps below shall be followed: 1. Confirm that the unit had been switched off before servicing the unit. 2. Use screwdriver to unlock the screw on the intake grille. 3. Install the intake grille and screw the grille stopper after service and make sure the unit is proper install. Filter Cleaning work 1. Take out the filter from the unit in order of (1) -> (2). (Refer to Figure L). Figure L TM-FVN-0515-A 2. Clean the filter, either use a vacuum cleaner , or wash them in water and dry in the shade. 3. Re-insert the filter to the original position. 20 Installation Of The Outdoor Unit As condensing temperature rises, evaporating temperature rises and cooling capacity drops. In order to achieve maximum cooling capacity, the location selected for outdoor unit should fulfill the following requirements: • Install the condensing (outdoor) unit in a way such that the hot air distributed by the outdoor condensing unit cannot be drawn in again (as in the case of short circuit of hot discharge air). Allow sufficient space for maintenance around the unit. • Ensure that there is no obstruction of air flow into or out of the unit. Remove obstacles which block air intake or discharge. • The location must be well ventilated, so that the unit can draw in and distribute plenty of air thus lowering the condensing temperature. TM-FVN-0515-A • A place capable of bearing the weight of the outdoor unit and isolating noise and vibration. • A place protected from the direct sunlight. Otherwise use an awning for protection, if necessary. 21 • The location must not be susceptible to dust or oil mist. CAUTION • Do not install the unit at altitude over 2000m for both indoor and outdoor. Outdoor Clearance AIR DISCHARGE ALL MODELS Minimum Distance OBSTACLE AIR INLET B OBSTACLE OBSTACLE A C D AIR INLET SERVICE SPACE OBSTACLE Avoid installing or operating the condensing unit in the environment that is exposed to the following substances: • Oils (including machine oils) • Salt (e.g. coastal area) • Sulphide gas (e.g. hot spring areas, oil refinery plant, etc) Such substances may lead to the failure of the unit. A B C D 300 mm 1000 mm 300 mm 500 mm Model Unit FVN30AV1L RN28CV1 FVN40AV1L RN40DY1 Power supply cable size Number of wire mm 2 2.5 3 1.5 5 Interconnection cable size Number of wire mm 2 2.5 4 1.0 4 A 32 20 FVN50AV1L RN50DY1 FVN60AV1L RN61DY1 R e c o m m e n d e d fu s e Model Unit Power supply cable size Number of wire mm 2 1.5 5 1.5 5 Interconnection cable size Number of wire mm 2 1.0 4 1.0 4 A 25 25 R e c o m m e n d e d fu s e TM-FVN-0515-A Cable Size 22 • All wires must be firmly connected. • Make sure all the wire do not touch the refrigerant pipings, compressor or any moving parts. • The connecting wire between the indoor unit and the outdoor unit must be clamped by using provided cord anchorage. • The power supply cord must be equivalent to H07RN-F which is the minimum requirement. • Make sure no external pressure is applied to the terminal connectors and wires. • Make sure all the covers are properly fixed to avoid any gap. • Use round crimp-style terminal for connecting wires to the power supply terminal block. Connect the wires by matching to the indication on terminal block. (Refer to the wiring diagram attached on the unit). Attach insulation sleeve Electric wire Round crimp-style terminal • Use the correct screwdriver for terminal screws tightening. Unsuitable screwdrivers can damage the screw head. • Over tightening can damage the terminal screws. • Do not connect wire of different gauge to same terminal. • Keep wiring in an orderly manner. Prevent the wiring from obstructing other parts and the terminal box cover. TM-FVN-0515-A Connect wires of the same gauge to both side. 23 Do not connect wires of the same gauge to one side. Do not connect wires of different gauges. Piping Works And Flaring Technique • Do not use contaminated or damaged copper tubing. If any pipings, evaporator or condenser had been exposed or had been opened for 15 seconds or more, the system must be vacuumed. Generally, do not remove plastic, rubber plugs and brass nuts from the valves, fittings, tubings and coils until it is ready to connect suction or liquid line into valves or fittings. • If any brazing work is required, ensure that the nitrogen gas is passed through coil and joints while the brazing work is being done. This will eliminate soot formation on the inside walls of the copper tubings. • Align the center of the piping and tighten the flare nut sufficiently with fingers. Refer Figure IV. • Finally, tighten the flare nut with the torque wrench until the wrench clicks. • When tightening the flare nut with the torque wrench, ensure that the tightening direction follows the arrow indicated on the wrench. • The refrigerant pipe connection are insulated by closed cell polyurethane. Pipe Size, mm/(in) 6.35 (1/4) 9.52 (3/8) 12.70 (1/2) 15.88 (5/8) 19.05 (3/4) Ø Tube, D Inch mm 1/4" 3/8" 1/2" 5/8" 3/4" 6.35 9.52 12.70 15.88 19.05 Torque, Nm/(ft-lb) 18 (13.3) 42 (31.0) 55 (40.6) 65 (48.0) 78 (57.6) A (mm) Imperial Rigid (Wing-nut Type) (Clutch Type) 1.3 0.7 1.6 1.0 1.9 1.3 2.2 1.7 2.5 2.0 Cutting copper tube 1/4t Figure II Remove burr Figure III Copper tube D Swaging block Figure IV Flare joint Indoor piping Spanner Flared tube Flare nut Torque wrench TM-FVN-0515-A Piping Connection To The Units Figure I A • Cut the pipe stage by stage, advancing the blade of the pipe cutter slowly. Extra force and deep cut will cause more distortion on the pipe and thus extra burr. See Figure I. • Remove burrs from cut edges of the pipes with remover as shown in Figure II. This will avoid unevenness on the flare faces which will cause gas leak. Hold the pipe on top position and burr remover at lower position to prevent metal chips from entering the pipe. • Insert the flare nuts, mounted on the connection parts of both the indoor unit and outdoor unit, into the copper pipes. • The exact length of pipe protruding from the top surface of the swaging block is determined by the flaring tool. Refer Figure III. • Fix the pipe firmly on the swaging block. Match the centers of both the swaging block and the flaring punch, then tighten the flaring punch fully. 24 Special Precautions When Dealing With R410a Unit R410A is a new HFC refrigerant which does not damage the ozone layer. The working pressure of this new refrigerant is 1.6 times higher than conventional refrigerant (R22), thus proper installation / servicing is essential. • Never use refrigerant other than R410A in an air conditioner which is designed to operate with R410A. • POE or PVE oil is used as lubricant for R410A compressor, which is different from the mineral oil used for R22 compressor. During installation or servicing, extra precaution must be taken not to expose the R410A system too long to moist air. Residual POE or PVE oil in the piping and components can absorb moisture from the air. • To prevent mischarging, the diameter of the service port on the flare valve is different from that of R22. • Use tools and materials exclusively for refrigerant R410A. Tools exclusively for R410A are manifold valve, charging hose, pressure gauge, gas leak detector, flare tools, torque wrench, vacuum pump and refrigerant cylinder. • As an R410A air conditioner incurs higher pressure than R22 units, it is essential to choose the copper pipes correctly. Never use copper pipes thinner than 0.8mm even though they are available in the market. • If the refrigerant gas leakage occurs during installation / servicing, be sure to ventilate fully. If the refrigerant gas comes into contact with fire, a poisonous gas may occur. • When installing or removing an air conditioner, do not allow air or moisture to remain in the refrigerant cycle. Vacuuming And Charging Purging the piping and the indoor unit Except for the outdoor unit which is pre-charged with refrigerant, the indoor unit and the refrigerant connection pipes must be air-purged because the air containing moisture that remains in the refrigerant cycle may cause malfunction of the compressor. • Remove the caps from the valve and the service port. • Connect the center of the charging gauge to the vacuum pump. • Connect the charging gauge to the service port of the 3-way valve. • Start the vacuum pump. Evacuate for approximately 30 minutes. The evacuation time varies with different vacuum pump capacity. Confirm that the charging gaugeneedle has moved towards -760mmHg. TM-FVN-0515-A Caution • If the gauge needle does not move to -760mmHg, be sure to check for leakage at flare type connection of the indoor and outdoor unit and repair the leak before proceeding to the next step. • Close the valve of the changing gauge and stop the vacuum pump. • On the outdoor unit, open the suction valve and liquid valve (in anti-clockwise direction) with 4mm key for hexagon sacked screw. 25 Charge Operation This operation must be done by using a gas cylinder and a precise weighing machine. The additional charge is topped-up into the outdoor unit using the suction valve via the service port. • Remove the service port cap. • Connect the low pressure side of the charging gauge to the suction service port center of the cylinder tank and close the high pressure side of the gauge. Purge the air from the service hose. • Start the air conditioner unit. • Open the gas cylinder and low pressure charging valve. • When the required refrigerant quantity is pumped into the unit, close the low pressure side and the gas cylinder valve. • Disconnect the service hose from service port. Put back the service port cap. Allen key Flare nut Service Port Refrigerant Piping Outdoor Unit 3 ways valve LOW PRESSURE GAUGE -760mmHg HIGH PRESSURE GAUGE GAUGE MANIFOLD HANDLE LO HANDLE HI (ALWAYS CLOSED) CHARGE HOSE CHARGE HOSE VACUUM PUMP ADAPTER FOR COUNTER FLOW PREVENTION LIQUID VALVE GAS VALVE (3-WAY) CHECK VALVE CONFIGURATION OF AIR PURGE BY CHARGING LOW PRESSURE GAUGE -760mmHg HANDLE LO CHARGE HOSE HIGH PRESSURE GAUGE GAUGE MANIFOLD HANDLE HI (ALWAYS CLOSED) CHARGE HOSE CHECK VALVE LIQUID VALVE GAS VALVE (3-WAY) CONFIGURATION OF AIR PURGE BY CHARGING Refrigerant Piping Work Refrigerant piping is important in particular. Refrigeration cycle of the split air conditioner is realized by the perfect piping work. Allowable Pipe Length and Elevation If the piping is too long, both the capacity and reliability of unit will drop. As the number of bends increase, resistance to flow of refrigerant system increases, thus lowering cooling capacity and as a result the compressor may become defective. Always choose the shortest path and follow the recommendation as tabulated below. Model Max. allowable length (m) Max. allowable elevation (m) Indoor Outdoor FVN30AV1L RN28CV1 45 25 FVN40AV1L RN40DY1 45 25 FVN50AV1L RN50DY1 45 25 FVN60AV1L RN61DY1 45 25 Liquid pipe size, mm/(in) 9.52 (3/8”) 9.52 (3/8”) 9.52 (3/8”) 9.52 (3/8”) Gas pipe size, mm/(in) 15.88 (5/8”) 15.88 (5/8”) 15.88 (5/8”) 19.05 (3/4”) NOTE Be sure to add the proper amount of additional refrigerant, failure to do so may result in reduced performance. Remark: The refrigerant pre-charged in the outdoor unit is for the piping length up to 7.5m. Additional Charge The refrigerant is pre-charge in the outdoor unit. If the piping length is less than 7.5m, then additional charge after vacuuming is not necessary. If the piping length is more than 7.5m then use the additional charge value as indicated in the table. Additional refrigerant charge [g] per additional 1m length as tabulated (for R410A models) I ndoor O ut door Additional charge [g/m] FVN30AV1L FVN40AV1L FVN50AV1L FVN60AV1L RN28CV1 RN40DY1 RN50DY1 RN61DY1 50 50 50 50 TM-FVN-0515-A Example: FVN30AV1L & RN28CV1 with 13m piping length, additional piping length is 5.5m. Thus, Additional charge = 5.5[m] x 50[g/m] = 275[g] 26 Special Precautions When Charging Unit With Scroll Compressor These precautions are intended for use with Scroll compressors only with R22, and R410A refrigerants but are not applied to reciprocating compressors or competitive Scroll compressors. Scroll compressors have a very high volumetric efficiency and quickly pump a deep vacuum if there is insufficient refrigerant in the system or if refrigerant is added too slowly. Operation with low suction pressure will quickly lead to very high discharge temperatures. While this process is happening, the scrolls are not being well lubricated – scrolls depend on the oil mist in the refrigerant for lubrication. A lack of lubrication leads to high friction between the scroll flanks and tips and generates additional heat. The combination of heat of compression and heat from increased friction is concentrated in a small localized discharge area where temperatures can quickly rise to more than 300°C. These extreme temperatures damage the Scroll spirals and the orbiting Scroll bearing. This damage can occur in less than one minute especially on larger compressors. Failure may occur in the first few hours or the damage done during field charging may show up some time later. Other typical field charging problems include undercharging, overcharging, moisture or air in the system etc. In time each one of these problems can cause compressor failure. Minimal equipment is required for field charging. The minimum equipment required to do a satisfactory job is:Set of service gauges Vacuum gauge Hoses Scales Vacuum pump Thermometer The proper refrigerant charge should follow the volume as recommended by manufacturer and recommendation should be followed by the installer. 1. Charging procedures – Single phase compressors Evacuate the system to -760mmHg. To reduce evacuation time, use short, large diameter hoses and connect to unrestricted service ports on the system. Quality of vacuum cannot be determined by time – a reliable vacuum gauge must be used. (etc. electronic vacuum gauge) Ensure that the refrigerant cylinder is in the correct orientation (see Figure F), purge the charging hose and charge liquid through the liquid line charging port until refrigerant no longer flows or until the correct charge has been weighed in. If additional charge is required start the system and slowly bleed liquid into the suction side until the system is full. Figure F Invert cylinder without dip-pipe Dip-pipe Liquid withdrawal It recommends charging liquid in a CONTROLLED manner into the suction side until the system is full. This recommendat ion does not hold true for reciprocating compressors where liquid charging into the suction side could cause severe damage. Carefully monitor the suction and discharge pressures – ensure that the suction pressure does not fall below 25 psig (1.7 bar) at any time during the charging process. TM-FVN-0515-A There are many ways of charging liquid in a “controlled manner” into the suction side:- 27 A 1. 2. 3. 4. 5. Use valve A on the manifold gauge set Use the valve on the refrigerant cylinder Charge through a Shredder valve Use a hose with a Shredder valve depressor Charge into the suction side at some distance from the compressor 6. All of the above 2. Charging procedures – Three phase compressors The fundamental procedure is the same as for single phase models but the compressor can run in the wrong direction on starting. If this happens reverse any two phases and start again. Short term reverse rotation will not damage the compressor. All Specter compressors have internal discharge temperature protectors which are very effective in preventing dangerously high discharge temperatures during charging. The protection module will trip and lock the compressor out for 30 minutes. It is not normally necessary to wait 30 minutes for the module to reset. When the compressor has cooled down the module can be reset by breaking the power supply to the control circuit. Very often the serviceman does not understand why the module tripped and uses a jumper wire to bypass it. He continues to charge the system and removes the jumper when charging is complete. The compressor may or may not run with the protector back in the circuit but it is certain that the compressor has been damaged and premature failure is inevitable. Indicator Lights Fault Diagnosis Event Error code 1 R oom Sensor O pen or Shor t 2 I ndoor C oi l Sensor O pen 3 O ut door C oi l Sensor O pen 4 Compressor Overload / Indoor Coil Sensor Short / Outdoor Coil Sensor Short Blink E4 5 Gas leak Blink E5 6 W at er pum p f aul t Blink E6 7 H ar dw ar e er r or ( t act sw i t ch pi n shor t ) Blink E8 Blink E1 Blink E2 Blink E3 Overall Checking b) Is there any abnormal sounds from the unit? c) Is there any abnormal vibrations on the unit or the piping? d) Is the drainage of water smooth? • Confirm that: 1) The condenser fan is running. Check the warm air blowing from the condensing unit. 2) The evaporator blower is running and discharge cool air. 3) The suction (low side) pressure is as recommended. 4) The remote controller incorporates a 3-minute delay protection in the circuit, whereby the outdoor condensing unit requires about 3 minutes delay before it can start operating. TM-FVN-0515-A • Ensure that: 1) The unit has been mounted solidly and rigid in position. 2) The piping and connections are leak-proof after the charging. 3) Proper wiring has been installed. • Drainage check – pour some water into the left side of the drain pan (the drainage is at the right side of the unit). • Test run: 1) Conduct a test run on the unit after having perform the water drainage test and the gas leakage test. 2) Check the following items: a) Is the electrical plug inserted firmly into the socket? 28 Phase Sequential (3ph) The unit with Scroll Compressor can only rotate in one direction. For this reason, a protective device (phase sequential) is fitted to prevent incorrect wiring of the electrical phases. When the three phases are not connected correctly, the phase sequential operates, and the unit will not start. This device is located in the control box of the outdoor unit. The following table shows the LED indicator light for phase sequential under normal operation and fault conditions. LED Description TM-FVN-0515-A P_S P_T (Yellow) (Yellow) Actions Normal operation - Reverse phase Switch off the unit. Check the 3 phase wiring T phase missing Switch off the unit. Check the 3 phase wiring S phase missing Switch off the unit. Check the 3 phase wiring R phase missing Switch off the unit. Check the 3 phase wiring R (main power) phase missing Switch off the unit. Check the 3 phase wiring Overheat High discharge temperature. Check the refrigerant system. High Pressure High discharge temperature. Check the refrigerant system. Low Pressure Low discharge temperature. Check the refrigerant system. Sensor missing Switch off the unit. Plug in sensor. ON 29 PW (Red) OFF Fast Blink 6. Wiring Diagrams Outdoor Unit Model : RN28CV1 TM-FVN-0515-A Indoor Unit Model : FVN30AV1L 30 TM-FVN-0515-A Indoor Unit Model : FVN40/50AV1L 31 Outdoor Unit Model : RN40/50DY1 Outdoor Unit Model : RN61DY1 TM-FVN-0515-A Indoor Unit Model : FVN60AV1L 32 7. Servicing and Maintenance Warning • Disconnect from main supply before servicing the air conditioner. • The unit is designed to give long life operation with minimum maintenance required. However, it should be regularly checked and the following items should be given due attention. Components Maintenance Procedures Period Air Filter (Indoor Unit) 1. Remove any dust adhering to the filter by using a vacuum cleaner or wash in lukewarm water (below 40°C) with a neutral cleaning detergent. 2. Rinse the filter well and dry before placing it back onto the unit. 3. Note: Never use gasoline, volatile substances or chemicals to clean the filter. At least once every 2 weeks. More frequently if necessary. Indoor Unit 1. Clean any dirt or dust on the grille or panel by wiping it with a soft cloth soaked in lukewarm water (below 40°C) and a neutral detergent solution. 2. Note: Never use gasoline, volatile substances or chemicals to clean the indoor unit. At least once every 2 weeks. More frequently if necessary. Condense Drain 1. Check the cleanliness and clean it if necessary. Pan & Pipe 2. Check the condensate water flow. Every 3 months. Indoor Fan If necessary. Check if there is any abnormal noise. Every month. 1. Check and remove the dirt between the fins Indoor / Outdoor 2. Check and remove any obstacles which hinder air flow through Coil the indoor or outdoor. Power Supply 1. Check the running current and voltage for indoor and outdoor Every 2 months. unit. 2. Check the electrical wiring and tighten the wire onto the Every year. terminal block if necessary. Compressor No maintenance needed if refrigerant circuit remains sealed. However, check for refrigerant leak at joint and Every 6 months. Caution TM-FVN-0515-A • Don’t touch the metal parts of the indoor unit. It may cause an injury. • When removing or attaching the front panel, use a robust and stable stool and watch your steps carefully. • When removing or attaching the front panel, support the panel securely with hand to prevent from it falling. • For cleansing, do no use hot water above 40°C, benzene, gasoline, thinner, nor other volatile oils, polishing compound, scrubbing brushes, nor other hand stuff. • After cleaning, make sure that the front panel is securely fixed. 33 Pre start up maintenance (After extended shutdown) • • • • • • • Inspect thoroughly and clean indoor and outdoor units. Clean or replace air filters. Clean condensate drain line. Clean clogged indoor and outdoor coils. Check fan imbalance before operation. Tighten all wiring connections and panels. Check for refrigerant leakage. The design of the RN outdoor series allows servicing to be carried out readily and easily. The removal of the top/front and back panel make almost every part accessible. Under normal circumstances, these outdoor units only require a check and cleaning of air intake coil surface once quarterly. However, if a unit is installed in areas subjected to much oil mist and dust, the coils must be regularly cleaned by qualified Air Conditioner Service Technicians to ensure sufficient heat exchange and proper operation. Otherwise, the systems life span may be shortened. Caution TM-FVN-0515-A Do not charge OXYGEN, ACETYLENE OR OTHER FLAMMABLE and poisonous gases into the unit when performing a leakage test or an air tight test. These gases could cause severe explosion and damage if expose to high temperature and pressure. 34 8. Troubleshooting Error Code / Fault Condition When a malfunction of the air conditioner unit is detected, immediately switch off the main power supply before proceeding with the following troubleshooting procedures. The following are common fault conditions and simple troubleshooting tips. If any other fault conditions which are not listed occur, contact your nearest local dealer. DO NOT attempt to troubleshoot the unit by yourself. TM-FVN-0515-A No 35 Fault conditions Possible causes / corrective actions 1 The air conditioner unit will not resume after power failure. • The auto restart function is not functioning. Please turn on the unit with the wireless / wired controller. 2 The compressor does not operate 3 minutes after the air conditioner unit is started. • Protection against frequent starting. • Wait for 3 or 4 minutes for the compressor to start operating by itself. 3 The air flow is too slow or room cannot be cooled sufficiently. • The air filter is dirty. • The doors and windows are opened. • The air suction and discharge of both indoor and outdoor units are clogged or blocked. • The regulated temperature or temperature setting is not low enough. 4 Discharge air flow has bad odor. • Cigarettes, smoke particles, perfume and others, which might have adhered onto the coil, may cause odor. • Contact your nearest dealer. 5 Condensation on the front air grille of the indoor unit. • This is caused by air humidity after an extended period of operation. • The set temperature is too low. Increase the temperature setting and operate the unit at high fan speed. 6 Water flowing out from the air conditioner. • Switch off the unit and contact your nearest dealer. This might be due to tilted installation. 7 Hissing air flow sound from the air conditioner unit during operation. • Liquid refrigerant flowing into the evaporator coil. 8 The wireless controller display is dim. • The batteries are discharged. • The batteries are not correctly inserted. • The assembly is not good. 9 Compressor operates continuously. • Dirty air filter. Clean the air filter. • Temperature setting too low (cooling). Use higher temperature setting. 10 No cool air comes out during cooling cycle, or no hot air comes out during heating cycle. • Temperature setting too high (cooling). Use lower temperature setting. Diagnostic Guidelines By means of pressure reading : High side Low side High side Low side High side Low side High side Low side ● ● ● ● ● 1. 2. 3. 4. 1. Poor compression / no compression (compressor defective) 2. Reversing valve leaking. 1. 2. 3. 4. ● ● ● ● ● Overcharged with refrigerant. Non-condensable gases in refrigerant circuit (e.g. air) Obstructed air-intake / discharge. Hot air short circuiting in outdoor unit. Undercharged with refrigerant. Refrigerant leakage. Air filter clogged / dirty (indoor unit). Indoor fan locked / seized. 1. Outdoor fan blocked (cooling). 2. Outdoor coil dirty (cooling). 3. Non-condensable gases in refrigerant circuit (e.g. air) 1. Air intake temperature of indoor unit too high. TM-FVN-0515-A High side Low side Probable cause Too high A little high Normal Circuit Too low Data A little low Pressure 36 9. Dimensional Data Indoor Unit Model: FVN 30/40/50/60AV1L Model Dimension FVN30AV1L FVN40/50/60AV1L A B C D E F G H I J K L 514 514 254 254 1850 1850 676 676 859 859 600 600 270 350 242 322 73 73 77 77 115 115 34 34 TM-FVN-0515-A Dimension in mm 37 Outdoor Unit Model : RN28CV1 K L Q M N L F D R S B E O C G H N A P I J All dimensions are in mm Model RN28CV1 Model RN28CV1 Dimension A B C D E F G H I J K L 855 730 328 520 179 46 93 149 101 113 603 126 M N O P Q R S 164 15 34 23 362 73 75 Dimension Model : RN40/50/61DY1 I J N M N J K O A C L E G H All dimensions are in mm Model Dimension RN 40/50/61DY1 A B C D 1030 826 400 695 E F G H 57 72 90 40 I J 746 142 K L M N O 60 26 448 22 28 TM-FVN-0515-A F B D 38 10. Exploded View & Part List Indoor Unit Model: FVN 30/40/50/60AV1L TM-FVN-0515-A NO. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 39 PARTS DESCRIPTION NO. PARTS DESCRIPTION ASSY. COIL ASSY. DISPLAY PANEL FRONT PANEL CONTROL MODULE ASSY. CONTROL BOX COVER CONTROL BOX MOTOR BLOWER FAN ASSY. FAN HOUSING BLOWER COVER PLATE STOPPER PLATE PIPE HOLDER SWING MOTOR BRACKET SWING MOTOR ASSY. TOP PANEL PANEL LEFT PANEL RIGHT 17 18 ASSY. FRONT PANEL ASSY. DISCHARGE FRAME 19 20 21 VANE, VERTICAL LOUVER, HORIZONTAL ASSY. INTAKE GRILLE 22 23 24 CONNECTOR, INTAKE GRILLE HOLDER, AIR FILTER LEFT HOLDER, AIR FILTER RIGHT 25 26 27 AIR FILTER ASSY. FOAM LEFT ASSY. FOAM RIGHT 28 29 30 ASSY. PANEL BACK PANEL, MOTOR WIRE COVER PANEL BOTTOM 31 32 ASSY. DRAIN PAN DRAIN HOSE 1) ALL SPECIFICATIONS ARE SUBJECT TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE Outdoor Unit Model : RN28CV1 PARTS DESCRIPTION NO. PARTS DESCRIPTION 1 ASSY., BASE PAN 12 TOP PANEL 2 ASSY., OUTDOOR COIL 13 ASSY., CONTROL PANEL 3 MOTOR BRACKET 14 TERMINAL COVER PANEL 4 FAN MOTOR 15 ASSY., VALVE COVER 5 FAN BLADE 16 ASSY., FRONT GRILLE 6 7 VALVE BRACKET PARTITION 17 PLASTIC HANDLE, SIDE 18 DISCHARGE PIPE 8 9 10 COMPRESSOR BACK PANEL, RIGHT SERVICE PANEL 19 SUCTION PIPE 11 FRONT PANEL LEFT 20 ASSY., CAP TUBE PARTS NOT IN THE DIAGRAMS CAPACITOR, FAN MOTOR CAPACITOR, COMPRESSOR 1) ALL SPECIFICATIONS ARE SUBJECT TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE TM-FVN-0515-A NO. 40 Model : RN40/50/61DY1 TM-FVN-0515-A NO. 41 PARTS DESCRIPTION NO. 16 PARTS DESCRIPTION MOTOR BRACKET 1 ASSY., BASE PAN 2 ASSY., COIL 17 FAN MOTOR 3 PALTE, FLARE VALVE 18 ASSY., FRONT PANEL 4 FLARE VALVE 3/8” 19 ASSY., CONTROL PANEL 5 FLARE VALVE 5/8” 20 SERVICE PANEL 6 PARTITION 21 FAN BLADE 7 COMPRESSOR 22 TOP PANEL 8 ACCUMULATOR 23 PLASTIC HANDLE 9 ASSY., CAPILLARY TUBE PARTS NOT IN THE DIAGRAMS 10 11 12 13 14 SUCTION PIPE TUBE ACCUMULATOR TO SUCTION DISCHARGE PIPE INSULATION BACK PANEL, RIGHT PHASE SEQUENCER 15 SIDE PANEL, LEFT TXV HIGH PRESSURE SWITCH LOW PRESSURE SWITCH CAPACITOR, FAN MOTOR CAPACITOR, COMPRESSOR 1) ALL SPECIFICATIONS ARE SUBJECT TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE w w w. d a i k i n . c o m . m y GROUP ASSOCIATED (C&L) SDN BHD (109719-M) Head Office: Tel: 03-7953 8388 Fax: 03-7956 4371 Email: [email protected], [email protected] Branches: • Penang • Pahang • Melaka • Sarawak • Kedah Tel: 04-331 1670 Tel: 09-567 6778 Tel: 06-288 1133 Tel: 082-333 299 Tel: 04-733 0235 • Johor Tel: 07-557 7788 • Perak Tel: 05-548 2307 • Sabah Tel: 088-722 194 • Negeri Sembilan Tel: 06-768 8969 • Kelantan Tel: 09-747 4678