WALL MOUNTED TYPE AND FLOOR / CEILING UNIVERSAL TYPE AIR CONDITIONER TECHNICAL MANUAL

Transcription

1 WA MOUNTED TYPE AND FOOR / CEIING UNIVERSA TYPE AIR CONDITIONER TECNICA MANUA

2 CONTENTS. FEATURES MODE IDENTIFICATION APPICATION MODE FEATURES OF EAC MODE PRINTED WIRING BOARD SETTINGS SPECIFICATIONS COMPACT SII, MII & I SERIES (AS A, R, 9A, 9R, A, R, A, R, A, R) WA MOUNTED ARGE AS-SERIES (AS 0A, 0R, A, R, 0A, 0R) UNIVERSA AB-SERIES (AB A, R, A, R, A, R) OUTINE AND DIMENSIONS MODES : AS A, R MODES : AS 9A, 9R, A, R MODES : AS A, R MODES : AS A, R MODES : AS 0A, 0R, A, R, 0A, 0R, ASC-0B, ASC-0B MODES : AS A, R, A, R, A, R DATA PERFORMANCE CURVE TEMPTERATURE RANGE REFRIGERANT CARGING AIR VEOCITY DISTRIBUTION NOISE EVE MEASUREMENT DIAGRAMS REFRIGERANT SYSTEM DIAGRAM CIRCUT DIAGRAM CONTROER CIRCUIT DIAGRAM EZ NUMBER IST CONTROER PCB CIRCUIT DIAGRAM REMOTE CONTROER CIRCUIT DIAGRAM INSTAATION INSTRUCTIONS SPIT TYPE ROOM AIR CONDITIONER (AS 0A, A) FOOR CONSOE / UNDERCEIING DUA TYPE (AB A, R, A, R)

3 . FEATURES. MODE IDENTIFICATION Example INDOOR UNIT This list applies to new models since June 99. A S R S G 9 0 W TYPE AS: WA MOUNTED AB: UNIVERSA (FOOR/CEIING) DESTINATION MARKET REGIONS G: 0-0V 0z S: 0V 0z B: 0V 0z T: 0 - (0)V 0z Y: 0-0V 0z : 0-0V 0z Q: 0V 0z COOING/ EATING RANK BTU/h(kW) :,000 (.) 9: 9,000 (.) :,000 (.) :,000 (.0) :,000 (.) 0: 0,000 (.9) :,000 (.0) 0: 0,000 (.) FUNCTION TYPE A: COOING ONY R: REVERSE CYCE (EAT & COO) CONTRO METOD (REMOTE CONTRO) S: WIREESS type (andy type) W: WIREESS type (Wall fixing type) SOWING MINOR CANGES COOR W: OUTDOOR UNIT A 9 0 O R W G TYPE AO: OUTDOOR DESTINATION MARKET REGIONS G: 0-0V 0z S: 0V 0z B: 0V 0z T: 0 - (0)V 0z Y: 0-0V 0z : 0-0V 0z Q: 0V 0z COOING/ EATING RANK BTU/h(kW) :,000 (.) 9: 9,000 (.) :,000 (.) :,000 (.0) :,000 (.) 0: 0,000 (.9) :,000 (.0) 0: 0,000 (.) FUNCTION TYPE A: COOING ONY R: REVERSE CYCE (EAT & COO) SOWING COMPRESSOR USED SOWING MINOR CANGES SPECIA METOD FUNCTION : OW AMBIENT TEMP. OPERATION

4 . APPICATION MODE.. COMPACT SII, MII & I SERIES FOR,000 TO,000 BTU/h CASSIFICATION INDOOR UNIT OUTDOOR UNIT AS ASC-W AO ASC AS ASCCW AO ASCC,000 BTU/h AS ASD-W AO ASD SII-SERIES AS Reverse cycle RSC-W AO RSC AS RSCCW AO RSCC (Cool & eat) AS RSD-W AO RSD ASC-0EA AOC-0EA ASC-0A AOC-0A,000BTU/h ASC-0B AOC-0B MII-SERIES ASC-0C AOC-0C ASC-0D AOC-0D ASCAYB-W AOCAGBE AS 9ASE-W AO 9ANE AS 9ASF-W AO 9ANF AS 9ASG-W AO 9ANG AS 9ASECW AO 9ANEC AS 9ASFCW AO 9ANFC AS 9ASGCW AO 9ANGC AS 9ASCW AO 9ANC AS 9ASMCW AO 9ANMC ASB9ASB-W AOB9ASB ASA9ASECW AOA9ANEC FASASAW FAOASA 9,000BTU/h ASZ9ASBCW AOZ9ASBC MII-SERIES AS 9RSE-W AO 9RSE AS 9RSF-W AO 9RSF AS 9RSG-W AO 9RSG AS 9RSECW AO 9RNEC AS 9RSFCW AO 9RSFC Reverse Cycle AS 9RSGCW AO 9RSGC AS 9RSCW AO 9RSC (Cool & eat) AS 9RSMCW AO 9RSMC ASB9RSACW AOB9RSNC ASB9RSBCW AOB9RNBC FASRSAW FAORSA FASRSBW FAORSB ASQ9RSDCW AOQ9RSDC ASC-EA AOC-EA ASC-A AOC-A ASC-B AOC-B ASC-C AOC-C ASC-D AOC-D 0,000BTU/h ASC0AYB-W AOC0AGBE MII-SERIES AS 0FSA-W AO 0FSA AS 0FSACW AO 0FSAC Reverse cycle AS 0USA-W AO 0USA (Cool & eat) AS 0USACW AO 0USAC

5 ,000BTU/h MII-SERIES CASSIFICATION INDOOR UNIT OUTDOOR UNIT AS ASE-W AS ASF-W AS ASG AS FSA-W AS ASECW AS ASFCW AS ASGCW AS ASCW AS FSACW AS ASMCW ASBASACW ASBASB-W ASBASBCW ASBASCCW ASZASCCW ASAASECW FASASAW ASQASBCW ASUASNCW ASASECW AS RSE-W AS RSF-W AS RSG-W AS USA-W AS RSECW AS RSFCW AO ASE AO ASF AO ASG AO FSA AO ASEC AO ASFC AO ASGC AO ASC AO FSAC AO ASMC AOBASAC AOBARAE AOBARAE AOBASCC AOZASBC AOAASEC FAOASA AOQASBC AOUASNC AOASEC AO RSE AO RSF AO RSG AO USA AO RSEC AO RSFC Reverse cycle AS RSGCW AO RSGC (Cool & eat) AS RSCW AS RSMCW AS USACW ASBRSBCW ASBRSCCW ASBRSDCW FASRSAW FASRSBW AS ASE-W AO RSC AO RSMC AO USAC AOBRSBC AOBRSCC AOBRRAE FAORSA FAORSB AO AGD,000 BTU/h AS ASF-W AO AND I-SERIES Reverse cycle (Cool & eat) AS RSE-W AS RSF-W AO RGD AO RND,000 BTU/h I-SERIES AS ASE-W AS AS-W AS AS-W AO AB AO AN Reverse cycle AS RSB-W AO RB (Cool & eat) AS RS-W AO RN

6 .. WA MOUNTED ARGE AS-SERIES FOR 0,000 TO 0,000 BTU/h 0,000 BTU/h,000 BTU/h INDOOR UNIT CASSIFICATION Wireless Wireless Wireless (andy/ OUTDOOR UNIT (andy) (Wall fixing) Wall fixing universal) Reverse cycle (Cool & eat) Reverse cycle (Cool & eat) AS 0AS (ASC-0B) AS 0RS AS AS (ASC-0B) AS RS AS 0AW AS 0RW AS AW AS RW AS 0AG AS 0RG AS AG AS RG AO 0AW AO 0AZ AO 0AN (AOC-0B) AO 0RW AO 0RZ AO 0RM AO AW AO AB AO AN (AOC-0B) AO RW AO RZ AO RM AS 0AS AS 0AW AS 0AG AO 0AB 0,000 BTU/h Reverse cycle (Cool & eat) AS 0RS AS 0RW AS 0RG AO 0RB.. FOOR/CEIING UNIVERSA TYPE AB-SERIES FOR,000 TO,000 BTU/h INDOOR UNIT CASSIFICATION Wireless Wireless Wireless (andy/ OUTDOOR UNIT (andy) (Wall fixing) Wall fixing universal),000 BTU/h Reverse cycle (Cool & eat) AB AS AB RS AB AW AB RW AB AG AB RG AO AN AO AG AO RN AO RG,000 BTU/h Reverse cycle (Cool & eat) AB AS AB RS AB AW AB RW AB AG AB RG AO AW AO AZ AO AN AO RW AO RZ AO RM,000 BTU/h Reverse cycle (Cool & eat) AB AS AB RS AB AW AB RW AB AG AB RG AO AW AO AB AO AN AO RW AO RZ AO RM

7 . FEATURES OF EAC MODE No. ITEM Wireless remote control unit andy type Wireless remote control unit Wall fixing type COMPACT SII -type COMPACT MII -type Wall mounted AS 0 0,000 BTU/h -type FOOR/CEIING AB,000 BTU/h -type only Reverse cycle only Reverse cycle only Reverse cycle only Reverse cycle only Reverse Reverse cycle only cycle 9 0 Automatic operation Auto changeover operation eating operation (reverse cycle) operation Dry operation Fan operation Auto fan speed Nice morning timer (ON timer) OFF timer Sleep timer Program timer Energy save operation Vertical air direction adjustment orizontal air direction adjustment Vertical air flow swing operation orizontal air flow swing operation 9 Super vane inked power diffuser Automatic shut flaps 0 operation even at low outdoor temperature (0 C) Mold prevention filter Air purifying filter (optional) Auto-restart Quiet ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) Others NOTE: Models ASG0AS and ASY0AS have a No. 0 function. Models AB RS have no No. 0 function. Models AST9RSG and ASTRSG have a No. function. Models ASY9RSG and ASYRSG have a No. function.

8 .. WIREESS REMOTE CONTRO UNIT (andy type) q SEEP button w MASTER CONTRO button e SET TEMP./SET TIME buttons ( / ) r Signal Transmitter t TIMER button y FAN CONTRO button u START/STOP button i AIRFOW DIRECTION VERTICA SET Button o AIRFOW DIRECTION VERTICA SWING Button!0 AIRFOW DIRECTION ORIZONTA SET Button Rear Side! TIME ADJUST button! AC button (located inside battery compartment)! TEST RUN button This button is used when installing the air conditioner, and should not be used under normal conditions, as it will cause the air conditioner's thermostat function to operate incorrectly. lf this button is pressed during normal operation, the unit will switch to test operation mode, and the Indoor Unit's OPERATION Indicator amp and TIMER Indicator amp will begin to flash simultaneously. To stop the test operation mode, either press the TEST RUN button once again, or press the START/STOP button to stop the air conditioner.! AIRFOW DIRECTION ORIZONTA SWING Button Wireless type Compact type SII, MII only SEEP TIMER COCK COCK MASTER SET CONTRO TIMP TIMP SET FAN CONTRO + MASTER SET SET FAN CONTRO TIMP TIMP CONTRO START/STOP SWING OUVER AIR FOW DIRECTION 9 AIR / OW DIRECTION START/STOP 0! AIRFOW DIRECTION VERTICA SET Button! AIRFOW DIRECTION VERTICA SWING Button

9 Remote Control Unit Display! Remote Control Unit Display! Transmit Indicator 9 COCK OFF TIMER RESET ON M OFF ON SEEP!9 Clock Operating Mode Display AUTO COO OW DRY FAN EAT C AUTO IG MED OW QUIET Timer Mode Fan Speed Display Temperature Set Timer Set Temperature Set Compact type SII, MII only

10 .. WIREESS REMOTE CONTRO UNIT ( Wall fixing type ) q SEEP button w MASTER CONTRO button e SET TIME buttons ( / ) r SET TEMP. buttons ( / ) t Signal Transmitter y TIMER button u FAN CONTRO button i START/STOP button o AIRFOW DIRECTlON VERTICA SET Button!0 AIRFOW DIRECTION VERTICA SWING Button! AIRFOW DIRECTION ORIZONTA SET Button! AIRFOW DIRECTlON ORIZONTA SWING Button! ENERGY SAVE Button Inside of battery cover! TIME ADJUST button! AC button (located inside battery compartment)! TEST RUN button This button is used when installing the air conditioner, and should not be used under normal conditions, as it will cause the air conditioner's thermostat function to operate incorrectly. lf this button is pressed during normal operation, the unit will switch to test operation mode, and the Indoor Unit's OPERATION Indicator amp and TIMER Indicator amp will begin to flash simultaneously. To stop the test operation mode, either press the TEST RUN button once again, or press the START/STOP button to stop the air conditioner.! CODE CANGE Switch Switching the remote controller code. Use remote controller code A (on the leftmost side) to operate the unit using the remote controller. When it is necessary to switch the remote controller code. contact a service technician since the PCB remote controller code of the indoor unit must also be switched. 9 0 Remote Control Unit Display 9 TIMER SEEP ON 0 M OFF OFF ON TIMER RESET AUTO (A) AUTO IG COO C MED DAY FAN EAT ENERGY SAVE OW IG OW! Remote Controller Display!9 Transmit Clock Operating Mode Timer Mode Fan Speed Temperature Set Energy Save Display 9

11 .. WIREESS REMOTE CONTRO UNIT q SEEP button w MASTER CONTRO button e SET TEMP./SET TIME buttons ( / ) r Signal Transmitter t TIMER button y FAN CONTRO button u START/STOP button i Battery compartment lid Inside of the battery compartment lid o AIRFOW DIRECTION button!0 ENERGY SAVE button! CODE CANGE (Slide Switch) Switching the remote control unit code. (Max. units)! TIME ADJUST button 9 0 COO FAN EAT A B C D COCK SEEP AM PM OFF ON TIMER M TIMER RESET AUTO AUTO DRY ENERGY SAVE C ON OFF IG MED OW 9 0! TEST RUN button This button is used when installing the air conditioner, and should not be used under normal conditions, as it will cause the air conditioner's thermostat function to operate incorrectly. lf this button is pressed during normal operation, the unit will switch to test operation mode, and the Indoor Unit's OPERATION Indicator amp and TIMER Indicator amp will begin to flash simultaneously. To stop the test operation mode, either press the TEST RUN button once again, or press the START/STOP button to stop the air conditioner.! AC button! Remote Control Unit Display! Transmit Indicator! Clock Display! Operating Mode Display!9 Timer Mode Fan Speed Temperature Set Timer Set Temperature Set Indicator 0

12 .. AUTOMATIC OPERATION COOING MODE : This applies to the COMPACT type SII and MII. Depending on the room temperature at the time operation begins, the operating mode will be switched automatically as ahown in the accompanying table. Also, depending on the operating mode, the room temperature setting will cause the "standard" temperature to be set as shown. The operating mode and standrad thermostat settings are selected automatically when operation begins. When automatic operation is initiated, the fan will run at very low speed for about one minute while the unit detects and selects the proper operating mode. Once the operating mode has been set, the mode will not change even if the room temperature changes. If the START/STOP button is pressed to recommence operation within two hours after stopping automatic operation, the unit will begin operating from the same mode as before. Actual Room Operating Mode Thermostat Setting Temperature (standard setting) 0 C or above C C to 0 C C C to C Dry C C to C Dry C Below C Dry 0 C EAT & COO MODE ( Reverse cycle ) Depending on the room temperature at the time operation begins, the operating mode will be switched automatically as shown in the accompanying table. Also, depending on the operating mode, the room temperature setting will cause the "standard" temperature to be set as shown. The operating mode and standrad thermostat settings are selected automatically when operation begins. When automatic operation is initiated, the fan will run at very low speed for about one minute while the unit detects and selects the proper operating mode. Once the operating mode has been set, the mode will not change even if the room temperature changes. owever, during the monitor operation mode, if the room temperature changes to below C, the mode will automatically switch to eat, and when it rises above C the mode will automatically switch to Dry. When in the monitor mode, the fan will operate very slowly. If the START/STOP button is pressed to recommence operation within two hours after stopping automatic operation, the unit will begin operating from the same mode as before. Actual Room Operating Mode Thermostat Setting Temperature (standard setting) 0 C or above C C to 0 C C C to C Dry C C to C Monitor Below C eating C COOING MODE : This does not apply to the COMPACT type SII, MII. When the room temperature is C higher than the set temperature, the mode will switch between and Drying. During Drying mode operation, FAN setting is switched to OW gentle cooling effect, and the room fan may stop rotating temporarily. If the mode automatically selected by the unit is not what you wish, select one of the mode operation (COO, DRY, FAN). Setting temperature Operation Dry Operation Thermostat control C

13 .. AUTO CANGEOVER OPERATION EAT & COO MODE (Reverse cycle) When AUTO CANGEOVER operation is selected, the air conditioner selects the appropriate operation mode ( or eating) in response to your room's temperature. When AUTO CANGEOVER operation first selected, the fan will operate at very low speed for about one minute, during which time the unit detects the room conditions and selects the proper operating mode. When the air conditioner has adjusted your room's temperature to near the thermostat setting, it will begin monitor operation. In the monitor operation mode, the fan will operate at low speed. If the room temperature subsequently changes, the air conditioner will once again select the appropriate operation (eating, ) to adjust the temperature to the value set in the thermostat. (The monitor operation range is ± C relative to the thermostat setting.) If the mode automatically selected by the unit is not what you wish, select one of the mode operation (EAT, COO, DRY, FAN)... EATING OPERATION (REVERSE CYCE) Use to warm your room. When eating mode is selected, the air conditioner will operate at very low fan speed for about to minutes, after which it will switch to the selected fan setting. This period of time is provided to allow the indoor unit to warm up before begin full operation. When the room temperature is very low, frost may form on the outside unit, and its performance may be reduced. In order to remove such frost, the unit will automatically enter the defrost cycle from time to time. During Automatic Defrosting operation, the OPERATION indicator lamp (red) will flash, and the heat operation will be interrupted... COOING OPERATION Use to cool your room... DRY OPERATION Use for gently cooling while dehumifdifying your room. You cannot heat the room during Dry mode. During Dry mode, the unit will operate at low speed; in order to adjust room humidity, the indoor unit's fan may stop from time to time. Also, the fan may operate at very low speed when detecting room humidity. Then fan speed cannot be changed manually when Dry mode has been selected. During eating mode : Set the thermostat to a temperature setting that is higher than the current room temperature. The eating mode will not operate if the thermostat is set lower than the actual room temperature. During /Dry mode : Set the thermostat to a temperature setting that is lower than the current room temperature. The and Dry modes will not operate if the thermostat is set higher than the actual room temperature (in mode, the fan alone will operate). During Fan mode : You can not use the unit to heat and cool your room.

14 ..9 FAN OPERATION Use to circulate the air throughout your room...0 AUTO FAN SPEED When the FAN CONTRO switch is set to the AUTO position, the optimum fan speed will be selected automatically in accordance with room temperature and other conditions. During the dry mode, fan speed is set automatically and cannot be changed. The breeze is : operation eating operation Ta C Fan mode Ta C Tp C Fan mode IG C higher C or less MEDIUM C or more C or less OW C higher C or less C or more C or less C or more IG C to C MEDIUM C or less OW Room temperature lowered Room temperature rised (Room temperature and set temperature difference = Ta C) (Indoor heat exchanger temperature = Tp C).. NICE MORNING TIMER (ON TIMER) When the ON timer is used, the air conditioner not only starts at the set time, but also automatically starts before the set time according to the difference between the room temperature and the set temperature so the room becomes the desired temperature at the set time. The time can be set in -minute steps. eating Room temperature and set temperature difference Over 0 C C 0 C Under C Over 0 C C 0 C 0 C C Under 0 C Operation start time Started 0 minutes before set time Started minutes before set time Started 0 minutes before set time Started minutes before set time Started 0 minutes before set time Started minutes before set time Started 0 minutes before set time

15 .. OFF TIMER When the timer reaches the set time, the air conditioner will be turned off... SEEP TIMER OPERATION During eating operation [EAT & COO MODE (Reverse cycle) only ] : When the SEEP timer is set, the thermostat setting is automatically lowered C every thirty minutes. When the thermostat has been lowered a total of C, the thermostat setting at that time is maintained until the set time has elapsed, at which time the air conditioner automatically turns off. SEEP timer setting 0 minutes C C C C Setting temperature hour hour 0 minutes Set time During /Dry operation : When the SEEP timer is set, the thermostat setting is auto-matically raised C every sixty minutes. When the thermostat has been raised a total of C, the thermostat setting at that time is maintained until the set time has elapsed, at which time the air conditioner automatically turns off. SEEP timer setting hour Set time C C Setting temperature.. PROGRAM TIMER Combines the OFF timer and the ON timer for one cycle. ( OFF ON or ON CFF ) Starts operation from the OFF timer or the ON timer, Whichever is closer to the current time... ENERGY SAVE OPERATION Wireless type (Wall fixing type) only During eating operation [EAT & COO MODE (Reverse cycle) only ] : The thermostat temperature setting decreases by C as soon as the ENERGY SAVE button is pressed, and then decreases by another C every thirty minutes. Afterwards, energy consumption is saved by continuing to heat at a thermostat temperature of C Iess than that set. ENERGY SAVE setting ENERGY SAVE ON 0 minutes C C C C Setting temperature hour hour 0 minutes

16 During /Dry operation : The thermostat temperature setting increases by C as soon as the ENERGY SAVE button is pressed, and then increases by another C after one hour has passed. Afterwards, energy consumption is saved by continuing to cool or dry at a thermostat temperature of C more than that set. ENERGY SAVE setting ENERGY SAVE ON hour C C Set temperature.. VERTICA AIR DIRECTION ADJUSTMENT Each time the button is pressed, the air direction range will change as follows : Types of Airflow Direction Setting : q,w,e,r : During /Dry Modes t,y,u : During eating mode The Remote Control Unit's display does not change. UNIVERSA TYPE COMPACT SII TYPE WA MOUNTED TYPE Use the air direction adjustments within the ranges shown above. The vertical airflow direction is set automatically as shown, in accordance with the type of operation selected. During /Dry mode : orizontal flow q During eating mode : Downward flow u During AUTO mode operation, for the first minute after beginning operation, airflow will be horizontal q; the air direction cannot be adjusted during this period.

17 .. ORIZONTA AIR DIRECTION ADJUSTMENT Each time the button is pressed, the air direction range will change as follows: The Remote Controller's display does not change. RIGT/EFT Air Direction ouvers RIGT/EFT Air Direction ouvers Use the air direction adjustments within the ranges shown above. UNIVERSA TYPE WA MOUNTED TYPE.. VERTICA AIRFOW SWING OPERATION The range of swing is relative to the currently set airflow direction. Airflow direction set Range of swing SII Series MII Series AS&AB Series q q to w q to e q to e w q to e q to r q to r e w to e w to t w to t r r to t e to y e to y t r to y r to u r to u y u t to y t to u y to u t to u q to u (All range) If the swing range is not as desired, use the Remote Control Unit's AIRFOW DIRECTION VERTICA SET button to change the range of swing. The SWING Operation may stop temporarily when the air conditioner's fan is not operating, or when operating at very low speeds. During use of the and Dry modes, do not set the Air UP/DOWN Direction Flaps, in the eating range (t to u) for long periods of time, since water vapor may condense near the outlet louvers and drops of water may drip from the air conditioner.

18 .. ORIZONTA AIRFOW SWING OPERATION The range of swing is relative to the currently set airflow direction. Airflow direction set q w e r t Range of swing q to t (All range) q to e w to r e to t q to t (All range) If the swing range is not as desired, use the Remote Control Unit's AIRFOW DIRECTION ORIZONTA SET button to change the range of swing. The SWING Operation may stop temporarily when the air conditioner's fan is not operating, or when operating at very low speeds...9 SUPER VANE Our newly developed "Super Vane"configuration boosts airflow by sending cool air quickly to every corner of the room...0 INKED POWER DIFFUSER By means of our new design of "Power Diffuser" the floor level heating efficiency is considerably improved. By movement of the up/down direction panels in conjunction with the power diffuser greater comfort can be obtained. orizontal Airflow Vertical eating Airflow inked Power Diffuser inked Power Diffuser.. AUTOMATIC SUT FAPS The upper and lower flaps shut automatically so that dust or foreign matter does not enter the inside of the unit, while the unit halts. The unit looks simple on the outside, as the blow-out section of the air shuts.

19 .. COOING OPERATION EVEN AT A OW OUTDOOR TEMPERATURE operation is possible down to 0 C... MOD PREVENTION FITER The air filter are specially treated with a mold inhibiting compound. This stops mold and mildew from forming inside the indoor unit... AIR PURIFYING FITER (OPTIONA) The electrostatic filter removes dust and minute particles to purify the air in a room. This is perfect for smokers and for people with allergies during pollen season... AUTO RESTART Auto restart function makes the unit to restart automatically in the same operating mode as before after recovery from stoppage due to a temporary power failure... QUIET The large-diameter cross fan can send a larger volume of air while turning more slowly than before. Through the air suction from the top, smooth airflow and center mount structure, ultimate quietness has been realized while maintaining the ample air volume and speed.. PRINTED WIRING BOARD SETTINGS <APPICATION MODE> AS 0A, 0R, A, R, 0A, 0R AB A, R, A, R, A, R.. AUTO-RESTART & REMOTE CONTROER CODE

20 Auto - Restart Enable (default) Auto - Restart Disable JM Disconnect Connect Remote - Controller Code-A (default) Remote - Controller Code-B Remote - Controller Code-C Remote - Controller Code-D JM Connect Disconnect Connect Disconnect JM Connect Connect Disconnect Disconnect Confirm the remote controller's "CODE CANGE Switch" selection and printed wiring board setting. If these are not confirmed, the remote controller cannot be operated for the air conditioner. CODE CANGE Switch.. COMPENSATION (EATING CORRECTION COEFFICIENT) ON OFF Compensation DIP DIP Application (AB model only) C ON OFF 0 C OFF ON for floor console C OFF OFF C(default) ON ON for under ceiling The function of DIP does not work on AS and AB models. Turn the DIP off anytime. 9

21 . SPECIFICATIONS. COMPACT SII, MII & I SERIES (AS A, R, 9A, 9R, A, R, A, R, A, R).. AS A / AO A, AS R / AO R Power Source Phase-Cycles Capacity Electrical Data EER Moisture Removal Air Circulation (Fan) Operation Sound (Cool/eat) MODE eating eating Ampacity Input watts eating eating Starting current eating [ /hr] Indoor Outdoor Indoor i Med ow i Med ow Outdoor Compressor Type Capacity Output watts Dimensions Net Indoor ( W D) Outdoor Gross Indoor Outdoor Weight Net Indoor Outdoor Gross Indoor Outdoor Pipe Size CD iquid Indoor Gross Outdoor Connection Pipe Set Connection Method Color Indoor unit Outdoor unit [V] -[z] [kw] [BTU/h] [kw] [BTU/h] [A] [A] [kw] [kw] [A] [kw/kw] [kw/kw] (Pints/hr) [m /h] [C.F.M.] [m /h] [C.F.M.] [m /h] [C.F.M.] [m /h] [db] [db] [db] [db] [kw] [W] [mm] [mm] [mm] [mm] [kg] [kg] [kg] [kg] [mm] [mm] Permissible range of outdoor temperature : C~ C eating : - C~ C WA MOUNTED TYPE COMPACT TYPE SII -CASSIS (,000 BTU/h) AS A AO A ,00 -, (.) ,0 -,00.0 /.0 /.0 / - / Rotary UTP-FDG, UTP-FDG Flare White AS R AO R ,000 -, ,900 -, (.) ,0 -,00.0 / /.0.0 /.0 - / - Rotary UTP-FKG, UTP-FKG 0

22 .. AS 9A, 9R, A, R, A, R, A, R / AO 9A, 9R, A, R, A, R, A, R Power Source Phase-Cycles Capacity Electrical Data EER Moisture Removal Air Circulation (Cool/eat) Operation Sound (Cool/eat) Compressor Dimensions ( W D) Weight MODE eating eating Ampacity Input watts Pipe Size CD iquid Gross Connection Pipe Set Connection Method Color Starting Current eating [R/hr] Indoor i Outdoor Indoor Outdoor Type Capacity Output watts Net Gross Net Gross Indoor unit Outdoor unit [V] -[z] [kw] [BTU/h] [kw] [BTU/h] [A] eating [A] [A] eating [A] Med ow i Med ow Indoor Outdoor Indoor Outdoor Indoor Outdoor Indoor Outdoor Indoor Outdoor Permissible range of outdoor temperature [A] [kw/kw] [kw/kw] (Pints/hr) [m /h] [C.F.M.] [m /h] [C.F.M.] [m /h] [C.F.M.] [m /h] [db] [db] [db] [db] [kw] [W] [mm] [mm] [mm] [mm] [kg] [kg] [kg] [kg] [mm] [mm] AS 9A AO 9A ,00-9, (.9) ,0 -, Rotary.00 / UTP-FDG, UTP-FDG AS 9R AO 9R ,00-9, ,00 -, (.9) Note : See the list shown below., -,0 9-9 / / - - / - - / - Rotary.0 / UTP-FKG, UTP-FKG AS A AO A ,00 -, (.0) , -, Rotary.9 /.9, UTP-FEG, UTP-FEG WA MOUNTED TYPE COMPACT TYPE MII - CASSIS (9,000/,000 BTU/h) AS R AS A AS R AS A AO R AO A AO R AO AB ,00 -,000,00 -,00,00 -,00,00 -, ,00 -,000,900 -, (.0). (.). (.). (.) Note : See the list shown below., -, 0-0 / / - - / - - / - Rotary.9 /.9, UTP-FG, UTP-FG,00 -, Rotary. /.0, UTP-FEG, UTP-FEG Flare White Note : See the list shown below.,00 -, / - Rotary. /.0, UTP-FG, UTP-FG,90 -, Recipro.9 /, UTP-FVG : C~ C (AS 9A, AS 9R, AS A, AS R, AS A, AS R, AS A / AO AN, AS R / AO RN), ~ C (AS A / AO AB, AS R / AO RB) AS R AO RB ,000 -, ,00 -, (.),90 -, / /. -. Recipro.9 /, UTP-FWG AS A AO AN ,00 -, (.) Note : See the list shown below.,90 -, Rotary. /.0, UTP-FWG AS R AO RN ,000 -, ,00 -, (.),90 -, / /. -. Rotary. /.0, UTP-FWG eating : - C~ C (AS 9A, AS 9R, AS A, AS R), 0 C~ C (AS A, AS R, AS A, AS R) Air Circulation (Cool/eat) Models Fan Guard Indoor i Med ow [m /h] [C.F.M.] [m /h] [C.F.M.] [m /h] [C.F.M.] With 0-0 / / / / / - - / - AS 9R Without 9-9 / / / / / / - With 9-9 / / / / - - / - - / - AS R Without 0-0 / / / / / / - With AS A, R Without With AS A, R Without

23 .. ASQ9A, 9R, A, R / AOQ9A, 9R, A, R Power Source Phase-Cycles Capacity Electrical Data EER Moisture Removal Air Circulation (Cool/eat) Operation Sound (Cool/eat) Compressor Dimensions ( W D) Weight MODE eating eating Ampacity Input watts Pipe Size CD iquid Gross Connection Pipe Set Connection Method Color Starting Current eating [R/hr] Indoor i Outdoor Indoor Outdoor Type Capacity Output watts Net Gross Net Gross Indoor unit Outdoor unit [V] -[z] [kw] [BTU/h] [kw] [BTU/h] [A] eating [A] [A] eating [A] Med ow i Med ow Indoor Outdoor Indoor Outdoor Indoor Outdoor Indoor Outdoor Indoor Outdoor Permissible range of outdoor temperature [A] [kw/kw] [kw/kw] (Pints/hr) [m /h] [C.F.M.] [m /h] [C.F.M.] [m /h] [C.F.M.] [m /h] [db] [db] [db] [db] [kw] [W] [mm] [mm] [mm] [mm] [kg] [kg] [kg] [kg] [mm] [mm] ASQ9ASB-W AOQ9ANB , (.9) 0 0 0,0 Rotary UTP-FDG, UTP-FDG : C~ C eating : - C~ C WA MOUNTED TYPE COMPACT TYPE MII - CASSIS ASQ9RSB-W ASQASB-W AOQ9RSB AOQASB ,000,00.0, (.9).(.0) 0 / 9 / 9 0 / 0 / 0 0 / 0 /, /,,0 9 / 9 9 / / / Rotary Rotary , UTP-FKG, UTP-FKG UTP-FEG, UTP-FEG Flare White ASQRAB-W AOQRSB 0-0.0,00.00, (.0) 9 / 9 9 / 9 / 0 / / /, /, 0 / 9 9 / / / Rotary.9, UTP-FG, UTP-FG

24 . WA MOUNTED ARGE AS-SERIES (AS 0A, 0R, A, R, 0A, 0R).. AS 0A, 0R, A, R, 0A, 0R Capacity Power source Total input watts Total ampacity MODE eating eating eating EER eating Starting current Indoor unit Outdoor unit eat exchanger Refrigerant circuit Condition Piping Fan speed Air circulation Noise level (Sound pressure) Indoor unit Outdoor unit kw BTU/h kw BTU/h i Med ow i Med ow i Med ow kw A kw/kw A Type Face area Fin Fan type x Q ty Fan motor output Operation control Dimensions D Weight Net/Gross i Fan speed ow Air circulation Noise level eat exchanger r.p.m. m /h db(a) m inch W kg r.p.m. i m /h db(a) Fin Fan type x Q ty Fan motor output W Compressor type Motor output W Protection Dimensions W mm(inch) D Weight Net/Gross kg Operation mode Disch. pressure kg/cm G Suct. pressure Discharge temp. Condensing temp. C Suction temp. Refr. pipe length m Disch. air temp. C Indoor entering DB/WB air temp. Ourdoor entering air temp. Type Face area Cool eat Cool W mm(inch) DB/WB eat Refrigerant charge kg(oz) Pipe size iquid mm(inch) (O.D.) Gas Connection method eight Between Pipe length m inch m AS 0A AO 0AZ ,000-9, ,00 -, Note : In the above square, put the letter T, Y, or G by a destination. 90 -,0 -,90 - AS 0R AO 0RZ ,000-9, ,00-9, ,00 -, WA MOUNTED TYPE (WIREESS) AS A AS R AO AB AO RZ ,000 -,00,900 -, ,000 -,00-0z / 0-0V ,0 -,90,0 -,90,00 -,0,00 -, , , Plate fin coil Cross flow fan x Remote control 0 ( - /),0 (9 - /) 9 ( - /) / C / 9 C 0 C / C C / C C / C.9 (.).0 (.0) 9. (/). (/) Flare 0 AS 0A AO 0AB.0 -.0,00 -, ,0 -,0,0 -, ,00,000 -, / (.) 0 AS 0R AO 0RB ,00 -, ,00-0, ,0 -,0,0 -, ,00,000 -, ,0 -, ,0 -, ,0 -, ,00 -, ,00 -,0 - Plate fin coil Propeller x Propeller x x x ermetic (Recipro),00,000,00 Internal protector (OCR), igh pressure relief valve ( - /) ( - /) 900 ( - /) 0 ( - /) 0 ( - /) 900 ( - /) ( - /) ( - /) 0 ( - /) / / / 9 / (.) eating (.) / eating eating (.)

25 .. AS 0A, 0R, A, R Total input watts Total ampacity MODE kw BTU/h 9,00-0,00 9,000-9,00,000 -,00 Capacity kw eating BTU/h 0,00-0,00 Power source - 0z / 0-0V Indoor unit eating eating kw EER eating kw/kw Starting current A i Fan speed Med r.p.m. ow Outdoor unit eat exchanger Refrigerant circuit Condition Piping Air circulation Noise level (Sound pressure) i Med ow i Med ow A Type Face area Fin m /h db(a) m inch Fan type x Q ty Fan motor output W Operation control Dimensions W mm(inch) D Weight Net/Gross kg Fan speed Air circulation i ow i r.p.m. m /h Noise level db(a) eat exchanger Fin Fan type x Q ty Fan motor output W Compressor type Motor output W Protection Dimensions W mm(inch) D Weight Net/Gross kg Operation mode Disch. pressure kg/cm G Suct. pressure Discharge temp. Condensing temp. C Suction temp. Refr. pipe length m Disch. air temp. C Indoor entering DB/WB air temp. Ourdoor entering air temp. Indoor unit Outdoor unit Type Face area Cool eat Cool DB/WB eat Refrigerant charge kg(oz) Pipe size iquid mm(inch) (O.D.) Gas Connection method eight Between Pipe length m inch m (Nontropicalized models) WA MOUNTED TYPE (WIREESS) AS 0A AS 0R AS A AS R AO 0AN AO 0RM AO AN AO RM.0 -.0,900 -, ,00 -, ,0 -,0 90 -, ,0 -, ,0 -, ,0 -, ,0 -, Propeller x ermetic (Rotary),,00,00,000 Internal protector (OCR) ( - /) 0 ( - /) ( - /) / 9 / 9 / ,0 -,0 90 -, Plate fin coil Plate fin coil / eating eating C / 9 C 0 C / C C / C ,0 -,90,00 -, , Cross flow fan x Remote control 0 ( - /),0 (9 - /) 9 ( - /) / ,0 -,90,00 -, , C / C. (.9).9 (.). (.9). (.) 9. (/). (/) Flare 0

26 .. ASB0A, 0R, A, R, 0A, 0R WA MOUNTED TYPE (WIREESS) MODE Indoor unit ASB0A ASB0R ASBA ASBR ASB0A ASB0R Outdoor unit AOB0A AOB0R AOBA AOBR AOB0A AOB0R Capacity W(SSA),00,00,00,00,00,00 BTU/h 9,00 9,00,000,000 0,000 0,000 eating W,00,00 9,000 BTU/h 9,00,00 0,00 Power source - 0z / 0V Total input,00,00,00,00,00,0 W watts eating,000,0,0 Total ampacity A eating EER W/W eating... Starting current A i,09,09,,,00,00 Fan speed Med r.p.m ,0,0,0,0 ow ,00,00 i 0 0,000,000,00,00 Air circulation Med m /h ow i Noise level (Sound Med db(a) pressure) ow Indoor unit Outdoor unit eat exchanger Refrigerant circuit Condition Piping Type Face area Fin m inch Fan type x Q ty Fan motor output W Operation control Dimensions W mm(inch) D Weight Net/Gross i Fan speed ow Air circulation Noise level eat exchanger kg r.p.m. i m /h db(a) Fin Fan type x Q ty Fan motor output W Compressor type Motor output W Protection Dimensions W mm(inch) D Weight Net/Gross kg Operation mode Disch. pressure Suct. pressure kg/cm G Discharge temp. Condensing temp. C Suction temp. Refr. pipe length m Disch. air temp. C Indoor entering air temp. DB/WB Ourdoor entering air temp. Type Face area Cool eat Cool DB/WB eat Refrigerant charge kg(oz) Pipe size iquid mm(inch) (O.D.) Gas Connection method eight Between Pipe length m inch m Plate fin coil 0. Cross flow fan x 0 0 Remote control 0 ( - /),0 (9 - /) 9 ( - /) / 0 0,90,90,90,90,0,0 Plate fin coil Propeller x Propeller x x x ermetic (Recipro),00,900,000 Internal protector (OCR), igh pressure relief valve ( - /) 900 ( - /) 0 ( - /) 900 ( - /) ( - /) 0 ( - /) / / / / / 9 / 9 eating eating eating C / 9 C 0 C / () C C / C C / C.9 (.).9 (9.). (.).0 (.0). (.). (.) 0 9. (/). (/) Flare 0 0

27 .. ASC-0B, ASC-0B Capacity Power source Total input watts Total ampacity MODE eating eating eating EER eating Starting current Indoor unit Outdoor unit eat exchanger Refrigerant circuit Condition Piping Fan speed Air circulation Noise level (Sound pressure) eat exchanger Indoor unit Outdoor unit kcal/h BTU/h kcal/h BTU/h W A kcal/hw A i Med r.p.m. ow i Med ow i Med ow Type Face area Fin m /h db(a) m inch Fan type x Q ty Fan motor output W Operation control Dimensions W mm(inch) D Weight Net/Gross kg Fan speed Air circulation i ow i r.p.m. m /h Noise level db(a) Type Face area Fin Fan type x Q ty Fan motor output W Compressor type Motor output W Protection Dimensions W mm(inch) D Weight Net/Gross kg Operation mode Disch. pressure Suct. pressure kg/cm G Discharge temp. Condensing temp. C Suction temp. Refr. pipe length m Disch. air temp. C Indoor entering air temp. DB/WB Ourdoor entering air temp. Cool eat Cool DB/WB eat Refrigerant charger kg(oz) Pipe size iquid mm(inch) (O.D.) Gas Connection method eight Between Pipe length m inch m WA MOUNTED TYPE (WIREESS) ASC-0B ASC-0B AOC-0B AOC-0B,000,000 9,0,0,0 0..9, z / 0V,00.0.,,0 9, Plate fin coil Cross flow fan x 0 Remote control 0(-/),0(9-/) 9(-/) / ermetic (Rotary) ermetic (Recipro),00,..9 9,90 Plate fin coil 0.9 Propeller x 0 Internal protector (OCR), igh pressure relief valve (-/) 0(-/) (-/) / /.0 C / 9. C 0.0 C /(.0) C.0 C /.0 C.0 C /.0 C (.0).0(.) 9.(/).(/) Flare 0

28 . UNIVERSA AB-SERIES (AB A, R, A, R, A, R).. AB A, R, A, R, A, R Capacity MODE Power source Total input watts Total ampacity EER Indoor unit eating eating eating eating kw BTU/h kw BTU/h kw A kw/kw FOOR / CEIING UNIVERSA TYPE AB A AB R AB A AB R AB A AB R AO A AO R AO AZ AO RZ AB AB AB RZ ,00 -,000,00 -,00,00 -,00,00 -,00,00 -,00,00 -, ,00 -,00,00-9,00,900 -, Starting current A i Fan speed Med r.p.m. ow Outdoor unit Refrigerant circuit Condition Piping Air circulation Noise level (Sound pressure) i Med ow i Med ow m /h db(a) eat exchanger Fan type x Q ty Fan motor output kw Operation control Dimensions W mm D Weight Net/Gross kg Fan speed i ow r.p.m. Air circulation m /h Noise level i db(a) eat exchanger Fan type x Q ty Fan motor output kw Compressor type Motor output kw Protection Dimensions W mm D Weight Net/Gross kg Discharge pressure kg/cm Suction pressure Discharge temp. Suction temp. C Refr. pipe length m Disch. air temp. C Indoor air temp. Ourdoor air temp. Cool eat Cool DB/WB eat DB/WB Refrigerant charge kg Pipe size iquid (O.D.) Gas mm Connection method eight difference Pipe length Indoor unit Outdoor unit m / 0, ermetic (rotary),00 Internal protector (OCR) ~ 0-0V 0z Flare , ,0 -,0 90 -, Plate fin coil Sirocco fan x Remote control / 0 / 9 0 0,90, Plate fin coil Propeller x ermetic (recipro),00, Internal protector (OCR), igh pressure relief valve / 9 / 0 / / / / eating eating eating C / 9.0 C 0.0 C /(.0) C.0 C /.0 C.0 C /.0 C

29 .. AB A, R, A, R Total input watts Total ampacity MODE kw BTU/h,00 -,00,00 -,00,00 -,000 Capacity kw. -. eating BTU/h 9,00-9,00 Power source 0z / 0-0V eating eating EER eating Starting current Indoor unit Outdoor unit Refrigerant circuit Condition Piping Fan speed Air circulation Noise level (Sound pressure) kw A kw/kw A i Med r.p.m. ow i Med ow i Med ow m /h db(a) eat exchanger Fan type x Q ty Fan motor output kw Operation control Dimensions W mm D Weight Net/Gross kg Fan speed i ow r.p.m. Air circulation m /h Noise level i db(a) eat exchanger Fan type x Q ty Fan motor output kw Compressor type Motor output kw Protection Dimensions W mm D Weight Net/Gross kg Operation model Discharge pressure Suction pressure kg/cm Discharge temp. Suction temp. C Refr. pipe length m Disch. air temp. C Indoor Cool air temp. eat DB/WB Ourdoor Cool air temp. eat DB/WB Refrigerant charge kg Pipe size (O.D.) iquid Gas Connection method eight difference Pipe length Indoor unit Outdoor unit mm m FOOR / CEIING UNIVERSA TYPE AB A AB R AB A AB R AO AN AO RM AB AN AB RM. -.,900 -,00. -.,900 -, , ,0 -,0 90 -, Plate fin coil Sirocco fan x Remote control / 0 / 9 0 0,90.0 Plate fin coil Propeller x 0.00 ermetic (Rotary),,00,00 Internal protector (OCR) 0 9 / / 0 / 9 / eating eating C / 9.0 C 0.0 C /(.0) C.0 C /.0 C.0 C /.0 C Flare (Nontropicalized models). 9.., ,

30 .. ABBA, ABBR MODE Capacity eating Power source Total input watts Total ampacity eating eating eating W W A FOOR / CEIING UNIVERSA TYPE ABBA ABBR,00,00,00,00.. ~ 0V 0z EER Starting current W/W A Fan speed i Med ow r.p.m., i 900 Air circulation Med m /h 0 ow i Med db(a) Indoor unit Outdoor unit Refrigerant circuit Condition Piping Noise level (Sound pressure) ow eat exchanger Fan type x Q ty Fan motor output Operation control kw Dimensions W mm D Weight Net/Gross Fan speed kg r.p.m. Air circulation m /h Noise level i db(a) eat exchanger Fan type x Q ty Fan motor output kw Compressor type Motor output kw Protection Dimensions W mm D Weight Net/Gross kg Disch. pressure kg/cm Suct. pressure Discharge temp. Suction temp. C Refr. pipe length m Disch. air temp. C Indoor air temp. Ourdoor air temp. Cool eat Cool DB/WB eat DB/WB Refrigerant charge kg Pipe size iquid (O.D.) Gas mm Connection method eight difference Pipe length m.0 Plate fin coil Sirocco fan x 0.00 Remote control / 9,90.0 Plate fin coil Propeller x,00, ermetic (Recipro),900 Internal protector (OCR), igh pressure relief valve 0 / / C / 9.0 C.0 C /(.) C.0 C /.0 C.0 C /.0 C Flare 0 eating

31 . OUTINE AND DIMENSIONS. MODES : AS A, R.. INDOOR UNIT Unit : mm (inch) 90 (-/") 0 (-/") 0 (-/") (9-/") 0 (-9/").. OUTDOOR UNIT 0 (9-/") 0 (-9/") (-/") 0

32 . MODES : AS 9A, 9R, A, R.. INDOOR UNIT Unit : mm (inch) (-/") 0 (0-/") (-/") (-/").. OUTDOOR UNIT (0-/") 00 (9-/") 9 (-/") 9 (-/") 0 (9-/") (-/") 90 (-/") (/")

33 . MODES : AS A, R.. INDOOR UNIT Unit : mm (inch) 900 ( - /") ( - 9/") ( - /").. OUTDOOR UNIT 0 (9 - /") 0 (9 - /") (/") 0 (0 - /") 0 ( - /") ( - /")

34 . MODES : AS A, R.. INDOOR UNIT Unit : mm (inch) 900 ( - /") ( - 9/") ( - /").. OUTDOOR UNIT 0 ( -/" ) (-/" ) ( -/" ) (-/" ) (" ) 0 (-/" )

35 . MODES : AS 0A, 0R, A, R, 0A, 0R, ASC-0B, ASC-0B.. INDOOR UNIT Unit : mm (inch),0 (9-/" ) 0 (-9/" ) 9 (-/" ) 0 (-/") 0 (-/") 0 (-/") (/" ) 0 (-/") Connecting pipe Drain pipe Gas iquid (/"). (/") 9. (/") 9 (-/") (-/") (-/") Wall hook bracket (-/") (-/") (9-9/") 9 (-/") (-/") (-/") 0 (-/") (9-/") (-/") Piping inlet (-/") - ø (/") holes for tapping screw (-/") 0 (/") - ø (-") x holes for bolt (-/") (-/") (-9/") (-/") Piping inlet (/") (-/") (") (-/") (-/") (9-/") (-/") 0(-9/")

36 .. OUTDOOR UNIT Models : AO 0A, 0R, A, R, AOC-0B, AOC-0B Unit : mm (inch) 0 ( -/" ) (-/" ) ( -/" ) (-/" ) (" ) 0 (-/" ) Models : AO 0A, 0R 0 (-/" ) (-/" ) 900 (-/") 900 (-/") 90 (-9/") 0 (-/" ) 9 (/" )

37 . MODES : AS A, R, A, R, A, R.. INDOOR UNIT Unit : mm (inch) 990 (-/") 99 (-/") [Rear View] 00 (9-/") (-/") 00 (-/") 0 (0-/") (-/") 900 (-/")

38 .. OUTDOOR UNIT Models : AO A, R, A, R Unit : mm (inch) 0 ( -/" ) (-/" ) (-/" ) ( -/" ) (" ) 0 (-/" ) Models : AO A, R 0 (9-/") 9 (9-/") 0 (9-/") (0-/") 0 (-/") ( Mounting bolt pitch ) (/") (-/")

39 . DATA. PERFORMANCE CURVE.. MODE : COMPACT SII, MII & I (AS A, AS R) SERIES Capacity (%) Indoor DB/WB ( C) / 9/. /9 /. / /. 9/. 0 0 Input (%) Indoor DB/WB ( C) / 9/. /9 /. / /. 9/ Outdoor DB( C) eating Capacity (%) Indoor DB( C) Input (%) /- / 0/. / 0 /. 0 Outdoor DB/WB( C)

40 .. AS A, 0A, A (0z models) Input (%) Capacity (%) Outdoor DB ( C) Tropicalized models Nontropicalized models Indoor DB/WB 9/ C 9/9 /9 /9 /9 / 9/ C 9/9 /9 /9 /9 /.. AS 0A (0z models) 0 Input (%) Capacity (%) / 9/9 /9 9/ /9 /9 / 9/9 /9 /9 /9 / Outdoor DB ( C) 9 Indoor DB/WB 9/ C 9/9 /9 /9 /9 / 9/ C 9/9 /9 /9 /9 /

41 .. AS R, 0R, R (0z models) 0 Input (%) Capacity (%) / 9/9 /9 9/ /9 /9 / 9/9 /9 /9 /9 / Tropicalized models ower limit of AS R Nontropicalized models Indoor DB/WB 9/ C 9/9 /9 /9 /9 / 9/ C 9/9 /9 /9 /9 / eating Input (%) Capacity (%) Outdoor DB ( C) R=% Indoor DB C 0 C C C 0 C C 0

42 .. ASB0R, ASBR, ASB0R (0z models) Input (%) Capacity (%) Outdoor DB ( C) Indoor DB/WB 9/ C 9/9 /9 /9 /9 / 9/ C 9/9 /9 /9 /9 / eating Input (%) Capacity (%) Outdoor DB ( C) R=% Indoor DB C 0 C C C 0 C C

43 .. ASB0A, ASBA, ASB0A (0z models) Input (%) Capacity (%) Outdoor DB ( C) Indoor DB/WB 9/ C 9/9 /9 /9 /9 / 9/ C 9/9 /9 /9 /9 /.. ASC-0B, ASC-0B (0z models) Input (%) Capacity (%) Outdoor DB ( C) Indoor DB/WB 9/ C /9. /9 /9 /9 / 9/ C /9. /9 /9 /9 /

44 .. AB R (0z models) 0 Input (%) Capacity (%) Outdoor DB ( C) Indoor DB/WB 9/ C /9. /9 /9 /9 / 9/ C /9. /9 /9 /9 / eating Input (%) Capacity (%) Indoor DB C 0 C C C 0 C C Outdoor DB ( C) R=%

45 ..9 AB R, AB R (0z models) 0 Input (%) Capacity (%) / 9/9 /9 9/ /9 /9 / 9/9 /9 /9 /9 / Outdoor DB ( C) Tropicalized models Nontropicalized models Indoor DB/WB 9/ C 9/9 /9 /9 /9 / 9/ C 9/9 /9 /9 /9 / eating Input (%) Capacity (%) Outdoor DB ( C) R=% Indoor DB C 0 C C C 0 C C

46 ..0 AB A, AB A (0z models) 0 0 Input (%) Capacity (%) Outdoor DB ( C) Tropicalized models Nontropicalized models Indoor DB/WB 9/ C 9/9 /9 /9 /9 / 9/ C 9/9 /9 /9 /9 /.. AB A (0z models) 0 Input (%) Capacity (%) Outdoor DB ( C) Indoor DB/WB 9/ C /9. /9 /9 /9 / 9/ C /9. /9 /9 /9 /

47 .. ABBA (0z models) Input (%) Capacity (%) Outdoor DB ( C) Indoor DB/WB 9/ C 9/9 /9 /9 /9 / 9/ C 9/9 /9 /9 /9 /

48 .. ABBR (0z models) Input (%) Capacity (%) Outdoor DB ( C) Indoor DB/WB 9/ C 9/9 /9 /9 /9 / 9/ C 9/9 /9 /9 /9 / eating Input (%) Capacity (%) Outdoor DB ( C) R=% Indoor DB C 0 C C C 0 C C

49 . TEMPERATURE RANGE MODES INDOOR UNIT TEMPERATURE RANGE OUTDOOR UNIT AS A AS 9A AS A COO DRY Approx. C to C Approx. C to C AS R AS 9R AS A COO EAT Approx. C to C Approx. C to C Approx. C to 0 C Approx. - C to C AS A COO Approx. C to C Approx. C to C AS A COO Approx. C to C Approx. C to C Tropicalized model Approx. C to C Nontropicalized model AS R AS R AS 0A AS A except ASC-0B and ASC-0B ASC-0B ASC-0B ASG0A ASY0A AS 0R AS R AS 0R AB A AB A AB A AB R AB R AB R COO EAT COO DRY COO DRY COO DRY COO DRY EAT COO DRY EAT COO DRY COO DRY COO DRY EAT COO DRY EAT Approx. C to C Approx. C to C Approx. C to 0 C Approx. 0 C to C Approx. C to C Approx. C to C Tropicalized model Approx. 0 C to C Nontropicalized model Approx. C to C Approx. C to C Approx. C to C Approx. 0 C to C Approx. C to C Approx. 0 C to C Tropicalized model Approx. 0 C to C Nontropicalized model Approx. 0 C or less Approx. 0 C to C Approx. C to C Approx. 0 C to C Approx. 0 C or less Approx. 0 C to C Approx. C to C Approx. C to C Approx. C to C Approx. C to C Tropicalized model Approx. 0 C to C Nontropicalized model Approx. C to C Approx. C to C Approx. C to 0 C Approx. 0 C to C Approx. C to C Approx. 0 C to C Tropicalized model Approx. 0 C to C Nontropicalized model Approx. C to 0 C Approx. 0 C to C Note: Outdoor Unit Standard model to C () 0 to C (eating) Tropicalized model to C () Nontropicalized model to C () Tropicalized model with low ambient cooling operation 0 to C ()

50 . REFRIGERANT CARGING.. COMPACT SII & MII SERIES Models Pipe length ft ft ft (0m) 9ft Additional refrigerant g/m ADDITIONA REFRIGERANT AS A, AS R AS 9A, AS 9R AS A, AS R None g 0g 0g g Note: When the piping is longer than m, additional charging is necessary. ASYASG, ASM, ASTAS, ASAASF I SERIES ASA, R Models Pipe length ft ft ft (0m) Additional refrigerant g/m ADDITIONA REFRIGERANT AS A AS R None 0g 00g 0g ASA, R Models Pipe length ft ft ft (0m) 9ft ft (0m) Additional refrigerant g/m ADDITIONA REFRIGERANT ASA/AOAB ASR/AORB ASA/AOAN ASR/AORN None None 0g 0g g 0g 0g 00g g 0g g 0g 9

51 .. WA MOUNTED ARGE AS-SERIES Models Pipe length ft ft (0m) 9ft ft (0m) ft 9ft (0m) Additional refrigerant g/m(oz/ft) AS 0A/ AO 0AZ,0g (. oz),0g (. oz),0g (0. oz),00g (.9 oz) g (0. oz) ASS0A/ AOS0A,0g (. oz),0g (9. oz),0g (.9 oz),0g (.9 oz) g (0. oz) ASC-0B/ AOC-0B,0g (.0 oz),90g (. oz),990g (0. oz),00g (. oz) g (0. oz) AS 0R/ AO 0RZ,900g (.0 oz),0g (. oz),00g (. oz),0g (9. oz) 0g (0. oz) ASB0A/ AOB0R,90g (9. oz),90g (. oz),0g (0. oz),0g (.0 oz) g (0. oz) AS A/ AO AB,000g (0. oz),00g (. oz),0g (. oz),0g (.9 oz) g (0. oz) ASBA/ AOBA,0g (. oz),0g (. oz),0g (.0 oz),90g (. oz) g (0. oz) ASC-0B/ AOC-0B,00g (. oz),00g (. oz),0g (. oz),00g (. oz) g (0. oz) FU CARGE AMOUNT AS R/ AO RZ ASBR/ AOBR,00g (.0 oz),00g (.0 oz),0g (. oz),0g (9.0 oz),0g (90. oz),0g (.0 oz),0g (99. oz),0g (9.0 oz) 0g (0. oz) g (0. oz) AS 0A/ AO 0A,00g (. oz),g (. oz),0g (. oz),g (90. oz),0g (9. oz),g (9. oz) g (0. oz) ASB0A/ AOB0A,00g (. oz),g (. oz),0g (. oz),g (90. oz),0g (9. oz),g (9. oz) g (0. oz) AS 0R/ AO 0R,00g (. oz),0g (9. oz),900g (0. oz),0g (. oz),00g (9.9 oz) 0g (0. oz) ASB0R/ AOB0R,0g (. oz),00g (9. oz),90g (0. oz),00g (.9 oz),0g (. oz) 0g (0. oz) AS 0A/ AO 0AN,00g (.9 oz),0g (. oz),g (. oz),0g (. oz) g (0. oz) AS 0R/ AO 0RM,90g (. oz),00g (. oz),0g (9. oz),00g (. oz) 0g (0. oz) AS A/ AO AN,0g (.0 oz),90g (. oz),00g (. oz),0g (. oz) g (0. oz) AS R/ AO RM,0g (. oz),0g (0. oz),0g (. oz),0g (90. oz) 0g (0. oz) 0

52 .. FOOR / CEIING UNIVERSA AB-SERIES Models Pipe length ft ft (0m) 9ft ft (0m) Additional refrigerant g/m (oz/ft) AB A/ AO AN,000g (. oz),0g (0. oz) 0g (0. oz) AB R/ AO RN,00g (.9 oz),00g (. oz) 0g (0. oz) AB A/ AO AZ,0g (0. oz),00g (. oz),0g (. oz),0g (. oz) g (0. oz) AB R/ AO RZ,90g (. oz),00g (.0 oz),90g (0. oz),0g (9. oz) 0g (0. oz) AB A/ AO AB (0z),000g (0. oz),00g (. oz),0g (. oz),0g (.9 oz) g (0. oz) AB R/ AO RZ (0z),00g (.9 oz),0g (. oz),0g (90. oz),0g (99. oz) 0g (0. oz) FU CARGE AMOUNT AB A/ AO AZ (0z) AB R/ AO RZ (0z),0g (. oz),00g (.9 oz),0g (. oz),0g (. oz),0g (. oz),0g (90. oz),90g (.9 oz),0g (99. oz) g (0. oz) 0g (0. oz) AB A/ AO AG,090g (. oz),0g (. oz) 0g (0. oz) AB R/ AO RG,00g (. oz),0g (. oz) 0g (0. oz) AB A/ AO AN,00g (.9 oz),0g (. oz),0g (. oz),0g (. oz) g (0. oz) AB R/ AO RM,90g (. oz),0g (. oz),0g (. oz),0g (9.0 oz) g (0.9 oz) AB A/ AO AN (0z),0g (.0 oz),90g (. oz),00g (. oz),0g (. oz) g (0. oz) AB R/ AO RM (0z),0g (. oz),0g (. oz),0g (9. oz),0g (9. oz) 0g (0. oz)

53 . AIR VEOCITY DISTRIBUTION.. AIR DISCARGE ANGE AS : WA MOUNTED orizontal Center Vertical AB : UNDER CEIING Downward Upward Center Upward Center AB : FOOR CONSOE Forward

54 .. COMPACT SII SERIES MODES : AS A, R Unit: m/s Note : Fan speed : i Operation : FAN Fig...- TOP VIEW FOW CONTRO PANE : oriz. OUVER : Center Voltage : 0V 0 Unit: m/s Fig...- TOP VIEW FOW CONTRO PANE : oriz. OUVER : Right & eft ouver:right ouver:eft 0 Fig...- Unit: m/s SIDE VIEW FOW CONTRO PANE : oriz..0 OUVER : Center Fig Unit: m/s SIDE VIEW FOW CONTRO PANE : Vert. OUVER : Center

55 .. I SERIES MODES : AS 9A, 9R, A, R, AS A, R, A, R Unit: m/s Note : Fan speed : i Operation : FAN Fig...- TOP VIEW FOW CONTRO PANE : oriz. OUVER : Center Voltage : 0V 0 Unit: m/s ouver:right Fig...- TOP VIEW FOW CONTRO PANE : oriz. OUVER : Right & eft ouver:eft 0 Unit: m/s Fig...- TOP VIEW FOW CONTRO PANE : oriz. OUVER : Center Unit: m/s Fig...- TOP VIEW FOW CONTRO PANE : Vert. OUVER : Center

56 .. AIR VEOCITY DISTRIBUTION MODES : AS 0A, AS 0R, ASC-0B (0, 0z models) Condition Fan speed : igh Operation mode : Fan Voltage : 0V 0V (0z model) Fig...- TOP VIEW FOW CONTRO PANE : oriz. OUVER : Center Unit: m/s 0 9 Unit: m/s Fig...- TOP VIEW FOW CONTRO PANE : oriz OUVER : Right & eft Unit: m/s Fig...- SIDE VIEW FONT CONTRO PANE : oriz OUVER : Center 0 9 Unit: m/s Fig...- SIDE VIEW FOW CONTRO PANE : Vert. OUVER : Center

57 .. AIR VEOCITY DISTRIBUTION MODES : AS A, AS R, ASC-0B (0, 0z models) Condition Fan speed : igh Operation mode : Fan Voltage : 0V 0V (0z model) Fig...- TOP VIEW FOW CONTRO PANE : oriz. OUVER : Center Unit: m/s 0 9 Unit: m/s Fig...- TOP VIEW.0 FOW CONTRO PANE : oriz. OUVER : Right & eft Fig...- SIDE VIEW.0 Unit: m/s FOW CONTRO PANE : oriz. OUVER : Center Unit: m/s Fig...- SIDE VIEW FOW CONTRO PANE : Vert. OUVER : Center

58 .. AIR VEOCITY DISTRIBUTION MODES : AS 0A, AS 0R (0, 0z models) Condition Fan speed : igh Operation mode : Fan Voltage : 0V 0V (0z model) Unit: m/s Fig...- TOP VIEW FOW CONTRO PANE : oriz. OUVER : Center Unit: m/s Fig...- TOP VIEW.0 FOW CONTRO PANE : oriz. OUVER : Right & eft Fig...- SIDE VIEW FOW CONTRO PANE : oriz. OUVER : Center Unit: m/s 0 9 Unit: m/s Fig...- SIDE VIEW FOW CONTRO PANE : Vert. OUVER : Center

59 .. AIR VEOCITY DISTRIBUTION MODE : AB (FOOR CONSOE) Unit: m/s Fig...- TOP VIEW VERTICA : Forward ORIZONTA : Center 0 9 Unit: m/s Fig ORIZONTA: Right Note : The location of vertical louvers is shown on page. TOP VIEW VERTICA : Forward ORIZONTA : Right & eft ORIZONTA: eft 0. Condition Fan speed : igh Operation mode : Fan Voltage : 0V 0 9 Unit: m/s Fig...- TOP VIEW VERTICA : Forward ORIZONTA : Center Unit: m/s Unit: m/s Fig...- Fig...- SIDE VIEW SIDE VIEW VERTICA : Center VERTICA : Upward ORIZONTA : Center ORIZONTA : Center

60 .. AIR VEOCITY DISTRIBUTION MODE : AB (UNDER CEIING) Unit: m/s Fig...- TOP VIEW VERTICA : Upward ORIZONTA : Center 0 9 Unit: m/s Fig...- TOP VIEW VERTICA : Upward ORIZONTA : Right & eft ORIZONTA: Right ORIZONTA: eft 0. Note : The location of vertical louvers is shown on page. Condition Fan speed : igh Operation mode : Fan Voltage : 0V 0 9 Unit: m/s Fig...- SIDE VIEW VERTICA : Upward ORIZONTA : Center Unit: m/s Unit: m/s Fig...- Fig...- SIDE VIEW SIDE VIEW VERTICA : Center VERTICA : Downward ORIZONTA : Center ORIZONTA : Center 9

61 ..9 AIR VEOCITY DISTRIBUTION MODE : AB (FOOR CONSOE) Fig...9- TOP VIEW Unit: m/s VERTICA : Forward ORIZONTA : Center Unit: m/s Fig...9- TOP VIEW VERTICA : Forward ORIZONTA : Right & eft ORIZONTA: Right ORIZONTA: eft 0. Note : The location of vertical louvers is shown on page. Condition Fan speed : igh Operation mode : Fan Voltage : 0V 0 9 Unit: m/s Fig...9- SIDE VIEW VERTICA : Forward ORIZONTA : Center Unit: m/s Unit: m/s 0 0 Fig...9- Fig...9- SIDE VIEW SIDE VIEW VERTICA : Center VERTICA : Upward ORIZONTA : Center ORIZONTA : Center 0

62 ..0 AIR VEOCITY DISTRIBUTION MODE : AB (UNDER CEIING) Fig...0- TOP VIEW VERTICA : Upward ORIZONTA : Center Unit: m/s 0 9 Unit: m/s Fig TOP VIEW ORIZONTA: Right VERTICA : Upward 0.0 ORIZONTA : Right & eft ORIZONTA: eft Note : The location of vertical louvers is shown on page. Condition Fan speed : igh Operation mode : Fan Voltage : 0V Unit: m/s Fig...0- SIDE VIEW VERTICA : Forward ORIZONTA : Center Unit: m/s Unit: m/s Fig...0- Fig...0- SIDE VIEW SIDE VIEW VERTICA : Center VERTICA : Downward ORIZONTA : Center ORIZONTA : Center

63 .. AIR VEOCITY DISTRIBUTION MODE : AB (FOOR CONSOE) Fig...- TOP VIEW VERTICA : Forward ORIZONTA : Center Unit: m/s 0 9 Fig...- TOP VIEW VERTICA : Forward ORIZONTA : Right & eft Unit: m/s 0. ORIZONTA: Right ORIZONTA: eft Note : The location of vertical louvers is shown on page. Condition Fan speed : igh Operation mode : Fan Voltage : 0V (0z) 0V (0z) Unit: m/s Fig...- SIDE VIEW VERTICA : Forward ORIZONTA : Center Unit: m/s Unit: m/s Fig...- Fig...- SIDE VIEW SIDE VIEW VERTICA : Center VERTICA : Upward ORIZONTA : Center ORIZONTA : Center

64 .. AIR VEOCITY DISTRIBUTION MODE : AB (UNDER CEIING) Unit: m/s Fig...- TOP VIEW VERTICA : Upward ORIZONTA : Center Unit: m/s ORIZONTA: Right Note : The location of vertical louvers is shown on page. Fig...- TOP VIEW VERTICA : Upward ORIZONTA : Right & eft ORIZONTA: eft Condition Fan speed : igh Operation mode : Fan Voltage : 0V (0z) 0V (0z) 0 9 Unit: m/s Fig...- SIDE VIEW VERTICA : Upward ORIZONTA : Center Unit: m/s Unit: m/s Fig...- SIDE VIEW VERTICA : Center ORIZONTA : Center Fig...- SIDE VIEW VERTICA : Downward ORIZONTA : Center

65 . NOISE EVE MEASUREMENT.. NOISE EVE CECK POINTS WA MOUNTED TYPE () INDOOR UNIT UNIVERSA TYPE () INDOOR UNIT UNDER CEIING TYPE 0. m 0. m.0 m.0 m () INDOOR UNIT FOOR CONSOE TYPE m m () OUTDOOR UNIT () OUTDOOR UNIT m AIR AIR h h.0 m

66 .. NOISE EVE CURVE COMPACT SII SERIES MODES : AS A, R INDOOR UNIT Mode : Cool 0V / 0z Octave band sound pressure level db: (0dB=0.000µ bar) igh OW N0 N0 N0 N0 N Octave band center frequency (z) OUTDOOR UNIT Mode : Cool 0V / 0z Model : AS A Octave band sound pressure level db: (0dB=0.000µ bar) N0 N0 N N0 N N0 N N0 N N0 N Octave band center frequency (z) OUTDOOR UNIT Mode : Cool 0V / 0z Model : AS R Octave band sound pressure level db: (0dB=0.000µ bar) N0 N0 N N0 N N0 N N0 N N0 N Octave band center frequency (z)

67 .. NOISE EVE CURVE COMPACT SII SERIES MODES : AS 9A, 9R, A, R, A, R, A, R INDOOR UNIT Mode : Cool 0V / 0z Octave band sound pressure level db: (0dB=0.000µ bar) igh OW N0 N0 N0 N0 N Octave band center frequency (z) OUTDOOR UNIT Mode : Cool 0V / 0z Model : AO 9A AO A AO A Octave band sound pressure level db: (0dB=0.000µ bar) N0 N N0 N N0 N N0 N N0 N N Octave band center frequency (z) OUTDOOR UNIT Mode : Cool 0V / 0z Model : AO 9R AO R AO R Octave band sound pressure level db: (0dB=0.000µ bar) N0 N N0 N N0 N N0 N N0 N N Octave band center frequency (z)

68 .. NOISE EVE CURVE WA MOUNTED ARGE TYPE INDOOR UNIT SIDE Octave band sound pressure level db: (0dB=0.000µ bar) AS 0A, AS 0R (0z models) ASS0A, ASS0R, ASC-0B (0z models) igh N0 N0 N0 N0 N0 OUTDOOR UNIT SIDE Octave band sound pressure level db: (0dB=0.000µ bar) AO A, AO 0A, AO 0R N0 N0 N0 N0 N0 N Octave band center frequency (z) Octave band center frequency (z) Octave band sound pressure level db: (0dB=0.000µ bar) AS A, AS R (0z models) ASSA, ASSR, ASC-0B (0z models) igh N0 N0 N0 N0 N0 Octave band sound pressure level db: (0dB=0.000µ bar) AO R, AO A, AO R N0 N0 N0 N0 N0 N Octave band center frequency (z) Octave band center frequency (z) Octave band sound pressure level db: (0dB=0.000µ bar) AS 0A, AS 0R (0z models) ASS0A, ASS0R (0z models) igh N0 N0 N0 N0 N0 Octave band sound pressure level db: (0dB=0.000µ bar) AO 0A, AO 0R N0 N0 N0 N0 N0 N Octave band center frequency (z) Octave band center frequency (z)

69 .. NOISE EVE CURVE FOOR / CEIING UNIVERSA TYPE INDOOR UNIT SIDE OUTDOOR UNIT SIDE AB A, AB R AO A, AO R Octave band sound pressure level db: (0dB=0.000µ bar) igh N0 N0 N0 N0 N0 Octave band sound pressure level db: (0dB=0.000µ bar) N0 N0 N0 N0 N0 N Octave band center frequency (z) Octave band center frequency (z) AB A, AB R AO A, AO R Octave band sound pressure level db: (0dB=0.000µ bar) igh N0 N0 N0 N0 N0 Octave band sound pressure level db: (0dB=0.000µ bar) N0 N0 N0 N0 N0 N Octave band center frequency (z) Octave band center frequency (z) AB A, AB R AO A, AO R Octave band sound pressure level db: (0dB=0.000µ bar) igh N0 N0 N0 N0 N0 Octave band sound pressure level db: (0dB=0.000µ bar) N0 N0 N0 N0 N0 N Octave band center frequency (z) Octave band center frequency (z)

70 . DIAGRAM. REFRIGERANT SYSTEM DIAGRAM.. COMPACT SII SERIES Models : AS A / AO A INDOOR UNIT Refrigerant pipe ø.mm(/") -Way valve Capillary tube OUTDOOR UNIT Strainer Evaporator Condenser Refrigerant pipe ø 9.mm(/") Charging valve -Way valve Compressor Models : AS R / AO R INDOOR UNIT OUTDOOR UNIT Refrigerant pipe Strainer Capillary tube for heating Capillary tube for heating and cooling ø.mm(/") -Way valve Check valve Muffler Evaporator -Way valve Condenser Refrigerant pipe ø 9.mm(/") Charging valve -Way valve Compressor eating : Flare coupling 9

71 .. COMPACT MII SERIES Models : AS 9A / AO 9A INDOOR UNIT Refrigerant pipe ø.mm(/") -Way valve Capillary tube OUTDOOR UNIT Strainer Evaporator Condenser Refrigerant pipe ø 9.mm(/") Charging valve -Way valve Compressor Models : AS 9R / AO 9R INDOOR UNIT OUTDOOR UNIT Refrigerant pipe Strainer Capillary tube for heating Capillary tube for heating and cooling ø.mm(/") -Way valve Check valve Compressor Evaporator Condenser Refrigerant pipe ø 9.mm(/") Charging valve -Way valve eating : Flare coupling 0

72 Models : AS A / AO A INDOOR UNIT Refrigerant pipe Capillary tube OUTDOOR UNIT ø.mm(/") -Way valve Strainer Evaporator Condenser Refrigerant pipe ø.mm(/") Charging valve -Way valve Compressor Models : AS R / AO R INDOOR UNIT OUTDOOR UNIT Refrigerant pipe Strainer Capillary tube for heating Capillary tube for heating and cooling ø.mm(/") -Way valve Compressor Check valve Evaporator Condenser Refrigerant pipe ø.mm(/") Charging valve -Way valve eating : Flare coupling

73 Models : AS A / AO A INDOOR UNIT Charging valve OUTDOOR UNIT Refrigerant pipe Suction pipe ø.mm(/") -Way valve Evaporator Compressor Condenser Strainer Capillary tube Refrigerant pipe -Way valve ø.mm(/") Models : AS R / AO R INDOOR UNIT Charging valve Refrigerant pipe Muffler Suction pipe OUTDOOR UNIT Coupling pipe assy ø.mm(/") -Way valve -Way valve Evaporator Condenser Compressor eating : Flare coupling Refrigerant pipe ø.mm(/") -Way valve Dryer Capillary assy

74 Models : AS A / AO AB INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø.mm(/") Capillary tube Dryer Evaporator Condenser Refrigerant pipe Muffler ø.mm(/") Charging valve Compressor Models : AS R / AO RB INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø.mm(/") Capillary tube Evaporator Compressor Strainer Dryer Accumulator Condenser Refrigerant pipe Muffler ø.mm(/") Charging valve -Way valve eating : Flare coupling

75 Models : AS A / AO AN INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø.mm(/") Capillary tube Dryer Evaporator Condenser Refrigerant pipe ø.mm(/") Charging valve Compressor Models : AS R / AO RN INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø.mm(/") Capillary tube Evaporator Compressor Strainer Dryer Condenser Refrigerant pipe ø.mm(/") Charging valve -Way valve eating : Flare coupling

76 Models : AS 0A / AO 0AN INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Dryer Evaporator Condenser Refrigerant pipe ø.mm(/") Charging valve Compressor Models : AS 0R / AO 0RM INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Compressor Strainer Dryer Evaporator Accumulator Condenser Refrigerant pipe ø.mm(/") Charging valve -Way valve eating : Flare coupling

77 Models : AS A / AO AN INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Dryer Evaporator Condenser Refrigerant pipe ø.mm(/") Charging valve Compressor Models : AS R / AO RM INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Compressor Strainer Dryer Evaporator Accumulator Condenser Refrigerant pipe ø.mm(/") Charging valve -Way valve eating : Flare coupling

78 Models : AS 0A / AO 0A INDOOR UNIT OUTDOOR UNIT Refrigerant pipe Capillary tube Distributor ø 9.mm(/") Compressor Dryer Check joint Evaporator Condenser Muffler Refrigerant pipe ø.mm(/") Charging valve Models : AS 0R / AO 0R INDOOR UNIT Refrigerant pipe OUTDOOR UNIT Capillary tube Distributor ø 9.mm(/") Strainer Check valve Distributor Compressor Dryer Check valve Evaporator Accumulator Muffler Condenser Check joint Refrigerant pipe ø.mm(/") -Way valve eating : Flare coupling Charging valve

79 Models : ASC-0B / AOC-0B INDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube OUTDOOR UNIT Dryer Evaporator Condenser Refrigerant pipe ø.mm(/") Charging valve Compressor Muffler Models : ASC-0B / AOC-0B INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Dryer Evaporator Condenser Refrigerant pipe ø.mm(/") Charging valve Compressor Muffler : Flare coupling

80 .. FOOR / CEIING UNIVERSA TYPE Models : AB A / AO A INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Dryer Evaporator Condenser Refrigerant pipe Muffler ø.mm(/") Charging valve Compressor Models : AB R / AO RZ INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Evaporator Compressor Strainer Dryer Accumulator Condenser Refrigerant pipe Muffler ø.mm(/") Charging valve -Way valve eating : Flare coupling 9

81 Models : AB A / AO AN INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Dryer Evaporator Condenser Refrigerant pipe ø.mm(/") Charging valve Compressor Models : AB R / AO RM INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Compressor Strainer Dryer Evaporator Accumulator Condenser Refrigerant pipe ø.mm(/") Charging valve -Way valve eating : Flare coupling 0

82 Models : AB A / AO AZ INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Dryer Evaporator Condenser Refrigerant pipe Muffler ø.mm(/") Charging valve Compressor Models : AB R / AO RZ INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Evaporator Compressor Strainer Dryer Accumulator Condenser Refrigerant pipe Muffler ø.mm(/") Charging valve -Way valve eating : Flare coupling

83 Models : AB A / AO AN INDOOR UNIT Refrigerant pipe Capillary tube OUTDOOR UNIT Distributor ø 9.mm(/") Dryer Evaporator Condenser Refrigerant pipe ø.mm(/") Charging valve Compressor Models : AB R / AO RM INDOOR UNIT OUTDOOR UNIT Distributor Refrigerant pipe ø 9.mm(/") Capillary tube Compressor Strainer Dryer Evaporator Accumulator Condenser Refrigerant pipe ø.mm(/") Charging valve -Way valve eating : Flare coupling

84 Models : AB A / AO A INDOOR UNIT OUTDOOR UNIT Refrigerant pipe ø.mm(/") Charging valve -Way valve Suction pipe Condenser Evaporator Compressor Strainer Capillary tube Refrigerant pipe -Way valve ø.mm(/") Models : AB R / AO R INDOOR UNIT OUTDOOR UNIT Refrigerant pipe Muffler Suction pipe Coupling pipe assy ø.mm(/") Charging valve -Way valve -Way valve Condenser Evaporator Compressor Capillary tube Refrigerant pipe Dryer ø.mm(/") -Way valve eating : Flare coupling

85 . CIRCUIT DIAGRAM.. COMPACT SII SERIES Models : AS A / AO A TERMISTOR(ROOM TEMP.) CN0 PURPE GREEN YEOW DISPAY BOARD CN CN CN CN CN TEST CONTRO BOARD CN CN PURPE TERMISTOR (PIPE TEMP.) OUVER MOTOR M FAN MOTOR CAPACITOR FM FAN MOTOR FM FAN MOTOR YEOW GREEN CN0 CN0 W0 CN9 CN0 W0 W0 REAY BOARD POWER REAY COMPRESSOR R C CM S OVEROAD REAY COMPRESSOR CAPACITOR TRANSFORMER PURPE PURPE TERMA FUSE CN0 CN0 POWER SUPPY BOARD CN0 FAN MOTOR CAPACITOR N TERMINA CN0 TERMA FUSE 0 C W0 N TERMINA GREEN / YEOW INDOOR UNIT OUTDOOR UNIT

86 Models : AS R / AO R CN0 PURPE GREEN YEOW DISPAY BOARD TEST CN CN CN CN CN CONTRO BOARD TERMISTOR(ROOM TEMP.) CN CN PURPE TERMISTOR (PIPE TEMP.) OUVER MOTOR M FAN MOTOR CAPACITOR TRANSFORMER FM FAN MOTOR YEOW GREEN PURPE PURPE TERMA FUSE CN0 CN0 W0 CN0 CN0 CN0 CN9 CN0 POWER SUPPY BOARD W0 CN0 W0 W0 FAN MOTOR CAPACITOR REAY BOARD POWER REAY DARK FAN MOTOR FM COMPRESSOR R CM N S C FOUR WAY VAVE COI SV OVEROAD REAY COMPRESSOR CAPACITOR DARK TERMINA W0 W0 TERMA FUSE 0 C N TERMINA GREEN/YEOW INDOOR UNIT OUTDOOR UNIT

87 .. COMPACT MII SERIES Models : AS 9A / AO 9A GREEN TERMA FUSE 0 C TERMINA N W0 W0 CN0 CN0 CN0 CN0 TRANSFORMER TERMA FUSE CN0 GREEN / YEOW PURPE PURPE POWER SUPPY BOARD FAN MOTOR YEOW FM W0 FAN MOTOR CAPACITOR CN0 POWER REAY CN9 W0 REAY BOARD CN CN CN CN0 CN0 DISPAY BOARD YEOW GREEN CN PURPE CONTRO BOARD TERMISTOR (ROOM TEMP.) CN CN PURPE M CN OUVER MOTOR TERMISTOR (PIPE TEMP.) TEST TERMINA INDOOR UNIT OUTDOOR UNIT N COMPRESSOR R C CM S COMPRESSOR CAPACITOR OVER OAD REAY FAN MOTOR FM FAN MOTOR CAPACITOR Models : AS 9R / AO 9R GREEN TERMA FUSE 0 C TERMINA W0 W0 TRANSFORMER TERMA FUSE CN0 CN0 CN0 CN0 W0 N GREEN / YEOW PURPE PURPE POWER SUPPY BOARD W0 CN0 FAN MOTOR YEOW FM W0 FAN MOTOR CAPACITOR CN0 POWER REAY CN9 W0 REAY BOARD CN0 DISPAY BOARD YEOW GREEN CN CN CN CN PURPE CONTRO BOARD TERMISTOR (ROOM TEMP.) CN CN PURPE M CN OUVER MOTOR TERMISTOR (PIPE TEMP.) TEST TERMINA INDOOR UNIT OUTDOOR UNIT N COMPRESSOR CAPACITOR DARK COMP- RESSOR R C CM S OVER ORD REAY FOUR WAY SV VAVE COI FAN MOTOR FM FAN MOTOR CAPACITOR

88 Models : AS A / AO A GREEN TERMA FUSE 0 C TERMINA N W0 W0 CN0 CN0 CN0 CN0 TRANSFORMER TERMA FUSE CN0 GREEN / YEOW PURPE PURPE POWER SUPPY BOARD FAN MOTOR YEOW FM W0 FAN MOTOR CAPACITOR CN0 POWER REAY CN9 REAY BOARD CN CN CN DISPAY BOARD YEOW GREEN CN PURPE CONTRO BOARD TERMISTOR (ROOM TEMP.) CN CN PURPE M CN OUVER MOTOR TERMISTOR (PIPE TEMP.) TEST TERMINA N INDOOR UNIT OUTDOOR UNIT COMPRESSOR R S CM C COMPRESSOR CAPACITOR OVEROAD REAY FAN MOTOR FM FAN MOTOR CAPACITOR Models : AS R / AO R GREEN TERMA FUSE 0 C TERMINA W0 W0 CN0 CN0 CN0 CN0 W0 N W0 TRANSFORMER TERMA FUSE GREEN / YEOW PURPE PURPE POWER SUPPY BOARD CN0 FAN MOTOR YEOW FM W0 FAN MOTOR CAPACITOR CN0 POWER REAY REAY BOARD CN9 CN CN CN CN0 DISPAY BOARD YEOW GREEN CN PURPE CONTRO BOARD TERMISTOR (ROOM TEMP.) CN CN PURPE M CN OUVER MOTOR TERMISTOR (PIPE TEMP.) TEST TERMINA N DARK INDOOR UNIT OUTDOOR UNIT COMPRESSOR R S CM C COMPRESSOR CAPACITOR OVEROAD REAY FOUR WAY SV VAVE COI FAN MOTOR FM FAN MOTOR CAPACITOR

89 .. COMPACT I SERIES Models : AS A / AO A GREEN TERMA FUSE 0 C TERMINA N W0 W0 CN0 CN0 CN0 CN0 TRANSFORMER TERMA FUSE CN0 GREEN / YEOW PURPE PURPE POWER SUPPY BOARD FAN MOTOR YEOW FM W0 FAN MOTOR CAPACITOR CN0 POWER REAY CN9 W0 REAY BOARD CN CN CN CN0 CN0 DISPAY BOARD YEOW GREEN CN PURPE CONTRO BOARD TERMISTOR (ROOM TEMP.) CN CN PURPE M CN OUVER MOTOR TERMISTOR (PIPE TEMP.) TEST TERMINA INDOOR UNIT OUTDOOR UNIT N COMPRESSOR R C CM S COMPRESSOR CAPACITOR OVER OAD REAY FAN MOTOR FM FAN MOTOR CAPACITOR Models : AS R / AO R GREEN TERMA FUSE 0 C TERMINA W0 W0 TRANSFORMER DISPAY BOARD TERMA FUSE FAN MOTOR YEOW FM CN0 CN0 CN0 CN0 CN CN CN POWER SUPPY BOARD CONTRO BOARD CN0 CN W0 W0 W0 CN POWER REAY N GREEN / YEOW PURPE PURPE FAN MOTOR CAPACITOR CN0 CN9 W0 REAY BOARD CN0 YEOW GREEN PURPE TERMISTOR (ROOM TEMP.) CN PURPE M CN OUVER MOTOR TERMISTOR (PIPE TEMP.) TEST TERMINA INDOOR UNIT OUTDOOR UNIT N COMPRESSOR CAPACITOR DARK COMP- OVER ORD RESSOR REAY R C CM S FOUR WAY SV VAVE COI FAN MOTOR FM FAN MOTOR CAPACITOR

90 Models : AS A / AO A TERMA FUSE 0 C N TERMINA W0 GREEN/YEOW POWER REAY PURPE TRANSFORMER CN 0 CN 0 CN 0 W0 W0 TERMA FUSE PURPE Use T.A 0V fuse on F0 CN 0 POWER SUPPY BOARD GREEN STEP MOTOR FAN MOTOR DISPAY BOARD CN 0 CN 9 CONTRO BOARD CN CN CN E YEOW M PINK CN 0 FM TERMA PROTECTOR CN CN 0 CN TEST TERMISTOR (PIPE TEMP.) TERMISTOR (ROOM TEMP.) COMPRESSOR FAN MOTOR GREEN/YEOW TERMA PROTECTOR COMPRESSOR CAPACITOR TERMINA Models : AS R / AO R TERMA FUSE 0 C N TERMINA W0 GREEN/YEOW TERMINA (N) POWER REAY PURPE TRANSFORMER CN 0 CN 0 CN 0 W0 W0 TERMA FUSE PURPE Use T.A 0V fuse on F0 CN 0 POWER SUPPY BOARD GREEN COMPRESSOR CAPACITOR COMPRESSOR S STEP MOTOR R FAN MOTOR -WAY VAVE COI TERMA PROTECTOR DISPAY BOARD CN 0 CN 9 CONTRO BOARD CN CN CN E YEOW M PINK CN 0 FM TERMA PROTECTOR SV CN FAN MOTOR CN 0 CN INDOOR UNIT OUTDOOR UNIT TEST TERMISTOR (PIPE TEMP.) TERMISTOR (ROOM TEMP.) OVEROAD PROTECTOR C GREEN/YEOW FAN MOTOR CAPACITOR 9

91 Models : AS A / AO AN TERMA FUSE 0 C () (N) TERMINA W0 POWER REAY PURPE PURPE TRANSFORMER CN 0 CN 0 CN 0 W0 W0 TERMA FUSE CN 0 POWER SUPPY BOARD Use T.A 0V fuse on F0 GREEN STEP MOTOR FAN MOTOR YEOW PINK DISPAY BOARD CN 0 CN 9 CONTRO BOARD CN CN CN E CN 0 FM M CN TERMA PROTECTOR CN 0 CN TEST TERMISTOR (PIPE TEMP.) TERMISTOR (ROOM TEMP.) TO POWER SUPPY INDOOR UNIT OUTDOOR UNIT TERMA PROTECTOR N () (N) INTERNA OVEROAD PROTECTOR COMPRESSOR MAIN REAY C R S COMPRESSOR CAPACITOR YEOW/GREEN FAN MOTOR CAPACITOR FAN MOTOR TERMINA FUSE A 90

92 Models : AS 0A / AO 0AN Models : AS A / AO AN GREEN/YEOW FAN MOTOR FM DISPAY BOARD CN0 FAN MOTOR CAPACITOR GREEN/YEOW TERMINA () (N) FITER BOARD N Use T.A 0V Fuse on F0 GREEN CN CN PURPE CN PURPE YEOW CN CONTRO BOARD CN CN CN TERMISTOR (PIPE TEMP.) TERMISTOR (ROOM TEMP.) MAIN REAY CN CN CN CN0 TERMA FUSE 0 C YEOW M YEOW M TO POWER SUPPY STEP MOTOR (EFT/RIGT) STEP MOTOR (UP/DOWN) INDOOR UNIT OUTDOOR UNIT TERMA PROTECTOR N () (N) INTERNA OVEROAD PROTECTOR MAIN REAY C COMPRESSOR R S COMPRESSOR CAPACITOR YEOW/GREEN FAN MOTOR CAPACITOR FAN MOTOR TERMINA FUSE A 9

93 .. WA MOUNTED ARGE TYPE Models : AS 0A / AO 0AZ (except ASC-0B / AOC-0B and ASC-0B / AOC-0B) Models : AS A / AO AB TERMA FUSE 0 C GREEN / YEOW GREEN / YEOW FITER BOARD Use T.A-0V Fuse on F0 MAIN REAY N GREEN GREEN/YEOW CN CN FM FAN MOTOR PURPE DISPAY BOARD PURPE YEOW CN CN CN CONTRO BOARD CN CN CN CN0 YEOW CN0 YEOW CN CN FAN MOTOR CAPACITOR TERMISTOR(PIPE TEMP.) TERMISTOR(ROOM TEMP.) M STEP MOTOR (EFT/RIGT) M STEP MOTOR (UP/DOWN) INDOOR UNIT OUTDOOR UNIT COMPRESSOR C FAN MOTOR YEOW / GREEN S INTERNA OVEROAD PROTECTOR R TERMA PROTECTOR COMPRESSOR CAPACITOR FAN MOTOR CAPACITOR TERMINA (N) 9

94 Models : ASC-0B / AOC-0B Models : ASC-0B / AOC-0B TERMA FUSE 0 C GREEN/YEOW GREEN/YEOW FITER BOARD Use T.A-0V Fuse on F0 MAIN REAY N GREEN GREEN/YEOW CN CN FM CN FAN MOTOR PURPE DISPAY BOARD PURPE YEOW CN CONTRO BOARD CN CN CN CN0 YEOW CN0 YEOW CN CN CN FAN MOTOR CAPACITOR TERMISTOR(PIPE TEMP.) TERMISTOR(ROOM TEMP.) M STEP MOTOR (EFT/RIGT) M STEP MOTOR (UP/DOWN) INDOOR UNIT OUTDOOR UNIT TERMINA (N) COMPRESSOR CAPACITOR FAN MOTOR CAPACITOR INTERNA OVEROAD PROTECTOR R TERMA PROTECTOR S YEOW/GREEN COMPRESSOR C FAN MOTOR 9

95 Models : AS 0R / AO 0R Models : AS R / AO R (except ASB model) TERMA FUSE 0 C GREEN / YEOW GREEN / YEOW FITER BOARD N Use T. A-0V Fuse on F0 MAIN REAY GREEN CN CN FM FAN MOTOR PURPE CN DISPAY BOARD PURPE YEOW CN CONTRO BOARD CN CN CN CN0 YEOW YEOW CN CN CN FAN MOTOR CAPACITOR TERMISTOR(PIPE TEMP.) TERMISTOR(ROOM TEMP.) M STEP MOTOR (EFT/RIGT) M STEP MOTOR (UP/DOWN) INDOOR UNIT OUTDOOR UNIT SV FOUR WAY VAVE COMPRESSOR C FAN MOTOR YEOW / GREEN S INTERNA OVEROAD PROTECTOR R TERMA PROTECTOR FAN MOTOR CAPACITOR COMPRESSOR CAPACITOR TERMINA (N) 9

96 Models : ASBR / AOBR TERMA FUSE 0 C GREEN/YEOW GREEN/YEOW FITER BOARD Use T.A-0V Fuse on F0 MAIN REAY N GREEN/YEOW GREEN CN CN FM CN FAN MOTOR PURPE DISPAY BOARD PURPE YEOW CN CONTRO BOARD CN CN CN CN0 YEOW YEOW CN CN CN FAN MOTOR CAPACITOR TERMISTOR(PIPE TEMP.) TERMISTOR(ROOM TEMP.) M STEP MOTOR (EFT/RIGT) M STEP MOTOR (UP/DOWN) INDOOR UNIT OUTDOOR UNIT TERMINA (N) COMPRESSOR CAPACITOR FAN MOTOR CAPACITOR INTERNA OVEROAD PROTECTOR R TERMA PROTECTOR S YEOW/GREEN COMPRESSOR C FAN MOTOR SV - WAY VAVE 9

97 Models : AS 0A / AO 0A (except "ASB" model ) TERMINA () (N) TERMA FUSE 0 C GREEN / YEOW FITER BOARD N Use T.A-0V Fuse on F0 MAIN REAY GREEN GREEN / YEOW CN CN FM PURPE FAN MOTOR CN PURPE DISPAY BOARD CN0 YEOW CN CONTRO BOARD CN CN CN CN0 YEOW YEOW FAN MOTOR CAPACITOR CN CN CN TERMISTOR(PIPE TEMP.) TERMISTOR(ROOM TEMP.) M STEP MOTOR (EFT/RIGT) M STEP MOTOR (UP/DOWN) INDOOR UNIT OUTDOOR UNIT INTERNA OVEROAD PROTECTOR C COMPRESSOR CONNECTOR TERMA PROTECTOR S R FAN MOTOR COMPRESSOR CAPACITOR FAN MOTOR CAPACITOR MAIN REAY FUSE A C OUTDOOR TERMOSTAT GREEN / YEOW TERMINA N () (N) TO POWER SUPPY 9

98 Models : ASB0A / AOB0A TERMA FUSE 0 C GREEN/YEOW GREEN/YEOW FITER BOARD MAIN REAY N Use T.A-0V Fuse on F0 GREEN GREEN/YEOW CN PURPE CN CN FM FAN MOTOR CN CN CN CN CN CN0 PURPE DISPAY BOARD YEOW CONTRO BOARD YEOW CN0 YEOW CN CN FAN MOTOR CAPACITOR TERMISTOR(PIPE TEMP.) TERMISTOR(ROOM TEMP.) M STEP MOTOR (EFT/RIGT) M STEP MOTOR (UP/DOWN) INDOOR UNIT OUTDOOR UNIT INTERNA OVEROAD PROTECTOR C COMPRESSOR CONNECTOR TERMA PROTECTOR S R FAN MOTOR COMPRESSOR CAPACITOR FAN MOTOR CAPACITOR TERMINA (N) 9

99 Models : AS 0R / AO 0R (except "ASB" model ) TERMINA () (N) TERMA FUSE 0 C GREEN / YEOW FITER BOARD N Use T.A-0V Fuse on F0 MAIN REAY GREEN / YEOW FAN MOTOR GREEN CN PURPE PURPE YEOW CN CN CN FM DISPAY BOARD CN0 CONTRO BOARD Use T. A-0V Fuse on F CN CN CN CN0 YEOW FAN MOTOR CAPACITOR YEOW CN CN CN TERMISTOR(PIPE TEMP.) TERMISTOR(ROOM TEMP.) M STEP MOTOR (EFT/RIGT) M STEP MOTOR (UP/DOWN) INDOOR UNIT OUTDOOR UNIT BET EATER INTERNA OVEROAD PROTECTOR C COMPRESSOR CONNECTOR TERMA PROTECTOR CONNECTOR S R FAN MOTOR REAY MAIN REAY COMPRESSOR CAPACITOR FUSE A SV FAN MOTOR CAPACITOR -WAY VAVE TERMINA N () (N) TO POWER SUPPY 9

100 Models : ASB0R / AOB0R TERMA FUSE 0 C GREEN/YEOW GREEN/YEOW FITER BOARD Use T.A-0V Fuse on F0 MAIN REAY N GREEN GREEN/YEOW CN CN FM CN FAN MOTOR PURPE DISPAY BOARD PURPE YEOW CN CONTRO BOARD CN CN CN CN0 YEOW CN0 YEOW CN CN CN FAN MOTOR CAPACITOR TERMISTOR(PIPE TEMP.) TERMISTOR(ROOM TEMP.) M STEP MOTOR (EFT/RIGT) M STEP MOTOR (UP/DOWN) INDOOR UNIT OUTDOOR UNIT INTERNA OVEROAD PROTECTOR C COMPRESSOR CONNECTOR TERMA PROTECTOR S R FAN MOTOR COMPRESSOR CAPACITOR SV COMPRESSOR CAPACITOR TERMINA (N) 99

101 .. FOOR / CEIING UNIVERSA TYPE Models : AB A / AO AN Models : AB A / AO AN TERMISTOR(ROOM TEMP.) TERMISTOR(PIPE TEMP.) DISPAY BOARD FAN MOTOR GREEN / YEOW FM CN0 YEOW PURPE PURPE GREEN CN CN CN CN CN CN CN CONTRO BOARD Use T. A-0V Fuse on F0 CN CN CN CN0 YEOW FAN MOTOR CAPACITOR STEP MOTOR (UP/DOWN) STEP MOTOR (EFT/RIGT) YEOW M M N FITER BOARD MAIN REAY () (N) TERMINA TO POWER SUPPY INDOOR UNIT OUTDOOR UNIT TERMA PROTECTOR N () (N) INTERNA OVEROAD PROTECTOR MAIN REAY C COMPRESSOR R S COMPRESSOR CAPACITOR YEOW/GREEN FAN MOTOR CAPACITOR FAN MOTOR TERMINA FUSE A 00

102 Models : AB A / AO AN Models : AB A / AO AZ Models : AB A / AO AB TERMISTOR(ROOM TEMP.) TERMISTOR(PIPE TEMP.) CN0 DISPAY BOARD FAN MOTOR GREEN / YEOW FM YEOW PURPE PURPE CN CN CN CN CN CN CN CN CONTRO BOARD Use T. A-0V Fuse on F0 CN CN CN0 FAN MOTOR CAPACITOR STEP MOTOR (UP/DOWN) M YEOW STEP MOTOR (EFT/RIGT) YEOW M N FITER BOARD MAIN REAY GREEN / YEOW N (N) TERMINA INDOOR UNIT OUTDOOR UNIT COMPRESSOR C FAN MOTOR GREEN / YEOW INTERNA OVEROAD PROTECTOR R S TERMA PROTECTOR COMPRESSOR CAPACITOR FAN MOTOR CAPACITOR TERMINA (N) 0

103 Models : AB R / AO R Models : AB R / AO R CN0 DISPAY BOARD FAN MOTOR GREEN / YEOW FM YEOW PURPE PURPE GREEN TERMISTOR(ROOM TEMP.) TERMISTOR(PIPE TEMP.) CN CN CN CN CN CN CONTRO BOARD STEP MOTOR (UP/DOWN) M YEOW STEP MOTOR (EFT/RIGT) Use T. A-0V Fuse on F0 YEOW CN CN CN CN CN CN0 FAN MOTOR CAPACITOR M N FITER BOARD MAIN REAY GREEN / YEOW N (N) TERMINA SV FOUR WAY VAVE INDOOR UNIT OUTDOOR UNIT C COMPRESSOR FAN MOTOR GREEN / YEOW INTERNA OVEROAD PROTECTOR R S TERMA PROTECTOR COMPRESSOR CAPACITOR FAN MOTOR CAPACITOR TERMINA (N) 0

104 Models : AB R / AO R Models : ABBR / AOBR CN0 DISPAY BOARD FAN MOTOR GREEN / YEOW FM YEOW PURPE PURPE GREEN TERMISTOR(ROOM TEMP.) TERMISTOR(PIPE TEMP.) CN CN CN CN CN CN CONTRO BOARD STEP MOTOR (UP/DOWN) M YEOW STEP MOTOR (EFT/RIGT) Use T. A-0V Fuse on F0 YEOW CN CN CN CN CN CN0 FAN MOTOR CAPACITOR M N FITER BOARD MAIN REAY GREEN / YEOW N (N) TERMINA SV WAY VAVE INDOOR UNIT OUTDOOR UNIT C COMPRESSOR FAN MOTOR YEOW / GREEN INTERNA OVEROAD PROTECTOR R S TERMA PROTECTOR COMPRESSOR CAPACITOR FAN MOTOR CAPACITOR TERMINA (N) 0

105 . CONTROER CIRCUIT DIAGRAM EZ NUMBER IST MODE CONTRO BOX ASSY P. C. BOARD ASSY CONTROER PCB CIRCUIT DIAGRAM COMPACT SII TYPE AS - SERIES ASY A EZ-09KWSE EZ-09KWSE-C A-ASYASC-0 ASY R EZ-09JSE EZ-09JSE-C A-ASYRSC-0 MODE CONTRO BOX ASSY P. C. BOARD ASSY CONTROER PCB CIRCUIT DIAGRAM COMPACT MII TYPE AS - SERIES ASY 9A AST 9A ASQ 9A EZ-090WSE EZ-0909WSE EZ-090WSE or EZ-09NWSE or EZ-09WSE EZ-09FWSE-C A-EZ-09FWSE- A-EZ-09FWSE- A-EZ-09FWSE- A-ASP9ASB-0 A-ASP9ASC-W-0 ASY A AST A EZ-090WSE EZ-090WSE or EZ-09PWSE or EZ-09WSE EZ-090WSE-C A-ASGASE-W-09 A-ASGASE-W-09 A-ASP9ASB-0 A-ASP9ASC-W-0 ASY 9R AST 9R ASQ 9A EZ-090SE EZ-090JSE EZ-090SE or EZ-09MSE or EZ-09SE EZ-09SE-C A-EZ-09FWSE- A-EZ-09FWSE- A-EZ-09FWSE- A-ASP9RSB-W-0 A-ASP9RSC-W-0 ASY R AST R EZ-090SE EZ-090MSE EZ-090SE EZ-09NSE or EZ-099SE EZ-090SE-C A-ASGASE-W-09 A-ASGASE-W-09 A-ASGASE-W-09 A-ASP9RSB-W-0 A-ASP9RSC-W-0 0

106 MODE CONTRO BOX ASSY P. C. BOARD ASSY CONTROER PCB CIRCUIT DIAGRAM I TYPE AS - SERIES ASY ASE EZ-09EWSE EZ-09GWSE-C A-EZ-09BWSE ASY ASF AST AS EZ-09WSE EZ-09WSE EZ-090WSE-C A-ASYASF-W-0 A-ASYASF-W-0 ASY RSE EZ-09ASE EZ-09RSE-C A-EZ-09SE ASY RSF EZ-09SE EZ-09SE-C A-EZ-090SE AST RS EZ-09SE EZ-09SE-C A-EZ-090SE ASY ASK EZ-0990WSE A-EZ-0990WSE ASY ASF AST ASF AST ASK EZ-090WSE EZ-09PWSE EZ-000WSE EZ-090WSE-C A-ASYASF-W-0 A-ASYASF-W-0 A-EZ-000WSE ASB ASF EZ-09WSE A-ASYASF-W-0 ASY ASE EZ-09BWSE A-EZ-09BWSE ASY AS ASY AS EZ-099PWSE EZ-09GWSE-C A-EZ-099PWSE ASY RSB ASY RS EZ-09SE EZ-090SE-C A-EZ-09SE ASY RSF ASY RSK AST RSF AST RSK EZ-090SE EZ-09SE EZ-090SE-C A-EZ-090SE A-EZ-090SE ASB RSF EZ-090SE EZ-090SE-C A-EZ-090SE 0

107 MODE CONTRO BOX ASSY P. C. BOARD ASSY CONTROER PCB CIRCUIT DIAGRAM AS -SERIES ASY 0/AS ASY 0/AW ASY 0/AGA ASY 0/AGD EZ-09JWSE A-EZ-09JWSE ASY 0/AGB ASY 0/AGC EZ-09WSE A-EZ-09WSE AST 0/AGA AST 0/AS AST 0AGB AST AGC EZ-09WSE EZ-09WSE EZ-09WSE-F A-EZ-09WSE A-EZ-09WSE ASY/T 0A EZ-09WSE A-EZ-09WSE ASB 0/A EZ-09SWSE A-EZ-09SWSE ASB 0A EZ-09WSE A-EZ-09WSE ASC-0B/ASC-0B EZ-09WSE A-EZ-09WSE ASY 0R AST 0R EZ-09USE EZ-09TSE EZ-09RSE-F A-EZ-09USE A-EZ-09TSE ASY R EZ-09FSE A-EZ-09FSE AST RGA/RS AST RGB EZ-09SE EZ-09ESE EZ-09SE-F A-EZ-09SE A-EZ-09ESE ASY/T 0R EZ-09ESE A-EZ-09ESE ASB R ASB 0R EZ-09PSE EZ-09SE EZ-09PSE-F A-EZ-09PSE A-EZ-09SE 0

108 MODE CONTRO BOX ASSY P. C. BOARD ASSY CONTROER PCB CIRCUIT DIAGRAM AB -SERIES ABY AG EZ-099WSE A-EZ-099WSE ABY AS/AW EZ-09WSE A-EZ-09WSE ABY AS ABY AW EZ-09WSE A-EZ-09WSE ABY AGA EZ-09WSE A-EZ-09WSE ABY AGB ABY AGC EZ-099WSE A-EZ-099WSE ABY AS ABY AW EZ-090WSE EZ-09WSE-F A-EZ-090WSE ABY AGA EZ-09WSE A-EZ-09WSE ABY AGB EZ-099WSE A-EZ-099WSE ABT AS ABT AGA EZ-09WSE A-EZ-09WSE ABT AGC EZ-099WSE A-EZ-099WSE ABY RG EZ-09SE A-EZ-09SE ABY RS/RW EZ-09SE EZ-09SE-F A-EZ-09SE ABT RG/RS EZ-09SE A-EZ-09SE ABY RS/RW EZ-09SE A-EZ-09SE ABY RG EZ-09SE A-EZ-09SE ABT R EZ-09SE A-EZ-09SE ABY RS/RW ABY RG EZ-090SE EZ-09SE EZ-09SE-F A-EZ-090SE A-EZ-09SE ABT RS EZ-09SE A-EZ-09SE ABT RGA EZ-09SE A-EZ-09SE ABT RGC EZ-00SE A-EZ-00SE ABB R EZ-09SE EZ-09SE-F A-EZ-09SE 0

109 . CONTROER PRINTED CIRCUIT BOARD CIRCUIT DIAGRAM.. COMPACT SII SERIES Model : AS A CN0 JM0 W0 E (GREEN) POWER TRANSFORMER FUSE BP-V-B-R POWER TRANSFORMER, PRIMARY CN0- (WT) CN0- (WT) C0 00P < F > CN0- () C0 00P < F > CN0- () POWER TRANSFORMER, SECONDARY CN0 BB-XARK--A TERMA FUSE (0 C) CN0- (GRY) SW0 SS0- CN0- (GRY) POWER SWITC CN0 O-00 POWER SUPPY PCB ASSY V CN0- U0 AWG0 <>.0 <EEN> CN0- U0 AWG0 <> FAN CAPACITOR BP-V-B-Y CN0 CN0 BP-V-B SSR0 GMB-0P-UTU DCV CN0- (BK) CN0- (YE) CN0- (WT) V FAN MOTOR F M CN SP-V CN- () CN- (WT) CN- (BK) V V V R 0K </0W> C 0. V BZ PKMEPY-000 BZ R9 K </0W> R-R0 R. R 0K </0W> JP JP JP JP JP JP JP JP JP9 R0.K </W> R K </0W> Q DTCEK C E CONTROER PCB ASSY R 0K </0W> V B V C9 0. MB9R-S- AN BUZ P P0 9 P 0 P P P P P P P0 IC RESET AN0 AN P R.0K </0W> C 0. C 0. C 0. C9 0. R 0K </0W> V R K </0W> R K </0W> R 0K </0W> R 00K </0W> C V PST 00CMT C0 R K </0W> SW EVQ PFE 0R MANUA AUTO IC R K </0W> R 0K </0W> (%) R 9.9K </0W> (%) V CN CN 0-0- ROOM TEMPERATURE TERMISTOR CN- (BK) CN- (BK) PIPE TEMPERATURE TERMISTOR CN- (GRY) CN- (GRY) BB-X-AM 0 PAA00RR0B F0 BET T. A 0V W0 () C0 0. < PA > C0 0. < PA > VA0 0 < TNRG > F0 F0 W0 () U0 AWG () D0 DF0 D0 DF0 U0 AWG () U0 AWG () () D0 DF0 D0 DF0 D0 DF0 D0 DF0 C0 R0 00 K /V + </W> R0 0K </W> C0 0/V + () Q0 SD0 D0 MTJC C0 0/V V D0 DF0 IC0 0 + C0 + C0 C /V /V W0 () K0 GA-A-PS V CN0-9- (BU) D0 DF0 CN0 P-SCN REAY PCB ASSY CN0- (BU) CN9- CN0- (WT) CN9- CN0- (WT) CN9- CN0- (WT) CN9- CN0- (WT) CN9- CN0- (WT) CN9- CN0- (WT) CN9- U0 AWG x CN0- (WT) CN- CN0- (BRN) CN- U0 AWG x CN9 90- CN + V BB-XASK--A C 0/0V R K </0W> - + R.0K </0W> IC- NJM90 C 0. R.K </0W> V IC R 0K </0W> IC- MCD IC- MCD R K </0W> R K </0W> V C IC- MCD C0 0. V R M </0W> IC- MCD V IC- NJM90 V VCC DO TEST GND C 0. R.K </0W> IC S-90 C 0. CS SX DI MC R 0K </0K> VDD 9 AVDD 0 AVR VSS VSS AVSS MODE 9 MODE P P P INTO 9 P P P 9 P0 0 P0 P0 P0 P0 P0 P00 AN 0 P0 X0 0 9 P P0 P P P P P P P 0 P P P P P P P P P P P P P0 X X CST. MTW V V 9 B C E 0 V R9 0K </0W> C 000P <R> IC- MCD Q DTCEK 0 R-R 0K </0W>x C-C 0. x R0 0 </0W> R 0 </W> R 0 </W> IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD V IC R 0 </W> V IC V V V CN- CN- CN- CECKER CN- CN- CN BP-SF-AA -00 CN CN- (BRN) CN- () CN- (ORG) CN- (PR) CN- (GRN) CN- (YE) CN- (BU) U0B AWG x CN -00 CN- (BU) CN- (PR) CN- (GRY) CN-9 (WT) CN-0 (BK) U0B AWG x 0 ZR- INDICATOR PCB ASSY C0 0. OUVER V X0 + VCC(+V) C0 0/V DATA SBX0- GND V OPERATE() D0 SR-<VC> TIMER(GRN) D0 SR-<MC> SWING(ORG) D0 SR-<DC> CN M TERMINA N 0/0V 0z To earth <GREEN/YEOW> E 0

110 .. COMPACT MII SERIES Models : AS 9A, A SQ-0. W0 E (GREEN) POWER TRANSFORMER TERMA FUSE POWER TRANS PRIMARY BP-V-B CN0 C0 00P < F > F0 BET T. 0V W0 () CN0-(PR) CN0-(PR) CN0-() CN0-() C0 0. <PA> VA0 0 <TNRG> W0 () U0 ÅWG () POWER TRANS CN0 BB-X-AM SESONDARY TERMA FUSE (0ϒC) C0 00P < F > SW0 SS0- CN0-(GRY) CN0-(GRY) OS-00 CN0 POWER SWITC POWER SUPPY PCB ASSY D0 SVB0 U0 AWG () R0 0K </W> U0 AWG () () C0 00 /V D0 SR9 D0 SR9 0 PAA0ROROB V R0 K </W> C0 0/0V Q0 SD0 + D0 MTZJC () CN0- U0AWG0<> C0 0. <PA> C0 0/ 0V.0 <EEN> CN0- U0AWG0 <> FAN MOTOR CAPACITOR CN SSR0 0.MB-0P-UTU (DCV) V IC0 D0 MCT0SCT SR9 + C0 00/ V W0 () CN0 BP-V-B + C0 + C /0V K0 GA-A-PS CN0-(BK) CN0-(YE) CN0-(WT) V V CN0-9- (BU) D0 SR9 CN0 P-SCN REAY PCB ASSY FAN MOTOR F M AS A JP JP JP JP JP JP JP CN SP-V CN-() CN-(WT) CN-(BK) CN0-(BU)CN9- CN0-(WT)CN9- CN0-(WT)CN9- CN0-(WT)CN9- CN0-(WT)CN9- CN0-(WT)CN9- CN0-(WT)CN9- U0 AWG x CN0-(WT)CN- CN0-(BRN)CN- U0 AWG x V CN9 90- R 0K </0W> C 0. < F > V C 0/0V V AS 9A JP JP JP JP JP JP JP R.0K </0W> R C K 0. </0W> V CN BB-XASK--A V BZ PKMEPY-000 B Z R 9 K < / 0W > R.K </0W> R 0K </0W> R-R0 0K</0W> - + IC- NJM90 R K </0W> IC- MCD IC- MCD R K </0W> R0.K </W> R K < / 0W > V IC V C 0. CONTROER PCB ASSEMBY V R 0K Q </0W> DTCEK V V C9 0. < F > C 0. R M </0W> + - IC- MCD C0 0. V IC S-90 VCC CS DO KC GND SK OI KC IC- MCD V R.K </0W> IC- NJM90 C 0. R 0K </0W> I C NB9R-S- BUZ P P0 9 P 0 P P P P P MODE 9 MODE P P P VDD 9 AVDO 0 AVR VSS VSS AVSS INTO 9 P P P P 9 P0 0 P0 P0 P0 P0 P0 P0 P00 AN 0 P0 X0 AN RESET ANO AN 9 P P P0 P P P P P P P 0 P P Q DTCEK P P P P P P P P P P P0 X R.0K </0W> C 0. C 0. C 0. C9 0. V R K </0W> R K </0W> V C 000P <R> V V R 0K </0W> R9 0K </0W> R 0K </0W> R 00K SV </0W> MANUA PST J 00 CMT ICS SW EVQ PFE 0R AUTO R K </0W> C0 C R K </0W> V R-R 0K</0W x C~C 0. x R0 0 </0W> 9 IC- MCD R.K </W> 0 0 X CST0MTW-TF0 0 R. </W> R 0K </0KW> (%) R 9.9K </0W> (%) R.K </W> IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD V IC V IC V V V V CN 0-0- CN- (BK) CN CN BB-X-AM C- (BK) CN- (GRY) CN- (GRY) BSP-SF-AA CN- CN- CN- CECKER CN- CN- CN -00 CN-(BRN) CN-() CN-(ORG) CN--00 CN-(PR) CN-(GRN) CN-(YE) CN-(BU) U0 AWG x CN-(BU) ZR- CN-(PR) CN-(GRY) CN-9(WT) CN-0(BK) U0 AWG x 0 ROOM TEMPERATURE TERMISTOR PIPE TEMPERATURE TERMISTOR INDICATOR PCB ASSY C C0 0/V DATA V X0 VCC(+V) SBX 0- GND V OPERATE()D0SR-0<VC> SWING(ORG)D0SR-0<DC> TIMER(GRN)D0SR-0<MC> CN M OUVER N TERMINA(ETA-P) < GREEN / YEOW > E 0-0V 0z 09

111 Models : AS 9R, R SO-0. W0 E (GREEN) C0 00P < F > W0 () POWER TRANSFORMER CN0 BP-V-B POWER TRANS, PRIMARY TERMINA FUSE CN0- (PR) CN0- (PR) C0 00P < F > C0 0. < PA > VA0 0 < TNRG > F0 BET T.A-0V W0 () U0 AWG () CN0- () CN0- () POWER TRANS, SECONDARY CN0 BB-X-AM OSN-A CR0 0/0. W0 K0 TERMA FUSE (0ϒC) OSN-A CR0 0/0. CN0- (GRY) SW0 SS0- K0 CN0- (GRY) W0 CN0 O-00 POWER SWITC POWER SUPPY PCB ASSY D0 SVB0 R0 0K </W> U0 AWG () U0 AWG () () 0 PAA0ROROB C0 00 /V D0 SR9 D0 SR9 R0 K </W> + + C0 0/0V V () V Q0 SD0 D0 MTZJIC CN0- U0 AWG0 <> C0 0. <PA>.0 <EEN> K0 K0 CN0- U0 AWG0 <> FAN MOTOR CAPACITOR CN0 CN0 BP-V-B SSR0 GMB-0P-UTU (DCV) V IC0 D0 MCT0CT SR9 W0 () CN0- (BK) CN0- (YE) CN0-(WT) FOUR WAY VAVE OUTDOOR FAN MOTOR K0 GA-A-PS V V C0 C0 C0 C09 0/0V /0V /V CN0-9- (BU) D0 SR9 FAN MOTOR CN0 P-SCN REAY PCB ASSY F M AS R JP JP JP JP JP JP JP CN SP-V CN- () CN- (WT) CN- (BK) CN0- (BU) CN9- CN0- (WT) CN9- CN0- (WT) CN9- CN0- (WT) CN9- CN0- (WT) CN9- CN0- (WT) CN9- CN0- (WT) CN9- U0 AWG x CN0- (WT) CN- CN0- (BRN) CN- U0 AWG x V CN9 90- V R 0K </0W> C 0. R K </0W> V CN BB-XASK--A V + C 0/0V AS R JP JP JP JP JP JP JP R.0K </0W> C 0. V BZ PKMEPY-000 R.K </0W> BZ R9 K </0W> - + R K </0W> R-R0 0K </0W> IC- NJM90 R 0K </0W> IC- MCD IC- MCD R K </0W> R K </0W> C0 0. V Q DTCEK C R0 E.K </W> V IC V C 0. IC- MCD V + - CONTROER PCB ASSEMBY V C 0. R M </0W> IC S-90 VCC DO MC GND IC- MCD B V R.0K </0W> V IC- NJM90 CS SX DI MC R 0K </0K> C9 0. R.K </0W> C 0. IC MB9R-S-9 BUZ P P0 9 P 0 P P P P P MODE 9 MODE P P P VDD 9 AVDD 0 AVR VSS VSS AVSS INTO 9 P P P P 9 P0 0 P0 P0 P0 P0 P0 P0 P00 AN 0 P0 X0 0 AN RESET AN0 P P P P P P P P0 X R.0K </0W> C 0. V V V R 0K </0W> R 0K </0W> C 0. R K </0W> C 0. R 00K </0W> V PST 00CMT C0 R K </0W> AN C9 0. C R K </0W> 9 P P P0 P P P P P P P 0 P P P P P X R9 0K </0W> C 000P <R> V 9 Q DTCEK CST. MTW-TF0 0 V R0 0 </0W> V IC SW EVQ PFE 0R MANUA AUTO R K </0W> IC- R.K </W> MCD R.K </W> 0 IC V R-R 0K </0W> x C-C 0. x R.K </W> IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD IC- MCD V IC R 0K </0W> (%) R 9.9K </0W> (%) V V V V CN CN CN CN 0-0- CN- CN- CN- CN- BB-X-AM BP-SF-AA CN- CN- CN- CN- CN- -00 CN -00 CECKER CN- (BRN) CN- () CN- (ORG) CN- (PR) ROOM TEMPERATURE TERMISTOR (BK) (BK) PIPE TEMPERATURE TERMISTOR (GRY) (GRY) CN- (GRN) CN- (YE) CN- (BU) U0 AWG x CN- (BU) CN- (PR) CN- (GRY) CN-9 (WT) CN-0 (BK) U0B AWG x 0 INDICATOR PCB ASSY C0 0. V X0 + VCC(+V) C0 0/V DATA SBX0- GND V OPERATE() D0 SR-0<VC> SWING(ORG) D0 SR-0<DC> TIMER(GRN) D0 SR-0<MC> CN ZR- M OUVER TERMINA(ETA-P) N 0-0V 0z <GREEN/YEOW> E 0

112 Models : AS A, A CONTROER PCB ASSEMBY (MAIN PCB) EZ-09GWSE-C (GM-0) STEP MOTOR PINK MODE CANGING CODE REMOTE CONTRO CUSTOM CODE AUTO CANGE OVER YEOW INDICATOR PCB EZ-00SE-D BU POWER SUPPY PCB EZ-09YWSE-P EATING TEMPERATURE CORRECTION EATING TEMPERATURE CORRECTION AUTO RESTART MUTI / SINGE UP / DOWN WIND DIRCT- ION SEECTOR OUTDOOR FAN DEAY WT WT WT WT WT TIMER OPERATE WT TERMINA TERMA FUSE POWER TRANS. SECONDARY POWER SWITC WT POWER TRANS. BU TERMA FUSE PURPE PURPE POWER TRANS. PRIMARY MANUA AUTO SWITC WT WT WT WT WT WT ROOM TEMPERATURE TERMISTOR PIPE TEMPERATURE TERMISTOR FAN MOTOR FAN CAPACITOR GREEN POWER SOURCE BK WT TERMINA BOARD GREEN / YEOW

113 Models : AS R, R CONTROER PCB ASSEMBY (MAIN PCB) EZ 090SE C (GM-) Model changing code Remote control custom code Auto change over { () (PNK) (YE) (ORG) (BU) STEP MOTOR INDICATOR PCB EZ 00SE D POWER SUPPY PCB EZ 09TSE P eating temp. correction eating temp. correction Auto restart Multi / Single Up/Down wind direction selector Outdoor fan delay MB9R S 0 (BU) (WT) (WT) (WT) (WT) TIMER OPERATE FAN MOTOR TERMA PROTECTOR (0 C) (WT) (WT) (WT) (WT) (GRY) (GRY) TERMA FUSE (0 C) POWER TRANS. SECONDARY () () POWER SWITC (WT) (WT) TERMA FUSE POWER TRANSFORMER EZ 00SE T (WT) (BU) (PR) (PR) POWER TRANS. PRIMARY MANUA AUTO SWITC (WT) TEST (WT) (BK) ROOM TEMPERATURE TERMISTOR (BK) (WT) (BK) FAN MOTOR (WT) (WT) (WT) (GRY) (GRY) PIPE TEMPERATURE TERMISTOR (ORG) (BK) FAN CAPACITOR (GRN) (WT) (WT) -WAY VAVE () OUTDOOR FAN (BU) BK WT BU TERMINA BOARD POWER CORD (BRN) (BU) GRN/YE 0 0V 0z

114 .. WA MOUNTED ARGE TYPE Models : AS 0A, A, ASS0A, ACS-0, ACS-0 TERMA FUSE CN- CN- CN POWER 0-0V 0Z U0 AWG TM0 W0 TM0 W0 U0 AWG N U0 AWGB GREEN E R. <W> F F0 F -.A - <0V> SA0 00V <DSA> E0 BET FM W0 D DSB0 C 00/0V VA0 0 <TNRG> + C0 0. <PA-C> Q SC R 0K <W> R Q 00 SC </0W> R. <W> C0 0.0 <YE> C0 0.0 <YE> VA0 0 <TNRG> W0 U0 AWG U0 AWG FAN CAPACITOR U0 AWG TERMINA BOARD U0 AWG CN- U0 AWG CN- U0 AWG CN- U0 AWG CN- U0 AWG PURPE U0 AWG FAN MOTOR BP-V-B-C CN CN- CN- U0 AWG SUVF-00 F0 C 00P C 0.0 D DF0U D MTZJ.B R 0 </W> C0 0.0 <YE> C0 0.0 <YE> + R 00 </W> R K <W> D DF0U C PF 00/W C0 0. <PA-C> POWER SUPPY PCB ASSY CN- CN- BP-V-B-Y CN- CN CN- M CN 0C0 JM ZCAT-00 K JQ-V TURN POWER REAY JMAN-ZTM-DCV K JQ-V U0 AWG U0 AWG D ISR9-00 TEST BB-XASK--A AUTORESTART CANGER JP JP CUSTOM CODE CANGER JP CUSTOM CODE CANGER POWER TRANSFORMER T MPR- D DF0U C9 000/V PRIMARY SECONDARY CN9 BP-SF-AA CN9- CN9- CN9- CN9- CN9- CN- CN- CN- CN C 0.0 R K <W> D DF0 IC9 TP (D)-GB R 0K </0W> R 0K </0W> SSRI GM-0P<UTU> V V V C0 0/V IC C 0/V R K </0W> C 0.0 V V R-R 0K </0W> X R-R 0K </0W>X V D DIF0U C 000/V K K C 0.0 R-R K </0W> X R9-R 0K </0W> X Q DTCEK V 9 0 R 0K </0W> ZONE CONTRO CANGER R9 0K </0W> R0.K </0W> R K </0W> R9 K </0W> R0 K </0W> IC ZERO CROSS V NO NO NO V D9 DAU SW DSS0 V ROOM TEMPERATURE REVISED (EATING OPERATION) V R0 0K </0W> C-C 0.0 X C9-C 0.0X C 0. V V R-R K </0W> X R K </0W> C 000/V NC IC (/) MCDR R9 90 </0W> R C.K 0.0 </0W> CJ IC (/) MCDR IC (/) MCDR IC (/) MCDR R K </0W> C 0.0 C-C9 0.0 X C0 0.0 C 0. AVSS VSS VSS IC XT 0 P 9 P P0 P P P P 9 P0 P IC (/) MCDR P AN0 P 0 P AN VDD AVDD AVREF P P INTP 0 P P P P 9 P 0 P P P P AM IC UPD0FCW-0 X 0 9 P P0 P 0 P 9 P P P0 P P P P P P P P P P P0 P INTP0 P0 BUZ INTP P AN P0 RESET X X C 0.0 R 0K </0W> C 0. C 000P <R> C 000P <R> R0 0K </0W> R K </0W> R K </0W> C0-C 000P X <R> V 9 0 V 9 C0 0.0 IC (/) MCDR V 9 0 R IC (/) K MCDR </0W> V CJ D DAN0K R K </0W> + C 0/V + C 0/V R K </0W> IC (/) MCDR IC (/) MCDR PST IC 00C C 0. R K </0W> BZ C 000P <R> DO DI CK CS IC (/) MCDR BZ V V PKMEPY-000-TF0 CONTOROER PCB ASSY R 0.0K(%) </0W> R 9.9K(%) </0W> VCC NC NC GND IC NM9C R 0K </0W> C 0. V R9 K </0W> V C 0. C 0. R 0K </0W> C9 0. V R 0K </0W> R </0W> V C9 0.0 SW R K </0W> R 0K </0W> V V V Q DTCEK MANUA AUTO SWITC EVQ PEE 0R R9 0K </0W> R 90 </0W> V CN- + + C 0.0 PA0 OUT PURPE SBX0 - CN- CN- CN0 CN P-SCN INDICATOR PCB ASSY BB-XASK--A C 0/V V CN CN CN BB-X-AM CN0 BB-XASK--A CN BB-XARK--A CN- CN- CN- CN- BB-XASK--A CN- CN- BB-XAKK--A CN- CN- CN- CN- CN- CN- CN0- CN0- CN0- CN0- CN0- CN- CN- CN- CN- CN- A JEM-A YEOW YEOW YEOW R0 0 </W> R0 0 </W> R0 0 </W> R0 0 </W> ROOM TEMPERATURE TERMISTOR PIPE TEMPERATURE TERMISTOR M M V D0 SR- <> OPERATE D0 SR- <GRN> TIMER D0 SR- <ORG> OUVER D0 SR- <ORG> OUVER C0 0/V C0 0. OUVER (UP/DOWN) OUVER (RIGT/EFT) NOTE. UNIT OF RESISTORS NOT SPECIFIED IN TE DRAWING SA BE ( ). UNIT OF CAPACITORS NOT SPECIFIED IN TE DRAWING SA BE ( F) OWEVER 000P MEANS 000 (pf). POARITY CAPACITORS SA BE AUMINIUM FOI EECTROYSIS CAPACITOR. NO POARITY CAPACITORS SA BE CERAMIC CAPACITOR BUT C0 ~ C0 C C SA BE PASTIC CAPACITOR. TE MARK OF IN TE DRAWING SA BE FASTEN TUB. TE MARK OF IN TE DRAWING SA BE 0 FASTEN TUB. TE MARK OF IN TE DRAWING SA BE BOARD IN WIRE OUTDOOR UNIT EFOECT

115 Model : AS 0A TERMA FUSE CN- CN- CN TM0 W0 U 0 AWG U 0 AWG U 0 AWG TM0 W0 N U0 AWG GREEN E0 R. <W> BET F F0 F -.A - <0V> W0 D DSB0 C 00/0V VA0 0 <TNRG> SA0 00V <DSA> 0 W0 U0 AWG U 0 AWG U0 AWG FAN MOTOR R. <W> TERMINA BOARD U 0 AWG E POWER 0/0V 0Z OUTDOOR UNIT + Q SC R 0K <W> R Q 00 SC </0W> C0 0. <PA-C> C0 C <YE> <YE> SUVF-00 F0 VA0 <TNRG> FAN CAPACITOR U0 AWG U 0 AWG CN- U 0 AWG CN- U 0 AWG CN- U 0 AWG PURPE FM POWER SUPPY PCB ASSY BP-V-B-C CN CN- CN- CN- CN- U 0 AWG CN- C 0.0 BP-V-B-Y CN- CN CN- M CN 0C0 C 00P K JQ-V JW D DIF0U D MTZJ.B R 0 </W> C0 0.0 <YE> C0 0.0 <YE> K JQ-V POWER REAY JMAN-ZTM-DCV D DF0U C PF 00/V TEST TURN U 0 AWG U 0 AWG ZCAT BB-XASK--A R 00 </W> C0 0. <PA-C> R K <W> D SR9-00 AUTO RESTART CANGER JP POWER TRANSFORMER V V V T MPR- D IC D IC DF0U DF0U 0 PRIMARY SECONDARY CN9 BP-SF-AA JP CUSTOM CODE CANGER JP CUSTOM CODE CANGER CN9- CN9- CN9- CN9- CN9- CN- CN- CN- CN C9 000/V C 0.0 R K <W> D DF0 TP (D)-GB R 0K,</0W> R 0K </0W> SSR GM-0P <UTU> V + IC9 + ZERO CROSS V V C0 0/V V V R K </0W> C 0/V R-R 0K</0W> x R K </0W> R9 K </0W> R0 K </0W> C 0.0 C 000/V C 0.0 R-R 0K </0W> x R-R K </0W> x D9 DAU + V V + K K R9-R 0K</0W> x SW DSS0 N0 ZONE CONTRO CANGER N0 R9 0K </0W> N0 R0.K </0W> C-C 0.0 x R.K ROOM TEMPERATURE REVISED (EATING OPERATION) </0W> C9-C 0.0 x R0 0K </0W> R-R K</0W> x R 0K </0W> R K </0W> NC IC (/) MCDR CJ R9 90 </0W> Q DTCEK V 9 IC (/) MCDR 0 V + C 0. V IC (/) MCDR C 0.0 C 0.0 IC (/) MCDR C 00/V + IC (/) MCDR 0.0 x R K </0W> C-C9 C0 0.0 P AN0 P 0 P AN C VDD AVDD AVREF AVSS VSS VSS IC XT P P IKTP P P P0 P P P P P0 P P P P P P P P P P AM X 0 IC UPD0FCW -0 X 9 EFOECT P P0 P P P P P0 P P P P P P P P P P P0 P INTP0 PO BUZ INTP P AN PO RESET X 0 9 C 000P <R> C 000P <R> IC (/) MCDR C 0.0 R 0K </0W> C 0. R0 0K </0W> V R K </0W> R K </0W> C0-C 000P x <R> V 9 0 C0 0.0 IC (/) MCDR V R K </0W> V CJ + + C 0/V C 0/V C 0.0 C 000P <R> V R K </0W> R K </0W> IC (/) MCDR D DAN0K R K </0W> R 0.0K (%) (/0W) R 9.9K (%) (/0W) R9 K </0W> IC NM9C IC (/) MCDR IC (/) MCDR BZ BZ PKMEPY-000-TF0 IC V PST 00C CONTROER PCB ASSY D0 VCC DI NC CK NC CS GND R 0K </0W> V C9 0. R 0K </0W> R </0W> C 0. V C9 0.0 V C 0. C 0. R 0K </0W> V SW R 0K </0W> Q DTCEK V MANUA AUTO SWITC EVQ PEE 0R V R9 0K </0W> R K </0W> V V C 0/V V CN CN R 90 </0W> CN BB-X-AM CN BB-XARK--A CN- CN- CN- CN- CN- + C 0.0 CN- CN- CN BB-XASK--A BB-XASK--A CN- CN- BB-XAKK--A CN- CN- CN- CN- CN- CN- CN0 BB-XASK--A CN0- CN0- CN0- CN0- CN0- CN- CN- CN- CN- CN- YEOW PURPE NOTE A JEM-A YEOW YEOW R0 0 </W> R0 0 </W> R0 0 </W> R0 0 </W> CN0 P-SCN ROOM TEMPERATURE TERMISTOR PIPE TEMPERATURE TERMISTOR M M D0 SR- <> D0 SR- <GRN> D0 SR- <ORG> D0 SR- <ORG> + C0 0/V C0 0. OUVER (UP/DOWN) OUVER (RIGT/EFT) V OPERATE TIMER OUVER OUVER OUT PA0 SBX0 - INDICATOR PCB ASSY. UNIT OF RESISTORS NOT SPECIFIED IN TE DRAWING SA BE (Ω). UNIT OF CAPACITORS NOT SPECIFIED IN TE DRAWING SA BE (µf) OWEVER 000P MEANS 000 (pf). POARITY CAPACITORS SA BE AUMINIUM FOI EECTROYSIS CAPACITOR. NO POARITY CAPACITORS SA BE CERAMIC CAPACITOR BUT C0-C0 C C SA BE PASTIC CAPACITOR. TE MARK OF IN TE DRAWING SA BE FASTEN TUB. TE MARK OF IN TE DRAWING SA BE 0 FASTEN TUB. TE MARK OF IN TE DRAWING S BE BOARD IN WIRE

116 Models : AS 0R, R, ASB0R TERMA FUSE CN- CN- CN POWER See Table. U 0 AWG U 0 AWG TM0 W0 TM0 W0 N U0 AWG GREEN E0 TERMINA BOARD OUTDOOR UNIT R. <W> F F0 F -.A - <0V> W0 D DSB0 C 00/0V W0 U0 AWG FAN MOTOR U 0 AWG R. <W> SA0 VA0 00V <DSA> 0 <TNRG> E BET VA0 0 <TNRG> FAN CAPACITOR U0 AWG U 0 AWG0 U 0 AWG0 U 0 AWG0 + Q SC R 0K <W> R Q 00 SC </0W> C0 0. <PA-C> C0 C <YE> <YE> U 0 AWG CN- U 0 AWG CN- U 0 AWG CN- U 0 AWG CN- U 0 AWG PURPE FM U0 AWG POWER SUPPY PCB ASSY BP-V-B-C CN CN- CN- CN- U 0 AWG SUVF-00 F0 CN- BP-V-B-Y CN- CN CN- M CNS 0C0 CN- CN BP-V-B-R K JQ-V JW ZCAT -00 C 0.0 D DIF0U D D MTZJ.B DF0U R 0 </W> TURN K JQ-V U 0 AWG POWER REAY JWAN-ZTM-DCV CN- CN- C 00P i o WV C0 0.0 <YE> C0 0.0 <YE> + R 00 </W> R K <W> D SR9-00 C PF 00/V C0 0. <PA-C> TEST U 0 AWG BB-XASK--A RPE -0 K JQ-V K JQ-V CR POWER TRANSFORMER V V V T MPR- D IC D IC DF0U DIF0U 0 PRIMARY SECONDARY CN9 BP-SF-AA CN9- CN9- CN9- CN9- CN9- CN- CN- CN- CN AUTORESTART CANGER JP JP CUSTOM CODE CANGER JP CUSTOM CODE CANGER K JQP-V CR RPE -0 C9 000/V C 0.0 R K <W> D DF0 TP (D)-GB R 0K,</0W> R 0K </0W> SSR GM-0P <UTU> V IC9 ZERO CROSS SW DSS0 N0 N0 N0 C0 0/V V R K </0W> C 0/V C 0.0 R-R 0K </0W> x R-R 0K</0W> x R K </0W> R9 K </0W> R0 K </0W> C 000/V C 0.0 Q DTCEK R-R K </0W> x R9-R 0K</0W> x C-C 0.0 x R.K ROOM TEMPERATURE REVISED (EATING OPERATION) </0W> R0 0K </0> NC R-R 0K</0W> x R 0K </0W> R K </0W> IC (/) MCDR CJ R9 90 </0W> V 9 IC (/) MCDR 0 C9-C 0.0 x V V V D9 DAU V V K K K K K V ZONE CONTRO CANGER R9 0K </0W> R0.K </0W> C 0. V IC (/) MCDR C 0.0 C 0.0 IC (/) MCDR C 00/V IC (/) MCDR 0.0 x R K </0W> C-C9 C0 0.0 P AN0 P 0 P AN VDD AVDD AVREF C AVSS VSS VSS IC XT P P INTP P P P0 P P P P P0 P P P P P P P P P P AN X 0 IC UPD0FCW -0 X 9 EFOECT P P0 P P P P P0 P P P P P P P P P P P0 P INTP0 PO BUZ INTP P AN PO RESET X 0 9 C 000P <R> C 000P <R> IC (/) MCDR C 0.0 R 0K </0W> C 0. R0 0K </0W> V R K </0W> R K </0W> C0-C 000P x <R> V C0 0.0 IC (/) MCDR V R K </0W> V CJ C 0/V C 0/V C 0.0 C 000P <R> V R K </0W> R K </0W> IC (/) MCDR D DAN0K + + R K </0W> R 0K (%) (/0W) R 9.9K (%) (/0W) R9 K </0W> IC NM9C IC (/) MCDR IC (/) MCDR BZ BZ PKMEPY-000-TF0 IC V PST 00C CONTROER PCB ASSY DO VCC DI NC CK NC CS GND R 0K </0W> V C9 0. R 0K </0W> R </0W> C 0. V C9 0.0 V C 0. C 0. R 0K (/0W) V R 0K </0W> Q DTCEK V V SW V MANUA AUTO SWITC C 0/V + EVQ PEE 0R V R9 0K </0W> R K </0W> V CN CN R 90 </0W> CN BB-X-AM CN BB-XARK--A C 0.0 CN- CN CN- BB-XASK--A BB-XASK--A CN- CN- BB-XAKK--A CN- CN- CN- CN- CN- CN- CN0 BB-XASK--A CN0- CN- CN- CN- CN- CN- CN0- CN0- CN0- CN0- CN- CN- CN- CN- CN- YEOW PURPE A JEM-A BRAWN YEOW BRAWN YEOW R0 0 </W> R0 0 </W> R0 0 </W> R0 0 </W> CN0 P-SCN ROOM TEMPERATURE TERMISTOR PIPE TEMPERATURE TERMISTOR M M 00 SR- <> 00 SR- <GRN> 00 SR- <ORG> 00 SR- <ORG C0 0/V C0 0. OUVER (UP/DOWN) OUVER (RIGT/EFT) OPERATE TIMER OUVER OUVER OUT PA0 SBX0 - INDICATOR PCB ASSY NOTE. UNIT OF RESISTORS NOT SPECIFIED IN TE DRAWING SA BE (Ω). UNIT OF CAPACITORS NOT SPECIFIED IN TE DRAWING SA BE (µf) PWEVER 000P MEANS 000 (pf). POARITY CAPACITORS SA BE AUMINIUM FOI EECTROYSIS CAPACITOR. NO POARITY CAPACITORS SA BE CERAMIC CAPACITOR BUT C0-C0 C C SA BE PASTIC CAPACITOR. TE MARK OF IN TE DRAWING SA BE FASTEN TUB. TE MARK OF IN TE DRAWING SA BE 0 FASTEN TUB. TE MARK OF IN TE DRAWING S BE BOARD IN WIRE Table Models AS 0R AS R ASS0R Power Supply + 0-0V 0z 0V 0z V

117 Model : AS 0R TERMA FUSE CN- CN- CN U 0 AWG U 0 AWG U 0 AWG E0 TERMINA BOARD R. <W> F F0 F TM0.A (0V) W0 N TM0 W0 U0 AWG GREEN BET POWER E 0-0V 0z OUTDOOR UNIT SA0 00V <DSA> W0 D DSB0 C 00/0V VA0 0 <TNRG> W0 U0 AWG U0 AWG FAN CAPACITOR U0 AWG + FAN MOTOR Q SC R. <W> R 0K <W> R Q 00 SC </0W> C0 0. <PA-C> C0 C <YE> <YE> VA0 0 <TNRG> U 0 AWG CN- U 0 AWG CN- U 0 AWG CN- U 0 AWG CN- U 0 AWG PURPE FM BP-V-B-C CN CN- CN- CN- U 0 AWG SUVF-00 F0 BP-V-B-Y CN- CN CN- U 0 AWG CN- U 0 AWG0 U 0 AWG0 U 0 AWG0 CN- CN BP-V-B-R K JQ-V JW ZCAT -00 C 00P C 0.0 D DF0U D MTZJ.B R 0 </W> C0 0.0 <YE> C0 0.0 <YE> TURN K JQ-V U 0 AWG POWER REAY JWAN-ZTM-DCV R 00 </W> D DF0U C PF 00/V C0 0. <PA-C> POWER SUPPY PCB ASSY CN- CN- M CN 0C0 i o R K <W> D SR9-00 TEST U 0 AWG BB-XASK--A WV + K JQ-V K JQ-V CR PRIMARY SECONDARY CN9 BP-SF-AA RPE -0 CN9- CN9- CN9- CN9- CN9- CN- CN- CN- CN C 0.0 R K <W> D DF0 TP (D)-GB R 0K </0W> SSR GM-0P <UTU> + ZERO CROSS SW DSS0 N0 N0 N0 V R K </0W> R-R 0K</0W> x R K </0W> R9 K </0W> R0 K </0W> C 0.0 C 0.0 R-R 0K </0W> x R-R K </0W> x R9-R 0K</0W> x C-C 0.0 x R.K ROOM TEMPERATURE REVISED (EATING OPERATION) </0W> C9-C 0.0 x POWER TRANSFORMER V V V T MPR- D IC D IC DF0U DF0U 0 K JQP-V AUTO RESTART CANGER CUSTOM CODE CANGER CUSTOM CODE CANGER CR RPE -0 C9 000/V V + IC9 R 0K </0W> V V JP JP JP C0 0/V V D9 DAU C 0/V V V C 000/V K K K K K R0 0K </0W> R-R K</0W> x R 0K </0W> R K </0W> NC IC (/) MCDR CJ R9 90 </0W> Q DTCEK V 9 IC (/) MCDR 0 V ZONE CONTRO CANGER R9 0K </0W> R0.K </0W> C 0. V IC (/) MCDR C 0.0 C 0.0 IC (/) MCDR C 00/V IC (/) MCDR 0.0 x R K </0W> C-C9 C0 0.0 P AN0 P 0 P AN VDD AVDD AVREF C AVSS VSS VSS IC XT P P INTP P P P0 P P P P P0 P P P P P P P P P P AN X 0 IC UPD0FCW -0 X 9 EFOECT P P0 P P P P P0 P P P P P P P P P P P0 P INTP0 PO BUZ INTP P AN PO RESET X 0 9 C 000P <R> C 000P <R> IC (/) MCDR C 0.0 R 0K </0W> C 0. R0 0K </0W> V R K </0W> R K </0W> C0-C 000P x <R> V 9 0 C0 0.0 IC (/) MCDR V R K </0W> V CJ C 0/V C 0/V R K </0W> R K </0W> IC (/) MCDR D DAN0K + + C 0.0 R K </0W> C 000P <R> R 0.0K (%) (/0W) R 9.9K (%) (/0W) R9 K </0W> IC NM9C IC (/) MCDR IC (/) MCDR BZ BZ V PKMEPY-000-TF0 IC V PST 00C CONTROER PCB ASSY DO VCC DI NC CK NC CS GND R 0K </0W> V C9 0. R 0K </0W> R </0W> C 0. V C9 0.0 V C 0. C 0. R 0K (/0W) V R 0K </0W> Q DTCEK V V V CN CN R 90 </0W> CN BB-X-AM CN- V CN- SW MANUA AUTO + C SWITC C 0.0 0/V EVQ PEE 0R CN- CN- V R9 0K </0W> R K </0W> CN BB-XARK--A CN BB-XASK--A BB-XASK--A CN- CN- BB-XAKK--A CN- CN- CN- CN- CN- CN- CN0 BB-XASK--A CN0- CN- CN- CN- CN0- CN0- CN0- CN0- CN- CN- CN- CN- CN- YEOW PURPE NOTE A JEM-A YEOW YEOW R0 0 </W> R0 0 </W> R0 0 </W> R0 0 </W> CN0 P-SCN D0 SR- <> D0 SR- <GRN> D0 SR- <ORG> D0 SR- <ORG> C0 0/V C0 0.. UNIT OF RESISTORS NOT SPECIFIED IN TE DRAWING SA BE (Ω) ROOM TEMPERATURE TERMISTOR PIPE TEMPERATURE TERMISTOR M M. UNIT OF CAPACITORS NOT SPECIFIED IN TE DRAWING SA BE (µf) OWEVER 000P MEANS 000 (pf) OUVER (UP/DOWN) OUVER (RIGT/EFT). POARITY CAPACITORS SA BE AUMINIUM FOI EECTROYSIS CAPACITOR +. NO POARITY CAPACITORS SA BE CERAMIC CAPACITOR BUT C0~C0 C C SA BE PASTIC CAPACITOR. TE MARK OF IN TE DRAWING SA BE FASTEN TUB. TE MARK OF IN TE DRAWING SA BE 0 FASTEN TUB. TE MARK OF IN TE DRAWING SA BE BOARD IN WIRE V OPERATE TIMER OUVER OUVER OUT PA0 SBX0 - INDICATOR PCB ASSY

118 .. FOOR / CEIING UNIVERSA TYPE Models : AB A, A, A TM0 W0 TM0 U 0 AWG U 0 AWG U 0 AWG U 0 AWG N W0 EMI FITER BET E0 ZCAT-00 TURN TERMINA BOARD POWER 0/0V 0Z N R. <W> F _ F0 F _.A <0V> U0 AWG GREEN D DSB0 C 00/0V W0 + W0 EMI FITER BP-V-B-C TURN CN ZCAT CN- -00 U0 AWG U0 AWG CN- FAN MOTOR R. <W> U 0 AWG Q SC R 0K <W> R Q 00 SC </0W> VA0 0 <TNRG> C0 0. <PA-C> C0 C <YE> <YE> SA0 VA0 00V <DSA> 0 <TNRG> FAN CAPACITOR U0 AWG FM E U 0 AWG CN- CN- CN- PURPE PURPE CN- CN- CN- SUVF-00 F0 POWER SUPPY PCB ASSY BP-V-B-Y CN- CN CN- W CN 0C0 EMI FITER JM K JQ-V TEST CN U 0 AWG ZCAT-00 BB-XASK--A TURN C 00P C 0.0 D DIF0U K JQ-V POWER REAY JMN-ZTW-DCV D MTZJ. R 0 </W> C0 0.0 <YE> C0 0.0 <YE> U 0 AWG R K <W> R 00 </W> D DF0U C PF 00/V C0 0. <PA-C> D SR9-00 POWER TRANSFORMER V V V T MPR- D IC D IC DF0U DF0U 0 PRIMARY SECONDARY CN9 BP-SF-AA AUTO RESTART CANGER JM JM CUSTOM CODE CANGER JM CUSTOM CODE CANGER CN9- CN9- CN9- CN9- CN9- CN- CN- CN- C9 000/V C 0.0 R K <W> D DF0 TP (D)-GB CN- K JQ-V DRAIN PUMP CN- CN CR BP-V-B-E RPE-0 R 0K,</0W> R 0K </0W> SSR GM-0P <UTU> + V + IC9 ZERO CROSS SW DSS0 N0 N0 N0 V V C0 0/V V V R K </0W> C 0/V R-R 0K</0W> x R K </0W> R9 K </0W> R0 K </0W> C 0.0 C 000/V C 0.0 R-R 0K </0W> x R-R 0K </0W> x D9 DAU + V V K K K R9-R 0K</0W> x R9 0K </0W> R0.K </0> + + C-C 0.0 x R.K </0W> ROOM TEMPERATURE REVISED (EATING OPERATION) C9-C 0.0 x V R0 0K </0> R-R K</0W> x R K </0W> NC IC (/) MCDR CJ R9 90 </0W> 0 DTCEK V 9 IC (/) MCDR 0 C 0. IC (/) MCDR C 0.0 C 0.0 IC (/) MCDR C 00/V IC (/) MCDR 9 P 0 P P P V C-C9 R 0K </0W> 0.0 x R K </0W> 9 P AM 9 C0 0.0 P AN0 P 0 P AN VDD AVDO AVREF C AVSS VSS VSS IC XT P P INTP P P P0 P P P P P0 P P P P P X 0 IC UPD0FCW -0 X 9 P P0 P P P P P0 P P P P P P P P P P P0 P INTP0 PO BUZ INTP P AN P0 RESET X 0 9 C 000P <R> C 000P <R> IC (/) MCDR C 0.0 R 0K </0W> C 0. R0 0K </0W> V 9 0 R K </0W> R K </0W> C0-C 000P x <R> V 0 0 C0 0.0 IC (/) MCDR V R K </0W> V CJ C 0/V C 0/V C 0.0 C 000P <R> V R K </0W> R K </0W> IC (/) MCDR 9 D DAN0K R K </0W> R 0.0K (%) (/0W) R 9.9K (%) (/0W) R9 K </0W> IC NM9C IC (/) MCDR IC (/) MCDR BZ BZ PKMEPY-000-TF0 IC V PST 00C CONTROER PCB ASSY D0 VCC D NC CK NC CS GND R 0K </0W> R </0W> V R 0K </0W> C 0. V V V C9 0. C 0. C 0. R 0K (/0W) V R 0K </0W> V C 0/V R9 0K </0W> R K </0W> C9 0.0 V + Q DTCEK C 0.0 CN- CN- CN BB-XASK--A CN BB-XARK--A CN- CN- CN- CN- CN- CN- V V CN CN R 90 </0W> CN BB-X-AM CN- CN- FOAT SW CN- CN -XARK--A BB-XASK--A CNB- CNB- BB-XAKK--A CN- CN- CN- CN- CN- CN- CN0 BB-XASK--A CN0- CN0- CN0- CN0- CN0- CN- CN- CN- CN- CN- YEOW YEOW A JEM-A YEOW YEOW R0 0 </W> R0 0 </W> R0 0 </W> YEOW YEOW R0 0 </W> SW0 MANUA AUTO PURPE PURPE SWITC EVQ PEE 0R CN0 P-SCM ROOM TEMPERATURE TERMISTOR PIPE TEMPERATURE TERMISTOR M M D0 SR- <> D0 SR- <GRN> D0 SR- <ORG> D0 SR- <ORG> + C0 0/V C0 0. OUVER (UP/DOWN) OUVER (RIGT/EFT) V OPERATE TIMER OUVER OUVER OUT PA0 SBX0 - INDICATOR PCB ASSY NOTE. UNIT OF RESISTORS NOT SPECIFIED IN TE DRAWING SA BE (Ω). UNIT OF CAPACITORS NOT SPECIFIED IN TE DRAWING SA BE (µf) OWEVER 000P MEANS 000 (pf). POARITY CAPACITORS SA BE AUMINIUM FOI EECTROYSIS CAPACITOR. NO POARITY CAPACITORS SA BE CERAMIC CAPACITOR BUT C0~C0 C C SA BE PASTIC CAPACITOR. TE MARK OF IN TE DRAWING SA BE FASTEN TUB. TE MARK OF IN TE DRAWING SA BE 0 FASTEN TUB. TE MARK OF IN TE DRAWING SA BE BOARD IN WIRE OUTDOOR UNIT EFOECT

119 Models : AB A, A, R TM0 W0 TM0 U 0 AWG U 0 AWG U 0 AWG U 0 AWG N W0 EMI FITER BET E0 U0 AWG GREEN ZCAT-00 TURN TERMINA BOARD POWER 0/0V 0z N E R. <W> F _ F0 F _.A <0V> SA0 00V <DSA> D DSB0 C 00/0V W0 + W0 EMI FITER BP-V-B-C TURN CN ZCAT CN- -00 U0 AWG U0 AWG CN- FAN MOTOR 0 SC R. <W> R 0K <W> R Q 00 SC </0W> VA0 0 <TNRG> C0 0. <PA-C> C0 C <YE> <YE> VA0 0 <TNRG> FAN CAPACITOR U0 AWG FM U 0 AWG CN- CN- CN- PURPE PURPE CN- OUTDOOR UNIT CN- CN- U 0 AWG U 0 AWG0 U 0 AWG0 U 0 AWG0 SUVF-00 F0 POWER SUPPY PCB ASSY BP-V-B-Y CN- CN CN- M CNS 0C0 EMI FITER JM K JQ-V TEST CN U 0 AWG ZCAT-00 BB-XASK--A TURN C 00P K JQ-V POWER REAY JMAN-ZTM-DCV CN- CN- CN- CN BP-V-B-R C 0.0 D DF0U D MTZJ.B R 0 </W> C0 0.0 <YE> C0 0.0 <YE> R 00 </W> U 0 AWG R K <W> D SR9-00 D 0F0U C PF 00/V C0 0. <PA-C> CN- DRAIN PUMP CN- CN BP-V-B-E K JQ-V CR JQ-V K RPE -0 AUTO RESTART CANGER JP JP CUSTOM CODE CANGER JP CUSTOM CODE CANGER POWER TRANSFORMER V V V T MPR- D IC D IC DF0U DF0U 0 PRIMARY SECONDARY CN9 BP-SF-AA CN9- CN9- CN9- CN9- CN9- CN- CN- CN- RPE -0 K JQP-V CR RPE -0 C9 000/V C 0.0 R K <W> D DF0 TP (D)-GB R 0K,</0W> R 0K </0W> SSR GM-0P <UTU> + K JQ-V CR V IC9 + ZERO CROSS V V C0 0/V V SW DSS0 No No No V R K </0W> C 0/V R-R 0K</0W> x R K </0W> R9 K </0W> R0 K </0W> C 0.0 V C 000/V K K K K K K C 0.0 R-R 0K </0W> x R-R K </0W> x D9 DAU + V R9-R 0K</0W> x C-C 0.0 x R.K </0W> ROOM TEMPERATURE REVISED (EATING OPERATION) C9-C 0.0 x R0 0K </0W> CJ R-R K</0W> x NC IC (/) MCDR CJ R9 90 </0W> 0 DTCEK V 9 IC (/) MCDR 0 C 0. IC (/) MCDR C 0.0 C 0.0 IC (/) MCDR C 00/V IC (/) MCDR 9 P 0 P P P V C-C9 R 0K </0W> 0.0 x R K </0W> 9 P R9 0K </0W> AM R K.K </0W> </0W> X 0 C0 0.0 P AN0 P 0 P AN VDD AVDD AVREF C AVSS VSS VSS IC XT P P INTP P P P0 P P P P P0 P P P P P IC UPD0FCW -0 X EFOECT P P0 P P P P P0 P P P P P P P P P P P0 P INTP0 PO BUZ INTP P AN P0 RESET X 0 9 C 000P <R> C 000P <R> IC (/) MCDR C 0.0 R 0K </0W> C 0. R0 0K </0W> V 9 0 R K </0W> R K </0W> C0-C 000P x <R> V 0 0 C0 0.0 IC (/) MCDR V R K </0W> V CJ D DAN0K C 0/V C 0/V R K </0W> R K </0W> IC (/) MCDR 9 C 0.0 R K </0W> C 000P <R> R 0K (%) (/0W) R 9.9K (%) (/0W) R9 K </0W> IC NM9C IC (/) MCDR IC (/) MCDR BZ BZ D0 VCC DI NC CK NC CS GND R 0K </0> R </0W> V PKMEPY-000-TF0 IC + + V PST 00C CONTROER PCB ASSY V R 0K </0W> C 0. V V V C9 0. C 0. C 0. R 0K (/0W) V R 0K </0> V C 0/V R9 0K </0W> R K </0W> C9 0.0 V + Q DTCEK C 0.0 CN- CN- CN BB-XASK--A CN BB-XARK--A CN- CN- CN- CN- CN- CN- V V CN CN R 90 </0W> CN BB-X-AM CN- CN- FOAT SW CN- CN BB-XARK--A BB-XASK--A ROOM TEMPERATURE TERMISTOR CN- CN- BB-XAKK--A CN- CN- CN- CN- CN- CN- CN0 BB-XASK--A CN0- CN0- CN0- CN0- CN0- CN- CN- CN- CN- CN- YEOW YEOW A JEM-A YEOW YEOW R0 0 </W> R0 0 </W> R0 0 </W> YEOW YEOW R0 0 </W> SW0 MANUA AUTO PURPE PURPE SWITC EVQ PEE 0R CN0 P-SCM NOTE PIPE TEMPERATURE TERMISTOR M M D0 SR- <> D0 SR- <GRN> D0 SR- <ORG> D0 SR- <ORG + C0 0/V C0 0. OUVER (UP/DOWN) OUVER (RIGT/EFT) V OPERATE TIMER OUVER OUVER OUT PA0 SBX0 - INDICATOR PCB ASSY. UNIT OF RESISTORS NOT SPECIFIED IN TE DRAWING SA BE (Ω). UNIT OF CAPACITORS NOT SPECIFIED IN TE DRAWING SA BE (µf) OWEVER 000P MEANS 000 (pf). POARITY CAPACITORS SA BE AUMINIUM FOI EECTROYSIS CAPACITOR. NO POARITY CAPACITORS SA BE CERAMIC CAPACITOR BUT C0~C0 C C SA BE PASTIC CAPACITOR. TE MARK OF IN TE DRAWING SA BE FASTEN TUB. TE MARK OF IN TE DRAWING SA BE 0 FASTEN TUB. TE MARK OF IN TE DRAWING SA BE BOARD IN WIRE

120 . REMOTE CONTRO UNIT CIRCUIT DIAGRAM.. COMPACT SII SERIES Model : AS A DCV R 0 + D µf 0.µF C C VDD RESET 9 0.µF C.µF + 0.µF C C R R (/W) K A K R0 0 R K R 00K A K9 JX 0 JY 0 S S Jumper Wire Function Selection No. J J J J J J J J J9 J0 J J J J Functions Setting Remote controller type selector Transmitter code selector eating operation Dry operation Automatic operation temperature indication Timer selector Switch selector Fan mode Power choice Auto operation selector Super quiet : Connected to : Connected to K K0 K K K K K K JA 0 JB 0 JA 0 JB 0 J9A 0 J9B 0K JB 0K JB 0 C C9 C0 C 0P x J 0 J 0 C CC9 C C 0P x 9 0 VSS D D P00 P0 P0 P0 D0 D D D P0(J) P(J) P(J) P(J) D P0(J) P(J) P(J) P(J) P0(J9) P(J0) P(J) P(J) D(J) IC D9 D0 CARR VC SEG0 SEG SEG SEG0 COM0 COM COM D D D P (J)P0 XOUT XIN XcOUT XcIN R 90 kz C.K X 0 C R9 C 0K X. kz C R K VC 00P 00P 0P 0P B D S E 00 C Q B No. K K K K K K9 K0 K K S S S CD C E Q ED KEYPADS START/STOP MASTER CONTRO SET TEMP.(+), SET TIME(+) SET TEMP.( ), SET TIME( ) FAN CONTRO AIR FOW DIRECTION SWING OUVER TIMER SEEP AC TIME ADJUST TEST RUN 9

121 Model : AS R DCV R 0 + D µf 0.µF C C VDD RESET 9 0.µF C.µF + 0.µF C C R R (/W) K A K R0 0 R K R 00K A K9 JX 0 JY 0 S S Jumper Wire Function Selection No. J J J J J J J J J9 J0 J J J J Remote controller type selector Transmitter code selector eating operation Dry operation Automatic operation temperature indication Timer selector Switch selector Fan mode Power choice Auto operation selector Super quiet : Connected to : Connected to Functions Setting K K0 K K K K K K JA 0 JB 0 JA 0 JB 0 J9A 0 J9B 0K JB 0K JB 0 C C9 C0 C 0P x J 0 J 0 C CC9 C C 0P x 9 0 VSS D D P00 P0 P0 P0 D0 D D D P0(J) P(J) P(J) P(J) D P0(J) P(J) P(J) P(J) P0(J9) P(J0) P(J) P(J) D(J) IC D9 D0 CARR VC SEG0 SEG SEG SEG0 COM0 COM COM D D D P (J)P0 XOUT XIN XcOUT XcIN R 90 kz C.K X 0 C R9 C 0K X. kz C R K VC 00P 00P 0P 0P B D S E 00 C Q B No. K K K K K K9 K0 K K S S S CD C E Q ED KEYPADS START/STOP MASTER CONTRO SET TEMP.(+), SET TIME(+) SET TEMP.( ), SET TIME( ) FAN CONTRO AIR FOW DIRECTION SWING OUVER TIMER SEEP AC TIME ADJUST TEST RUN 0

122 .. COMPACT MII SERIES Models : AS 9A Models : AS A K D S DCV R 0 µf 0.µF C C R 00K A VDD RESET 9.µF 0.µF C C 0.µF C D9 D0 R (/W) 00 R A ED C K B C Q B Q K9 JX 0 JY 0 R K E S R K S E Jumper Wire Function Selection R0 No. J J J J J J J J J9 J0 J J J J Functions Setting 0 K K K 00P 00P K K K K K 0P R 90 kz C.K X 0 C R9 C C X 0K 0P. kz VC JA 0 JB 0 JA 0 JB 0 J9A 0 J9B 0K JB 0K JA 0 JB 0 C C C VSS IC C9 C0 C D D P00 CARR 0P x J 0 P0 J 0 C9 C C 0P x VC 9 0 Remote controller type selector Transmitter code selector eating operation Dry operation Automatic operation temperature indication No timer selector Switch selector Fan mode Power choice Auto operation selector Super quiet (open) : Connected to : Connected to D P0 P0 SEG0 SEG SEG D0 D D SEG0 D COM0 COM COM D P0(J) P(J) P(J) P(J) KEYPADS START/STOP MASTER CONTRO SET TEMP.(+), SET TIME(+) SET TEMP.( ), SET TIME( ) FAN CONTRO No. K K K K K D D + P (J)P0 XOUT AIR FOW DIRECTION SWING OUVER K9 K0 XIN XcOUT P0(J) P(J) P(J) P(J) P0(J9) P(J0) P(J) P(J) D(J) TIMER SEEP AC TIME ADJUST TEST RUN D K K S S S XcIN CD

123 Models : AS 9R Models : AS R DCV R 0 + D µf 0.µF C C VDD RESET 9 0.µF C.µF + 0.µF C C R R (/W) K A K R0 0 R K R 00K A K9 JX 0 JY 0 S S Jumper Wire Function Selection No. J J J J J J J J J9 J0 J J J J Functions Setting Remote control type selector Transmitter code selector eating operation/circulator Dry operation Automatic operation temperature indication Timer selector Switch selector Fan mode Power choice Auto operation selector Super quiet (open) : Connected to : Connected to K K0 K K K K K K JA 0 JB 0 JA 0 JB 0 J9A 0 J9B 0K JB 0K JA 0 JB 0 C C9 C0 C 0P x J 0 J 0 C C C9 C C 0P x 9 0 VSS D D P00 P0 P0 P0 D0 D D D P0(J) P(J) P(J) P(J) D P0(J) P(J) P(J) P(J) P0(J9) P(J0) P(J) P(J) D(J) IC D9 D0 CARR VC SEG0 SEG SEG SEG0 COM0 COM COM D D D P (J)P0 XOUT XIN XcOUT XcIN R 90 kz C.K X 0 C R9 C 0K X. kz C R K VC 00P 00P 0P 0P B D S E 00 C Q B No. K K K K K K9 K0 K K S S S CD C E Q ED KEYPADS START/STOP MASTER CONTRO SET TEMP.(+), SET TIME(+) SET TEMP.(-), SET TIME(-) FAN CONTRO AIR FOW DIRECTION SWING OUVER TIMER SEEP AC TIME ADJUST TEST RUN

124 .. COMPACT MII SERIES Models : AS A Models : AS A DCV R 0 + µf 0.µF C C VDD RESET 9 0.µF C.µF + 0.µF C C R R (/W) K A K R0 0 R K R 00K A S S Jumper Wire Function Selection No. J J J J J J J J J9 J0 J J J J Functions Setting Timer button change Transmitter code selector eating operation Air flow direction / auto louver Dry operation Automatic operation temperature indication Fan mode / Circulation r / r display selector Temperature unit selector Fan mode SUPER QUIET SEEP Auto operation selector Remote controller selector (open) J Remote controller selector : Connected to : Connected to K K0 K K K K K K JA 0 JB 0 JA 0 JB 0 JB 0K JA 0 JB 0 D C C C C9 C0 C 0P x J 0 J 0 C C 0P x 9 0 VSS D D P00 P0 P0 P0 D0 D D D P0(J) P(J) P(J) P(J) D P0(J) P(J) P(J) P(J) P0(J9) P(J0) P(J) P(J) D(J) IC D9 D0 CARR VC SEG0 SEG SEG SEG0 COM0 COM COM D D D (J)P (J)P0 XOUT XIN XcOUT XcIN R 90 kz C.K X 0 C R9 C 0K X. kz C R K VC 00P 00P 0P 0P B D S E 00 C Q B No. K K K K K K0 K K S S S CD C E Q ED KEYPADS START/STOP MASTER CONTRO SET TEMP.(+), SET TIME(+) SET TEMP.(-), SET TIME(-) MASTER CONTRO AIR FOW DIRECTION TIMER SEEP AC TIME ADJUST TEST RUN

125 Models : AS R Models : AS R DCV R 0 + µf 0.µF C C VDD RESET 9 0.µF C.µF + 0.µF C C R R (/W) K A K R0 0 R K R 00K A S S Jumper Wire Function Selection No. J J J J J J J J J9 J0 J J J J Functions Setting Timer button change Transmitter code selector eating operation Air flow direction / auto louver Dry operation Automatic operation temperature indication Fan mode / Circulation r / r display selector Temperature unit selector Fan mode SUPER QUIET SEEP Auto operation selector Remote controller selector (open) J Remote controller selector : Connected to : Connected to K K0 K K K K K K JA 0 JB 0 JA 0 JB 0 JB 0K JA 0 JB 0 D C C C C9 C0 C 0P x J 0 J 0 C C 0P x 9 0 VSS D D P00 P0 P0 P0 D0 D D D P0(J) P(J) P(J) P(J) D P0(J) P(J) P(J) P(J) P0(J9) P(J0) P(J) P(J) D(J) IC D9 D0 CARR VC SEG0 SEG SEG SEG0 COM0 COM COM D D D (J)P (J)P0 XOUT XIN XcOUT XcIN R 90 kz C.K X 0 C R9 C 0K X. kz C R K VC 00P 00P 0P 0P B D S E 00 C Q B No. K K K K K K0 K K S S S CD C E Q ED KEYPADS START/STOP MASTER CONTRO SET TEMP.(+), SET TIME(+) SET TEMP.(-), SET TIME(-) MASTER CONTRO AIR FOW DIRECTION TIMER SEEP AC TIME ADJUST TEST RUN

126 .. WA MOUNTED ARGE TYPE AND FOOR/CEIING UNIVERSA TYPE REMOTE CONTRO UNIT CIRCUIT DIAGRAM ( ANDY TYPE ) Models : AS 0A, A, 0A Models : AB A, A, A K DCV R D S 0 + µf 0.µF C C R 00K A VDD RESET 9.µF 0.µF C C 0.µF C R (/W) 00 R A ED C K B C Q B Q R K E R K E R P 00P P R 90 kz C.K X 0 C R9 C C X 0K P K K9 K K K K. kz VC K K J0A J0 J0B JA J JB JA J JB C J J C9 C0 C 0P x R 00K R0 00K C 0P C 0P C 0P C 0P C0 0P D9 D0 VSS IC D D 9 0 S S K K K D P00 CARR P0 VC P0 P0 SEG0 SEG SEG D0 D D SEG0 D COM0 COM COM D P0(J) P(J) P(J) P(J) D D D (J)P P0 Jumper Wire Function Selection No. J J J J J J J J J9 J0 J J J J P0(J) P(J) P(J) P(J) XOUT XIN XcOUT XcIN P0(J9) P(J0) P(J) P(J) D(J) Functions Setting Transmitting code change Transmitting code change Transmitting code change Transmitting code change Dry operation Temperature display of automatic operation Change of V-remote control type Temperature unit selector Automatic operation eating operation our/our Super quiet Auto operation selector Wind operation : Connected to : Connected to CD KEYPADS START/STOP MASTER CONTRO SET TEMP.(+), SET TIME(+) SET TEMP.( ), SET TIME( ) FAN CONTRO UP AND DOWN SWING UP AND DOWN WIND No. K K K K K K K9 RIGT AND EFT SWING RIGT AND EFT WIND TIMER SEEP AC TIME ADJUST TEST RUN K K K K S S S

127 Models : AS 0R, R, 0R Models : AB R, R, R K D S DCV R 0 + µf 0.µF C C R 00K A VDD RESET 9.µF 0.µF C C 0.µF C D9 D0 R (/W) 00 R A ED C K B C Q B Q R K E R K E R0 0 K K P 00P K 0P K K K K R 90 kz C.K X 0 C R9 C C X 0K 0P. kz VC K J0A J0 J0B JA J JB JA J JB C J J C9 C0 C 0P x C 0P C 0P C0 0P VSS IC D D P00 CARR 9 0 S S K K K D P0 VC P0 P0 SEG0 SEG SEG D0 D D SEG0 D COM0 COM COM D P0(J) P(J) P(J) P(J) D D D (J)P P0 Jumper Wire Function Selection No. J J J J J J J J J9 J0 J J J J Functions Setting Transmitting code change Transmitting code change Transmitting code change Transmitting code change Dry operation Temperature display of automatic operation Change of V-remote control type Temperature unit selector Automatic operation eating operation our/our Super quiet Auto operation selector Wind operation P0(J) P(J) P(J) P(J) XOUT XIN XcOUT XcIN P0(J9) P(J0) P(J) P(J) D(J) : Connected to : Connected to CD KEYPADS START/STOP MASTER CONTRO SET TEMP.(+), SET TIME(+) SET TEMP.( ), SET TIME( ) FAN CONTRO UP AND DOWN SWING UP AND DOWN WIND R 00K No. K K K K K K K9 R0 00K RIGT AND EFT SWING RIGT AND EFT WIND TIMER SEEP AC TIME ADJUST TEST RUN K K K K S S S C 0P C 0P

128 REMOTE CONTRO UNIT CIRCUIT DIAGRAM (WA FIXING TYPE) Models : AS 0A, A, 0A Models : AB A, A, A, SS DCV a J 9 J0 J J J C C VDD RESET 9 R + C C R R R J C R XOUT C 0 X C C R9 X C D S C R Q R R DCV ED ED R R Q + C0 ED ED R R9 Q C C C R0 R R R C9 C0 C C C S S S S S S S S S S9 S0 S 0kΩ S S S S C b a b a b a b a b + C C C9 C0 C J J J D9 D0 VSS D IC D P00 P0 P0 P0 CARR VC 9 0 D0 D D D P0(J) P(J) P(J) P(J) D P0(J) P(J) P(J) P(J) SEG0 SEG SEG SEG0 COM0 COM COM D D D (J)P P0 CD a b P0(J9) P(J0) P(J) P(J) D(J) XIN XcOUT XcIN KEY NO. KEY FUNCTION CORRESPONDENCE TABE No. S S S S S S S S S9 S0 S S S S S S S KEY FUNCTION AC TIMER ADJUST TEST RUN START / STOP MASTER CONTRO SET TIME(+) SET TIME( ) FAN CONTRO TIME( ) SET TEMP( ) UP AND DOWN SWING UP AND DOWN WIND ENERGY SAVE RIGT AND EFT SWING TIMER SEEP RIGT AND EFT WIND FUNCTION CANGE BY TE JUMPER INE No. J J J J J J J J J9 J0 J J J J Functions Setting TRANSMITTING CODE CANGE TRANSMITTING CODE CANGE TRANSMITTING CODE CANGE TRANSMITTING CODE CANGE DRY OPERATION TEMPERATURE DISPAY OF AUTOMATIC OPERATION CANGE OF REMOTE CONTRO TYPE CANGE OF TEMPERATURE UNIT AUTOMATIC OPERATION EATING OPERATION OUR/OUR SUPER QUIET DISPAY CANGE OF AUTOMATIC OPERATION FAN OPERATION : FIXS TO OW EVE : FIXS TO IG EVE C

129 Models : AS 0R, R, 0R Models : AB R, R, R, SS DCV a b a b a b a b a b J 9 J0 J J J C C C VDD RESET 9 R + C C R R R J C R XOUT C 0 X C C R9 X C D S C R Q R R DCV ED ED R R Q + C0 ED ED R R9 Q R0 C C C R R R C0 C C C C9 S S S S S S S S S S9 S0 S S S S S C + C C9 C0 C J J J D9 D0 VSS D IC D P00 P0 P0 P0 CARR VC D0 D D D SEG0 SEG SEG SEG0 CD 9 0 P0(J) P(J) P(J) P(J) D P0(J) P(J) P(J) P(J) COM0 COM COM D D D (J)P P0 a b P0(J9) P(J0) P(J) P(J) D(J) XIN XcOUT XcIN KEY NO. KEY FUNCTION CORRESPONDENCE TABE No. S S S S S S S S S9 S0 S S S S S S S KEY FUNCTION AC TIMER ADJUST TEST RUN START / STOP MASTER CONTRO SET TEMP(+) SET TEMP( ) FAN CONTRO SET TIME(+) SET TIME( ) UP AND DOWN SWING UP AND DOWN WIND ENERGY SAVE RIGT AND EFT SWING TIMER SEEP RIGT AND EFT WIND FUNCTION CANGE BY TE JUMPER INE No. J J J J J J J J J9 J0 J J J J Functions Setting TRANSMITTING CODE CANGE TRANSMITTING CODE CANGE TRANSMITTING CODE CANGE TRANSMITTING CODE CANGE DRY OPERATION TEMPERATURE DISPAY OF AUTOMATIC OPERATION CANGE OF REMOTE CONTRO TYPE CANGE OF TEMPERATURE UNIT AUTOMATIC OPERATION EATING OPERATION OUR/OUR SUPER QUIET DISPAY CANGE OF AUTOMATIC OPERATION FAN OPERATION : FIXS TO OW EVE : FIXS TO IG EVE C

130 . INSTAATION INSTRUCTIONS. SPIT TYPE ROOM AIR CONDITIONER SPIT TYPE AIR CONDITIONER INSTAATION MANUA Models : ASY0AGB-W, ASY0AGC-W, ASYAGB-W, AST0AGB-W For authorized service personnel only. () For the room air conditioner to operate satisfactorily, install it as outlined in this installation manual. () Connect the indoor unit and outdoor unit with the room air conditioner piping and cords available standards parts. This installation manual describes the correct connections using the installation set available from our standard parts. () Installation work must be performed in accordance with national wiring standards by authorized personnel only. () Never cut the power cord, lengthen or shorten the cord, or change the plug. () Also, do not use an extension cord. () Plug in the power cord plug firmly. If the receptacle is loose, repair it before using the room air conditioner. () Do not turn on the power until all installation work is complete. Be careful not to scratch the room air conditioner when handling it. After installation, explain correct operation to the customer, using the operating manual. et the customer keep this installation manual because it is used when the room air conditioner is serviced or moved. SEECTING TE MOUNTING POSITION Install at a place that can withstand the weight of the indoor and outdoor units and install positively so that the units will not topple or fall. () Do not install where there is the danger of combustible gas leakage. () Do not install near heat sources. () If children under 0 years old may approach the unit, take preventive measures so that they cannot reach the unit. 9

131 Decide the mounting position with the customer as follows:. INDOOR UNIT () Install the indoor unit level on a strong wall which is not subject to vibration. () The inlet and outlet ports should not be obstructed : the air should be able to blow all over the room. () Install the unit near an electric outlet or special branch circuit. () Do not install the unit where it will be exposed to direct sunlight. () Install the unit where connection to the outdoor unit is easy. () Install the unit where the drain pipe can be easily installed. () Take servicing, etc. into consideration and leave the spaces shown in Fig.. Also install the unit where the filter can be removed. Fig.. OUTDOOR UNIT () If possible, do not install the unit where it will be exposed to direct sunlight. (If necessary, install a blind that does not interfere with the air flow.) () Do not install the unit where a strong wind blows or where it is very dusty. () Do not install the unit where people pass. () Take your neighbors into consideration so that they are not disturbed by air blowing into their windows or by noise. () Provide the space shown in Fig. so that the air flow is not blocked. Also for efficient operation, leave open three of the four directions front, rear, and both sides. Fig. 0 cm or over 0 cm or over 0 cm or over eft side cm or over cm or over Right side cm or over 0 cm or over 0 cm or over 0 cm or over 0 to 00 cm 0. cm. cm 0

132 Fig. INDOOR UNIT OUTDOOR UNIT / (. mm) dia. / (9. mm) dia.

133 STANDARD ACCESSORIES The following installation accessories are supplied. Use them as required. EECTRICA REQUIREMENT Electric wire size and fuse capacity: INDOOR UNIT ACCESSORIES Table Name and Shape Q ty Use 0,000 BTU/h class,000 BTU/h class Wall hook bracket For indoor unit installation Connection cord (mm ) MAX MIN.... Fuse capacity (A) 0 0 Remote control unit Use for air conditioner operation Always use 0RN-F or equivalent as the connection cord. Install the disconnect device with a contact gap of at least mm nearby the units. (Both indoor unit and outdoor unit) Battery (penlight) For remote control unit INSTAATION PROCEDURE Remote control unit holder Use as remote control unit holder. INDOOR UNIT INSTAATION The piping can be connected in the five directions indicated by q, w, e, r, and t in Fig.. When the piping is connected in direction w or t, cut along the piping groove in the side of the under cover with a hacksaw. When connecting the piping in direction e, cut a notch in the thin wall at the front bottom of the under cover. Tapping screw (big) (ø x 0) For wall hook bracket installation Fig. (Rear) Tapping screw (small) (ø x ) OUTDOOR UNIT ACCESSORIES exagon wrench For remote control unit holder installation For air purge w Right q Rear outlet outlet e Bottom outlet t eft outlet r eft rear outlet Drain pipe Flexible tube Drain cap For outdoor unit drain piping work (eat & Cool model (Reverse cycle) only)

134 . INSTAING TE WA OOK BRACKET Removing the wall hook bracket Remove the wall hook bracket in the following order: q Remove one side of under cover B by pulling it forward (arrow direction in Fig. ). w Remove the other side of under cover B by pulling it forward (arrow direction in Fig. ). e Remove the tapping screw installed to under cover A. (Fig. ) r While pulling the right side of under cover A forward (releasing the inside stopper), slide under cover A to the left and unhook the two inside hooks. (Fig. ) t Next, remove under cover A by pulling the left side forward (arrow direction in Fig. ). y Remove the four tapping screws holding the wall hook bracket. (Fig. ) Fig. Fasten the wall hook bracket to the wall with or more screws and anchor bolts through the holes near the outer edge of the bracket. Do not install the wall hook bracket at only one place or at an angle. For a concrete wall, embed anchor bolts (0 mm dia.) into the wall at the wall hook bracket holes ( x mm dia.). Allow the anchor bolts to stick out at least mm from the wall.(fig.) Install the unit to the anchor bolts with nuts through the wall hook bracket. Use bolts for concrete wall and bolts for blister concrete wall. Finally tighten the bolts and wood screws after confirming, using the level indicator, that the clamp is horizontal. IInstall the wall hook bracket horizontally and perpendicularly. If the wall hook bracket is tilted, water will drip to the floor. Fig. Wall hook bracket Fig. Fig. t ook q Under cover B Under cover A Stopper r w e Tapping screw Wall hook bracket,,,, Piping inlet Fig. 9 -øhole for tapping screw, Bolt / ( mm) max. 0-øxhole for bolt Wall Anchor bolt Piping inlet 0 y Tapping screw Wall hook bracket () Install the wall hook bracket so that it is correctly positioned horizontally and vertically. If the wall hook bracket is tilted, water will drip to the floor. () As the weight of the indoor unit is to Ibs ( to 0 kg), it should be installed after properly examining the place where it is intended to be installed. If the place is not strong enough, a plank or girder should be used to make the place sufficiently strong so that the wall can support the weight. [Installation directly to a wall] Before fastening the wall hook bracket to the wall with the screws, level it by tapping the hook at the center of bracket to the wall with the handle of a screwdriver. Tapping screw (big) Tapped ook (andle of screwdriver) Center notch ook Wall hook bracket String Counter weight

135 . CUTTING TE OE IN TE WA FOR TE CONNECTING PIPING If the wall pipe is not used, the cord interconnecting the indoor and outdoor units may touch metal and cause electric leakage. () Cut a 00 mm diameter hole in the wall at the position shown in Fig. 0. () When cutting the wall hole at the inside of the installation frame, cut the hole to a point of intersection of center marks. When cutting the wall hole at the outside of the installation frame, cut the hole at least 0 mm below less. () Cut the hole so that the outside end is lower ( to 0 mm) than the inside end. () Always align the center of the wall hole. If misaligned, water leakage will occur. () Cut the wall pipe to match the wall thickness, stick it into the wall cap, fasten the cap with vinyl tape, and stick the pipe through the hole. (The connection pipe is supplied in the installation set.) (Fig. 0) Fig. 0,,,,,, ower 0 mm or over Fasten with vinyl tape,,, Center mark ower 0 mm or over 00 mm dia. hole,,, [q Rear piping, w Right piping, e Bottom piping] Install the indoor unit piping in the direction of the wall hole and bind the drain hose and pipe together with vinyl tape. (Fig. ) Install the piping so that the drain hose is at the bottom. Fig. Cut off the piping outlet cutting groove with a hacksaw, etc. Decorative tape Right piping Notch the thin part of under cover A. Perform w INDOOR UNIT WIRING before performing this piping. Wrap the pipes of the indoor unit that are visible from the outside with decorative tape. After passing the indoor piping and drain hose through the wall hole, hang the indoor unit on the hooks at the top of the wall hook bracket. Fig. Bottom piping Pipe (top) Rear piping Indoor unit drain hose (bottom) Bind with vinyl tape Top hooks Wall cap,, to 0 mm low (Wall pipe) (Inside) Wall (Outside) () For t left piping and w right piping, cut the hole a little lower so that drain water will flow freely. (Fig. 0). FORMING TE DRAIN OSE AND PIPE () Do not remove the flare nut from the indoor unit pipe until immediately before connecting the connection pipe. () To prevent breaking of the pipe, avoid sharp bends. Bend the pipe with a radius of curvature of 00 mm or over. () If the pipe is bent repeatedly at the same place, it will break. Indoor unit [For r eft rear piping, t eft piping] Wall hook bracket eft piping and left rear piping can be easily installed by removing the pipe bracket. Removing the pipe bracket Remove the three tapping screws holding the pipe bracket as shown below. Fig. Pipe bracket Tapping screw

136 For left piping and left rear piping, preset the end of the pipe to the dimensions shown in Fig. from the mark on the wall hook bracket and form the connection pipe. Bend the connection piping at a bend radius of at least 00 mm and position it no more than 0 mm from the wall. Fig. Bend (R00) with a pipe bender Connection pipe (9. mm dia.) About 0 mm About 0 mm Connection pipe (. mm dia.) When extending the drain hose at the indoor unit, install the acces-sory drain insulation. Fig. Drain insulation. INDOOR UNIT WIRING () Match the terminal block numbers and connection cord colors with those of the outdoor unit. Erroneous wiring may cause burning of the electric parts. () Connect the connection cords firmly to the terminal block. Imperfect installation may cause a fire. () Always fasten the outside covering of the connection cord with the cord clamp. (If the insulator is chafed, electric leakage may occur.) () Always connect the ground wire. () Remove the intake grille. () Remove the terminal cover. (Fig. ) Removing the terminal cover Fig. Tapping screw Terminal cover Indoor unit drain hose Drain hose Vinyl tape Place the indoor unit drain hose behind the piping. [Installing the indoor unit] Piping work can be made easier by laying out, shaping, and temporarily fastening the connection pipe, drain hose, and connection cord as shown in Fig. beforehand. Fig. (eft piping) Indoor unit [eat & Cool model (Reverse cycle)] () Remove the cord clamp. () Process the end of the connection cords to the dimensions shown in Fig. 9. () Connect the end of the connection cord fully into the terminal block. Fig. 9 Terminal block Drain hose Connection cord Pipe Connect the piping ()(N). INSTAING TE INDOOR UNIT After connecting the piping, fasten the bottom of the indoor unit and the wall hook bracket with the tapping screws. Fig. Earth screw Tapping screw Cord clamp Indoor unit Wall hook bracket Pipe bracket Tapping screw connection cord mm mm mm 0 mm

137 () Fasten the connection cord with a cord clamp. () Fasten the terminal cover with the screw.. IMITATION OF REFRIGERANT PIPING ENGT [ model] () Remove the cord clamp. () Process the end of the connection cords to the dimensions shown in Fig. 0. () Connect the end of the connection cord fully into the terminal block. Fig. 0 Terminal block Table Max length () Max height difference () Fig. Outdoor unit 0 m ( ft) m (0 ft) Indoor unit Earth screw () (N) Cord clamp Tapping screw connection cord mm mm mm 0 mm () Fasten the connection cord with a cord clamp. () Fasten the terminal cover with the screw.. OUTDOOR UNIT INSTAATION. FARING () Cut the connection pipe to the necessary length with a pipe cutter. () old the pipe downward so that cuttings will not enter the pipe and remove the burrs. () Insert the flare nut onto the pipe and flare the pipe with a flaring tool. Fig. Check if [] is flared uniformly and is not cracked or scratched. dimension Thin pipe. to.0 mm (9. mm dia.) Thick pipe. to. mm (. mm dia.) () Install the unit where it will not be tilted by more than. () When installing the outdoor unit where it may exposed to strong wind, fasten it securely. Set the unit on a strong stand, such as one made of concrete blocks to minimize shock and vibration. Do not set the unit directly on the ground because it will cause trouble.. BENDING PIPES The pipes are shaped by your hands. Be careful not to collapse them. Fig.. CONNECTING TE PIPING OK Extend the pipe by unwinding it. NO The maximum lengths of this product are shown in table. If the units are further apart than this, correct operation can not be guaranteed. Do not bend the pipes in an angle more than 90. When pipes are repeatedly bent or stretched, the material will harden, making it difficult to bend or stretch them any more. Do not bend or stretch the pipes more than three times.

138 . CONNECTION () Install the outdoor unit wall cap (supplied with the optional installation set or procured at the site) to the wall pipe. () Connect the outdoor unit and indoor unit piping. () After matching the center of the flare surface and tightening the nut hand tight, tighten the nut to the specified tightening torque with a torque wrench. (Tighten the flare nut of the outdoor unit -way valve after air purging.) Fig. Tighten with two wrenches. Fig. Outdoor unit Service hose with valve core connecting pipe Blank cap -way valve Charging port exagon wrench Torque wrench Wrench (fixed) Flare nut Cap Gauge manifold Indoor unit pipe Connection pipe To prevent gas leakage, coat the flare surface with refrigerator oil. Table Flare nut tightening torque Flare nut 9. mm dia.. mm dia. Tightening torque 0. to. N m (0 to 0 kgf cm). to. N m (0 to 00 kgf cm) Do not remove the cap from the connection pipe before connecting the pipe. Service hose. ADDITIONA CARGE Vacuum pump Refrigerant suitable for a piping length of m is charged in the outdoor unit at the factory. When the piping is longer than m, additional charging is necessary. For the additional amount, see page.. AIR PURGE. GAS EAKAGE INSPECTION () When moving and installing the room air conditioner, do not mix gas other than the specified refrigerant (R) inside the refrigerant cycle. () Charging of additional refrigerant (R) according to the piping length is unnecessary. After connecting the piping, check the joints for gas leakage with gas leak detector.. VACUUM () Remove the cap, and connect the gauge manifold and the vacuum pump to the charging valve by the service hoses. () Vacuum the indoor unit and the connecting pipes until the pressure in them lowers to below. mmg. () Disconnect the service hoses and fit the cap to the charging valve (Tightening torque : 0 to 90 kgf cm). () Remove the blank caps, and fully open the spindles of the -way and -way valves with a hexagon wrench (Torque : -way valve: 0 to 90 kgf cm, - way valve: 00 to 0 kgf cm). () Tighten the blank caps of the -way valve and -way valve to the specified torque (00 to 0 kgf cm).

139 . OUTDOOR UNIT WIRING () Before starting work, check that power is not being supplied to indoor unit and the outdoor unit. () Match the terminal block numbers and connection cord colors with those of the indoor unit side. Erroneous wiring may cause burning of the electric parts. () Connect the connection cords firmly to the terminal block. Imperfect installation may cause a fire. () Always fasten the outside covering of the connection cord with cord clamps. (If the insulator is clamped, electric leakage may occur.) () Always connect the ground wire. Terminal board Power cord model N ()(N) Control box Earth wire (Connection cord) Earth wire (Power cord) Cord holder Insulation tube Connection cord Insulation tube Cord clamp Connection cord Insulation tube After passing the connection cord through the insulation tube, fasten it with the cord clamp () The power cord is not supplied with the outdoor unit. Use. mm to. mm 0RN-F or equivalent as the connection cord. () Use VW-, mm diameter, 0. to.0 mm thick, PVC tube as the insulation tube. () Remove the outdoor unit terminal cover. () Process the end of the connection cords to the dimensions shown in Fig. and bend the end of each cord as shown in Fig.. () Connect the end of the connection cord fully into the terminal block and fasten with the screws. () Fasten the sheath with a cord clamp. () Install the terminal cover. Fig. Stripped length. CONNECTION DIAGRAM Fig. eat & Cool model (Reverse cycle) (N) () Indoor unit side terminal Connection cord Green/Yellow Power supply (N) () N Outdoor unit side terminal Fig. to mm eat & Cool model (Reverse cycle) model Connection cord Green/Yellow Terminal block 0 mm Green/ Yellow 0 mm (N) () Indoor unit side terminal (N) () N Connection cord Power supply Outdoor unit side terminal

140 . FINISING () Insulate between pipes. For rear, right, and bottom piping, overlap the connection pipe heat insulation and indoor unit pipe heat insulation and bind them with vinyl tape so that there is no gap. For left and left rear piping, butt the connection pipe heat insulation and indoor unit pipe heat insulation together and bind them with and vinyl tape so that there is no gap. Check that: The top and bottom hooks are hooked firmly and the indoor unit does not move to the front and rear or left and right. The indoor unit is accurately positioned horizontally and vertically. When connected from the left rear, the drain hose is at the bottom left of the wall pipe. Fig. Fig. 9 Overlap the insulation. Connection pipe (heat insulation) Vinyl tape Bind the pipes together so that there is no gap. Indoor unit pipe (heat insulation) Connection cord Drain hose (For connection from the left rear) (View from indoors) Wall pipe Connection pipe Fig. 0 For left and left rear piping, wrap the area which accommodates the rear piping housing section with cloth tape. Connection pipe Cloth tape Wrap with cloth tape. Indoor unit pipe () Temporarily fasten the connection cord along the connection pipe with vinyl tape. (Wrap to about / the width of the tape from the bottom of the pipe so that water does not enter.) () Fasten the connection pipe to the outside wall with a saddle, etc. () Fill the gap between the outside wall pipe hole and the pipe with sealer so that rain water and wind cannot blow in. Fig. For left and left rear piping, bind the connection cord to thetop of the pipe with vinyl tape., Q Connection cord Vinyl tape,, QQ Pipe Fig. Pipe Saddle Wall Outside wall cap Sealer putty (Outdoors) Fig. For left and left rear piping, bundle the piping and drain hose together by wrapping them with cloth tape over the range within which they fit into the rear piping housing section., Q, Q,Q Pipe Drain hose Wrap with cloth tape Cloth tape eft piping Connection cord () Fasten the drain hose to the outside wall, etc. Fig. Check the following : GOOD,, Drain hose Saddle,,,, BAD BAD BAD ifted up Wave End in water Pipe Drain hose 9

141 Installing the under covers () Installing under cover A (Fig. ) q ook the two pipe bracket hooks to the two holes in the back of under cover A. w While pulling the left side of under cover A forward about cm (at this time, hole hook q so that it does not come unhooked), slide under cover A to the right and hook the hook. e Push the left side of under cover A in the arrow direction and hook the two side hooks to the base. r Install under cover A to the pipe bracket with the tapping screw. Fig. Base Side hook e Under cover A Pipe bracket ook q ole w Stopper r Tapping screw () Installing under cover B (Fig. ) t Push the left side of under cover B in the arrow direction and hook the two hooks to under cover A. y Push the right side of under cover B in the arrow direction and hook the two side hooks to the base. 9. POWER () The rated voltage of this product is 0-0 V A.C. 0 z. () Before turning on the verify that the voltage is within the 9 V to V range. () Always use a special branch circuit and install a special receptacle to supply power to the room air conditioner. () Use a circuit breaker and receptacle matched to the capacity of the room air conditioner. (Install in accordance with standard) () The circuit breaker is installed in the permanent wiring. Always use a circuit that can trip all the poles of the wiring and has an isolation distance of at least mm between the contacts of each pole. () Perform wiring work in accordance with standards so that the room air conditioner can be operated safely and positively. () Install a leakage circuit breaker in accordance with the related laws and regulations and electric company standards. Fig. Under cover A t ook Base Side hook y Under cover B () The power source capacity must be the sum of the room air conditioner current and the current of other electrical appliances. When the current contracted capacity is insufficient, change the contracted capacity. () When the voltage is low and the air conditioner is difficult to start, contact the power company the voltage raised. 0

142 0. TEST RUNNING Press the remote control unit test run button while the air conditioner is running. At the end of test running, press the remote control unit start/stop button. (Fig. ) Fig. CECK ITEMS () INDOOR UNIT () Is operation of each button on the remote control unit normal? () Does each lamp light normally? () Do not air flow direction louvers operate normally? () Is the drain normal? () Is there any abnormal noise and vibration during operation? START STOP A B C D START/STOP button TEST RUN button () OUTDOOR UNIT () Is there any abnormal noise and vibration during operation? () Will noise, wind, or drain water from the unit disturb the neighbors? () Is there any gas leakage? Do not operate the air conditioner in the test running state for a long time. For the operation method, refer to the operating manual and perform operation check. Operation can be checked by lighting and flashing of the display section OPERATION and TIMER lamps. Perform judgement in accordance with the following. Test running When the air conditioner is run by pressing the remote control unit test run button, the OPERATION and TIMER lamps flash slowly at the same time. Error The OPERATION and TIMER lamps operate as follows (Table ) according to the error contents.. CUSTOMER GUIDANCE Explain the following to the customer in accordance with the operating manual: () Starting and stopping method, operation switching, temperature adjustment, timer, air flow switching, and other remote control unit operations. () Air filter removal and cleaning, and how to use the air louvers. () Give the operating and installation manuals to the customer. Error display Table Error contents. FRONT PANE REMOVA OPERATION AMP TIMER AMP OPERATION AMP TIMER AMP ON OFF ON OFF ON OFF ON OFF 0. sec 0. sec 0. sec 0. sec 0. sec sec 0. sec 0. sec 0. sec sec Two quick flashes repeated 0. sec ON/OFF repeated Three quick flashes repeated 0. sec ON/OFF repeated Room temperature thermistor abnormal temperature detected Piping thermistor abnormal temperature detected Install the front panel and intake grille securely. If installation is imperfect, the front panel or intake grille may fall off and cause injury.. INTAKE GRIE REMOVA () Open the intake grille. () Open the intake grille and lift the intake grille upward until the hook at the top of the intake grille is unhooked. Fig. 9 (ook) Intake grille Open Open ift ift ift (ook)

143 . FRONT PANE REMOVA () Remove the four tapping screws. () Remove the front panel by lifting the bottom of the front panel upward.. REMOTE CONTRO UNIT ODER INSTAATION Install the remote control unit so that the front is facing the photocell.(fig. ) Fig. 0 Front panel Fig. Photocell Tapping screw Remote control unit. FRONT PANE INSTAATION () ook the top hole of the front panel to the hook of the base. () Fasten the front panel with the screw. Fig. (Top hook) Install the remote control unit with a distance of m between the remote control unit and the photocell as the criteria. owever, when installing the remote control unit, check that it operates positively. Install the remote control unit holder to a wall, pillar, etc. with the tapping screw (Fig. ). Fig. For use as andy Type Insert Slide up (Top hole) Front panel Be sure that the top hole of the front panel is hooked securely to the hook of the base. Screws q Mount the w Set the Remote older. Control Unit. e To remove the Remote Control Unit (when use at hand.). REMOTE CONTRO UNIT INSTAATION For use as Wall Fixing Type () Check that the indoor unit correctly receives the signal from the remote control unit, then install the remote control unit holder. () Select the remote control unit holder selection site by paying careful attention to the following: Avoid places in direct sunlight. Select a place that will not be affected by the heat from a stove, etc. Screws Insert q Mount the w Set the Remote older. Control Unit. Screw Slide e Attach the unit to the holder as shown.

144 . REMOTE CONTRO UNIT CODE SWITCING Fig. Indoor unit Printed circuit board JM JM JM AUTORESTART REMOCON REMOCON Remote control unit AC button A B C D Remote control unit signal selector switch A B C D Confirm the remote control unit signal selector switch selection and the printed circuit board setting. If these are not set to the same setting, the remote control unit cannot be used to operate for the air conditioner. Table Jumper wire JM JM Connect Connect Connect Disconnect Disconnect Connect Disconnect Disconnect Remote control unit signal selector switch A (Primary setting) B C D After setting the remote control unit signal selector switch, press the AC button.

145 . FOOR CONSOE/UNDER CEIING DUA TYPE SPIT TYPE AIR CONDITIONER INSTAATION MANUA Models : ABTAGA-W, ABTAGA-W, ABTRGA-W, ABYAGA-W, ABYRGA-W, ABYAGA-W, ABYRGA-W For authorized service personnel only. () For the room air conditioner to operate satisfactorily, install it as outlined in this installation manual. () Connect the indoor unit and outdoor unit with the room air conditioner piping and cords available standards parts. This installation manual describes the correct connections using the installation set available from our standard parts. () Installation work must be performed in accordance with national wiring standards by authorized personnel only. () Never cut the power cord, lengthen or shorten the cord, or change the plug. () Also, do not use an extension cord. () Plug in the power cord plug firmly. If the receptacle is loose, repair it before using the room air conditioner. () Do not turn on the power until all installation work is complete. Be careful not to scratch the room air conditioner when handling it. After installation, explain correct operation to the customer, using the operating manual. et the customer keep this installation manual because it is used when the room air conditioner is serviced or moved.

146 SEECTING TE MOUNTING POSITION Fig. Floor console Install at a place that can withstand the weight of the indoor and outdoor units and install positively so that the units will not topple or fall. eft Right () Do not install where there is the danger of com-bustible gas leakage. () Do not install near heat sources. () If children under 0 years old may approach the unit, take preventive measures so that they cannot reach the unit. Decide the mounting position with the customer as follows:. INDOOR UNIT () Install the indoor unit level on a strong wall, floor, ceiling which is not subject to vibration. () The inlet and outlet ports should not be obstructed : the air should be able to blow all over the room. () Install the unit near an electric outlet or special branch circuit. () Do not install the unit where it will be exposed to direct sunlight. () Install the unit where connection to the outdoor unit is easy. () Install the unit where the drain pipe can be easily installed. () Take servicing, etc. into consideration and leave the spaces shown in Fig.. Also install the unit where the filter can be removed. " (0 cm) or more Under ceiling Ceiling " (0 cm) or more eft Indoor unit Right " ( cm) or more Ceiling /" ( cm) or more " (0 cm) or more

147 STANDARD PARTS The following installation parts are furnished. Use them as required. INDOOR UNIT ACCESSORIES Name and Shape Q ty Application Cover plate (left) Name and Shape Q ty Application exagon wrench Pipe (drain) OUTDOOR UNIT ACCESSORIES For air purge For outdoor unit drain piping work (eat & Cool model only) Cover plate (right) Flexible tube For outdoor unit drain piping work (eat & Cool model only) Tapping screw (ø x 0) Cap (drain) For outdoor unit drain piping work (eat & Cool model only) Installation template Bracket (left) For positioning the indoor unit For under ceiling type. For suspending the indoor unit from ceiling OPTIONA PARTS FOR INDOOR UNIT Name and Shape Part No. Application Bracket (right) Joint pipe-a 900 For indoor side pipe joint Anchor bolt (M) Spring washer Special nut CONNECTION PIPE REQUIREMENT Wall bracket For suspending the indoor unit on the wall. Table Tapping screw (ø x 0) Coupler heat insulator (large) For indoor side pipe joint (arge pipe) Coupler heat insulator (small) Nylon fastener For fixing the wall bracket. For indoor side pipe joint (Small pipe) For fixing the drain hose Small 9. mm (/ in) Diameter arge. mm (/ in) Maximum length 0 m ( ft) Maximum height (between indoor and outdoor) m ( ft) Use 0. mm to. mm thick pipe. Use pipe with water-resistant heat insulation. Use pipe that can withstand a pressure of,00 kpa. Drain hose Insulation (drain hose) Adhesive type 0 0 VT wire For fixing the drain hose 0 mm Remote control unit Use for air conditioner operation Battery (penlight) For remote control unit Remote control unit holder For mounting the remote control unit Tapping screw (ø x ) For remote control unit holder installation

148 . OUTDOOR UNIT Fig. () Install the unit where it will not be tilted by more than () When installing the outdoor unit where it may exposed to strong wind, fasten it securely. () If possible, do not install the unit where it will exposed to direct sunlight. (If necessary, install a blind that does not interfere with the air flow.) () Install the outdoor unit in a place where it will be free from being dirty or getting wet by rain as much as possible. () Install the unit when connection to the indoor unit is easy. () During heating operation, drain water flows from the outdoor unit. Therefore, install the outdoor unit in a place where the drain water flow will not be obstructed. (Reverse cycle model only) () Do not place animals and plants in the path of the warm air. () Take the air conditioner weight into account and select a place where noise and vibration are small. () Select a place so that the warm air and noise from the air conditioner do not disturb neighbors. () Provide the space shown in Fig. so that the air flow is not blocked. Also for efficient operation, leave open three of the four directions front, rear, and both sides.

149 INSTAATION PROCEDURE Install the air conditioner as follows:. PREPARING INDOOR UNIT INSTAATION When the directions are selected, drill a (0 cm) dia. hole on the wall so that the hole is tilted downward toward the outdoor for smooth water flow. When the pipe is led out from the rear, make a hole in Fig., at the position shown. REMOVE TE INTAKE GRIE Fig. Wall Open the intake grille and remove the three screws (Fig. ). Fig. Tapping screw Machine screw Tapping screw " (00 mm) Indoor side /" ( mm) Outdoor side When installing set to wall install the accessory wall bracket at the position shown in Fig., and mount the set to it. Fig. 9" (99 cm) 0" (0 cm) 9-/" (. cm) Wall bracket Intake grille Remark : The main unit can be wired before the indoor unit is installed. Select the most appropriate installation order. " (. cm) " ( cm) -/" (. cm) -/" (. cm) " (0 cm) hole " ( cm) hole Side of set -/" (. cm) " (. cm). INDOOR UNIT INSTAATION " (0 cm) A. FOOR CONSOE TYPE. DRIING FOR PIPING Select piping and drain directions (Fig. ). The piping and drain can be made in three directions as shown below. Fig.. INSTAING DRAIN OSE The drain hose can be connected to either the left or right side (Fig. ). Fig. INSTA TE DRAIN OSE Select whether the drain hose will be connected to the left or right side (Fig. ). Insert the drain hose into the drain pan, then secure the drain hose with a nylon fastener (Fig. ). Fig. Drain pan Drain hose Nylon fastener Wrap the insulation (drain hose) around the drain hose connection (Fig. 9). Drain hose (eft side) Drain hose (Right side) Fig. 9 Drain pan Drain hose Insulation (drain hose)

150 Be sure to arrange the drain hose so that it is leveled lower than the drain hose connecting port of the indoor unit. Fig. 0 OK NO NO Install the drain hose at the rear; it should not be installed on the top or right side. When the directions are selected, drill -/ (0 mm) and (0 mm) or (0 mm) dia. hole on the wall so that the hole is tilted downward toward the outdoor for smooth water flow. Arrange the drain hose lower than this portion Drain hose Fig. Wall Do not install the unit so that the drain hose side is too high. eight A should be less than mm (Fig. ). Fig. Indoor side /" ( mm) Outdoor side Drain hose A A. DRIING OES FOR ANCOR BOTS AND INSTAING TE ANCOR BOTS With a concrete drill, drill four / (. mm) dia. holes (Fig. ). BAD BAD Fig. B. UNDER CEIING TYPE Using the installation template, drill holes for piping and anchor bolts (for holes) (Fig. ). -/" to -/" (0 to 0 mm) Fig. -/" (00 mm)." (900 mm) Installation template Drilling position for anchor bolt Ceiling ø/" (. mm) Insert the anchor bolts into the drilled holes, and drive the pins completely into the anchor bolts with a hammer (Fig. ). Drilling position for piping Wall Fig.. DRIING FOR PIPING Select piping and drain directions (Fig. ). Fig. Top Rear (Install the drain hose in this direction.) Right 9

151 . INSTAING BRACKETS Install the brackets with nuts, washers and spring washers (Fig. ). Fig. Fig. 0 Arrange the drain hose lower than this portion. OK Remove the hole cover. Drain hose NO Spring washer Bracket When drain hose is arranged backward. Secure the drain hose with the VT wire (Fig.). Special nut Fig. Piping hole Bracket (eft) Bracket (Right) VT wire hole Base (Bottom) VT wire Intake grille Pass the drain hose through here. Cut the grille Drain hose. INSTAING INDOOR UNIT Reset the hex bolts as shown in Fig.. Fig. Apply the indoor unit to the brackets (Fig. 9). Fig.9 Indoor unit ex bolt /" to /" ( to mm). OUTDOOR UNIT INSTAATION When the outdoor unit will be exposed to strong wind, fasten it with bolts at the places indicated by the arrows. (Fig. ) Since the drain water flows out of the outdoor unit during heating operation, install the drain pipe sold separately and connect it to an commercial mm hose. (eat & Cool model only) When installing the drain pipe, plug all the holes ( holes at two places) other than the drain pipe mounting hole in the bottom of the outdoor unit with putty so there is no water leakage. (Fig. ) (eat & Cool model only) Fig. Bolt Bracket Indoor unit Now, securely tighten the hex bolts in both sides.. INSTA TE DRAIN OSE Select whether the drain hose will be connected to the left or right side (Fig. ). Insert the drain hose into the drain pan, then secure the drain hose with a nylon fastener (Fig. ). Wrap the insulation (drain hose) around the drain hose connection (Fig. 9). Be sure to arrange the drain hose so that it is leveled lower than the drain hose connecting port of the indoor unit (Fig. 0). 0

152 . CONNECTING TE PIPING. FARE PROCESSING () Cut the connection pipe with pipe cutters so that the pipe is not deformed. () olding the pipe downwards so that cuttings cannot enter the pipe, remove the burrs. () Remove the flare nut from the indoor unit pipe and outdoor unit and assemble as shown in (Table ) and insert the flare nut onto the pipe, and flare with a flaring tool. () Check if the flared part (Fig. ) is spread uniformly and that there are no cracks.. CONNECTION PIPES () Indoor unit side Centering the pipe against port on the indoor unit, turn the flare nut with your hand (Fig. ). Be sure that the small pipe is completely installed before connecting the large pipe. Fig. Optional parts Indoor unit side Pipe Small pipe arge pipe Fig. Width across flats Table Flare nut Small (width across flats mm) arge (width across flats mm) dimension Small pipe. to.0mm (9.mm dia.) arge pipe. to.mm (.mm dia.) Be sure to apply the pipe against the port on the indoor unit correctly. If the centering is improper, the flare nut cannot be tightened smoothly. If the flare nut is forced to turn, the threads will be damaged.. BENDING PIPES The pipes are shaped by your hands. Be careful not to collapse them. Fig. When the flare nut is tightened properly by your hand, use a torque wrench to finally tighten it. Fig. Tighten with two wrenches. Wrench (fixed) Torque wrench Flare nut OK Extend the pipe by unwinding it. NO Indoor unit pipe Connection pipe To prevent gas leakage, coat the flare surface with refrigerator oil. Do not bend the pipes in an angle more than 90. When pipes are repeatedly bent or stretched, the material will harden, making it difficult to bend or stretch them any more. Do not bend or stretch the pipes more than three times. When bending the pipe, do not bend it as is. The pipe will be collapsed. In this case, cut the heat insulating pipe with a sharp cutter as shown in Fig., and bend it after exposing the pipe. After bending the pipe as you want, be sure to put the heat insulating pipe back on the pipe, and secure it with tape. Fig. Pipe eat insulating pipe Cutter Table : Flare nut tightening torque Flare nut Tightening torque Small pipe 0. to. N m 9. mm dia. (0 to 0 kgf cm) arge pipe. to. N m. mm dia. (0 to 00 kgf cm) Do not remove the cap from the connection pipe before connecting the pipe. Be sure to connect the large pipe after connecting the small pipe completely. Cut line

153 () Outdoor unit side Tighten the flare nut of the connection pipe at the outdoor unit valve connector. The tightening method is the same as that as at the indoor side. Fig. (arge pipe) Connection pipe () Disconnect the service hoses and fit the cap to the charging valve (Tightening torque : 0 to 90 kgf cm). () Remove the blank caps, and fully open the spindles of the -way and -way valves with a hexagon wrench (Torque : -way valve: 0 to 90 kgf cm, - way valve: 00 to 0 kgf cm). () Tighten the blank caps of the -way valve and -way valve to the specified torque (00 to 0 kgf cm). (Small pipe) Flare nut -way valve -way valve Pipe coupling. EAT INSUATION ON TE PIPE JOINTS (INDOOR SIDE ONY) Put coupler heat insulation on the joints (indoor side only) (Fig. 9). Fig.9 Indoor unit No gap Coupler heat insulation (large) Coupler heat insulation (small). ADDITIONA CARGE Refrigerant suitable for a piping length of m is charged in the outdoor unit at the factory. When the piping is longer than m, additional charging is necessary. For the additional amount, see page. arge pipe Small pipe } Be sure to overlap the insulation. GAS EAKAGE INSPECTION Coupler heat insulation After connecting the piping, check the joints for gas leakage with gas leak detector. No gap. AIR PURGE. AIR PURGE () Remove the cap, and connect the gauge manifold and the vacuum pump to the charging valve by the service hoses. () Vacuum the indoor unit and the connecting pipes until the pressure in them lowers to below. mmg.

154 . OW TO CONNECT WIRING TO TE TERMINAS A. For solid core wiring (or F-cable) () Cut the wire and with a wire cutter or wire-cutting pliers, then strip the insulation to about / ( mm) to expose the solid wire. () Using a screwdriver, remove the terminal screw(s) on the terminal board. () Using pliers, bend the solid wire to form a loop suitable for the terminal screw. () Shape the loop wire properly, place it on the terminal board and tighten securely with the terminal screw using a screwdriver. B. For strand wiring () Cut the wire and with a wire cutter or wire-cutting pliers, then strip the insulation to about / (0 mm) of expose the strand wiring. () Using a screwdriver, remove the terminal screw(s) on the terminal board. () Using a round terminal fastener or pliers, securely clamp a round terminal to each stripped wire end. () Position the round terminal wire, and replace and tighten the terminal screw using a screwdriver. Fig. Strip / ( mm) A. Solid wire B. Strand wire Insulation Wire oop Strip / (0 mm) Screw with special washer Round terminal Terminal board Terminal block Round terminal Screw with special washer Wire Round terminal. EECTRICA REQUIREMENT Electric wire size and fuse capacity: Connection cord (mm ) MAX MIN Always use 0RNF or equivalent as the connection cord 9. EECTRICA WIRING () Match the terminal block numbers and connection cord colors with those of the outdoor unit. Erroneous wiring may cause burning of the electric parts. () Connect the connection cords firmly to the terminal block. Imperfect installation may cause a fire. () Always fasten the outside covering of the connection cord with the cord clamp. (If the insulator is chafed, electric leakage may occur.) () Always connect the ground wire.. INDOOR UNIT SIDE Table,000 BTU/h class.. () Remove the electric component box. Fig.,000 BTU/h class.. Fuse capacity (A) 0 0 OW TO FIXED CONNECTION CORD AND POWER CABE AT TE CORD CAMP After passing the connection cord and power cable through the insulation tube, fasten it with the cord clamp. Fig. Insulation tube Electric component box Cord clamp Insulation tube Use VW-, 0. to.0 mm thick, PVC tube as the insulation tube.

155 Fig. Electric component box () Wiring [eat & Cool model (Reverse cycle)] ) Remove the cord clamp. ) Process the end of the connection cords to the dimensions shown in Fig.. ) Connect the end of the connection cord fully into the terminal block. Fig. Remove the four tapping screws. Terminal block Do not remove the screws. If the stays are removed, the electric component box will fall. Connection cord () Pull out the electric component box. Fig. Cord clamp Power cord Fig. Electric component box () Remove the electric component box cover. ) Fasten the connection cord with a cord clamp. ) Fasten the end of the connection cord with the screw. [ model] ) Remove the cord clamp. ) Process the end of the connection cords to the dimensions shown in Fig.. ) Connect the end of the connection cord fully into the terminal block. Fig. Terminal block Base Remove the three tapping screws. Electric component box Connection cord Cord clamp Be careful not to pinch the lead wires between the electric component box and base. Power cord ) Fasten the connection cord with a cord clamp. ) Fasten the end of the connection cord with the screw.

156 () Floor console/under ceiling select switch ) The electrical circuits for this were set for use as a ceiling type at the factory. ) The following changes must be made to the settings if the unit is to be used as a floor type. ) CChanging the settings for the electrical circuits. Switch (SW) on the printed circuit board inside the electric component box must be set as follows. Fig. 9 SW Fig. model Connection cord Green/Yellow N Indoor unit side terminal 0. POWER Power cord Outdoor unit side terminal eat & Cool model (Reverse cycle) Connection cord Green/Yellow N Indoor unit side terminal Power cord Outdoor unit side terminal Microcomputer SW SW Under ceiling type Floor console type. OUTDOOR UNIT SIDE Fig. 0 () The rated voltage of this product is 0-0V A.C. 0z. () Before turning on the verify that the voltage is within the 9V to V range. () Always use a special branch circuit and install a special receptacle to supply power to the room air conditioner. () Use a circuit breaker and receptacle matched to the capacity of the room air conditioner. () The circuit breaker is installed in the permanent wiring. Always use a circuit that can trip all the poles of the wiring and has an isolation distance of at least mm between the contacts of each pole. () Perform wiring work in accordance with standards so that the room air conditioner can be operated safely and positively. () Install a leakage circuit breaker in accordance with the related laws and regulations and electric company standards. () The power source capacity must be the sum of the room air conditioner current and the current of other electrical appliances. When the current contracted capacity is insufficient, change the contracted capacity. () When the voltage is low and the air conditioner is difficult to start, contact the power company the voltage raised.