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FDMG-AV1(S) Series

1. 70 4 NC 60 2 60 4 w T H NC 50 5 50 On a 0 40 gt 40 S Oo NS m U C 30 M zo lt 30 X mm v N 8 x NC 20 20 e APPROXIMATE THRESHOLD HEARING FOR CONTINUOUS NOISE 63 125 250 500 1000 2000 4000 8000 OCTAVE BAND CENTER FREQUENCY Hz 4D049442 70 4 NC 60 i 60 2 gt MC 50 50 w S Dn N V a Zo 40 Ue lt m 23 29 lt 30 mm 79 NC 20 20 APPROXIMATE NS THRESHOLD HEARING FOR X CONTINUOUS NOISE e3 125 250 500 1000 2000 4000 8000 OCTAVE BAND CENTER FREQUENCY Hz 4D049433 FDMG125AV1 S TENE Sound Level Q gt IX LN gt L 0 00024 bar II lt Kj ru dB OdB APPR OCTAVE BAND SOUND PRESSURE LEVEL Note I gt SA Lx A SN A I I OXIMATE SHOLD HRESHO 5
2. 4 E z L ENGINEERING DATA CATALOGS Series Wiring Diagrams X1M I l I I l P1 92 P3 P4 P5 PE REMOTE CONTROLLER KRC47 1 OPTION P1 P2 P3 P4 Pal REMOTE CONTROLLER KRC47 2 OPTION 3D047144C ia8 250V 5A xw Was Pi P2 KRC47 1 OPTION 011 2 P3 P4 P5 PB P9 KRC47 2 OPTIDN 3D048517 21 Wiring Diagrams 8 3 Outdoor Unit RG71AV1 ED40 437 L RED 0155 1 1 T 1 TERMINAL CAPACITOR CLAMP CAPACITOR MIC PT CONNECTOR lt F1U FUSE 250V 5A ue 11 2 FIELD WIRING rd f ow 015 BLACK BLUE KIM SWITCH BOX RG71AY1 RED L2 WHT L3 BL K N BLU CAPACITOR FUSE 250V 5A POWER SUPPLY L1L2L3 N MAGNETIC CONTACTOR MIC 25 OTOR COMP
3. t a a a 24 ED40 437 POWER SUPPLY 3N 380 415V 50Hz L1L2L3 TO INDOOR UNIT HOSVV U5G X1M 5A 1 2 Q1RP 3 K15 mu T 2 Lr gt H KIR C2 K2R K1R K2R KIR 3D046967D T T LN 2 5 gt Py HOSVV U3G a a g 3 BLK qe RED v BLU YLW KIM 3D048125 FDMG AV1 S Series ED40 437 RG71AY1S CTRED ewm ex m m govsa 0 77 MF Qi F1U rs My xw han hw 1 TT 0 r Qc
4. 3 RED 8 T R100FUV1S L RED N BU I 7 011 021 M2F POWER SUPPLY L L2L3 N JN 50Hz 1 50 220 Je FDMG AV1 S Series 380 L RED WHT HOSVV U5G 3 LIL2L11MI EE KIM Wiring Diagrams 3D048274 1 L L I TBT clamp 3 7 BLK BLU WHT 141 RED KIM 3D049512 25 Wiring Diagrams ED40 437 R100FUY1S R125FUY1S L1 REDIL2 WHT L3 BLK N BLU TR C2 10 111213 N N 16 380V A _
5. S 95 Hae Piping Connections Dram mm 3 4B NENTIE 3 4B CAE 3 4B TODA 04 06 Wireless SE a RG71AY1S R100FUY1S R125FUY1S Color Ivory 40 HxWxD mm Cross Fin Coil Coil amm Vi H23ASSQABKA H28MGQABKA CS Type Hermetically Sealed Reciprocating Type Propeller MotorOuput w gt A Fw Raw e p mel gt Comp Mass Weigh 000 Mass Weigh 000 84 Safaty Devices Thermal Protector for Compressor Outdoor Fan Motor and Indoor Fan Motor High Pressure Switch y Over Current Relay Compressor Reverse Phase Protector Fuse Refrigerant Control Capillary Tube Wax Height um Mode ERE m RE te FF Refer to X name plate of Drawing No 3D049514 Piping Connections Note 1 The above data are based on the following conditions Indoor 27 C 81 F DB 2 50Hz 220V Outdoor 35 C 95 HDB 24 C om Horizontal 380V 1 Conversion Formulae kcal hZkW x860 Btu h kWx3414 cfmam3 minx35 3 Indoor 27 C 81 F DB 19 66 F WB 50Hz 220V 2 Outdoor 2355 96 24 C 78 V8 7 5 Horizontal 380V 2 Capacities are gross not including a deduction for cooling for indoor fan motor heat 9 Capacities are net including a deduction for cooling for indoor fan motor heat 4 Pleas
6. x RED ORA R n PNK E BLU YLW GRY Rm 4H 4 a ue 1 f 1 FACTORY CONNECTIDN VOLTAGE TERMINAL 380v aw xz 400 4151 L1L213 N 3N bededed 380 415V 50 HO5Vy U5G S 4 zm pepe Sacer cid o L L O NOTE 4 d 4 30049351 26 FDMG AV1 S Series ED40 437 8 5 Notes 1 8 Wiring shown are general Wiring Diagrams Field Wiring Line voltage wiring Control circuit wiring All wiring components and materials to be procured on the site must comply with the applicable Use copper conductor only local and national codes As for details see wiring diagrams Instal All field wiring and components must be provided by a licensed electrician Unit shall be grounded and national fuse and mainswitch for safety in compliance with the applicable local codes points of connecti
7. II if wiv IM 0 00024 bar dB OdB OCTAVE BAND SOUND PRESSURE LEVEL f 3 Bi i E LH BE 63 125 250 500 1000 2000 4000 8000 OCTAVE BAND CENTER FREQUENCY C Hz 4D049501 40 FDMG AV1 S Series ED40 437 Electric Characteristics 13 Electric Characteristics Unit combination Power supply Compressor Indoor Outdoor Hz Volts Voltage range LRA 1 RLA 50 220 Min 198V FDMGT1AV1 S IRGTIAVI S 50 230 50 240 FOMGTIAVI S LRGT1AYT S 50 400 230 SESS OU 5220 Min 198V FDMG1OOAV1 S R1OOFUV1 S 50 230 50 240 FDMG100AV1 S 50 400 230 50 001 FDMG125AV1 S 50 400 230 FDMG140AV1 S 50 400 230 50 380 220 win 342V FDMG18OAVI S 50 400 230 Symbols MCA CIT PC DE ot AMES EGA Total Over current Ames MFA Max Fuse Amps See note 7 LRA Locked Rotor Amps RLA Rated Load Amps OFM Outdoor Fan Motor FM Laer an MOTO FLA Full Load Amps kW Fam Motor Rated Output Note le RLA TS based Ch S Indoor
8. i e 4 1 meme mem T p DUCT lt 7 AIR www 6 6 SUCTION SIDE wo 4 9 47 8MICROPHONE FDMG180AV1 S MEORUM 12 1 2 Outdoor Unit 38 RG71AV1 S 52 mew 7 RG71AY1 S 52 R100FUY1 S 56 R125FUY1 S 5 7 380V 415V Microphone RG140AY1 55 57 a RG180AY1 56 58 4D002309 RG140AY1S 58 RG180AY1S 59 FDMG AV1 S Series ED40 437 12 2 Octave Band Level 12 2 1 Indoor Unit FDMG71AV1 S OCTAVE BAND SOUND PRESSURE LEVEL 0 00024 bar dB OdB 70 60 50 40 30 20 NC 60 NC 50 NC 40 x 30 NC 20 APPROXIMATE 4 THRESHOLD HEARING FOR CONTINUOUS LL NOISE 63 125 250 500 1000 2000 4000 8000 OCTAVE BAND CENTER FREQUENCY Hz 4D049441 FDMG140AV1 S OCTAVE BAND SOUND PRESSURE LEVEL 0 00024 bar dB OdB I TT Ld 47 ATTEN TE Fava TE IT IIII III E ct RE E I ARE T APPROX IMATE BS THRESHOLD CONTINUOUS HER S m 63 125 250 500 1000 2000 4000 8000 OCTAVE BAND CENTER FREQUENCY Hz 4D049431 gt FDMG AV1 S Series FDMG100AV1 S
9. Engineering Data Packaged Air Conditioners Duct Connection Type 50Hz Middle Static Pressure Application FDMG AV1 S Series Cooling Only DAIKIN INDUSTRIES LTD ED40 437 FDMG AV1 S Series Duct Connection Type Middle Static Pressure App lication 50Hz FDMG AV1 S Series 3 OTT 2 2 Power Supply and Nomenclalture 3 2 1 POWT 2 2 066 81 0777 7 7 7 1158 90 3 Os FUNCIONS eh 4 921 4 4 2323 2323 2 3 3 sua Buba lasa 5 111111111111 1110 5 4 2 4 4 gt 7 5 Opi Onial ACCCSSON GO us sates 7 7 3 9 Bl WOOO hal 7 111111 9 BURIED EE 14 131 14 21111 11 1 16 6 3 InstallalioD S8rviCce a 18 T PIPING 3 33300 20 Ty 10660 Unit test 3 2
10. 50 Pie 1LL02L da 18 056 X1M E C C 2 1 11124 31 s 1 T O clamp ZET 3 Ad RED 8 YLW Rides M1F M2F MIC RED WHT BLK 3D049396A RG140AY1S RG180AY1S N BLU 61 62 e X2M KTM KPRIK2R lt gt x IC 1 1 TT MIC CC clamp MIE M 6 2 3
11. CLAMP E 2 S Z CONNECTOR x T 2 FIELD WIRING E m oc m 3 SYMBOLS SHOW AS FOLLOWS BLK BLACK RED RED BLU BLUE WHT WHITE YLW YELLOW MIF M2F MIC 4 POWER SUPPLY FOR THE MODELS OF non TES FUH AND R125FUY1S IS E nz 0 4 gt gt L L4 3D001007C FDMG AV1 S Series 23 Wiring Diagrams RG140AY1 RG180AY1 APACITOR MIF M2F USE 250V 5 VER CURRENT RELAY MIC AGNETIC CONTACTOR MIC E F M M M M AGNETIC RELAY ALARM OTOR COMPRESSOR OTOR OUTDOOR FAN Q1M Q2M THERMU SWITCH M2F QIRP REVERSE PHASE PROTECTOR QI THERMO SWITCH DISCHARGE PIPE STPH PRESSURE SWITCH HIGH 0 RESSURE SWITCH LOW X1M X2M TERMINAL STRIP OUTDOOR UNIT SWITCH BOX 1tLELLLI TERMINAL STRIP o TERMINAL CONNECTION ME 2 WWE FIELD WIRING 3 SYMBOLS SHOW AS FOLLOWS C BLK BLACK RED RED RA ORANGE PNK PINK E BLU BLUE WHT WHITE YLW YELLOW GRY GRAY a 4 CHANGE THE CONNECTION OF TERMINAL STRIP AND PHASE REVERSAL PROTECTOR ACCORDING T THE TABLE 1 TABLE 1 FACTORY CONNECTION TERMINAL 400 415V 8 4 Outdoor Unit For Thailand RG71AV1S 250 V 6 A 1 50Hz 220 V 16 w 1
12. Control wiring intake Power supply wiring intake Refrigerant piping intake 26 34 knock hole 34 knock hole Grounding terminal Service port in the unit M5 in switch box Liquid pipe connection Gas pipe connection 69 5 Flare 19 1 Flare FDMG AV1 S Series PART NAME REMARK C 3D027710A Dimensions ED40 437 6 3 Installation Service Space INSTALLATION SERVICE SPACE values represent the case for the R Y 71 type through RY160 type The dimensions in are for the R Y 100 type through RY160 type The unit of the values is mm The values in lt gt are those when the air discharge direction Where there is an obstacle 0f the grille is set downward 0n the discharge side In a series installation do not fix the discharge a No obstacle above grille so that the air discharges to the side 1 Stand alone installation 1 Where there is an obstacle on the suction side a No obstacle above 1 Stand alone installation e0bstacle on the suction side only 2 Series installation 2 or more Obstacle both sides TE b Obstacle above too 2 1 Stand alone installation e bstacle on both sides 2 Series instation b Obstacle above too 2 or more 1 Stand alone installation Obstacle on the suction side too 1000 or more Obstacle on the suction side and both sides 3 Where there are obs
13. 20 3201 0705 3 3 3 3 3 131111111 1 21 21 8 2 Indoor Unit For Tialland ci 21 22 8 4 Quitdoor Unit For 3 330 777 0 24 ____ _ _ lt _ lt _ ___________ _ 27 9 8 28 0 7 1 11311 0 28 9 2 1131 1 1 30 9 3 Capacity Correction Factor by the Length of Refrigerant Piping 33 77 1 34 3 11 37 37 11 2 50Hz For Thalland 7 1 1 0590 37 530000 PE 38 121 Overal 50000 38 12 2 Octave 2 2 22 2 39 13 lecie GHAFACIENISUCS 3 1 0 41 ON 7 77 1 42 14 1 TEL TT 42 777777 7 1 0 5 5 45 6 77 1 45 1 ED40 437 External Appearance k lt e 5
14. X 2 A D 250 O O 220V Q O 240V dp LAA III VI I I T A A A TT 500 OCTAVE BAND CENTER FREQUENCY Hz 10 00 III III III III AT Te n 2000 4000 8000 40049427 39 Sound Level ED40 437 12 2 2 Outdoor Unit RG71AV1 S R100FUV1 S R125FUY1 S RG71AY1 S R100FUY1 S 70 TO al ul gt ul PS 60 60 a gt SE ET 50 a 50 E to os uoa 2 CC z mox o o am 40 5 40 I S or Z we a o o m 75 o II CL 9 Ove S w m gt 30 m 7 30 lt m m vo gt gt ER APPROXIMATE 29 APPROXIMATE E APPROXIMATE THRESHOLD THRESHOLD THRESHOLD HEARING FOR HEARING FOR HEARING FOR CONTINUOUS CONTINUOUS CONTINUOUS NOISE NOISE NOISE 63 125 250 500 1000 2000
15. 1 868 gt gt gt 555 SAF m 599 I x EE LL LL LL FDMG71AV1 S z 1 External Appearance Indoor Uni Outdoor Uni RG140A RG180A FDMG AV1 S Series R100FU R125FU KRC47 1 2 4 RG71A KRC47 KRC47 Remote Controller ED40 437 Power Supply and Nomenclature 2 Power Supply and Nomenclature 2 1 Power Supply 2 1 1 50Hz Indoor Unit Outdoor Unit Power Supply FDMG71AV1 RG71AV1 1 phase 220 240 2 wires FDMG100AV1 R100FUV1 FDMG71AV1 RG71AY1 phase 380 41 4 wires 2 1 2 50Hz For Thailand indoor Unit Outdoor Unit Power Supply FDMG71AV1S RG71AV1S 1 phase 220V 2 wires FDMG100AV1S R100FUV1S FDMG71AV1S RG71AY1S 3 phase 380V 4 wires Note 1 New Model or Changed Model 2 Power Supply Intake Outdoor Unit 2 2 Nomenclature Indoor Unit Duct Connection Middle Static Pressure Type FDM Cooling Only DIT Products Capacity Index Indicates Major Design Category Power Supply Symbol V1 19 220 240V 50Hz For Thailand Outdoor Unit Outdoor Unit R Cooling Only DIT Products Capacity Index Indicates Major Design Category Power Supply Symbol 1 10 220 240V 50Hz V1 30 380 415V 50Hz For Thailand FDMG AV1 S Series 3 Functions ED40 437 3 Functions 3 1 FDMG AV1 S Series Points Duct OS Type Switchabi Fan Speed LE 13 _
16. 3 2 D 0 Q gt 5 as TJ Name plate 131 e 102 1 8 Drain outlet 226 Control wiring intake 34 knock hole lt Knock hole for lower piping 6 Power supply wiring intake 434 knock hole 5 Refrigerant piping intake H B 1 Grounding termina M5 in switch box Service port in the unit Liquid pipe connection 9 5 Flare 391 8 Gas pipe connection 0 15 9 Flare TEM PART NAME REMARK 3D001674A R100 125FUV1 S R100 125FUY1 S Hole for anchor Unit mm bolt 4 12 390 1215 Name plate 14 1671 115 8 Drain outlet 26 Control wiring intake 34 knock hole 6 Power supply wiring intake 234 knock hole Knock hole for lower piping 5 Refrigerant piping intake 4 Grounding terminal M5 in switch box Service port in the unit 2 Liquid pipe connection 69 5 Flare Gas pipe connection 19 1 Flare TEM PART NAME REMARK 3D001672A 16 FDMG AV1 S Series ED40 437 RG140AY1 S RG180AY1 S Hole for anchor bolt 4 M12 Drain outlet Dimensions Unit mm
17. 8 Use suspension bolts to install the unit Check whether or 0 case bottom not the ceiling is strong enough to support the weight of the unit If there is a risk that the ceiling is not strong enough reinforce the ceiling before installing the unit Gas pipe Liquid pipe Preparations Before Installation B Relation of the unit to the suspension bolt positions Units mm we NOTES Above H is the minimum size of the indoor unit Extra 20 30 mm is necessary to connect gas pipes Determine size H based on 1 100 of the required downward inclination indicated in DRAIN PIPING WORK 400 or more suction Wiring port Drain pipe Units mm youd yoq uoisuedsng Suspension bolt M10x4 Suspension bolt pitch A B E Install the suspension bolts Installation example Use M10 size bolts for the suspension bolts In order to reinforce the ceiling bearing the weight of the unit use anchors when installing onto an existing ceiling or use sunken inserts sunken anchors or other commercially available parts when installing onto a new ceiling 4 indoor unit Ceiling slab X Anchor Long nut or turn buckle Suspension bolt NOTE All of the above parts are commercially available FDMG AV1 S Series 1PN06319 1B 1 45 Installation 2 Indoor Unit Installation B While installing unit take care that dust
18. Entering wet bulb temp EDB Entering dry bulb temp TC Total cooling capacitY kw SHC Sensible heat capacity kW PI Power input kW Comp indoort toutdoor fan m min TWB CDB Caution TC and SHC are shown by kW 28 motor Outdoor temperature DB Notes 1 2 Ratings shown are gross capacities which include a deduction for indoor fan motor heat shows nominal capacities FDMG SHC iS based on each EWB and EDB SHC SHC correction for other dry bulb DB AFR 23 0 O2XAFRX 1 BF X DB EDB BF 0 12 Add SHC to SHC Direct interpolation is permissible Do not extrapolate Capacities are based on the following conditions Corresponding refrigerant piping length 5m Level difference Om The value contains less than 5 error according to indoor unit type Outdoor C DB temperature TcT suc PI T she PI Tc sic PI IC suc PI IC sic Per Tc SHC PI rc suc IC suc PI Notes In 2 3 Ratings shown are gross capacities which include 6 a deduction for indoor fan motor heat shows nominal capacities SHC is based on each EWB and EDB SHC SHC correction for other dry bulb DB 0 O2XAFRX 1 BF X DB EDB Add SHC to SHC Direct interpolation is permissible Do n
19. Insulation for fitting 4 for liquid piping Liquid piping with insulation Gas piping with insulation Install the insulation as shown in the drawing above Install the insulation for the fittings attached to the pipe fixing plate Wrap the sealing pad 5 around only the union of the gas piping over the insulation for fitting 3 46 12 0 to 12 4 15 4 to 15 8 18 6 to 19 0 22 9 to 23 3 To outdoor unit ED40 437 Nut commercially available Washer 7 Tighten two nuts Pipe _ Tightening torque Flare shape 1420 to 1720N cm 96 4 14410 176kghom 10 8 7 1PN06319 1B 2 FDMG AV1 S Series ED40 437 Installation 5 Drain Piping Work 8 Connect the drain pipe as described below It is necessary to clean the drain pan The drain pipe outlet can be either on the right or left side e After making the connection wrap the drain pipes completely with insulation e When connecting the drain pipe to the outlet on the left side remove the rubber plug and attach it to the outlet on the right side Do not raise Drain pipe 3 4 B Rubber plug 4 Do not bend Nominal diameter 26 EM Do not leave Completely insulate Completely insulate in water Units mm 8 Pour some water into the drain pan to check that the water drains smoothly 8 Make sure that water does not leak from the drain piping Watering can connecting parts and th
20. Oil trap Outdoor unit Note A trap is not necessary when the outdoor unit is installed in a higher position than the indoor unit FDMG AV1 S Series 43 Field Piping ED40 437 Caution to be taken when brazing refrigerant piping B Do not use flux when brazing copper to copper refrigerant piping Particularly for the HFC refrigerant piping Therefore use the phosphor copper brazing filler metal BCuP which does not require flux Flux has extremely harmful influence on refrigerant piping systems For instance if the chlorine based flux is used it will cause pipe corrosion or in particular if the flux contains fluorine it will damage the refrigerant oil The use of flux is strictly forbidden since the cleaning on site is impossible Remark Keep in mind that if the phosphor copper brazing filler metal is used and the brazing temperature and the heating time exceed a certain point the phoshor changes into the gaseous state e g BCuP 1 to 5 between 700 and 800 C which causes pin holes and results in refrigerant leakage 1 06338 1 2 1 01324 1 2 06106 3 2 44 FDMG AV1 S Series ED40 437 15 Installation 15 1 FDMG AV1 S Series Installation Cautions 1 Air conditioners should not be installed in areas where corrosive gases such as acid gas or alkaline gas are produced 2 f the outdoor unit is to be installed close to the sea shore direct exposure to the sea breeze should be avoided and
21. IN SWITCH BOX DRAIN PIPE CONNECTION 3 4B 0D 27 2 ID 21 6 GAS PIPE CONNECTION 19 FLARE CONNECTION 1 LIQUID PIPE CONNECTION 69 5 FLARE CONNECTION NUMBER NAME DESCRIPTION 3D048934A 14 FDMG AV1 S Series ED40 437 Dimensions FDMG180AV1 S SERVICE SPACE Unit mm SUSPENSION BOLT PINCH 1753 IM SUSPENSION BOLT PINCH 1900 1684 1687 1664 1671 9X P150 1350 9 P150 1350 22 M4 HOLES ALL AROUND NOTE 1 LOCATION OF UNIT S NAME PLATE CHAMBER CAP D RS 8 SUSPENSION BRACKET M10 7 1 CONTROL WIRING INTAKE FOR OUTDOOR UNIT 6 CONTROL WIRING INTAKE FOR REMOTE CONTROLLER 5 SWITCH BOX 4 GROUND TERMINAL M4 IN SWITCH BOX DRAIN PIPE CONNECTION 3 4B 0D 4 27 2 ID 21 6 2 GAS PIPE CONNECTION 19 1 FLARE CONNECTION 1 LIQUID PIPE CONNECTION 9 5 FLARE CONNECTION NUMBER NAME DESCRIPTION 3D048935A FDMG AV1 S Series 15 Dimensions ED40 437 6 2 Outdoor Unit RG71AV1 S RG71AY1 S Hole for anchor Unit mm bolt 4 12 2 Na ee 84 lt gt 44 m gt HI 1461 584 L150 _ 880 1 I
22. TC and SHC are shown by kW fan motor Capacity Table Outdoor temperature DB Notes 1 Ratings shown are gross capacities which include 6 Air flow rate and Br taburated below a deduction for indoor fan motor heat 2 shows nominal capacities FDMG 3 SHC is based on each EWB and EDB SHC SHC correction for other dry bulb DB AFR 34 0 02xAFRX 1 BF X DB EDB BF 0 11 Add SHC to SHC Direct interpolation is permissible Do not extrapolate beyond the out of Operation Limits drawing show Capacities are based on the following conditions Corresponding refrigerant piping length 5m Level difference Om The valve contains less than 54 error according to indoor unit type 3D049494 FDMG125AV1S R125FUY1S Cooling Capacity C 50Hz INDOOR Outdoor temperature C DB BT WT BT MW TB c Ce Tc suc pr IC she pi IC suc rc She rc she PI rc she PT Symbols Notes AFR Air flow rate m min 1 Ratings shown are gross capacities which include 6 Air flow rate and Br are taburated below BF Bypass factor a deduction for indoor fan motor heat EWB Entering wet bulb temp WB 2 LL shows nominal capacities EDB Entering dry bulb temp DB 3 SHC is based on each EWB and EDB TC Total cooling capacity kw SHC SHC correction for other dry bulb DB SHC Sensible heat capacity kW 0 O2XAFRX 1 BF X DB ED
23. choose an outdoor unit with anti corrosion treatment INSTALLING THE INDOOR UNIT EI Selecting the Location 8 Select an installation site that fulfills the following condi tions and meets the customer s approval Optimum air distribution is ensured The air passage is not blocked Condensate can drain properly The ceiling is strong enough to bear the weight of the indoor unit A false ceiling does not seem to be at an incline Sufficient clearance for maintenance and servicing is ensured Units mm 300 or more Piping between the indoor and outdoor units is within the allowable i S limits Refer to the installation manual for the outdoor unit lt The indoor unit outdoor unit power supply wiring and transmission wiring is at least 1 meter away from televisions and radios This prevents image interference and noise in electrical appliances Noise may be generated depending on the conditions under which the electric wave is generated even if a one meter allowance is maintained Ambient air of the indoor unit is not so dusty Drain piping may be clogged with dust and may result in water leak age and property damage When obliged to install the indoor unit in a dusty place install the optional Dust Cover which prevent dust from falling into drain pan 10 or more 8 When exposing the body of this unit install the unit where the bottom is move than 2 5 m high so that the user can not touch
24. for after sales service B RG71A R100FU 125FU Table 1 The maximum allowable pipe length is 50 meters lt Unit kg gt Additional Charging Amount 0 13 0 25 038 050 0 68 1 00 143 B RG140A 180A Table 2 Additional charging refrigerant amount Additional charging refrigerant amount _ lt PRECAUTION gt Contact your DAIKIN dealer when installing the unit using pipes of 3 m or less 5m 0 025 kg m 14 1 3 Recharging Refrigerant B RG71A R100FU 125FU RG140A 180A When the entire refrigerant pipe length is within 5 meters charge the refrigerant in accordance with the amount mentioned on the nameplate and when the pipe length exceeds 5 meters the charging amount is an addition of the amount stated on the nameplate and the additional charging amount 1 06338 1 1 1PN01324 1A 1 3PN06106 3C 1 42 FDMG AV1 S Series ED40 437 Field Piping 14 1 4 Pumping down Operation Method Take the following steps to perform the pumping down operation 1 In case of RG71A R100FU 125FU Procedure Precautions 1 Connect a pressure gauge to the service port of the Carry out an air purge of the charge hose stop valve 2 Perform fan operation by the remote controller Make sure that the liquid side and gas side stop valves are fully open 3 Perform cooling operation by the remote controller Check that the compressor and outdoor fan are operation 4 Run the unit for one mi
25. prevent the Pattern 2 Where the obstacle on the discharge side discharged air from being bypassed is lower than the unit a No obstacle above Do not stack more than two unit 1 Stand alone installation 5 Multiple rows of series installation on the rooftop etc a One row of stand alone installaion 2 Series installation 2 0r more The relations between H A and L are as follows b Rows of series installation 2 0r more b Obstacle above too Ne 1 Stand alone installation NN 1000 or more The relations between H A and L are as follows L Leu ISLS1 2H 50 100 LARRABEE H The relations between H 1 2M L 100 200 H lt L Set the stand as LSH Close the bottom of the installation A and L are as follows 5 NN E e EE ET od 0 Ls1 2H 150 250 frame to prevent the discharged air qv lt bray belio dod dd AS 172M lt L 200 300 HXL Cannot be installed 3D001951A 2 FDMG AV1 S Series 19 Piping Diagrams 7 Piping Diagrams 7 1 FDMG71A RG71A FDMG100A R100FU FDMG125A R125FU Indoor Unit Outdoor Unit ED40 437 Indoor heat exchanger ctr x ie STOP VALVE WITH SERVICE PORT 1 FOR CHARGE HOSE WITH 1 4 PUSH ROD Field piping 9 5C1220T O 52 Field piping A C1220T 0 SZ ene Indoor unit MODEL A RGT
26. the wire as shown below I pose ot FDMG AV1 O N L H M L Comp DUCT HEATER FIELD SUPPLIED ON OFF 7 THERMOSTAT H FAN P0010 FDMG AV1 S Series 13 Dimensions ED40 437 6 Dimensions 6 1 Indoor Unit FDMG71AV1 S SERVICE SPACE Unit mm SUSPENSION BOLT PINCH SUSPENSION BOLT PINCH 1350 1134 1114 17 150 1050 18 M4 HOLES ALL AROUND ALL AROUND NOTE 1 LOCATION OF UNIT S NAME PLATE CHAMBER CAP 8 SUSPENSION BRACKET M10 7 CONTROL WIRING INTAKE FOR OUTDOOR UNIT G CONTROL WIRING INTAKE FOR REMOTE CONTROLLER 5 SWITCH BOX 4 GROUND TERMINAL M4 IN SWITCH BOX 3 DRAIN PIPE CONNECTION 3 4B 0D 27 2 ID 21 6 2 GAS PIPE CONNECTION 15 9 FLARE CONNECTION 1 LIQUID PIPE CONNECTION 9 5 FLARE CONNECTION NUMBER NAME DESCRIPTION 3D048933A FDMG100AV1 S FDMG125AV1 S FDMG140AV1 S SERVICE SPACE Unit mm 1403 SUSPENSTON BOLT PINCH 1550 1337 1321 TXP150 1050 1334 1314 TXP150 1050 18 M4 HOLES ALL AROUND SUSPENSION BRACKET M10 7 CONTROL WIRING INTAKE FOR OUTDOOR UNIT 6 CONTROL WIRING INTAKE FOR REMOTE CONTROLLER SWITCH BOX 4 GROUND TERMINAL MA
27. 1 F DB 50Hz 220V 1 Outdoor 35 95 08 24 3807 Conversion Formulae kcal hZkWx860 Btu h kWx3414 3 35 3 Indoor 27 C 81 F DB 19 66 F WB 50Hz 220V Outdoor 35 C 95 FJDB 24 75 V 7 57 Horizontal 380V 2 Capacities are gross not including a deduction for cooling for indoor fan motor heat 9 Capacities are net including a deduction for cooling for indoor fan motor heat 4 Please see fan characteristic documents in detail 8 FDMG AV1 S Series ED40 437 Optional Accessories 5 Optional Accessories 5 1 Optional Accessories 5 1 1 Option List B Indoor Unit cece FDMG71A FDMG100A FDMG125A FDMG140A FDMG180A Remote Controller with 3 Minutes Timer KRC47 1 Digital Remote Controller with 3 Minutes Timer 47 2 Digital Remote Controller with With Switch for 3 Minutes Timer Duct Heater KRC47 4 4D049500 Note 1 If you use local remote controller 3 minutes timer is necessary for the recycling guard of compressor 2 Central controls using with VRV controller are available on request Please consult DAIKIN B Outdoor Unit Central Drain Plug KKPJ5F180 5 1 2 Remote Controller KRC47 1 DIMENSION OF REMOTE CONTROLLER 110 mm 32 mm 27 mm 28 mm 003 FDMG AV1 S Series 9 Optional Accessories ED40 437 5 1 3 Digital Remote Controller KRC47 2 KRC47 2 contai
28. 30 40 46 TC SHC PI TC SHC PI TC SH PI TC SHC PI TC SHC PI TC SHC PI 6 Notes Air flow rate min 1 Ratings shown are gross capacities which include 6 Air flow rate and pr are taburated below Bypass factor a deduction for indoor fan motor heat Entering wet bulb temp TWB 2 shows nominal capacities FDMG Entering dry bulb temp DB 3 SHC iS based on each EWB and EDB Total cooling capacity kw SHC SHC correction for other dry bulb DB AFR 23 Sensible heat capacity kW 0 O2XAFRX 1 BF X DB EDB BF 0 12 Power input kW Add SHC to SHC Comp tindoortoutdoor fan motor 4 Direct interpolation is permissible on Do not extrapolate TC and SHC are shown by kW 5 Capacities are based on the following conditions Corresponding refrigerant piping length 5m Level difference 0m 6 The value contains less than 5 error according to indoor unit type 3D049495 30 FDMG AV1 S Series ED40 437 FDMG100AV1S R100FUV1S FDMG100AV1S R100FUY1S Cooling Capacity C 50Hz INDOOR EET TB T IC suc I IC SHC PT Symbols AFR Air flow rate m3 min BF Bypass factor EWB Entering wet bulb temp EDB Entering dry bulb temp TC Total cooling capacity kw SHC Sensible heat capacity PI Power input Comp t indoor outdoor Caution
29. 4000 8000 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 OCTAVE BAND CENTER FREQUENCY Hz OCTAVE BAND CENTER FREQUENCY Hz OCTAVE BAND CENTER FREQUENCY Hz 4D002309 4D002416 4D002417 dE 4 TH N ES p gt SS 2 NC 60 E NC 60 L gt gt 4q H E gt ul 60 ul ul B B B S E H E E ul ul dc E H H r A gt j 5 52 50 os a Qs 6 2 lt 2 BENED d HM Ta E LE H E 5 5 Se He SNE 890 HNE E E NS i n at 2s a 2T S Ea 55 a 5 as as SN new ELE HN NC 30 zo EM gt gt 3 E _ 4 i RSE 1 wq S SNS s c E E NC 20 El J L E Se EE L DM ED 2 APPROXIMATE APPROXIMATE EXE E Ww E THRESHOLD THRESHOLD i AEE DLE i HEARING FOR HEARING FOR SE L CONTINUOUS CONTINUOUS E IE iN 1 E NOISE NOISE 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 OCTAVE BAND CENTER FREQUENCY Hz OCTAVE BAND CENTER FREQUENCY Hz OCTAVE BAND CENTER FREQUENCY Hz 4D049426 4D049423 4D049502 RG180AY1S Note O O Y1 S 380V INE VI 415V
30. 8714 Note 1 The above data are based on the following conditions Conversion Formulae kcal hZkWx860 Indoor 27 C 81 F DB 19 5 C 67 F WB 50Hz 220 240 Outdoor 35 C 95 F DB 24 C 75 F WB 9m Horizontal 380 415V Btu h kWx3414 cfm m2 minx35 3 Indoor 27 C 81 F DB 19 0 C 66 F WB 50Hz 220 240V Outdoor 35 C 95 F DB 24 C 75 F WB 9m Horizontal 380 4157 Indoor 29 C 84 F DB 19 0 C 66 F WB 50Hz 240V Outdoor 46 C 115 F DB 24 C 75 F WB 7 57 Horizontal 415V 039805356 2 Capacities are gross including a deduction for cooling for indoor fan motor heat 9 Please see fan characteristic documents in detail FDMG AV1 S Series 5 Specification ED40 437 2 2 FDMG140AV1 FDMG180AV1 Indoor Unit Coil Fan Motor Output Rated AirFlow 3 e 42 _ Rated Ext Static Pressure 93 98 Mass Weight kg Tua mm 95 ae 95 Fae Piping Connections Gas mm 9 0191 Dram mm 3 4B DAS EFE 7 7 7 7 Wireless Coi Comp Ra Motor Outpt W s 6456 _ MassQWeg 7 1 kg 3 14 _ _ mn 08 Flare 55 Piping Connections Gas 019 1 Flare 191 Dam 9260 Hoe 9260 Hoe Thermal orsa for Outdoor Fan Moro 5 Indoor Safety D
31. Amet 0 77 TO PE Fin Outdoor F 0 0 O Function Exists 4 FDMG AV1 S Series ED40 437 Specification 4 Specification 50Hz Indoor Unit 7 FDMG71AV1 FDMG100AV1 FDMG125AV1 Outdoor Unit 2 FDMG71AV1 FDMG100AV1 FDMG125AV1 Cross Fin Coll Coi Fan Sirocco Fan Rated Ext Static Pressure 3 85 01 98 _ _ 0 9 5 Flare 9 5 Flare 9 5 Flare Piping Connections 0 15 9 Flare 0 19 1 Flare 0 19 1 Flare 3 4B O D 927 2 0 021 6 3 4B O D 027 2 1 0 21 6 3 4B O D 027 2 1 D 921 6 UT KRC47 1 KRC47 2 KRC47 4 KRC47 1 KRC47 2 KRC474 KRC47 1 KRC47 2 KRC47 4 LII S NNNM 0 0 V1 RG71AV1 Outdoor Unit RG71AY1 R100FUY1 R125FUY1 Gross Fin Col I Comp Hermetically Sealed Reciprocating Type Propeller ai Flow Rate mmn 8 TT I SSS is 0 9 5 Flare 9 5 Flare 9 5 Flare Piping Connections 0 15 9 Flare 0 19 1 Flare 0 19 1 Flare 26 0 Hole 26 0 Hole 26 0 Hole Safar Devices Thermal Protector for Compressor Outdoor Fan Motor and Indoor Fan Motor High Pressure Switch y Over Current Relay Compressor Reverse Phase Protector Fuse Capacity Step 100 0 100 0 100 0 Refrigerant Control Capillary Tube et PE Refer to the name plate of compressor Drawing No 3D04
32. B PI Power input kW Add SHC to SHC Comp t indoort outdoor fan motor 4 Direct interpolation is permissible Caution Do not extrapolate beyond the out of 2 TN Operation Limits drawing show DM b Capacities are based on the following conditions Corresponding refrigerant piping length 5m Level difference Om 6 The valve contains less than 5 error according to indoor unit type 3D049496 FDMG AV1 S Series 31 Capacity Table FDMG140AV1S RG140AY1S Cooling Capacity LC 50Hz INDOOR Outdoor temperature DB EWB EDB tH ce te suc Pr rc suc pr Tc suc PI rc sic PI IC sic PI rc sn Pr ED40 437 Symbols Notes AFR Air flow rate m min 1 Ratings shown are gross capacities which include 6 Air flow rate and BF are taburated below BF Bypass factor a deduction for indoor fan motor heat EWB Entering wet bulb temp EDB Entering dry bulb temp TC Total cooling capacity kw SHC SHC correction for other dry bulb DB SHC Sensible heat capacity PI Power input CWB 2 shows nominal capacities 3 SHC is based on each and EDB kW 0 O2XAFRX 1 BF X DB EDB kW Add SHC to SHC Comp Findoortoutdoor fan motor 4 Direct interpolation is permissible Caution TC and SHC are shown by KW Do not extrapolate beyond the out of Operation Limits drawing show 5 Capacities are based on the following condition
33. IA 15 9 R100 125FU 19 1 FDMG140A RG140A FDMG180A RG180A EAT EXCHANGER INDOOR UNIT INDOOR UNIT 20 Field piping 9 5C1220T 0 Field piping 19 1C1220T 0 CAPILLARY TUBE Pressure switch low LPS STOP VALVE ACCUMULATOR WITH SERVICE PORT COMPRESSOR AA Capillary tube Outdoor heat exchanger HI SERVICE PORT Y FOR CHARGE HOSE WITH 1 4 PUSH ROD Accumlator Outdoor unit INTERNAL PRESSURE RELIEF VALVE 3D049457 FAN FAN O HEAT EXCHANGER OUTDOOR UNIT Pressure switch high SERVICE PORT FOR CHARGE HOSE WITH 1 4 PUSH ROD FOR CHARGE HOSE WITH 1 4 PUSH ROD OUTDOOR UNIT 3D049434 FDMG AV1 S Series ED40 437 8 Wiring Diagrams 8 1 FDMG71AV1 FDMG100AV1 FDMG125AV1 FDMG140AV1 FDMG180AV1 Indoor Unit NOTES l 2 3 K 8 2 FDMG71AV1S TT TERMINAL STRIP FIELD WIRING REMOTE CONTROLLER MODEL VARIES ACCORDING TO THE COMBINATION SYSTEM CONFIRM ENGINEERING DATA AND CATALOGS ETC BEFORE CONNECTING SYMBOLS SHOW AS FOLLOWS BLK BLACK WHT WHITE ORG DRANGE RED RED YLW YELLOW BLU BLUE Indoor Unit For Thailand FDMG100AV1S FDMG125AV1S FDMG140AV1S FDMG180AV1S L 2 3 FDMG AV1 S 100
34. RESSOR MO r 1 C F K M M OTOR FAN 4 HERMO SWITCH MIF _ HERMO SWITCH DISCHARGE PIPE HO5VV U5G ERMINAL STRIP ERMINAL STRIP gt lt lt 5 m o CID NOTES T L 1 1 1 TERMINAL lt WIRE CLAMP PT C NNECTOR E FIELD WIRING K1M 3 SYMBOLS SHOW AS FOLLOWS BLK BLACK RED RED BLU BLUE WHT WHITE YLW YELLOW M1F MIC um 3 CIR gt LH 22 SHOW AS FOLLOWS RED RED WHT WHITE YLW YELLOW 3D048216 3D048217 FDMG AV1 S Series Wiring Diagrams ED40 437 R100FUV1 NOTES 1 LI 1 1 TERMINAL fr CONNECTOR EE 11016 POWER SUPPLY FIELD WIRING A 6 1 50 2 3 SYMBOLS SHOW AS FOLLOWS MAGNETIC CONTACTOR MIC 220 240V 7 gt BLK BLACK RED RED MOTOR COMPRESSOR BLU BLUE WHT WHITE YLW YELLOW MIF M2F MOTOR FAN 4 POWER SUPPLY FOR THE MODELS OF Q1L Q2L THERMO SWITCH MIF M2F RIOOFUVIC AND RIOOFUVIS IS THERMO SWITCH DISCHARGE PIPE Ea i ES X1M TERMINAL STRIP X2M TERMINAL STRIP can X2M SWITCH BOX 3D010788 R100FUY1 R125FUY1 POWER SUPPLY L1 L2L3 N d A C M gt 1 1 I a C1R C2R 380V 415V TIN I M05VV 56 pe c 22 RED BLU X2M 8 9 NOTES ILLLLLJ TERMINAL
35. and wrap it with the finishing tape to eliminate the gap between the heat Wind the finishing tape around the nsulating tube and the pipes piping from the bottom to the top 9 pip Fasten the pipes with retainers at Ss intervals of 1 5 or 2 m 2 Thermal insulation should also be provided for the outdoor unit connections INSTALLING THE OUTDOOR UNIT lt See the installation manual attached to the outdoor unit gt C 1PN06319 1B 5 FDMG AV1 S Series 49 Warming Ask a qualified installer or contractor to install this product Do not try to install the product yourself Improper installation can result in water or refrigerant leakage electrical shock fire or explosion 9 Use only those parts and accessories supplied or specified by Daikin Ask a qualified installer or contractor to install those parts and accessories Use of unauthorized parts and accessories or improper installation of parts and accessories can result in water or refrigerant leakage electrical shock fire or explosion e Read the User s Manual carefully before using this product The User s Manual provides important safety instructions and warnings Be sure to follow these instructions and warnings For any inquiries contact your local distributor Cautions on product corrosion 1 Air conditioners should not be installed in areas where corrosive gases such as acid gas or alkaline gas are produced 2 If the outdoor unit is to be installed c
36. e drain plug See the installation manual attached to the outdoor unit A CAUTION Ground the air conditioner When grounding the air conditioner use a ground wire of 100 6 or less B Field wiring connection method For details follow the local applicable laws and regulations concerning electrical installations NOTE A commercially available remote controller can be used if its specifications are compatible with those shown in the wiring diagram and technical materials A CAUTION Be sure to use a 3 minute delay timer when starting the compressor otherwise the compressor may not start e When using a commercially available three speed remote controller refer to the following NOTE Refer to the wiring diagram and to the installa tion manual of the remote controller Fan speed control Z Apply clamp 6 to wiring C F so as not to slide even if wiring is pulled m 9 J Surely fasten wiring by clamp 6 Securely fasten each wire clamp with a screw 1PN06319 1B 3 FDMG AV1 S Series 47 Installation ED40 437 Remote controller pe at The indoor unit has the Optional accessory Fuse 5A Nem Select the interconnec tion cable size with the Fuse 5A Power supply VAL 1PH 60Hz 220V V1 1PH 50 Hz 220 to 240V The Fuse for interconnection cable is Ground t built into outdoor unit leakage x breaker Select the interconnection cab
37. e see fan characteristic documents in detail FDMG AV1 S Series 7 Specification ED40 437 u FDMG140AV1S FDMG180AV1S Indoor Unit Coi Fan Motor Output Rated Ar Fow 4 e 42 _ Rated Ext Static Pressure 4 80 98 _ Mass Weight F mm 95 ae 9095 Fae Piping Connections Gas mm 0 191 Dram 7 mm 3 4B ETE EFE edes 7 7 o Wireless Coi Comp Wa Motor Output W s 6 _ Mas Weg 7 ig 3 _ gt 7 __ _ _ mm 995tlej S995 aej Piping Connections Gas mm 019 1 Flare 019 1 ___ _ Dam 260 Hoe 9260 Hoe Thermal orent for Outdoor Fan Moto 5 Indoor Safety Devices Fan Motor High Pressure Switch Low Pressure Switch Over Current Relay Compressor Reverse Phase Protector Fuse Capacity Step 100 0 100 0 Refrigerant Control Capillary Tube a Standard Length Piping Max Length m 50 Equivalent Length 70m 0 Equivalent Length 70m Vc Hog Oa Wo Mode NN 9 kg 2 9 Factory Charge for 5m 2 8 Field Charge for 5m Refer to the name plate of compressor Drawing No 3D049514 Note 1 The above data are based on the following conditions Indoor 27 C 8
38. e valve contains less than 5 error according to indoor unit type Caution TC and SHC are shown by kW FDMG140AV1 RG140AY1 Cooling Capacity C 50Hz INDOOR Outdoor temperature C DB 6 Air flow rate and Br are taburated below FDMG AFR 37 BF 0 11 3D049353 ARLI EE 55 IC sic pr Tc suc er rc sic pr rc suc Pr rc suc Pr rc SHC PI Symbols Notes AFR Air flow rate mi Zmin 1 Ratings shown are oross capacities which include BF Bypass factor a deduction for indoor fan motor heat EWB Entering wet bulb temp WB 2 LLL shows nominal capacities EDB Entering dry bulb temp DB 3 SHC is based on each EWB and EDB TC Total cooling capacity kw SHC SHC correction for other dry bulb DB SHC Sensible heat capacity kW 70 O2XAFRX 1 BF X DB EDB PI Power input kW Add SHC to SHC Comp tindoort toutdoor fan motor 4 Direct interpolation is permissible Do not extrapolate beyond the out of Operation Limits drawing show 5 Capacities are based on the following conditions Corresponding refrigerant piping length 5m Level difference Om 6 The valve contains less than 54 error according to indoor unit type Caution TC and SHC are shown by kW FDMG AV1 S Series 6 Air flow rate and Br are taburated below 3D049354 29 Capac FDMG it
39. etc should not drop into the drain pan B Temporarily install the indoor unit Attach the hanger brackets to the suspension bolts Be sure to use nuts and washers both above and below the hanger brackets to secure them 8 Use a water level or water filled vinyl tubes to check that the unit is level at all four corners as shown in the drawing B Tighten the top nuts 4 Refrigerant Piping Work See the installation manual attached to the outdoor unit The outdoor unit is charged with refrigerant 8 Providing the connecting piping between the indoor unit and the outdoor unit Table 1 Be sure to use both a spanner and a torque wrench together as shown in the drawing when connecting pipes to or disconnecting them from the unit 3270 to 3990N cm 333 to 407kgf cm Piping union Flare nut When connecting the flare nut coat both the inside and outside with refrigerent 012 7 4950 to 6030N cm 504 to 616kgf cm machine oil Then tighten it 3 or 4 turns by hand before tightening it firmly Refer to Table 1 to determine the power tightening torque Overtightening may damage the flare and cause leaks Check the pipe connections for gas leaks 015 9 6180 to 7540N cm 630 to 770kgf cm 019 1 9720 to 11860N cm 990 to 1210kgf cm Coat here with refrigerating machine oil Sealing pad 5 Wrap the piping union with the sealing pad Insulation for fitting 3 for gas piping Pipe fixing plate
40. evices Fan Motor High Pressure Switch Low Pressure Switch Over Current Relay Compressor Reverse Phase Protector Fuse Capacity Step 100 0 100 0 Refrigerant Control Capillary Tube Standard Length tc Piping Max Length m 50 Equivalent Length 70m 0 Equivalent Length 70m Nex Heh Daas ome Wo Mode NN 9 kg 2 9 Factory Charge for 5m 2 8 Field Charge for 5m Refer to the name plate of compressor Drawing No 3D048714 Note 1 The above data are based on the following conditions Indoor 27 C 8 T DB TS XE 220 200 Conversion Formulae kcal hZkWx860 Btu h kWx3414 3 35 3 Indoor 2 0 DB 19 oU S 220 M Indoor 29 C 84 F DB 19 66 F WB 50Hz 240V 3 Outdoor 4e 24 C 754 WB 75m Horizontal 415V SSA 385 386 2 Capacities are gross including a deduction for cooling for indoor fan motor heat 9 Please see fan characteristic documents in detail 6 FDMG AV1 S Series ED40 437 Specification 50Hz FDMG71AV1S FDMG100AV1S FDMG125AV1S Gross Fin Col RowxStagesxFin Pitch 3x12x1 75 3x12x1 75 3x12x1 75 0 290 0 340 0 340 Fan Sirocco Fan Motor Output Rated AirFlow s4 3 a 8 Rated Ext Static Pressure 4 88 98 TT
41. le size C with Field fuse Safety breaker See details in the installation manual attached to the outdoor unit Securely fasten the wire plates with screws Outdoor unit e When using the optional KRC47 1 or the KRC47 2 remote controllers which have three fan speed settings refer to the following To indoor unit MediumB Remote Controller For more details please see the manual of remote controller Wire Use ring type terminals for connections to the power supply eff terminal block Ring type terminal Where they can not be used refer to the following Observe the notes mentioned below while connecting wire to the Gahnee Wires B Tal corno power supply terminal board of the same wires of the same wires of different Do not connect wires of different gauges to the same power gauge on both gauge to only one gauges supply terminal sides side e Indoor unit Looseness in the connection may cause overheating When connecting wires of the same gauge connect them according to the figure on the right Terminal block Earth terminal Wire clamp 1PN06319 1B 4 48 FDMG AV1 S Series ED40 437 Installation Finishing the Piping Connections After applying paste attach the surface cover commercially available Paste Fill the gaps in the wall hole with the paste supplied with the piping kit Cut the heat insulating tube to the required length
42. lose to the sea shore direct exposure to the sea breeze should be avoided and choose an outdoor unit with anti corrosion treatment About ISO 14001 ISO 14001 is the standard defined by the International Organization for Standardization ISO relating to The air conditioners manufactured All Daikin Industries locations and by Daikin Industries have received i subsidiaries in Japan have ISO 9001 certification for quality received environmental assurance management system standard environmental management systems Our group has ISO 14001 certification been acknowledged by an internationally accredited JQA 0495 gt compliance organisation as having an appropriate JQA 1452 programme of environmental protection procedures Certificate Number EC99J2044 and activities to meet the requirements of ISO 14001 Head Office Umeda Center Bldg 2 4 12 Nakazaki Nishi Kita ku Osaka 530 8323 Japan Tokyo Office JR Shinagawa East Bldg 2 18 1 Konan Minato ku Tokyo 108 0075 Japan http www daikin com global CAII rights reserved eThe specifications designs and information in this brochure are subject to change without notice ED 40 437 This book is made of recycled paper Printed in Japan 06 2005 FS
43. low m3 min Fan Performance 4D049488 4D049489 35 FDMG180A Fan Performance ED40 437 mmH20 Pa 0 H 2 180 18 16 14 22 12 10 s D gt lt 6 4 2 im 4 26 28 30 32 34 36 38 40 mm Pa Air flow m3 min 4D049490 36 FDMG AV1 S Series ED40 437 Operation Limit 11 Operation Limit 11 1 50Hz Model Name INDOOR OUTDOOR FDMGT1AV1 RGT1AV1 Y Model Name INDOOR OUTDOOR FDMGI40AV1 RGI40AY 1 FDMG180AVI RG180AY1 FDMG100AVI RIQQFUVI Y FDMG125AVI RI25FUY1 Cooling J Cooling J Outdoor temp DB Outdoor temp C DB Pull down period Pull down period Continuous operation 1415 11 2022 5 25 29 31 Indoor temp C WB Indoor temp C WB This may not be continuous operation area 3D049299A 11 2 50Hz For Thailand Cooling 5 0 16 45 EL E s Se 35 gt s 30 ii Model Name INDOOR OUTDOOR 5 o FDMGT1AVIS RGTIAVIS Y1S FDMGI00AVIS RIOOFUVIS 15 FDMGI25AVIS R125FUY1S d FDMG140AVIS RG140AYTS 141517 20 25 2830 FDMG180AVIS RGI80AYI1S Indoor temp C WB his may not be continuous operation area 3D049481 FDMG AV1 S Series 37 Sound Level ED40 437 12 Sound Level 12 1 12 1 1 Overall Sound Level Indoor Unit 220V 240V Model 220v Measuring Location
44. ns the following parts and they are packed in one carton P0004 P0005 1 Digital Remote Controller 110 mm x 25 19 POWER TEMP oc 2 Holder 10 FDMG AV1 S Series Optional Accessories ED40 437 3 Control Board Box P0006 4 Wire Cable Cable length 4m Connecting cable between 1 Digital Remote Controller and 3 Control Board Box 5 1 4 Digital Remote Controller for Duct Heater Use KRC47 4 1 Digital Remote Controller L HEAT _ HIGH JMD __ COOL POWER FAN VF DAIKIN TEMP For other parts 2 Holder 3 Control Board Box 4 Wire Cable will be the same as 47 2 P0007 11 FDMG AV1 S Series Optional Accessories ED40 437 5 1 5 Internal Wiring Diagram KRC47 1 CONTROL BOARD z CC EE 2 OZ O m O JO When select the high ESP connect the wire as shown below BI nm DEI B a L gt FAN Lo P0008 KRC47 2 REMOTE CONTROLLER wick THERMISTOR CONTROL BOARD When select the high ESP connect the wire as shown below FDMG AV1 Comp THERMOSTAT P0009 12 FDMG AV1 S Series ED40 437 Optional Accessories KRC47 4 REMOTE CONTROLLER THERMISTOR CONTROL BOARD When select the high ESP connect
45. nute until the operation stabilizes 5 Close the liquid side stop valve fully Refer to Fig 1 If the valve is not fully closed it could cause burn out of the compressor 6 After the pressure gauge indication has dropped to 0 kgf cm G close the gas stop valve fully and press the Stop button on the remote controller This is the end of pumping down operation 2 In case of RG140A 180A Caution Never short circuit the low pressure switch in this operation Procedure Precautions 1 Perform cooling operation by the remote controller Confirm that stop valves both on the liquid and gas side are opened Check that the compressor and outdoor fan are operating 2 Continue operation for 1 minute until operation condition stabilizes 3 Close the liquid side stop valve fully Refer to Fig 1 Insecure closing of this valve may result in burning of the compressor 4 When the low pressure switch is activated the unit stops working At this time close the stop valve on the gas side This is the end of pumping down operation Liquid pipe Gas pipe Closing direction 50014 B Necessity of a trap B Trap installation spacing Since there is fear of the oil held inside the riser piping flowing back into the compressor when stopped and causing liquid compression phenomenon or cases of deterioration of oil return it will be necessary to provide a trap at an appropriate place in the riser gas piping Indoor unit
46. on guides only and intended for or to installation are not include all details for a specific 9 The outdoor units for 3 phase are equipped with a reverse 10 INDOOR UNIT HO5VV U4G FDMG AV1 S Series phase protector to protect the compressor f the compressor dose not operate during the test run exchange two phase connections out of three Never share a common power source with other equipment V1 MODEL 15 MODEL VI MODEL MODEL POWER SUPPLY POWER SUPPLY POWER SUPPLY POWER SUPPLY 1 50H2 1 50Hz 3N 50Hz 3N 50Hz 220V 240V 220V 380V 415V 380V LN LI L2 L3 N MAIN SWITCH MAIN SWITCH FUSE FUSE HO5VV U3G HO5VV U5G A _ QUTDOOR UNIT C 4D049499 27 Capacity Table 9 Capacity Table 9 1 50Hz FDMG71AV1 RG71AV1 FDMG71AV1 RG71AY1 Cooling Capacity LC 50Hz INDOOR cs 52 IC suc PI te suc PI IC sic PI IC su er Tc suc Per TC shef PI IC suc Pr IC shef PI Symbols AFR Air flow rate min BF Bypass factor EWB Entering wet bulb temp WB EDB Entering dry bulb temp DB TC Total cooling capacity kw SHC Sensible heat capacity kW PI Power input KW Comp Findoorctoutdoor fan motor Caution TC and SHC are shown by kW FDMG100AV1 R100FUV1 FDMG100AV1 R100FUY1 Cooling Capacity 50Hz INDOOR Symbols AFR Air flow rate BF Bypass factor EWB
47. ooling capacity of the unit has to be corrected in accordance with the length of refrigerant piping The distance between the indoor unit and the outdoor unit Reference Data 100 lt lt 95 90 Bac 100 85 aa 125 140 Cooling capactity correction ratio 80 180 E lt m 0 5 10 leo 20 25 30 40 52 50 Length of refrigerant piping Total length Notes 1 Line Correction ratio for cooling capacity 2 The correction ratio remains the Same whether the outdoor unit is to be installed above or below the indoor unit 3 Calculation method for cooling capacity Capacity Cooling capacity Obtained from the capacity table X cooling capacity correction ratio 3D049405 33 Fan Performance ED40 437 10 Fan Performance FDMG71A mmH20 Pa D H 18 16 14 12 10 15 o 8 us 6 4 2 in 5 17 19 21 mmH 0 Pa Air flow m3 min 4D049493 FDMG100A mmH20 Pa 5 H 18 16 14 22 10 pos m g 4 6 4 2 23 25 27 29 31 33 mmH20 Pa Air flow m3 min 4D049487 34 FDMG AV1 S Series ED40 437 FDMG125A FDMG140A FDMG AV1 S Series mmH20 Pa H 7 180 External static pressure 22 mmH20 Pa Air flow m3 min mmH20 Pa D H External static pressure 180 ml 77 777 gi ww s yet TI mr uw gta 26 28 30 32 34 36 38 40 24 mmH20 Pa i Air f
48. ot extrapolate beyond the out of Operation Limits drawing ShOW Capacities are based on the following conditions Corresponding refrigerant piping length 5m Level difference Om The valve contains less than 5 error according to indoor unit type ED40 437 6 Air flow rate and Br are taburated below 3D049370 Air flow rate and BF are taburated below 3D049352 FDMG AV1 S Series ED40 437 FDMG125AV1 R125FUY1 Cooling Capacity C 50Hz temperature C DB Ee TN Hh e 05 I I 1 NN u 5 25272 IC suc er re sic PI IC sic PI rc sic pi IC sic Per IC sic PI rc su er IC shef PI Capacity Table Symbols Notes AFR Air flow rate m3 min 1 Ratings shown are gross capacities which include BF Bypass factor a deduction for indoor fan motor heat EWB Entering wet bulb temp TWB 2 7 shows nominal capacities EDB Entering dry bulb temp DB 3 SHC is based on each EWB and EDB TC Total cooling capacity kw SHC SHC correction for other dry bulb DB SHC Sensible heat capacity kW 70 O2XAFRX 1 BF X DB EDB PI Power input kW Add SHC to SHC Comp indoortoutdoor fan motor 4 Direct interpolation is permissible Do not extrapolate beyond the out of Operation Limits drawing show 5 Capacities are based on the following conditions Corresponding refrigerant piping length 5m Level difference Om 6 Th
49. s Corresponding refrigerant piping length 5m Level difference Om 6 The valve contains less than 5 error according to indoor unit type 3D049497 FDMG180AV1S RG180AY1S Cooling Capacity LC 50Hz INDOOR Qutdoor temperature CDB EDB 25 2330 3 _ Ce Ce IC sac pr IC sue pi IC suc PI rc suc P1 rc suc Pt rc suc PI Symbols Notes AFR Air flow rate m 7 min 1 Ratings shown are gross capacities which include 6 Air flow rate and Br are taburated below BF Bypass factor a deduction for indoor fan motor heat EWB Entering wet bulb temp TWB 2 L 1 shows nominal capacities EDB Entering dry bulb temp DB 3 SHC is based on each EWB and EDB TC Total cooling capacity kw SHC SHC correction for other dry bulb DB SHC Sensible heat capacity kW 70 O2XAFRX 1 BF X DB PI Power input kW Add SHC to SHC Comp t indoort toutdoor fan motor 4 Direct interpolation is permissible Caution 00 not extrapolate beyond the out of E T a Operation Limits drawing show Tian 5 Capacities are based on the following conditions Corresponding refrigerant piping length 5m Level difference Om 6 The valve contains less than 5 error according to indoor unit type 3D049498 32 FDMG AV1 S Series ED40 437 Capacity Table 9 3 Capacity Correction Factor by the Length of Refrigerant Piping FDMG AV1 S Series The c
50. tacles on both suction and discharge sides Pattern 1 Where the obstacles on the discharge Side is higher than the unit obstacle above 1 Stand alone installation 2 Series installation 2 or more Obstacle on the suction Side and both sides 2 Series installation 2 0r more 30001951 1 18 FDMG AV1 S Series ED40 437 Dimensions 2 Series installation 2 or more b Obstacle above too 55 1 Stand alone installation The relations between H A and L are as follows __ CS 750 lt 1250 gt 1000 or more The relations between H A and L are as follows 1 2H L 1000 lt 1500 gt Set the stand as LSH HL Set the stand as LSH gt S A Close the bottom of the installation Close the bottom of the installation N frame to prevent the discharged air MP frame to prevent the discharged air Whew from being bypassed A from being bypassed Ne Only two units can be installed for this series 2 Series installation 2 or more The relations between H A and L are as follows 4 Double decker installation a Obstacle on the discharge side 1000 or more Close the gap A to prevent the discharged air from being bypassed Do not stack more than two unit Close the bottom of the installation frame to prevent the discharged air from being bypassed Only two units can be installed for this series b Obstacle on the suction side Close the gap A to
51. temp 2TCDB 19 Outdoor temp 35 CDB TOCA means the tota value of each OC set Voltage range Units are suitable for use on electrical Systems where voltage supplied to unit terminals iS not below or above listed range limits A Maximum allowable voltage unbalance between phases is 24 5 MGA I 25 X RIA FLA MEA SS se FEA Next lower standard fuse rating Min 15A 6 Selecr wire Size based on the larger value of MCA Or TOGA 7 Instead of fuse use Circuit Breaker FDMG AV1 S Series 3D049371 41 Field Piping ED40 437 14 Field Piping 14 1 Field Piping 14 1 1 Maximum Allowable Piping Length and Level Difference TRG71A RIO0FU 125FU RG140A 180A Max Allowable Piping Length 50 m Equivalent Length 70 m 14 1 2 Additional Refrigerant Charge This unit requires additional charging of refrigerant according to the length of pipe connected at the site The range where no charging is required RG71A R100FU 125FU RG140A 180A 5 mor less Take the following steps for proper charging When connected to indoor unit One way length of pipe L pr Indoor unit Outdoor unit 50013 1 Select the amount of refrigerant which matches a length which exceeds the charge less length from Table 1 and 2 and add it Write down the amount of extra refrigerant added in accordance with the precaution plate on the rear surface of the front plate as this is necessary
52. y Table 180AV1 RG180AY1 Cooling Capacity 50Hz sym AFR BF EWB EDB T 3 SHC PI Cau TC 9 2 Symbo AFR BF EWB EDB T SHC PI Cauti INDOOR ED40 437 Outdoor temperature DB EWB FD 21 2 NV BS MM 4 MW c te suc er IC suc Pr IC suc er rc Shc PI IC sic PI IC shef PI IC shef PI bols Air flow rate m3 min Bypass factor Entering wet bulb temp CWB Entering dry bulb temp DB Total cooling capacity kw Sensible heat capacity kW Power input KW Comp tindoor toutdoor fan motor tion and SHC are shown by kW Notes 1 Ratings shown are gross capacities which include 6 Air flow rate and Br are taburated below a deduction for indoor fan motor heat 2 Shows nominal capacities FDMG 3 SHC iS based on each EWB and EDB SHC SHC correction for other dry bulb DB AFR 40 0 O2XAFRX 1 BF X DB EDB BF 0 12 Add SHC to SHC Direct interpolation is permissible Do not extrapolate beyond the out of Operation Limits drawing show Capacities are based on the following conditions Corresponding refrigerant piping length 5m Level difference Om The valve contains less than 5 error according to indoor unit type 3D049361 FDMG71AV1S RG71AV1S FDMG71AV1S RG71AY1S Cooling Capacity 50Hz INDOOR Outdoor temperature DB c 1 25

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