AIREDALE R410A Technical Manual Download Page 44

Page: 44 / 86

Design Data – Water Cooled & Free Cooling

Calculation of Design Volumetric Flow Rate (l/s)

7KHPD[LPXPGHVLJQYROXPHWULFÀRZUDWHFDQEHFDOFXODWHGXVLQJWKHIROORZLQJHTXDWLRQ

4 ী[ȡ[&

[ǻ7

Where:
Q

Total Heat Rejection (kW).

¨7

7HPSHUDWXUH'LIIHUHQFHEHWZHHQ:DWHU*O\FRO(QWHULQJ/HDYLQJ&

ী

0DVVÀRZRIÀXLGNJV

'HQVLW\RI*O\FRO:DWHUPL[WXUHDWGHVLJQFRQGLWLRQ.JPñ5HIHUWRWDEOHEHORZ

6SHFL¿FKHDWFDSDFLW\DWGHVLJQFRQGLWLRQ.M.J.

&DOFXODWLRQRI,QGRRU8QLW3UHVVXUH'URS¨

)

The maximum indoor unit pressure drop can be calculated using the following equation:

¨3V ¨3Z[3

8VLQJWKHYROXPHWULFÀRZUDWHFDOFXODWHGDERYHWKHSUHVVXUHGURS¨3ZFDQEHWDNHQIURPWKHUHOHYDQWSUHVVXUHGURS

graph..
Where:

¨3V

0D[LPXP:DWHU*O\FRO3UHVVXUH'URSIRUWKHLQGRRUXQLWN3D

¨3Z

(TXLYDOHQW:DWHU3UHVVXUH'URSIRULQGRRUXQLWN3D

*O\FRO3UHVVXUH'URS&RUUHFWLRQ)DFWRU#&:DWHU7HPSHUDWXUH

7KHUHVXOWDQWSUHVVXUHGURS¨3VLVWKHPD[LPXPSUHVVXUHGURSEDVHGRQWKHLQGRRUXQLWUXQQLQJDWWKHSUHVFULEHG

conditions.

This will typically occur when the water/glycol temperature is approximately 20°C and the water/glycol is being circulated
through the free cooling coil and through the water cooled condenser.

The indoor unit pressure drop will reduce at other operating conditions.

SmartCool™ 16 - 60

Precision Air Conditioning

SmartCool Technical Manual 7525371 V1.2.0_03_2013

lla

Summary of Contents for R410A

Page 1: ...6PDUW RRO RZQÀRZ 16 to 60kW R410A Technical Manual ...

Page 2: ...ce procedures carried out will invalidate the warranty and any liabilities by Airedale International Air Conditioning Ltd Spares A spares list for 1 3 and 5 years will be supplied with every unit and is also available from our spares department on request Training As well as our comprehensive range of products Airedale offers a modular range of Refrigeration and Air Conditioning Training courses f...

Page 3: ...k Schematics 39 Incoming Services 42 Electrical Incoming Services 43 Glycol 45 RZQÁRZ LUHFW SDQVLRQ Performance Data 46 Sound Data 48 SC09D016 SC09D019 50 SC09D023 SC09D026 52 SC12D020 SC12D029 54 SC12D033 SC12D036 56 SC15D027 SC15D035 58 SC15D040 SC15D044 60 SC18D037 SC18D044 62 SC18D048 SC18D055 64 Interconnecting Wiring 66 RZQÁRZ KLOOHG DWHU Performance Data 72 Sound Data 73 SC09D015 SC09D030 7...

Page 4: ...s be required Personal protective equipment Airedale recommends that personal protective equipment is used whilst installing maintaining and commissioning equipment Refrigerant Warning The Airedale SmartCool uses R410A refrigerant which is a high pressure refrigerant It requires careful attention to proper storage and handling procedures Use only manifold gauge sets designed for use with R410A ref...

Page 5: ...r X C Number of Compressors per circuit 0 1 2 Number of Compressors per circuit 0 1 2 SmartCool Single Circuit Chilled Water SmartCool Single Circuit Tandem Compressor 0 0 SC SC 18 09 D D 040 023 X X 1 1 X 1 SmartCool Dual Circuit Single Compressor SmartCool Single Circuit Single Compressor Examples Circuit 1 Circuit 2 Nomenclature Precision Air Conditioning SmartCool 16 60 5 SmartCool Technical M...

Page 6: ...range of air cooled condensers is available with the direct expansion indoor units to provide a matched system with optional performance upgrade refer to Outdoor Unit Also available is a full range of Airedale water chillers to complement the chilled water indoor units The range has been designed and optimised for operation with ozone benign refrigerant R410A CE Directive Airedale certify that the...

Page 7: ... HG VFUROO FRPSUHVVRUV DFURVV WKH VLQJOH FLUFXLW SDUW ORDG HI FLHQF can be maximised and capacity more precisely matched to application X1X1 The SmartCool X1X1 is an air cooled direct expansion DX double circuit system linked to two separate remotely mounted air cooled condensers 2SWLPLVHG IRU KHDW WUDQVIHU XVLQJ HQHUJ HI FLHQW refrigerant R410A in each circuit the X1X1 system is located within th...

Page 8: ...tely removable to gain unequalled access during installation as required The galvanised sheet steel panels and DOXPLQLXP IUDPH DQG FRUQHUV VKDOO EH FRDWHG ZLWK DQ HSR EDNHG SRZGHU SDLQW WR SURYLGH D GXUDEOH QLVK 6WDQGDUG XQLW FRORXU VKDOO EH ODFN UH WR 5 DELQHWV VKDOO EH OLQHG LQWHUQDOO ZLWK PP UH UHVLVWDQW IRDP 6 IRU WKHUPDO DQG DFRXVWLF LQVXODWLRQ 7KH insulation density shall not be less than 75...

Page 9: ...Compressor Ɣ Ɣ Ɣ Electronic Expansion Valves EEV Ɣ Ɣ Ɣ Liquid Line Sight Glass Ɣ Ɣ Ɣ Liquid Line Solenoid Valves Ɣ Ɣ Ɣ Discharge Line Non Return Valves Ɣ Ɣ Suction Throttle Valve ż ż ż Direct Refrigerant Leak Detection ż ż ż Refrigerant Pump Down ż ż ż Hydrophilic Epoxy Coated RTPF Cooling Coil Ɣ Ɣ Ɣ Ɣ Standard Features ż Optional Features Feature Not Available Precision Air Conditioning SmartCool...

Page 10: ... Protection Ɣ Ɣ Ɣ Single Compressor Ɣ Ɣ Tandem Compressors Ɣ Circuit 2 CP Thermal Protection Ɣ Single Compressor Ɣ Tandem Compressors Tandem Compressors Comprising of 2 scroll type compressors linked together by refrigerant pipework to one common circuit Tandem compressors provide variable control of the system performance by activating individual compressors as required Multiple steps of unloadin...

Page 11: ...UHGXFHG FRQGHQVLQJ SUHVVXUH WWLQJ DQ 9 DQG DGMXVWLQJ WKH KHDG SUHVVXUH FRQWURO VHWWLQJ DQ LQFUHDVH LQ WKH V VWHP 5 QHUJ I FLHQF 5DWLR RI XS WR FDQ W SLFDOO EH VHHQ 7KH 0ROOLHU GLDJUDP VKRZQ EHORZ KHOSV WR LOOXVWUDWH KRZ WKLV LQFUHDVH LQ HI FLHQF LV DFKLHYHG EEV s differ to normal thermostatic expansion valves in their ability to maintain control RI UHIULJHUDQW ÀRZ DQG WKH VXFWLRQ VXSHUKHDW DW UHGX...

Page 12: ...HUDWXUH FRQWURO LV REWDLQHG DV D UHVXOW RI PRGXODWLQJ WKH UHIULJHUDQW ÀRZ LQ WKH evaporator by throttling a valve on the suction line DSDFLW 5 UHWXUQ DLU FRQGLWLRQV 5 5 UHWXUQ DLU FRQGLWLRQV 100 90 80 70 60 50 40 30 20 10 Capacity 0 1 2 EER Fully Closed Fully Open Minimum Maximum SmartCool 16 60 Precision Air Conditioning 12 Introduction SmartCool Technical Manual 7525371 V1 2 0_03_2013 ...

Page 13: ...re C000 Chilled Water Hydrophilic Epoxy Coated RTPF Chilled Water Coil Ɣ 0 10 Volts Chilled Water Regulating Valve 3 Way Ɣ 0 10 Volts Chilled Water Regulating Valve 2 Way ż Threaded Connections ż Ɣ Standard Features ż Optional Features Feature Not Available Precision Air Conditioning SmartCool 16 60 13 SmartCool Technical Manual 7525371 V1 2 0_03_2013 Introduction ...

Page 14: ...H OHVV WKDQ DUJ DQG WKH PD LPXP RSHUDWLQJ SUHVVXUH VKDOO QRW EH OHVV WKDQ barg Sweat copper pipe for brazed connection shall be standard Optional threaded connections shall be available 0 10 Volts DC 3 Port Chilled Water Regulating Valve RU FRQWURO RI ZDWHU ÀRZ D SRUW PRGXODWLQJ PL LQJ FRQWURO YDOYH VKDOO EH WWHG DV VWDQGDUG 0 10 Volts DC 2 Port Chilled Water Regulating Valve RU V VWHPV ZLWK YDULD...

Page 15: ...or Assembly DFNZDUG FXUYHG LPSHOOHUV GLUHFW GULYH FHQWULIXJDO IDQ DVVHPEOLHV VKDOO EH XVHG ZLWK LQWHJUDO PRWRUV 7KH VKDOO EH dynamically balanced for quiet operation DQ VSHHG DLU ÀRZ DQG H WHUQDO VWDWLF SUHVVXUH VKDOO EH FRQWUROOHG E WKH XVH RI D YROWDJH FRQWUROOHU ZKLFK VKDOO maintain optimised performance and reduce energy consumption Designed for high corrosion resistance the impellers shall be...

Page 16: ...hod G4 Filtration 3OHDWHG GLVSRVDEOH SDQHO OWHUV LQ D ULJLG IUDPH RQIRUP WR 6 1 Access and removal from unit front As standard the microprocessor provides an alarm following a pre set run time limit being exceeded LJK I FLHQF 3UH LOWHUV PP SOHDWHG GLVSRVDEOH SDQHO OWHUV FRQIRUPLQJ WR 6 1 VKDOO EH SURYLGHG PP GLVSRVDEOH V QWKHWLF W SH SUH OWHUV FRQIRUPLQJ WR 6 1 VKDOO SURWHFW WKH PDLQ OWHU 7R PDLQW...

Page 17: ...HP RQ JXUDWLRQ Features X200 X100 X1X1 C000 Electrical Door Interlocked Mains Isolator Ɣ Ɣ Ɣ Ɣ Electrical Switch Gear Ɣ Ɣ Ɣ Ɣ Hinged Electrical Panel Ɣ Ɣ Ɣ Ɣ Customer Connection Terminals Ɣ Ɣ Ɣ Ɣ Power Monitoring ż ż ż ż Phase Monitoring Relay ż ż ż ż Phase Rotation Relay ż ż ż ż 8OWUD DSDFLWLYH 0RGXOH RQWUROOHU 3RZHU DFNXS ż ż ż ż Dual Power Supply ż ż ż ż Compressor Soft Start ż ż ż 9DULDEOH XPL...

Page 18: ...7KH RSWLRQ DV VWDQGDUG RIIHUV VZLWFK SRVLWLRQ VWDWXV DQG VXSSO SULRULW VHW ERWK RI ZKLFK DUH FRQ JXUDEOH YLD WKH XQLW V display 6XSSO SULRULW VHW LV IXOO FRQ JXUDEOH YLD WKH XQLW V GLVSOD DQG LV XVHG WR VHW ZKLFK RI WKH WZR SRZHU VXSSOLHV SRZHU ZLOO be drawn from when both power supplies are active 6ZLWFK SRVLWLRQ VWDWXV LQGLFDWHV WR WKH HQG XVHU ZKLFK SRVLWLRQ WKH VZLWFK LV FXUUHQWO LQ L H RU DQG...

Page 19: ...ter this the intelligent software increases the frequency of drain meaning that the replenishing supply water NHHSV WKH FRQFHQWUDWLRQ RI PLQHUDOV GLOXWHG PDLQWDLQLQJ DQ DFFHSWDEOH PLQHUDO FRQFHQWUDWLRQ WKH ERWWOH OLIH VSDQ LV maximised H KXPLGL FDWLRQ LWK OHFWULF HDWLQJ DQG XPLGL FDWLRQ RQO RQWUROOHG E WKH PLFURSURFHVVRU WKH GH KXPLGL FDWLRQ IHDWXUH UHGXFHV IDQ VSHHGV E DGMXVWDEOH 7KH UHGXFWLRQ RI...

Page 20: ...O EH DFFHVVLEOH DQG DGMXVWDEOH YLD WKH PLFURSURFHVVRU GLVSOD NH SDG XQLW main features shall include not less than Supply water conductivity S cm Actual steam output kg h Required steam output kg h Actual current rating A Required current rating A Status mode Start Up Running Filling Draining Water Conductivity Cylinder Type Three different cylinders shall be available which correspond to the supp...

Page 21: ...ture Control Ɣ Ɣ Ɣ Ɣ Temperature Humidity Control ż ż ż ż Supply Air Temp Control ż NTC Temperature Water Insertion Probes Ɣ Filter Change Switch ż ż ż ż 06 DQG 6103 RPSDWLELOLW ż ż ż ż Drip Tray Level Detection ż ż ż ż Fire Detection ż ż ż ż Smoke Detection ż ż ż ż Water Detection ż ż ż ż Ɣ Standard Features ż Optional Features Feature Not Available Precision Air Conditioning SmartCool 16 60 21 S...

Page 22: ... adjust and display control settings by local operator for information and control Display Keypad The display keypad features a simple array of keys to navigate through the in built menus With an 8 x 22 character 132 x 64 pixel screen size back lit in white for improved contrast the larger screen shall provide for user friendly viewing and easy status recognition by displaying a combination of tex...

Page 23: ...g or visual service indicator shall be provided Evaporator Fan Hours Run Log Reset Shall allow the user to monitor the running times of the evaporator fans and reset after maintenance Hours run log or visual service indicator shall be provided Head Pressure Control and Condenser Fan Speed Controller DFK UHIULJHUDQW FLUFXLW VKDOO EH WWHG ZLWK FRQGHQVHU SUHVVXUH WUDQVGXFHUV DQG D PRGXODWLQJ FRQGHQVH...

Page 24: ...ot be necessary Audible Alarm The display keypad shall be upgraded to include audible alerts Low Ambient Kit LAK To ensure operation down to ambient temperatures of approximately 20 C dry bulb liquid refrigerant migration shall EH SUHYHQWHG E IDFWRU WWLQJ KHDG SUHVVXUH FRQWURO DQG FUDQNFDVH KHDWHUV RQ FRPSUHVVRUV 7KH PLFURSURFHVVRU VKDOO feature an integrated 3 minute delay timer to bypass the low...

Page 25: ...cending chronological order through the keypad display The standard display keypad shall visually display operating alarms however as an optional extra a display keypad with audible alarms is available Supply Air Temperature Control C000 0RGXODWLRQ RI XQLW FDSDFLW WR HQVXUH WKDW XVHU GH QHG VXSSO DLU VHW SRLQWV VKDOO EH PDLQWDLQHG DQG RU D KLJK ORZ return air temperature alarm During peak demand t...

Page 26: ...H VHQVRU VKDOO EH EH ORFDWHG XQGHU WKH IDOVH ÀRRU ZLWK WKH PP ÀDPWURQL WXELQJ URXWHG EDFN LQWR WKH FRQWURO SDQHO RI WKH XQLW WKH WXELQJ PXVW QRW EH REVWUXFWHG damaged to ensure accurated pressure control The contant pressure system shall be commissioned by Airedale following routing of tubing from the pressure diffuser and the unit A maximum of 8m s air velocity is allowed at the diffuser so consi...

Page 27: ...KHLJKW RI WKH ÀRRU VWDQG VKDOO EH VSHFL HG DW RUGHU LVFKDUJH LU RQ JXUDWLRQ 6WDQGDUG FRQ JXUDWLRQ VKDOO EH GRZQÀRZ GUDZ WKURXJK GHVLJQ Straight and L shaped Ceiling Duct Extension 6WUDLJKW DQG µ VKDSHG GXFW H WHQVLRQV XS WR D KHLJKW RI PP VKDOO EH FRQVWUXFWHG DQG QLVKHG WR PDWFK WKH XQLW For extensions greater than 1350mm please contact Airedale HLJKW VKDOO EH VSHFL HG DW RUGHU Sterling board LAT ...

Page 28: ...o more than 8 metres in total length before being interrupted with a swan neck air break and tundish Condensate Drain Tray Monitoring ÀRDW OHYHO VZLWFK VKDOO EH LQFRUSRUDWHG LQWR WKH XQLW GUDLQ WUD IRU LQGLFDWLRQ RI D KLJK ZDWHU DODUP Hot Water Full function units The cold water condensate pump has 10mm quarter turn SODVWLF EDUEHG FRQQHFWLRQ The hot water condensate SXPS XVHV PP FRSSHU tube when c...

Page 29: ...7KH VRXQG GDWD TXRWHG LV EDVHG RQ WKH XQLW KDYLQJ D GXFWHG UHWXUQ DLU DQG VWDQGDUG EDFNZDUGV FXUYHG PRWRUV WWHG refer to illustration below Case breakout sound data is therefore independent of the discharge air and return air sound data For non ducted return air applications the overall case breakout sound levels may increase due to the return air sound being predominant Within the conditioned spa...

Page 30: ...980 M6 FIXINGS 12 POSITIONS 1800 1980 243 435 890 21 6 150 500 500 500 21 6 1980 1200 18 15 12 M6 FIXINGS 8 POSITIONS 21 6 243 435 890 275 650 21 6 1980 900 9 M6 FIXINGS 8 POSITIONS 21 6 243 435 890 150 600 21 6 SmartCool 16 60 Precision Air Conditioning 30 SmartCool Technical Manual 7525371 V1 2 0_03_2013 Installation ...

Page 31: ... D Forward Only Forward and 1 Side Forward and 2 Sides All Faces SC09D mm 720 500 380 250 SC12D mm 720 500 380 250 SC15D mm 740 550 440 280 SC18D mm 750 590 480 300 6KRZQ ZLWK RSWLRQDO RSHQ ÀRRU VWDQG 2 Shaded area indicates minimum service and maintenance requirements The unit must be installed with allowance for carpet tile clearance LPHQVLRQ GHQRWHV UHFRPPHQGHG PLQLPXP PD LPXP ÀRRU VWDQG KHLJKW...

Page 32: ...D035 X200 0 470 470 SC15D040 X200 0 470 470 SC15D044 X200 0 470 480 SC18D037 X200 0 520 530 SC18D040 X200 0 520 530 SC18D044 X200 0 530 530 SC18D048 X1X1 0 560 570 SC18D055 X1X1 0 570 580 C000 Unit Shipped Weight kg Installed Weight kg SC09D015 C000 0 260 270 SC09D030 C000 0 270 290 SC12D025 C000 0 320 340 SC12D045 C000 0 340 360 SC15D035 C000 0 370 400 SC15D060 C000 0 400 430 SC18D045 C000 0 420 ...

Page 33: ...Pipe O D inches Support distance m 1 0 2 0 Lines passing through walls Refrigerant lines that rub against solid objects wear holes in the copper pipework and cause leaks the lines must pass through sleeved openings in such a manner that the lines do not touch Equivalent Pipe Lengths with R410A Indoor Outdoor Indoor Unit 0 15m Discharge 15 40m Discharge Unit Unit Connection Size Liquid Discharge Li...

Page 34: ...QVXUH WKDW WKH UHIULJHUDQW GRHV QRW EHFRPH ÀDVK JDV Insulating the discharge line can also reduce any potential noise Discharge Risers Consideration must be taken when designing vertical risers Refrigerant velocity must be ensured in vertical risers at a minimum of 8m s If required double risers must be designed into the system Pipework must be VL HV EDVHG XSRQ D UHGXFWLRQ LQ XQLW FDSDFLW DV ORZ D...

Page 35: ...65 9 8 Refrigerant Charging Guide The following information can be used to estimate the refrigerant quantity required in a typical split system installation Liquid Line Refrigerant Charge kg m The following table shows the refrigerant charge metre for the liquid line using R410A and assuming a liquid line temperature of 40 C Liquid Line m kg m 0 05 0 09 0 15 0 21 0 30 0 53 IMPORTANT The pipe sizes...

Page 36: ...r pipework length of 10 metres is 0 09kg m SR LR IR OR LR L x m Where LR 0 9 kg As calculated from above IR 2 9 kg OR 4 9 kg SR 0 9 2 9 4 9 Calculation of Liquid Line Refrigerant Charge kg The liquid line refrigerant charge can be calculated using the following equation LR L x m Where LR Total Liquid Line Refrigerant charge kg L Length of Interconnecting pipework metres m Liquid Line Refrigerant c...

Page 37: ...ss Lift 20 x 0 115 2 3 bar Total Pressure Loss in Liquid Line TPL Liquid Lift PFL Valves Where 3 3LSH IULFWLRQ ORVV DU 9DOYHV RVVHV WKURXJK 9DOYHV DQG WWLQJV 0 21 0 5 2 3 7RWDO SUHVVXUH ORVV LQ OLTXLG OLQH DU Nett Pressure at Expansion Valve Condensing pressure Total pressure loss in liquid line Saturation temperature at the nett pressure at expansion valve 30 99 bar 52 C from refrigerant tables S...

Page 38: ...e What is the additional oil charge required per circuit for an SC12D023 X200 0 PDWFKHG ZLWK D 5 DQG D P LQWHUFRQQHFWLQJ OLTXLG OLQH Refrigerant charge of an SC12D023 X200 0 2 9 kg Refrigerant charge of a CR50 4 9 kg Interconnecting pipe line 80 x 0 09 7 2 kg Total system refrigerant charge 2 9 4 9 7 2 15 kg Compressor oil charge s 1 2 1 2 2 4 litre So OT RC 200 OC x 0 09 OT 15 200 2 4 x 0 09 OT 0...

Page 39: ...L DR WTS CW COIL INLET LEG OUTLET LEG KEY ALL ITEMS BI BL DR M M WTS BINDER POINT BLEED VALVE DRAIN VALVE 3 WAY REGULATING VALVE 2 WAY REGULATING VALVE CENTRIFUGAL FAN WATER TEMPERATURE SENSOR Precision Air Conditioning SmartCool 16 60 39 SmartCool Technical Manual 7525371 V1 2 0_03_2013 Installation ...

Page 40: ...L DISCHARGE LINE SCROLL COMPRESSOR OPTIONAL TEMP SENSOR X1X1 Pipework Schematics KEY ALL ITEMS TCE STV PT PSL TS PSH M 5 16 3 WAY SOLENOID VALVE CENTRIFUGAL FAN SCROLL COMPRESSOR AXIAL FAN SUCTION THROTTLE VALVE OPTIONAL ELECTRONIC EXPANSION VALVE SHUT OFF VALVE OPTIONAL SUPPLIED LOOSE NORMALLY CLOSED SOLENOID VALVE SIGHT GLASS CHECK VALVE OPTIONAL WITH HGRH FILTER DRIER SUPPLIED LOOSE PRESSURE TR...

Page 41: ... 5 16 SCHRADER VALVE LOW PRESSURE SWITCH HIGH PRESSURE SWITCH M TS M TS TCE PT PSH PSL PT TS STV 5 16 5 16 5 16 5 16 5 16 5 16 5 16 PSH LOCATED EXTERNALLY CONDENSER COIL LIQUID LINE LIQUID EXPANSION LINE EVAPORATOR COIL CIRCUIT 1 OPTIONAL STV TANDEM SCROLL COMPRESSOR DISCHARGE LINE SUCTION LINE M TS TCE PT PSH PSL PT TS STV 5 16 5 16 5 16 5 16 5 16 5 16 5 16 LOCATED EXTERNALLY CONDENSER COIL LIQUI...

Page 42: ...TION HOLE A Ø38MM COMMUNICATIONS HOLE B Ø5MM MAINS POWER HOLE C Ø76MM Ø42 54MM WATER INLET HOLE D Ø76MM Ø42 54MM WATER OUTLET HOLE E Ø25MM OUT GOING CR DR POWER SC18D HOLE PIPE SPECIFICATION HOLE A Ø38MM COMMUNICATIONS HOLE B Ø5MM MAINS POWER HOLE C Ø76MM Ø54MM WATER INLET HOLE D Ø76MM Ø54MM WATER OUTLET HOLE E Ø25MM OUT GOING CR DR POWER 91 141 181 91 163 5 106 172 133 131 246 SC12D HOLE PIPE SPE...

Page 43: ...INE CIRCUIT 1 HOLE D Ø50MM Ø7 8 DISCHARGE LINE CIRCUIT 2 HOLE E Ø38MM Ø5 8 LIQUID LINE CIRCUIT 1 HOLE F Ø38MM Ø5 8 LIQUID LINE CIRCUIT 2 HOLE G Ø25MM OUT GOING CR DR POWER NOTE REMOVABLE GLAND PLATE FOR INCOMING MAINS POWER F D 91 163 5 91 141 181 106 172 163 111 191 103 108 158 Incoming Services X1X1 Incoming Cable Ducting Precision Air Conditioning SmartCool 16 60 43 SmartCool Technical Manual 7...

Page 44: ...PHWULF ÀRZ UDWH FDOFXODWHG DERYH WKH SUHVVXUH GURS 3Z FDQ EH WDNHQ IURP WKH UHOHYDQW SUHVVXUH GURS graph Where 3V 0D LPXP DWHU O FRO 3UHVVXUH URS IRU WKH LQGRRU XQLW N3D 3Z TXLYDOHQW DWHU 3UHVVXUH URS IRU LQGRRU XQLW N3D Px O FRO 3UHVVXUH URS RUUHFWLRQ DFWRU DWHU 7HPSHUDWXUH 7KH UHVXOWDQW SUHVVXUH GURS 3V LV WKH PD LPXP SUHVVXUH GURS EDVHG RQ WKH LQGRRU XQLW UXQQLQJ DW WKH SUHVFULEHG conditions Th...

Page 45: ...ñ Water Glycol Temperature C Ethylene Glycol Volume Freezing Point C ȡ ȡ ȡ ȡ ȡ 20 998 1013 1030 1045 1060 25 997 1012 1028 1043 1058 30 996 1010 1026 1041 1055 35 994 1008 1024 1039 1053 40 992 1006 1022 1036 1050 45 990 1003 1020 1035 1048 Pressure Drop Correction Factor Px Water Glycol Temperature C Ethylene Glycol Volume Px Px Px Px Px 20 0 983 1 0125 1 054 1 0958 1 15 1 All data based upon ASH...

Page 46: ...023 X200 0 22 50 29 1 27 2 28 4 27 0 27 0 26 3 25 7 25 0 24 0 23 3 1 x CR50 24 45 29 9 28 9 29 2 28 5 27 8 27 6 26 6 26 4 25 0 24 8 26 40 30 9 30 9 30 2 30 2 29 1 29 1 27 8 27 8 26 2 26 2 SC12D029 X200 0 22 50 32 4 29 5 31 4 29 2 29 9 28 7 28 5 27 7 26 6 25 9 1 x CR50 24 45 33 4 31 7 32 3 31 1 30 8 30 4 29 4 29 3 27 7 27 6 26 40 34 4 34 4 33 4 33 4 32 1 32 1 30 8 30 8 29 1 29 1 SC12D033 X200 0 22 ...

Page 47: ...39 3 37 8 37 6 36 0 35 8 33 8 33 6 26 40 42 8 42 8 41 2 41 2 39 5 39 5 37 7 37 7 35 4 35 4 SC18D040 X200 0 22 50 44 4 41 3 42 6 40 0 40 6 38 7 38 5 37 3 36 1 35 1 1 x CR50 24 45 45 8 45 5 44 0 43 8 42 2 41 9 40 2 40 0 37 8 37 6 26 40 47 6 47 6 45 9 45 9 44 1 44 1 42 1 42 1 39 7 39 7 SC18D044 X200 0 22 50 49 4 45 7 47 4 44 4 45 3 42 9 43 1 41 5 40 5 39 4 1 x CR65 24 45 50 9 50 6 49 0 48 7 47 0 46 7...

Page 48: ... 3m 67 3 68 9 73 8 68 4 61 3 59 3 62 2 53 8 47 4 SC12D020 X200 0 Discharge Air 75 0 84 1 83 3 78 1 72 1 68 1 63 1 57 4 50 2 Return Air 78 5 94 1 89 1 82 9 74 8 64 9 58 1 53 9 42 5 DVH UHDNRXW 64 7 75 9 75 3 60 7 55 8 58 1 56 1 54 1 53 1 Sound Pressure 3m 58 6 73 4 69 2 54 7 49 8 52 1 50 1 48 1 47 1 SC12D023 X200 0 Discharge Air 80 3 87 7 89 3 83 8 77 6 71 5 68 3 62 2 56 2 Return Air 83 1 94 1 93 7...

Page 49: ...urn Air 85 7 97 2 92 7 92 5 81 1 71 4 66 7 64 0 60 1 DVH UHDNRXW 75 9 68 4 71 8 68 3 70 6 70 8 69 0 68 3 62 7 Sound Pressure 3m 69 9 62 4 65 7 62 3 64 6 64 8 63 0 62 3 56 7 SC18D037 X200 0 Discharge Air 81 7 88 8 90 8 85 2 79 1 72 5 69 5 63 4 57 7 Return Air 84 2 98 1 94 7 88 5 81 0 71 9 65 0 61 2 48 9 DVH UHDNRXW 76 6 74 3 80 0 70 6 68 9 72 0 68 5 68 3 67 1 Sound Pressure 3m 70 5 68 3 74 0 64 6 6...

Page 50: ...X100 l 1 x 1 7 1 x 1 8 Oil Type POE Refrigeration Single Circuit Refrigerant Control and Type Electronic Expansion Valve Refrigerant type R410A Holding Charge Inert Gas Charge per circuit 5 kg 2 3 2 3 Connections Liquid sweat in 1 2 1 2 Discharge sweat in 5 8 5 8 Condensate Drain Hose mm 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 4 4 Electric Heating Total kW 7 5 7 5 XPLGL HU Capacity kg hr 3 3 UD...

Page 51: ... 4 Recommended Mains Fuse Size A 32 32 Unit Data Cooling Only X Nominal Run Amps 2 A 14 8 16 2 Maximum Start Amps A 70 5 81 5 Recommended Mains Fuse Size A 20 20 Max Mains Incoming Cable Size mm 16 16 Mains Supply V 400V 3PH N 50HZ Control Circuit VAC 24 24 Evaporator Fan Motor Per Fan Motor Type EC EC Quantity x Motor Size 3 kW 1 x 1 7 1 x 1 7 Full Load Amps 2 9 2 9 Locked Rotor Amps 2 9 2 9 Comp...

Page 52: ... X100 l 1 x 1 8 1 x 1 8 Oil Type POE Refrigeration Single Circuit Refrigerant Control and Type Electronic Expansion Valve Refrigerant Type R410A Holding Charge Inert Gas Charge per circuit 5 kg 2 3 2 4 Connections Liquid sweat in 1 2 1 2 Discharge sweat in 3 4 3 4 Condensate Drain Hose mm 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 4 4 Electric Heating Total kW 7 5 7 5 XPLGL HU Capacity kg hr 3 3 U...

Page 53: ... Recommended Mains Fuse Size A 40 40 Unit Data Cooling Only X Nominal Run Amps 2 A 21 5 23 5 Maximum Start Amps A 110 1 120 Recommended Mains Fuse Size A 25 32 Max Mains Incoming Cable Size mm 35 35 Mains Supply V 400V 3PH N 50HZ Control Circuit VAC 24 24 Evaporator Fan Motor Per Fan Motor Type EC EC Quantity x Motor Size 3 kW 1 x 1 7 1 x 1 7 Full Load Amps 2 9 2 9 Locked Rotor Amps 2 9 2 9 Compre...

Page 54: ...il Charge Volume l 2 x 1 2 2 x 1 2 2 x 1 7 Oil Type POE Refrigeration Single Circuit Refrigerant Control and Type Electronic Expansion Valve Refrigerant Type R410A Holding Charge Inert Gas Charge per circuit 5 kg 2 9 2 9 3 Connections Liquid sweat in 1 2 1 2 1 2 Discharge sweat in 5 8 5 8 7 8 Condensate Drain Hose mm 22 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 6 6 6 Electric Heating Total kW 7 5...

Page 55: ...it Data Cooling Only X Nominal Run Amps 2 A 17 4 25 4 27 8 Maximum Start Amps A 54 8 70 3 83 5 Recommended Mains Fuse Size A 20 32 32 Max Mains Incoming Cable Size mm 16 35 35 Mains Supply V 400V 3PH N 50HZ Control Circuit VAC 24 24 24 Evaporator Fan Motor Per Fan Motor Type EC EC EC Quantity x Motor Size 3 kW 1 x 1 5 1 x 3 1 1 x 3 1 Full Load Amps 2 6 5 5 Locked Rotor Amps 2 6 5 5 Compressor Per ...

Page 56: ...me l 2 x 1 8 2 x 1 8 Oil Type POE Refrigeration Single Circuit Refrigerant Control and Type Electronic Expansion Valve Refrigerant Type R410A Holding Charge Inert Gas Charge per circuit 5 kg 3 2 3 2 Connections Liquid sweat in 5 8 5 8 Discharge sweat in 7 8 7 8 Condensate Drain Hose mm 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 6 6 Electric Heating Total kW 7 5 7 5 XPLGL HU Capacity kg hr 8 8 Drai...

Page 57: ...Amps A 8 7 8 7 First upgrade EC Motor Per Fan Quantity x Motor Size 3 kW 1 x 3 5 1 x 3 5 Full Load Amps A 5 7 5 7 Locked Rotor Amps A 5 7 5 7 Standard Condenser Motor EC Motor Per Fan Quantity x Motor Size kW 2 x 0 73 2 x 0 73 Full Load Amps A 3 3 3 3 Mechanical QWHULQJ DLU 5 DPELHQW DQ DLQ DQ SRZHU LQSXW EDVHG XSRQ IDQ RSHUDWLQJ ZLWK GHVLJQ DLUÀRZ DW 3D 63 WKHVH YDOXHV PD FKDQJH ZLWK GLIIHUHQW 63...

Page 58: ...il Charge Volume l 2 x 1 2 2 x 1 7 2 x 1 8 Oil Type POE Refrigeration Single Circuit Refrigerant Control and Type Electronic Expansion Valve Refrigerant Type R410A Holding Charge Inert Gas Charge per circuit 5 kg 3 7 3 8 4 0 Connections Liquid sweat in 1 2 1 2 5 8 Discharge sweat in 5 8 7 8 7 8 Condensate Drain Hose mm 22 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 6 6 6 Electric Heating Total kW 1...

Page 59: ...kg hr 3 3 3 Rating kW 2 25 2 25 2 25 Full Load Amps A 3 3 3 3 3 3 First upgrade EC Motor Per Fan Quantity x Motor Size 3 kW 2 x 3 6 2 x 3 6 2 x 3 6 Full Load Amps A 5 8 5 8 5 8 Locked Rotor Amps A 5 8 5 8 5 8 Standard Condenser Motor EC Motor Per Fan Quantity x Motor Size kW 1 x 0 73 2 x 0 73 2 x 0 73 Full Load Amps A 3 3 3 3 3 3 Mechanical QWHULQJ DLU 5 DPELHQW DQ DLQ DQ SRZHU LQSXW EDVHG XSRQ ID...

Page 60: ...ume l 2 x 1 8 2 x 1 8 Oil Type POE Refrigeration Twin Circuit Refrigerant Control and Type Electronic Expansion Valve Refrigerant Type R410A Holding Charge Inert Gas Charge per circuit 5 kg 4 0 4 0 Connections Liquid sweat in 5 8 5 8 Discharge sweat in 7 8 7 8 Condensate Drain Hose mm 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 6 6 Electric Heating Total kW 15 15 XPLGL HU Capacity kg hr 8 8 Drain P...

Page 61: ...ull Load Amps A 8 7 8 7 First upgrade EC Motor Per Fan Quantity x Motor Size 3 kW 2 x 3 6 N A Full Load Amps A 5 8 N A Locked Rotor Amps A 5 8 N A Standard Condenser Motor EC Motor Per Fan Quantity x Motor Size kW 2 x 0 73 3 x 0 73 Full Load Amps A 3 3 3 3 Mechanical QWHULQJ DLU 5 DPELHQW DQ DLQ DQ SRZHU LQSXW EDVHG XSRQ IDQ RSHUDWLQJ ZLWK GHVLJQ DLUÀRZ DW 3D 63 WKHVH YDOXHV PD FKDQJH ZLWK GLIIHUH...

Page 62: ...l Charge Volume l 2 x 1 8 2 x 1 8 2 x 1 8 Oil Type POE Refrigeration Single Circuit Refrigerant Control and Type Electronic Expansion Valve Refrigerant Type R410A Holding Charge Inert Gas Charge per circuit 5 kg 4 8 4 8 4 8 Connections Liquid sweat in 5 8 5 8 5 8 Discharge sweat in 7 8 7 8 7 8 Condensate Drain Hose mm 22 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 8 8 8 Electric Heating Total kW 15...

Page 63: ... Capacity kg hr 8 8 8 Rating kW 6 6 6 Full Load Amps A 8 7 8 7 8 7 First upgrade EC Motor Per Fan Quantity x Motor Size 3 kW 2 x 3 1 2 x 3 1 2 x 3 1 Full Load Amps A 5 0 5 0 5 0 Locked Rotor Amps A 5 0 5 0 5 0 Standard Condenser Motor EC Motor Per Fan Quantity x Motor Size kW 2 x 0 73 2 x 0 73 2 x 0 73 Full Load Amps A 3 3 3 3 3 3 Mechanical QWHULQJ DLU 5 DPELHQW DQ DLQ DQ SRZHU LQSXW EDVHG XSRQ I...

Page 64: ...lume l 2 x 3 2 2 x 3 2 Oil Type POE Refrigeration Twin Circuit Refrigerant Control and Type Electronic Expansion Valve Refrigerant Type R410A Holding Charge Inert Gas Charge per circuit 5 kg 4 8 4 8 Connections Liquid sweat in 5 8 5 8 Discharge sweat in 7 8 7 8 Condensate Drain Hose mm 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 8 8 Electric Heating Total kW 15 15 XPLGL HU Capacity kg hr 8 8 Drain ...

Page 65: ...d Amps A 8 7 8 7 First upgrade EC Motor Per Fan Quantity x Motor Size 3 kW 2 x 3 5 2 x 3 5 Full Load Amps A 5 7 5 7 Locked Rotor Amps A 5 7 5 7 Standard Condenser Motor EC Motor Per Fan Quantity x Motor Size kW 2 x 0 73 2 x 0 73 Full Load Amps A 3 3 3 3 Mechanical QWHULQJ DLU 5 DPELHQW DQ DLQ DQ SRZHU LQSXW EDVHG XSRQ IDQ RSHUDWLQJ ZLWK GHVLJQ DLUÀRZ DW 3D 63 WKHVH YDOXHV PD FKDQJH ZLWK GLIIHUHQW ...

Page 66: ... Î Î 500 SCR Î Î SCR 223 Î Î 200 N4 Î Î N PE Î Î PE CIRCUIT 2 834 Î Î 833 500 Î Î 500 SCR Î Î SCR Mains Incoming Supply Primary 400V 3PH N 50Hz Mains Incoming Supply Secondary 400V 3PH N 50Hz Only applicable for Dual Power Supply Option Mains Supply to Outdoor Unit 1 Mains Supply to Outdoor Unit 2 Fan Speed Control Signal to Outdoor Unit 1 OUTDOOR UNIT 1 Fan Speed Control Signal to Outdoor Unit 2 ...

Page 67: ... L1 L8 Í L2 L9 Í L3 N2 Í N PE Í PE Î 200 Î N Î PE CIRCUIT 1 833 Î Î 833 500 Î Î 500 SCR Î Î SCR Î 200 Î N Î PE CIRCUIT 2 834 Î Î 833 500 Î Î 500 SCR Î Î SCR Mains Incoming Supply Primary 400V 3PH N 50Hz Mains Incoming Supply Secondary 400V 3PH N 50Hz Only applicable for Dual Power Supply Option Separate Mains Incoming Supply 230V 1PH N 50Hz OUTDOOR UNIT 1 Fan Speed Control Signal to Outdoor Unit 1...

Page 68: ... L1 L5 Í L2 L6 Í L3 N1 Í N PE Í PE L7 Í L1 L8 Í L2 L9 Í L3 N2 Í N PE Í PE Î L1 Î L2 Î L3 Î PE CIRCUIT 1 833 Î Î 833 500 Î Î 500 SCR Î Î SCR Î L1 Î L2 Î L3 Î PE CIRCUIT 2 834 Î Î 833 500 Î Î 500 SCR Î Î SCR Separate Mains Incoming Supply 4000V 3PH 50Hz Separate Mains Incoming Supply 4000V 3PH 50Hz OUTDOOR UNIT 1 Fan Speed Control Signal to Outdoor Unit 1 Mains Incoming Supply Primary 400V 3PH N 50H...

Page 69: ...Î Î 833 500 Î Î 500 SCR Î Î SCR Mains Incoming Supply Primary 400V 3PH N 50Hz Mains Incoming Supply Secondary 400V 3PH N 50Hz Only applicable for Dual Power Supply Option Mains Supply to Outdoor Unit 1 OUTDOOR UNIT 1 Fan Speed Control Signal to Outdoor Unit 1 Interconnecting Wiring X100 X200 Single phase AC Condenser CR12 16 22 30 50 65 and 80 Models DQ VSHHG FRQWURO WWHG WR LQGRRU XQLW LWK VXE IX...

Page 70: ...E Î 200 Î N Î PE CIRCUIT 1 833 Î Î 833 500 Î Î 500 SCR Î Î SCR Mains Incoming Supply Primary 400V 3PH N 50Hz Mains Incoming Supply Secondary 400V 3PH N 50Hz Only applicable for Dual Power Supply Option Separate Mains Incoming Supply 230V 1PH N 50Hz Fan Speed Control Signal to Outdoor Unit 1 OUTDOOR UNIT 1 Interconnecting Wiring Three phase AC and EC Condenser CR26 35 60 and 75 Models DQ VSHHG FRQW...

Page 71: ...rm Normally Open 561 Í Common 563 Î Critical Alarm Normally Open 564 Í Common 565 Î Critical alarm Normally Closed Rx Tx Í Rx Tx Í GND Í Rx Tx Î Rx Tx Î GND Î 891 ÍÎ 892 ÍÎ 893 ÍÎ BMS Connections INDOOR UNIT N A ÍÎ BMS Network Connections pCOWEB Ethernet Run Standby Network INDOOR UNIT Network Connections Inward connection Network Connections Outward connection BMS Connections INDOOR UNIT Wired BM...

Page 72: ...4 45 50 6 42 6 39 9 37 8 32 0 32 0 26 8 26 8 32 2 32 2 26 40 56 0 48 5 45 3 43 6 37 5 37 5 32 4 32 4 38 3 38 3 SC15D035 C000 0 22 50 40 7 35 5 29 4 29 4 25 1 25 1 19 8 19 8 24 3 24 3 24 45 46 5 40 9 35 4 35 2 30 5 30 5 25 5 25 5 30 6 30 6 26 40 51 7 46 6 40 6 40 6 35 8 35 8 30 9 30 9 36 5 36 5 SC15D060 C000 0 22 50 61 4 49 9 47 7 43 6 36 4 36 4 29 4 29 4 40 5 39 8 24 45 69 5 57 3 55 7 50 9 43 7 43...

Page 73: ...1 5 84 2 75 7 68 5 64 7 53 4 DVH UHDNRXW 72 2 79 8 84 0 73 4 65 3 63 2 64 1 54 7 39 7 Sound Pressure 3m 66 2 73 4 78 0 67 4 59 3 57 2 58 1 48 7 33 7 SC15D035 C000 0 Discharge Air 80 7 79 4 84 1 83 4 78 4 75 6 69 4 61 5 57 6 Return Air 77 7 91 1 87 0 83 0 73 6 64 3 60 8 59 4 58 1 DVH UHDNRXW 62 6 63 0 68 7 62 0 56 4 54 1 53 4 54 0 56 6 Sound Pressure 3m 56 6 57 0 62 7 56 0 50 4 48 1 47 4 48 0 50 5 ...

Page 74: ...x 1 7 1 x 1 7 Speed 25Pa ESP Maximum ESP rpm 965 1800 1711 1800 Maximum ESP Pa 707 132 1RPLQDO LUÀRZ m s 1 05 1 87 Fan Gain 2 kW 0 25 1 32 Connections Water Inlet Outlet mm 28 35 Condensate Drain Hose mm 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 4 4 Electric Heating Total kW 7 5 7 5 XPLGL HU Capacity kg hr 3 8 UDLQ SXPS ÀRZ UDWH l m 7 7 Feed Drain 63 UDLGHG OH LEOH RVH PP RVH RQQHFWLRQ Hot Water ...

Page 75: ...ta tables SC09D015 C000 0 SC09D030 C000 0 Unit Data Full Function Nominal Run Amps 1 A 18 0 23 4 Maximum Start Amps A 18 0 23 4 Recommended Mains Fuse Size A 25 32 Unit Data Cooling Only Nominal Run Amps 2 A 3 9 3 9 Maximum Start Amps A 3 9 3 9 Recommended Mains Fuse Size A 10 10 Max Mains Incoming Cable Size mm 16 16 Mains Supply V 400V 3PH N 50HZ Control Circuit VAC 24 24 Evaporator Fan Motor Pe...

Page 76: ...m ESP Pa 320 270 1RPLQDO LUÀRZ m s 1 7 2 5 Fan Power Input Fan Gain 2 kW 0 53 1 85 Connections Water Inlet Outlet mm 42 42 Condensate Drain Hose mm 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 6 6 Electric Heating Total kW 7 5 7 5 XPLGL HU Capacity kg hr 8 8 Drain Pump Flow Rate l m 7 7 Feed Drain 63 UDLGHG OH LEOH RVH PP RVH RQQHFWLRQ Hot Water Condensate Pump Head m 5 5 Flow l m 10 8 10 8 Drain 10...

Page 77: ... 8 7 First upgrade EC Motor Per Fan Quantity x Motor Size 3 kW 1 x 3 1 1 x 3 5 Full Load Amps A 5 5 7 Locked Rotor Amps A 5 5 7 Mechanical QWHULQJ DLU 5 ZDWHU DQ DLQ DQ SRZHU LQSXW EDVHG XSRQ IDQ RSHUDWLQJ ZLWK GHVLJQ DLUÀRZ DW 3D 63 WKHVH YDOXHV PD FKDQJH ZLWK GLIIHUHQW 63 3 Machine weight excludes a refrigerant charge For refrigerant charges refer to Unit Refrigerant Charge kg circuit DFNZDUG FX...

Page 78: ... Maximum ESP Pa 620 710 1RPLQDO LUÀRZ m s 2 5 3 3 Fan Power Input Fan Gain 2 kW 0 85 2 6 Connections Water Inlet Outlet mm 42 54 Condensate Drain Hose mm 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 6 6 Electric Heating Total kW 15 15 XPLGL HU Capacity kg hr 8 15 Drain Pump Flow Rate l m 7 7 Feed Drain 63 UDLGHG OH LEOH RVH PP RVH RQQHFWLRQ Hot Water Condensate Pump Head m 5 5 Flow l m 10 8 10 8 Dra...

Page 79: ... A 8 7 16 2 First upgrade EC Motor Per Fan Quantity x Motor Size 3 kW 2 x 3 6 N A Full Load Amps A 5 8 N A Locked Rotor Amps A 5 8 N A Mechanical QWHULQJ DLU 5 ZDWHU DQ DLQ DQ SRZHU LQSXW EDVHG XSRQ IDQ RSHUDWLQJ ZLWK GHVLJQ DLUÀRZ DW 3D 63 WKHVH YDOXHV PD FKDQJH ZLWK GLIIHUHQW 63 3 Machine weight excludes a refrigerant charge For refrigerant charges refer to Unit Refrigerant Charge kg circuit DFN...

Page 80: ...um ESP Pa 260 290 1RPLQDO LUÀRZ m s 3 3 4 1 Fan Power Input Fan Gain 2 kW 1 29 3 48 Connections Water Inlet Outlet mm 54 54 Condensate Drain Hose mm 22 22 Filtration LVSRVDEOH WR 6 1 Quantity 8 8 Electric Heating Total kW 15 15 XPLGL HU Capacity kg hr 8 15 Drain Pump Flow Rate l m 7 7 Feed Drain 63 UDLGHG OH LEOH RVH PP RVH RQQHFWLRQ Hot Water Condensate Pump Head m 5 5 Flow l m 10 8 10 8 Drain 10...

Page 81: ... 7 16 2 First upgrade EC Motor Per Fan Quantity x Motor Size 3 kW 2 x 3 1 2 x 3 5 Full Load Amps A 5 5 7 Locked Rotor Amps A 5 5 7 Mechanical QWHULQJ DLU 5 ZDWHU DQ DLQ DQ SRZHU LQSXW EDVHG XSRQ IDQ RSHUDWLQJ ZLWK GHVLJQ DLUÀRZ DW 3D 63 WKHVH YDOXHV PD FKDQJH ZLWK GLIIHUHQW 63 3 Machine weight excludes a refrigerant charge For refrigerant charges refer to Unit Refrigerant Charge kg circuit DFNZDUG...

Page 82: ...00 800 0 0 5 1 0 1 5 2 0 2 5 3 0 3 5 4 0 4 5 5 0 Pressure Drop kPa Flow Rate l s 1 3 2 4 5 6 7 8 M Values kV control port M 1 SC09D015 C000 0 16 0 44 2 SC09D030 C000 0 16 0 44 3 SC12D025 C000 0 16 0 44 4 SC12D045 C000 0 25 0 69 5 SC15D035 C000 0 25 0 69 6 SC15D060 C000 0 25 0 69 7 SC18D045 C000 0 40 1 11 8 SC18D080 C000 0 40 1 11 SmartCool 16 60 Precision Air Conditioning 82 SmartCool Technical Ma...

Page 83: ...Normally Open 564 Í Common 565 Î Critical alarm Normally Closed Remote On Off Fire Shutdown Alarm Volt Free Contacts Rx Tx Í Rx Tx Í GND Í Rx Tx Î Rx Tx Î GND Î 891 ÍÎ 892 ÍÎ 893 ÍÎ BMS Connections INDOOR UNIT N A ÍÎ BMS Network Connections pCOWEB Ethernet INDOOR UNIT Network Connections Inward connection Network Connections Outward connection BMS Connections INDOOR UNIT Wired BMS connection ModBU...

Page 84: ...e available upon request Procedure When a component part fails a replacement part should be obtained through our Spares department If the part is considered to be under warranty the following details are required to process this requirement Full description of part required including Airedale s part number if known The original equipment serial number An appropriate purchase order number A spares ...

Page 85: ......

Page 86: ...ARTCOOL_16_60_7525371_1 2 0_03_2013 HDG 2I FH Airedale International Air Conditioning Ltd Leeds Road Rawdon HHGV 6 Tel 44 0 113 2391000 Fax 44 0 113 2507219 E mail enquiries airedale com Web www airedale com ...

Search results

Summary of Contents for R410A

Reviews:

Related manuals for R410A

Brands by name

Popular brands

AIREDALE R410A, Technical Manual

Search results

Summary of Contents for R410A

Reviews:

Related manuals for R410A

Brands by name

Popular brands