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AIREDALE DeltaChill, Technical Manual

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AIREDALE DeltaChill Technical Manual Download Page 191

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Chillers

DeltaChill™ Air Cooled and FreeCool

191

Chiller Technical Manual 7267818 V1.13.0_01_2018

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113

114

115

Unit Data

DCC069TR-11GPYY

DCC074TR-12GYYY

DCC056DR-13DYV0

Nominal Run Amps

(1)

A

470.1

500.1

376.9

Maximum Start Amps

A

733.5

775.7

644.3

Recommended Mains Fuse Size

A

500

560

400

Evaporator

Immersion Heater Rating

W

250

250

170

Condenser Fan - Per Fan (EC)

Quantity

11

12

13

Full Load Amps

A

3.9

3.9

3.9

Motor Rating

kW

2.6

2.6

2.6

Compressor - Per Compressor

Nominal Run Amps

A

59.2 / 47.9 / 47.9

47.9 / 47.9 / 47.9

47.9 / 55.2

Quantity

2 + 3 + 3

3 + 3 + 3

3 + 3

Motor Rating

kW

36.2 / 29.8 / 29.8

29.8 / 29.8 / 29.8

29.8 / 33.1

Sump Heater Rating

W

140

140

140

Start Amps

(2)

A

298 / 326 / 326

326 / 326 / 326

326 / 326

OPTIONAL EXTRAS
Power Factor Correction (PF 0.98)

(3)

Nominal Run Amps

A

446.3

477.4

355.0

Reactive power reduction/saving

(4)

kVAr

44.1

42.7

39.8

Maximum Start Amps

A

709.7

753.0

622.4

Recommended Mains Fuse Size

A

500

560

400

Electronic Soft-start

Nominal Run Amps

A

470.1

500.1

376.9

Maximum Start Amps

A

603.1

645.3

513.9

Recommended Mains Fuse

A

500

560

400

Power Factor Correction (PF 

0.98) & Electronic Soft Start

(3)

Nominal Run Amps

A

446.3

477.4

355.0

Maximum Start Amps

A

579.3

622.6

492.0

Recommended Mains Fuse Size

A

500

560

400

Standard Head Pump (Single 

or Run/Standby)

Pump Full Load Amps

A

11.2

11.2

8.9

Unit Nominal Run Amps

A

481.1

511.0

385.4

Recommended Mains Fuse Size

A

500

560

450

Motor Rating

kW

6.2

6.2

4.4

Larger Head Pump (Single 

or Run/Standby)

Pump Full Load Amps

A

21.2

21.2

11.2

Unit Nominal Run Amps

A

491.0

521.0

387.9

Recommended Mains Fuse Size

A

560

560

450

Motor Rating

kW

12.1

12.1

6.1

Standard Head Inverter Pump 

(Single or Run/Standby)

Pump Full Load Amps

A

10.2

10.2

7.3

Unit Nominal Run Amps

A

478.4

508.4

382.8

Recommended Mains Fuse Size

A

500

560

400

Motor Rating

kW

6.4

6.4

4.5

Larger Head Inverter Pump 

(Single or Run/Standby)

Pump Full Load Amps

A

19.8

19.8

10.1

Unit Nominal Run Amps

A

486.3

516.3

385.1

Recommended Mains Fuse Size

A

560

560

450

Motor Rating

kW

12.4

12.4

6.3

(1)  Based at 7.2°C Evap / 54.4°C Condensing, AC Standard Fans.
(2)  Starting amps refers to the direct on line connections.
(3)  For unit RLA values at alternative power factor values contact Airedale.
(4)  Projected reactive power reduction based on a 0.95PF billing threshold

DCC Electrical Data - Regular Quiet

Summary of Contents for DeltaChill

Page 1: ...Technical Manual DeltaChill Air Cooled DeltaChill Free Cooling Chiller 500kW 1000kW ...

Page 2: ...ontact Airedale Customer Services For further assistance please e mail enquiries airedale com or telephone UK Sales Enquiries 44 0 113 239 1000 enquiries airedale com International Enquiries 44 0 113 239 1000 enquiries airedale com Spares Hot Line 44 0 113 238 7878 spares airedale com Airedale Service 44 0 113 239 1000 service airedale com Technical Support 44 0 113 239 1000 tech support airedale ...

Page 3: ...gned for use with R410A refrigerant Use only refrigerant recovery units and cylinders designed for high pressure refrigerants R410A must only be charged in the liquid state to ensure correct blend makeup The refrigerant must be stored in a clean dry area away from sunlight The refrigerant must never be stored above 50 C Pressure Equipment Directive 2014 68 EU Minimum and Maximum Operation Temperat...

Page 4: ...l trace heating is provided for interconnecting pipework 1 Refer to your glycol supplier for details Environmental Policy It is our policy to Take a proactive approach to resolve environmental issues and ensure compliance with regulatory requirements Train personnel in sound environmental practices Pursue opportunities to conserve resources prevent pollution and eliminate waste Manufacture product...

Page 5: ... Electronic Soft Start 18 Control Panel Light 19 Mains Cable Entry 19 R410A Leak Detection 19 Condenser Fans 20 Condenser Fan and Motor AC 20 Energy saving Electronically Commutated EC Fan Motor 20 High Airflow EC Fans 20 Waterside 21 Free Cooling Coil 21 Water Flow Switch 21 Water Connections 21 Waterside Options 23 Controls 24 General Description 24 Monitoring 25 Alarm Handling 26 Compressor Fas...

Page 6: ...l 55 DCF Performance Data EC Fans 58 DCF Mechanical Data 72 DCF Mechanical Data Regular Quiet 73 DCF Mechanical Data Extra Quiet 90 DCF Electrical Data 105 DCF Electrical Data Regular Quiet 106 DCF Electrical Data Extra Quiet 123 DCF Noise Data EC Fans Regular Quiet 138 Technical Data DCC 142 DCC Performance Data EC Fans 142 DCC Mechanical Data 156 DCC Mechanical Data Regular Quiet 157 DCC Mechani...

Page 7: ...YV0 248 DCC059DR 14DVV0 DCC061DR 14DVW0 DCC065DR 14DWW0 249 DCC070TR 16GPPY DCC074TR 17GPYY DCC079TR 18GYYY 250 DCC082TR 19GYYV DCC084TR 20GYVV DCC087TR 21GVVV 251 DCC015DX 04ADF0 DCC016DX 04AJJ0 DCC018DX 04BJK0 252 DCC048DX 10EPV0 DCC049DX 10EYY0 DCC053DX 11DYV0 253 DCC056DX 12DVV0 DCC058DX 12DVW0 DCC061DX 12DWW0 254 DCC066TX 13GPPY DCC070TX 14GPYY DCC075TX 15GYYY 255 DCC077TX 16GYYV DCC080TX 17G...

Page 8: ...DCF062DR 14DVV0 DCF066DR 14FVW0 DCF070DR 14FWW0 280 DCF075TR 16GPPY DCF080TR 17GPYY DCF085TR 18GYYY 281 DCF088TR 19HYYV DCF090TR 20HYVV DCF095TR 21HVVV 282 DCF098TR 21HVVW DCF101TR 21HVWW DCF103TR 21HWWW 283 DCF047DX 09DXY0 DCF049DX 09DPY0 DCF051DX 10DPV0 284 DCF053DX 10DYY0 DCF055DX 11DYV0 DCF058DX 12DVV0 285 DCF062DX 12FVW0 DCF065DX 12FWW0 DCF069TX 13GPPY 286 DCF075TX 14GPYY DCF079TX 15GYYY DCF0...

Page 9: ...he free cooling coil is capable of satisfying the full cooling demand the condenser fans are modulated to provide the desired duty The condenser fans Free cooling vs Mechanical cooling System operated on 100 Free Cooling 77 of Year System operated on mechanical cooling only 23 of Year Cooling Load Mechanical Compressor cooling Free Cooling 7 C 0 5 C 12 5 C Ambient Temp DC F xxx D R 07 x X Y 0 DC D...

Page 10: ...0 490kW DCF 470 490kW DCC 520kW DCF 510kW DCC 480 650kW DCF 510 650kW DCC 490 740kW DCF 530 790kW DCC 540 680kW DCF 500 820kW DCC 500 800kW DCF 550 850kW 9 Fan Units 10 Fan Units 11 Fan Units 12 Fan Units 13 Fan Units 14 Fan Units 1 DCC Duties based upon 12 C 7 C water temperatures 35 C Ambient 2 Free cool Duties at 15 C 10 C 3 C Ambient 3 Condenser fan layout may vary with unit configuration ...

Page 11: ...50 910kW DCF 590 960kW DCC 590 770kW DCF 660 850kW DCC 720 820kW DCF 780 850kW DCC 770 940kW DCF 820 1000kW DCC 700 820kW DCF 740 880kW DCC 740 840kW DCF 790 900kW DCC 790 960kW DCF 840 1030kW DCC 810kW DCF 870kW 15 Fan Units 16 Fan Units 17 Fan Units 18 Fan Units 19 Fan Units 20 Fan Units 21 Fan Units 22 Fan Units ...

Page 12: ...lation High Ambient Control Panel Heater Low Ambient Battery backup for Controls Single Phase Permanent Supply Isolator Standard Condenser Fans EC Electrically Commutated Condenser Fans Optional Control Panel Features Automatic Power Factor Correction Power Meter Electronic Soft Start Control Panel Rain Cover Internal Light Maintenance Socket Optional Condenser Fan Components AC Condenser Fans EC ...

Page 13: ... Standard or Premium Refrigerant Pumpdown Standard Waterside Features Differential Pressure Sensor Optional Waterside Features Single Pump Run Standby Pump pumps avaliable in Standard and high head Inverter Driven Pump Motors Standard and High Head Water Strainer Flush and Bypass Non Return Valves Water Flow Switch Pump Interlock Standard Coil Features Micro Channel Condenser Coils Free Cooling Co...

Page 14: ... rigid galvanised heavy duty sub frame with the use of vibration reducing isolation Compressor Staging The sequence of the compressor staging has been engineered to optimise the units ESEER performance Refrigeration Pipework Components Sight Glass A liquid line sight glass is fitted to give an indication of the state of the refrigerant within the system If the sight glass becomes yellow it s an in...

Page 15: ...is achieved Electronic expansion valves differ to normal thermostatic expansion valves in their ability to maintain control of refrigerant flow and the suction superheat at reduced head pressures The turn down rate of a typical EEV is superior to that of its thermostatic equivalent such that a reduced optimum condensing pressure can be maintained at low compressor load However low the load is on t...

Page 16: ...set monitored and values viewed at the microprocessor display Corrosion Resistant Coated Coils In atmospheres where high corrosion is anticipated a corrosion resistant epoxy coating is applied to the aluminium fins Evaporator Shell and Tube Heat Exchanger s will allow optimum heat transfer between media Each heat exchanger shall be insulated with closed cell polyurethane foam to Class 1 fire ratin...

Page 17: ...wing adjustment of set points whilst the unit is operational Circuit breakers for protection of all major unit components Phase rotation relay incorporating phase loss protection The electrical power and control panel is wired to the latest European standards and codes of practice Mains supply is 3 phase and a neutral is not required refer to interconnecting wiring Separate 230V 1ph 50Hz permanent...

Page 18: ...n resulting in a total number of 64 unique capacitor step values During operation the PFC regulator measures the reactive power drawn by the unit and then dependant on the instantaneous unit load and user configurable target PF value automatically switches in the necessary capacitor stages to achieve the desired unit target PFC Factory set to a 0 98PF Single Point Isolation Single point isolation ...

Page 19: ...fitted as standard with leak detection option The sensor is positioned at the lowest point to ensure correct operation Detection rate of 100 ppm ensures detection in case of refrigerant leakage The leak detector has relay outputs allowing for alarm monitoring via the Airedale controller This relay output can provide facilities for refrigerant pump down for refrigerant containment The refrigerant l...

Page 20: ...he chance of air re circulation As standard the enclosure is complete with an integral finger proof grille The fans offer maximum airflow performance while keeping sound levels to a minimum A mains EMC filter is fitted when the EC fan option is selected with the unit The filter is design for convenient mains connection within the bus bar chamber The in built EC fan control module allows for fan sp...

Page 21: ...vaporator differential pressure sensor facilitates low flow limiting and pressure drop monitoring via the microprocessor shall be fitted to ensure a correct unit water flow Pump Interlock Provision for a pump interlock is available within the control panel Water Flow Switch A water flow switch is fitted ensuring integrity of the cooling solution flow Water Filter Water filters are fitted to protec...

Page 22: ... life Pump AC Motor Fixed Speed A factory fitted in line single or run standby pump package is available in a standard or larger external head please specify at order Flow can be proved via the microprocessor display Factory fitted and supplied as standard complete with Differential Pressure Sensor Isolating valves Inlet strainer Electrical switch gear Pump Inverter Driven Variable Speed A factory...

Page 23: ...ble the water system to be purged before running Single pump filter flushing bypass Comprises Single pump with valve isolation Shut off valves Filters Single pump filter regulating bypass Comprises Single pump with valve isolation Shut off valves Filters Double regulating valves Run standby pumps filter flushing bypass Comprises Run and standby pumps with valve isolation Shut off valves Filters No...

Page 24: ...andard communication port and network connections The controller s in built display is used for viewing the unit operating status and making adjustments to control parameters by allowing the operator access to a series of display pages Also featured are a visual alarm and the facility to adjust and display control settings by local operator for information and control Pumps Circuit 3 Compressors B...

Page 25: ...AY 7 CURSOR FLASHING Top Left Position HOME Indicates adjustable Fields Monitoring The microprocessor also monitors and displays the following measured parameters Supply Water Temperature Return Water Temperature Suction Pressure of each circuit Liquid Pressure of each circuit Suction Temperature of each circuit Superheat for each circuit LCD Display ALARM Red LED Indicates Alarm Present PROGRAM O...

Page 26: ...lity Unit Remote ON OFF Disables Enables the Chiller remotely Compressor Anti Cycle Control Automatic via the Microprocessor Compressor Load Limit Limits the condensing pressure by unloading above 35 Barg Limits the evaporating pressure by unloading at the minimum pressure set point which is adjustable depending on system glycol content Pump s Remote ON OFF Disables Enables the pump s remotely Rem...

Page 27: ...of system energy consumption can be monitored via a dedicated LCD display Unit parameters can be adjusted via the unit microprocessor control to affect energy usage in line with the system need Remote Set point Adjust Allows the chilled water set point to be adjusted via an external 0 10V signal or Digital Input BMS Interface Card Enables Controlled units to be interfaced with most BMS factory fit...

Page 28: ...ight Grey RAL 7035 For further details refer to Dimensional Data Control Panel Rain Hood A rain hood shall be supplied to protect the control panel from certain weather conditions An integral light shall be also fitted Compressor Enclosures Compressor enclosures shall be fitted to the extra quiet units Enclosures are fitted as standard when refrigerant leak detection is selected Optional Features ...

Page 29: ...005 2750 9 DCF055DR 10DYY0 720 740 760 785 840 870 895 920 1015 2950 10 DCF058DR 10DVV0 850 845 845 845 1015 1010 1010 1005 1005 3395 11 DCF062DR 10FVW0 895 875 855 830 1090 1065 1040 1010 995 3290 12 DCF065DR 10FWW0 840 815 790 815 745 945 915 885 915 835 1040 3750 13 DCF069TR 10GPPY 850 825 800 825 755 955 925 900 925 850 1040 3765 14 DCF051DR 11DXY0 945 895 845 895 770 1040 990 930 990 850 1050...

Page 30: ...30 810 1170 1090 1005 1090 855 1070 4375 35 DCF090TR 15HVVV 790 760 730 695 890 860 825 785 1035 3215 36 DCF092TR 15HVVW 770 750 730 710 850 825 805 780 1050 3275 37 DCF094TR 15HVWW 795 770 740 710 875 845 815 780 1050 3230 38 DCF096TR 15HWWW 820 785 745 700 925 885 840 790 1035 3170 39 DCF080TR 17GPYY 720 685 650 685 585 805 765 725 765 655 1040 3605 40 DCF085TR 18GYYY 730 695 660 695 595 820 780...

Page 31: ...715 990 935 885 820 1030 3125 59 DCF055DX 11DYV0 865 820 770 715 1005 950 895 830 1025 3115 60 DCF055DX 12DYY0 810 785 765 785 725 915 890 865 890 820 1035 3780 61 DCF058DX 12DVV0 820 800 780 800 740 950 925 900 925 855 1025 3785 62 DCF062DX 12FVW0 940 885 825 885 740 1080 1015 945 1015 845 1030 4140 63 DCF065DX 12FWW0 980 920 860 920 775 1105 1040 970 1040 875 1035 4155 64 DCF050DX 13DXY0 1090 10...

Page 32: ...20 635 1065 4860 82 DCF082TX 18GYYY 855 820 785 815 820 635 820 895 860 820 860 860 860 665 1075 5380 83 DCF085TX 17HYVV 855 820 785 815 820 635 820 905 865 830 865 865 865 670 1070 5375 84 DCF089TX 18HVVV 855 820 785 815 820 635 820 910 875 835 875 875 875 675 1065 5365 85 DCF092TX 18HVVW 860 825 785 815 825 635 820 920 880 840 880 880 880 680 1065 5350 86 DCF094TX 18HVWW 725 690 655 690 585 830 ...

Page 33: ...20 110 DCC058DR 12DVV0 700 650 600 650 520 930 865 790 865 690 955 4025 111 DCC060DR 12DVW0 705 655 600 655 525 940 875 800 875 700 950 4020 112 DCC063DR 12DWW0 710 655 600 655 520 955 885 810 885 700 945 4005 113 DCC069TR 11GPYY 495 485 480 470 660 645 635 625 955 2775 114 DCC074TR 12GYYY 515 495 480 460 710 680 660 630 935 2695 115 DCC056DR 13DYV0 600 580 560 535 785 760 730 700 960 3230 116 DCC...

Page 34: ...082TR 19GYYV 550 520 485 515 520 440 445 715 670 630 670 670 670 475 965 4610 138 DCC084TR 20GYVV 555 520 490 515 520 440 450 715 675 635 675 675 675 480 965 4630 139 DCC087TR 21GVVV 580 550 520 545 550 465 470 750 710 670 710 710 710 495 965 5055 140 DCC090TR 21GVVW 585 550 520 545 550 465 475 760 720 675 720 720 720 505 960 5050 141 DCC093TR 21GVWW 585 555 520 550 555 465 475 765 725 680 725 725...

Page 35: ... 585 630 525 885 830 770 830 690 955 4125 165 DCC077TX 16GYYV 745 695 640 695 550 975 910 840 910 720 960 4400 166 DCC072TX 17GPYY 770 710 650 710 540 1025 950 865 950 720 950 4285 167 DCC077TX 18GYYY 560 525 490 520 525 445 445 750 705 655 705 705 705 490 945 4570 168 DCC080TX 17GYVV 565 530 495 525 530 450 450 755 710 660 710 710 710 495 950 4585 169 DCC083TX 18GVVV 590 560 525 550 560 475 470 7...

Page 36: ... 2682 2200 12770 550 206 3182 1 Mains Electric Isolator s 2 Electric Control Panel Circuit 1 and Circuit 2 and Circuit 3 3 Microprocessor Control Panel 4 Bus Bar Chamber Incoming Customer Mains supply 5 Emergency Stop 6 Mains Cable Entry and route to Busbar unit incoming mains isolation supplied by others 7 Water Connections Water Inlet 8 Water Connections Water Outlet 9 Optional discharge plenum ...

Page 37: ...ting is required ensuring the unit does not move Dimensions mm A B C D E F G 8 Fan Case 652 1711 2053 N A N A N A N A 10 Fan Case 630 1706 1414 1800 N A N A N A 12 Fan Case 630 2286 1934 1830 N A N A N A 14 Fan Case 630 1706 1711 1934 1830 N A N A 16 Fan Case 395 1700 1908 2564 2377 N A N A 18 Fan Case 630 2340 2160 2568 2377 N A N A 20 Fan Case 630 1400 1740 1740 1933 1934 1861 22 Fan Case 630 19...

Page 38: ...pable of lifting the whole unit Lifting Eye size is 40mm Do not use 1 chain between 2 lifting points to avoid load shift Only use lifting points provided Chains slings MUST NOT interfere with the casing or fan assembly to avoid damage Lift the unit slowly and evenly If the unit is dropped it should immediately be checked for damage and reported to Airedale Lifting Dimensions C A 1 Dimension mm A1 ...

Page 39: ...in B C 7 8 Fan Unit 4000 N A N A 3680 9 10 Fan Unit 5000 N A N A 4415 11 12 Fan Unit 3500 3000 2340 3145 13 14 Fan Unit 4500 3000 2340 4077 15 16 Fan Unit 5000 3000 2800 4750 17 18 Fan Unit 6000 3000 2950 5730 19 20 Fan Unit 7000 4000 3150 6660 21 22 Fan Unit 7000 5000 4000 6930 B A 1 A 2 C C 2290 Installation Data Lifting Dimensions ...

Page 40: ... from each unit adversely affecting other units in the vicinity Within a side enclosed installation the fan MUST be higher than the enclosing structure Increase airflow and maintenance clearances for side enclosed or multiple unit applications Allow free space above the fans to prevent air recirculation Ensure that there is a safe access and operating area provided for unit controls Prior to conne...

Page 41: ...ompressor enclosure covers to allow access to mount fixing holes in the unit base 4 Lock the upper retaining nuts 6a to the underside of the top plate 9 before a load is applied 5 Slacken levelling lock nut 4 the levelling screw will not move if this is not slackened 6 Remove retaining nut and washer 2 lower the unit onto the mounts and replace retaining nut and washer Beginning with the mount with...

Page 42: ...s location to Unit and Plinth The Anti Vibration mount is larger than the unit base Consideration must be made with regard to steelwork concrete plinth sizes Full information is available on the approved General Arrangement drawings The base of the unit is open Considerations must be made for service and maintenance requirements if the unit is installed on a gantry ...

Page 43: ...er pipe TT FS M P P 5 2 6 3 4 4 1 Standard Recommended Installation General The following diagram illustrates the minimum component installation requirements A wide range of optional extras are available to suit various applications The water flow commissioning valve set is not shown in the diagram as the valve can be fitted elsewhere within the chilled water circuit 1 Filter 20 Mesh If not includ...

Page 44: ...lancing All chilled water pipe work must be insulated and vapour sealed to avoid condensation If several units are installed in parallel adjacent to each other reverse return should be applied to avoid unnecessary balancing valves Pump Statement When installing circulating water pumps or equipment containing them the following rules should be applied Ensure the system is filled with water then ven...

Page 45: ...ter Flushing Bypass Circuit TT 1 2 TT FS Single Head Pump Scheme Comprises Standard Circuit plus Optional Extras 20 Mesh Water Filter supplied loose Flushing Bypass Circuit Single Head Pump TT TT 1 2 M FS Single Head Run Standby Pump Scheme Comprises Standard Circuit plus Optional Extras 20 Mesh Water Filter supplied loose Flushing Bypass Circuit Single Head Run Standby Pump TT TT 1 2 M M FS Stand...

Page 46: ...H LP SWITCH LOW PRESSURE TRANSDUCER TEMPERATURE SENSOR LOW PRESSURE TRANSDUCER TEMPERATURE SENSOR LOW PRESSURE TRANSDUCER TEMPERATURE SENSOR EVAPORATOR 5 16 SCHRADER HP SWITCH TEMP SENSOR TEMP SENSOR HP SWITCH HP SWITCH TEMP SENSOR HP SWITCH TEMP SENSOR LP SWITCH HIGH PRESSURE TRANSDUCER ELECTRONIC EXPANSION VALVE ELECTRONIC EXPANSION VALVE HIGH PRESSURE TRANSDUCER FILTER DRIERS HP SWITCH TEMP SEN...

Page 47: ...te phase frequency and voltage should be installed Wires should be capable of carrying the maximum load current under non fault conditions at the stipulated voltage A separately fused locally isolated permanent single phase and neutral supply MUST BE FITTED for the compressor oil heater evaporator trace heating and control circuits FAILURE to do so will INVALIDATE WARRANTY To reduce down time if p...

Page 48: ...502 1 Remote Pump Interlock 529 500 Remote setpoint adjust 825 573 Non Critical Alarm Volt Free Common Alarm 574 Volt Free Alarm N O 575 Volt Free Alarm N C 576 Critical Alarm Volt Free Common Alarm 577 Volt Free Alarm N O 578 Volt Free Alarm N C RX Tx Use Awg20 22 twisted pair with overall shield cable Belden ref 8762 Airedale ref 6110316 or equivalent for network RX Tx Network Connections In GND...

Page 49: ...ller Technical Manual 7267818 V1 13 0_01_2018 pLAN Termination RxTx RxTx GND RxTx RxTx GND Panel Side Customer Side The plugged termination ensures that the connections are made simultaneously Failure to attach the cables this way may cause damage to the controller ...

Page 50: ...e expanded parallelepiped method according to BS EN ISO 11203 2009 Resultant performance figures obtained from test will be proven to not differ from the claimed figures by more than the allowable deviations specified in table 7 of section VII of Eurovent RS 6 C 003 2016 A weighted sound power 3dBA Sound Directivity The Global sound measurements quoted in the following tables do not incorporate an...

Page 51: ... indication of the efficiency of the Chiller across the year round range of operation The ESEER value is calculated from the unit s performance at 20 25 30 and 35 C ambient temperatures for all loading stages and with a fixed 7 C supply temperature All calculations assume the system operates with 100 water ESEER 0 03 EER100 0 33 EER75 0 41 EER50 0 23 EER25 Where 0 03 0 33 0 41 and 0 23 are specifi...

Page 52: ...ol Percentage Freezing Point Temperature C 0 C 20 7 1 C 25 9 6 C 30 12 7 C 35 16 4 C 40 21 1 C 0 999 8 1035 7 1043 7 1051 8 1059 3 1066 8 5 999 9 1034 4 1042 4 1050 3 1057 8 1065 2 10 999 7 1032 9 1040 9 1048 8 1056 1 1063 5 15 999 0 1031 4 1039 2 1047 1 1054 4 1061 7 20 998 2 1029 7 1037 5 1045 3 1052 5 1059 7 25 997 0 1027 9 1035 6 1043 3 1050 5 1057 6 30 995 6 1026 0 1033 6 1041 3 1048 3 1055 4...

Page 53: ... Point Temperature C 0 C 20 7 1 C 25 9 6 C 30 12 7 C 35 16 4 C 40 21 1 C 0 999 8 1025 8 1031 0 1036 2 1040 7 1045 1 5 999 9 1024 3 1029 4 1034 5 1038 8 1043 1 10 999 7 1022 7 1027 6 1032 6 1036 8 1040 9 15 999 0 1020 9 1025 7 1030 5 1034 6 1038 7 20 998 2 1019 0 1023 7 1028 4 1032 3 1036 2 25 997 0 1017 0 1021 5 1026 1 1029 9 1033 7 30 995 6 1014 8 1019 2 1023 6 1027 3 1031 0 35 994 0 1012 6 1016 ...

Page 54: ...bient 7 12 C Water Model DCF046DR 07DXY0 with a permanent load of 191 2 kW Unit capacity at design conditions 478 kW Permanent Heat Load 191 2kW Minimum Turndown 16 Where the system permanent heat load is unknown Vmin Water Flow Rate litres hour x Minimum turndown ratio x 1 2 Maximum number of compressor starts per hour Example Chiller at 35 C Ambient 7 12 C Water Model DCC046DR 07DXY0 Unit capaci...

Page 55: ...ility The cooling capacity is derived by multiplying the total number of Fans on the unit by the values of flowrate and capacity Example Return water temperature 14 C Temperature difference from ambient to return water temperature 10 K Therefore ambient 4 C DCF047DX 09DXY0 chiller having 9 fans equates to Cooling capacity 39kW x 9 351kW Flowrate 1 5 l s x 9 13 5 l s Exact cooling capacity and wate...

Page 56: ... Technical FreeCool AC Fans Extra Quiet 0 10 20 30 40 50 60 0 0 0 5 1 0 1 5 2 0 2 5 3 0 3 5 Flowrate l s Cooling Performance kW 16 C 14 C 12 C 10 C 8 C 6 C 0 10 20 30 40 50 60 70 0 0 0 5 1 0 1 5 2 0 2 5 3 0 3 5 Flowrate l s Cooling Performance kW 16 C 14 C 12 C 10 C 8 C 6 C EC Fans Regular Quiet ...

Page 57: ...3 0_01_2018 FreeCool 0 10 20 30 40 50 60 0 0 0 5 1 0 1 5 2 0 2 5 3 0 3 5 Flowrate l s Cooling Performance kW 16 C 14 C 12 C 10 C 8 C 6 C EC Fans Extra Quiet 0 10 20 30 40 50 60 70 0 0 0 5 1 0 1 5 2 0 2 5 3 0 3 5 Flowrate l s Cooling Performance kW 16 C 14 C 12 C 10 C 8 C 6 C EC Fans High Airflow ...

Page 58: ...59 1 468 8 175 2 433 7 192 8 8 543 8 145 9 515 1 160 3 482 1 176 3 446 0 194 0 10 574 6 148 4 544 4 162 8 509 1 178 7 471 2 196 3 12 606 0 151 0 573 8 165 3 536 7 181 2 497 1 198 8 14 638 1 153 7 603 7 167 9 564 9 183 8 523 6 201 4 4 DCF053DR 08DYY0 6 534 3 155 9 504 8 170 5 472 4 187 1 437 7 205 5 7 549 5 157 0 519 1 171 7 485 8 188 4 450 1 206 8 8 564 9 158 2 533 6 172 9 499 4 189 6 462 7 208 0 ...

Page 59: ... 9 533 5 195 2 495 1 215 2 8 613 3 161 6 584 1 178 2 549 0 196 3 509 5 216 3 10 649 2 164 2 618 6 180 8 580 5 198 7 539 0 218 6 12 685 9 167 0 653 0 183 4 612 8 201 1 569 3 221 1 14 723 4 169 9 687 9 186 0 645 8 203 8 600 4 223 7 11 DCF062DR 10FVW0 6 626 9 173 3 594 2 190 5 556 8 209 8 515 6 231 2 7 645 4 174 8 611 6 191 9 572 8 211 1 530 5 232 5 8 663 9 176 1 629 2 193 3 589 1 212 5 545 6 233 8 1...

Page 60: ...8 9 512 0 175 4 478 9 193 8 8 586 0 145 4 558 2 160 0 526 9 176 4 493 4 194 9 10 620 2 147 6 591 1 162 2 558 3 178 7 523 2 197 2 12 655 3 149 9 624 3 164 4 590 8 181 0 554 0 199 6 14 691 3 152 3 659 1 166 8 624 2 183 5 585 9 202 0 18 DCF058DR 11DYV0 6 565 9 150 8 538 5 166 2 508 3 183 9 475 0 203 6 7 582 8 151 9 555 0 167 5 523 7 185 1 489 3 204 7 8 600 0 153 1 571 2 168 6 539 5 186 3 503 9 205 8 ...

Page 61: ...2 1 531 1 179 3 496 7 198 6 8 608 0 148 1 579 2 163 2 546 9 180 3 511 5 199 6 10 643 6 150 3 613 5 165 4 579 2 182 4 542 9 201 9 12 680 2 152 6 648 4 167 7 613 1 184 8 574 9 204 2 14 717 5 155 1 684 6 170 1 647 9 187 3 608 1 206 7 25 DCF062DR 14DVV0 6 593 9 148 6 565 5 164 3 533 8 182 2 498 3 202 1 7 611 8 149 7 582 7 165 3 550 2 183 2 514 5 203 4 8 630 0 150 8 600 2 166 4 566 9 184 3 529 7 204 2 ...

Page 62: ... 780 2 289 7 724 5 318 9 8 897 3 240 7 853 5 264 8 802 2 291 4 745 1 320 7 10 947 7 244 5 902 0 268 7 847 2 295 0 787 2 324 3 12 999 1 248 5 950 9 272 5 893 1 298 8 830 6 328 1 14 1051 2 252 6 1000 1 276 4 940 0 302 8 874 9 332 1 32 DCF075TR 16GPPY 6 731 1 185 7 695 6 204 8 655 8 226 3 613 2 250 6 7 752 7 187 1 716 5 206 2 675 9 227 8 631 9 252 1 8 774 8 188 5 737 6 207 6 695 7 229 1 651 0 253 5 1...

Page 63: ...6 889 5 338 4 825 0 372 7 8 1030 5 283 0 975 4 309 8 914 0 340 6 847 9 374 9 10 1086 1 287 2 1028 2 314 2 963 8 345 1 894 5 379 5 12 1142 5 291 6 1082 0 318 8 1014 7 349 8 942 3 384 2 14 1199 5 296 3 1136 5 323 6 1066 5 354 8 991 3 389 2 39 DCF080TR 17GPYY 6 788 4 200 8 750 1 221 3 707 1 244 3 661 0 270 3 7 811 9 202 3 772 6 222 8 728 8 245 9 681 3 271 9 8 835 7 203 9 795 5 224 3 750 2 247 4 702 0...

Page 64: ...6 7 328 5 855 4 362 6 8 1045 9 271 4 997 8 299 2 943 4 330 7 879 7 364 5 10 1104 6 275 7 1054 6 303 5 997 6 335 0 929 3 368 3 12 1164 4 280 2 1112 5 308 1 1051 4 339 0 980 2 372 4 14 1224 8 284 8 1171 5 312 7 1106 3 343 2 1032 3 376 6 46 DCF088TR 19HYYV 6 852 0 217 7 812 2 240 2 767 3 265 5 718 3 294 0 7 877 0 219 2 836 4 241 7 790 8 267 3 740 5 295 8 8 902 4 220 8 860 9 243 3 813 8 268 7 762 5 29...

Page 65: ...31 5 458 2 144 9 427 6 160 0 394 7 176 9 8 500 2 132 6 471 0 146 0 439 4 161 2 405 7 178 1 10 527 7 134 9 496 9 148 4 463 7 163 7 428 1 180 7 12 555 7 137 4 523 4 151 0 488 5 166 3 451 2 183 3 14 584 3 140 0 550 3 153 6 513 8 169 0 474 8 186 1 53 DCF049DX 09DPY0 6 490 0 134 8 461 0 148 6 429 9 164 1 396 6 181 3 7 503 7 136 0 473 9 149 8 441 8 165 3 407 6 182 5 8 517 5 137 1 486 9 151 0 453 9 166 6...

Page 66: ... 166 6 513 1 184 1 14 656 6 139 9 621 1 153 5 582 5 169 0 540 9 186 5 59 DCF055DX 11DYV0 6 553 7 150 6 522 2 166 3 488 1 183 9 451 4 203 6 7 569 4 151 8 537 1 167 5 502 0 185 2 464 2 204 9 8 585 4 153 1 552 1 168 8 516 1 186 5 477 3 206 2 10 617 8 155 7 582 8 171 4 544 8 189 2 503 9 209 0 12 650 9 158 4 614 1 174 2 574 2 192 0 531 3 211 8 14 684 6 161 3 646 0 177 2 604 2 195 0 559 4 214 8 60 DCF05...

Page 67: ...8 5 474 0 152 8 440 9 168 8 8 548 5 126 9 519 4 139 4 487 8 153 7 453 7 169 7 10 579 8 128 7 549 2 141 2 515 9 155 5 480 0 171 6 12 611 8 130 7 579 7 143 2 544 8 157 5 507 1 173 6 14 644 6 132 7 610 9 145 2 574 3 159 5 534 9 175 6 66 DCF055DX 14DPV0 6 539 4 128 2 510 8 141 2 479 7 156 1 446 1 173 0 7 555 3 129 1 526 0 142 1 494 0 157 0 459 4 173 8 8 571 4 130 0 541 3 142 9 508 5 157 8 473 0 174 7 ...

Page 68: ...5 6 630 7 238 2 582 1 263 3 8 737 8 197 2 694 6 217 3 648 0 240 0 598 1 265 1 10 777 9 200 7 732 3 221 0 683 2 243 7 630 6 268 9 12 818 6 204 4 770 8 224 8 719 1 247 6 664 0 272 8 14 860 0 208 3 809 9 228 7 755 8 251 6 698 2 276 9 73 DCF075TX 14GPYY 6 754 1 209 0 709 9 230 4 662 3 254 4 611 4 281 0 7 775 2 210 8 729 7 232 3 680 8 256 3 628 4 283 0 8 796 5 212 6 749 8 234 1 699 5 258 2 645 7 284 9 ...

Page 69: ... 0 722 7 273 6 667 7 301 9 8 844 1 227 1 795 3 250 0 742 5 275 7 686 1 304 0 10 890 1 231 1 838 6 254 1 783 1 279 8 723 7 308 2 12 937 0 235 3 882 9 258 4 824 6 284 2 762 3 312 6 14 984 8 239 7 928 1 262 9 867 0 288 8 801 9 317 3 80 DCF082TX 16HYYV 6 821 7 225 2 775 8 248 5 725 7 274 8 671 7 304 0 7 844 7 227 0 797 5 250 4 746 0 276 7 690 5 305 9 8 867 9 228 9 819 4 252 3 766 6 278 7 709 6 307 9 1...

Page 70: ... 852 9 315 2 788 4 349 0 8 993 9 260 0 937 6 287 0 876 2 317 5 810 0 351 4 10 1047 2 264 5 988 1 291 6 923 6 322 2 854 1 356 2 12 1101 3 269 2 1039 5 296 5 971 9 327 2 899 2 361 3 14 1156 0 274 1 1091 6 301 5 1021 2 332 4 945 5 366 7 87 DCF096TX 18HWWW 6 962 5 267 9 907 7 296 1 848 1 327 8 783 7 363 2 7 988 9 270 1 932 6 298 4 871 3 330 2 805 2 365 6 8 1015 5 272 4 957 8 300 7 894 8 332 7 827 0 36...

Page 71: ... 736 1 286 4 8 908 5 214 4 862 8 235 8 812 4 260 3 757 5 287 8 10 959 5 217 3 911 7 238 8 858 8 263 3 801 1 290 9 12 1011 3 220 3 961 5 241 9 906 3 266 5 846 0 294 1 14 1063 9 223 6 1012 2 245 1 954 8 269 8 891 9 297 4 94 DCF092TX 21HVVV 6 904 2 223 2 855 8 246 3 802 7 272 8 745 2 302 6 7 930 4 224 8 880 8 247 9 826 3 274 4 767 2 304 2 8 957 0 226 4 906 1 249 5 850 2 276 0 789 5 305 9 10 1011 1 22...

Page 72: ...xy Baked Powder Paint Light Grey RAL7035 Evaporator Shell and Tube Insulation Class 1 Condenser Epoxy Coated Aluminium Microchannel Aluminium Fins Face Area Total m 2 38 Condenser Fan Motor Sickle Bladed Fan Diameter mm 800 Oil Type Polyvinyl Ether Refrigeration Refrigerant Control Electronic Expansion Valve EEV Connections Grooved Terminations Maximum System Operating Pressure Bar 10 DCF Mechanic...

Page 73: ...7 0 Quantity 7 7 8 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Tandem Trio Tandem Trio Quantity of Compressors 6 5 5 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 24 30 24 31 24 34 GWP Tonnes Equivalent CO2 tCO2 50 63 50 65 50 71 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN125 DN...

Page 74: ...9 52 9 Quantity 8 9 9 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Tandem Trio Quantity of Compressors 6 6 5 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 28 31 27 32 28 33 GWP Tonnes Equivalent CO2 tCO2 58 65 56 67 58 69 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN125 D...

Page 75: ... 58 8 Quantity 10 9 10 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Tandem Trio Trio Trio Trio Trio Quantity of Compressors 5 6 6 Oil Charge Volume Total l 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 28 37 28 34 32 33 GWP Tonnes Equivalent CO2 tCO2 58 77 58 71 67 69 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN125 ...

Page 76: ...8 8 58 8 Quantity 10 10 10 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Quantity of Compressors 6 6 6 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 33 34 35 36 35 36 GWP Tonnes Equivalent CO2 tCO2 69 71 73 75 73 75 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN12...

Page 77: ...ntity 10 11 11 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Tandem Tandem Trio Trio Trio Tandem Trio Quantity of Compressors 7 6 5 Oil Charge Volume Total l 2 x 5 3 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 23 24 30 31 35 31 36 GWP Tonnes Equivalent CO2 tCO2 48 50 63 65 73 65 75 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Out...

Page 78: ...5 64 7 Quantity 12 12 11 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Tandem Trio Trio Trio Trio Trio Quantity of Compressors 5 6 6 Oil Charge Volume Total l 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 31 40 35 36 32 37 GWP Tonnes Equivalent CO2 tCO2 65 84 73 75 67 77 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN12...

Page 79: ...70 5 70 5 Quantity 12 12 12 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Quantity of Compressors 6 6 6 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 36 37 38 39 38 39 GWP Tonnes Equivalent CO2 tCO2 75 77 79 81 79 81 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN1...

Page 80: ...ntity 11 12 13 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Tandem Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 8 9 6 Oil Charge Volume Total l 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 24 30 31 28 30 31 35 39 GWP Tonnes Equivalent CO2 tCO2 50 63 65 58 63 65 73 81 Refrigerant Control Electronic Expansion Valve EEV ...

Page 81: ...82 3 82 3 Quantity 14 14 14 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Quantity of Compressors 6 6 6 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 40 39 42 41 42 46 GWP Tonnes Equivalent CO2 tCO2 84 81 88 86 88 96 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN1...

Page 82: ... 14 13 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Tandem Tandem Trio Tandem Trio Trio Trio Trio Trio Quantity of Compressors 7 8 9 Oil Charge Volume Total l 2 x 5 3 2 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 26 29 33 27 34 34 31 33 37 GWP Tonnes Equivalent CO2 tCO2 54 61 69 56 71 71 65 69 77 Refrigerant Control Electronic Expan...

Page 83: ...14 16 15 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Tandem Tandem Trio Trio Trio Trio Quantity of Compressors 9 7 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 31 37 37 30 33 35 32 34 35 GWP Tonnes Equivalent CO2 tCO2 65 77 77 63 69 73 67 71 73 Refrigerant Control Electronic Expan...

Page 84: ...tity 16 15 15 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 34 37 40 37 39 40 37 39 40 GWP Tonnes Equivalent CO2 tCO2 71 77 84 77 81 84 77 81 84 Refrigerant Control Electronic Expa...

Page 85: ...ty 15 15 17 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Tandem Trio Trio Quantity of Compressors 9 9 8 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 37 39 40 37 39 40 31 37 38 GWP Tonnes Equivalent CO2 tCO2 77 81 84 77 81 84 65 77 79 Refrigerant Control Electronic Expa...

Page 86: ...Quantity 18 17 18 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 35 37 38 35 40 41 40 42 43 GWP Tonnes Equivalent CO2 tCO2 73 77 79 73 84 86 84 88 90 Refrigerant Control Electronic ...

Page 87: ... Quantity 18 18 18 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 40 42 43 40 42 43 40 42 43 GWP Tonnes Equivalent CO2 tCO2 84 88 90 84 88 90 84 88 90 Refrigerant Control Electronic...

Page 88: ...Quantity 19 20 21 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 38 39 45 38 43 45 45 44 48 GWP Tonnes Equivalent CO2 tCO2 79 81 94 79 90 94 94 92 100 Refrigerant Control Electronic...

Page 89: ...Quantity 21 21 21 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 45 44 48 45 44 48 45 44 48 GWP Tonnes Equivalent CO2 tCO2 94 92 100 94 92 100 94 92 100 Refrigerant Control Electron...

Page 90: ...0 40 0 Quantity 9 9 10 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Tandem Trio Tandem Trio Quantity of Compressors 6 5 5 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 27 32 28 33 28 37 GWP Tonnes Equivalent CO2 tCO2 56 67 58 69 58 77 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN125 D...

Page 91: ...4 0 44 0 Quantity 10 11 11 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Tandem Trio Quantity of Compressors 6 6 5 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 32 33 31 35 31 36 GWP Tonnes Equivalent CO2 tCO2 67 69 65 73 65 75 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN125...

Page 92: ...44 0 48 0 Quantity 12 11 12 Maximum Speed EC Fans rpm 725 725 725 Compressor Tandem Trio Trio Trio Trio Trio Quantity of Compressors 5 6 6 Oil Charge Volume Total l 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 31 40 32 37 35 36 GWP Tonnes Equivalent CO2 tCO2 65 84 67 77 73 75 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN12...

Page 93: ...0 48 0 48 0 Quantity 12 12 12 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Quantity of Compressors 6 6 6 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 36 37 38 39 38 39 GWP Tonnes Equivalent CO2 tCO2 75 77 79 81 79 81 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN12...

Page 94: ...0 56 0 Quantity 13 13 14 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Tandem Trio Tandem Trio Quantity of Compressors 6 5 5 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 34 38 35 38 35 42 GWP Tonnes Equivalent CO2 tCO2 71 79 73 79 73 88 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN125...

Page 95: ...0 56 0 56 0 Quantity 13 14 14 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Quantity of Compressors 6 6 6 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 35 39 39 38 40 39 GWP Tonnes Equivalent CO2 tCO2 73 81 81 79 84 81 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN12...

Page 96: ... 0 Quantity 14 14 13 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Tandem Tandem Trio Quantity of Compressors 6 6 7 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 42 41 42 41 26 29 33 GWP Tonnes Equivalent CO2 tCO2 88 86 88 86 54 61 69 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Ou...

Page 97: ... 64 0 Quantity 14 15 16 Maximum Speed EC Fans rpm 725 725 725 Compressor Tandem Trio Trio Trio Trio Trio Trio Quantity of Compressors 8 6 6 Oil Charge Volume Total l 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 27 34 34 39 42 44 42 GWP Tonnes Equivalent CO2 tCO2 56 71 71 81 88 92 88 Refrigerant Control Electronic Expansion Valve EEV Water Inlet O...

Page 98: ... 0 Quantity 16 16 16 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Tandem Tandem Trio Quantity of Compressors 6 6 7 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 46 44 46 44 30 33 35 GWP Tonnes Equivalent CO2 tCO2 96 92 96 92 63 69 73 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Ou...

Page 99: ...ntity 15 16 17 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Tandem Trio Trio Quantity of Compressors 9 9 8 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 32 34 35 34 37 40 31 37 38 GWP Tonnes Equivalent CO2 tCO2 67 71 73 71 77 84 65 77 79 Refrigerant Control Electronic Expa...

Page 100: ...0 Quantity 18 17 18 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 35 37 38 35 40 41 40 42 43 GWP Tonnes Equivalent CO2 tCO2 73 77 79 73 84 86 84 88 90 Refrigerant Control Electronic E...

Page 101: ...0 Quantity 18 18 18 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 40 42 43 40 42 43 40 42 43 GWP Tonnes Equivalent CO2 tCO2 84 88 90 84 88 90 84 88 90 Refrigerant Control Electronic E...

Page 102: ... 09 ESEER 4 25 4 22 4 13 Nominal Output Free Cooling kW 652 9 693 1 684 1 Ambient temperature for 100 Free Cooling 5 C 1 4 1 2 0 3 Capacity Steps 15 35 45 60 75 90 100 15 30 40 55 65 80 90 100 10 25 35 45 60 70 80 90 100 Minimum Turndown Ratio 0 16 0 15 0 12 Dimensions H x W x L mm 2682 x 2200 x 11638 2682 x 2200 x 11638 2682 x 2200 x 11638 Weight Machine 3 kg 8625 8885 9075 Operating kg 10300 105...

Page 103: ...ity 19 20 19 Maximum Speed EC Fans rpm 725 725 725 Compressor Tandem Tandem Trio Tandem Trio Trio Trio Trio Trio Quantity of Compressors 7 8 9 Oil Charge Volume Total l 2 x 5 3 2 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 33 35 40 34 39 42 38 39 45 GWP Tonnes Equivalent CO2 tCO2 69 73 84 71 81 88 79 81 94 Refrigerant Control Electronic Ex...

Page 104: ... EC Fans m s 83 9 83 9 83 9 83 9 Quantity 21 21 21 21 Maximum Speed EC Fans rpm 725 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 45 44 48 45 44 48 45 44 48 45 44 48 GW...

Page 105: ...d in size This reduction is size is for common electrical features Mains supply voltage 400V 3PH 50Hz Maximum mains incoming Cable size Direct to Bus bar Recommended Permanent Fuse size 16 Amps Permanent mains supply 230 Volts 1 Ph 50 Hz Maximum permanent incoming cable size 10 mm Control Circuit 24V 230V AC External evaporator pipe work trace heating available fitted by others 500 Watts ...

Page 106: ...d Mains Fuse A 315 355 355 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 281 1 287 2 308 4 Maximum Start Amps A 426 3 420 2 441 4 Recommended Mains Fuse Size A 315 0 355 0 355 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 14 8 14 8 14 8 Unit Nominal Run Amps A 307 5 318 0 346 4 Recommended Mains Fuse Size A 355 355 400 Motor Rating kW 8 4 8 4 8 4 Lar...

Page 107: ...actor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 318 3 288 9 295 0 Maximum Start Amps A 463 5 434 1 428 0 Recommended Mains Fuse Size A 355 0 315 0 355 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 14 8 14 8 14 8 Unit Nominal Run Amps A 348 0 315 2 325 7 Recommended Mains Fuse Size A 400 355 355 Motor Rating kW 8 4 8 4 8 4 Larger Head Pump Single or Run Standb...

Page 108: ...ctor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 316 2 339 5 326 1 Maximum Start Amps A 449 2 476 5 471 3 Recommended Mains Fuse Size A 400 0 400 0 355 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 21 2 21 2 21 2 Unit Nominal Run Amps A 360 5 382 5 362 1 Recommended Mains Fuse Size A 400 400 400 Motor Rating kW 12 1 12 1 12 1 Larger Head Pump Single or Run Stan...

Page 109: ...Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 360 7 374 4 388 0 Maximum Start Amps A 497 7 507 4 504 2 Recommended Mains Fuse Size A 450 0 450 0 450 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 21 2 21 2 28 5 Unit Nominal Run Amps A 411 1 423 1 442 5 Recommended Mains Fuse Size A 450 450 500 Motor Rating kW 12 1 12 1 16 4 Larger Head Pump Single or Run St...

Page 110: ...55 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 415 2 296 7 302 7 Maximum Start Amps A 548 2 441 9 435 7 Recommended Mains Fuse Size A 500 0 355 0 355 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 14 8 14 8 Unit Nominal Run Amps A 468 4 323 0 333 5 Recommended Mains Fuse Size A 500 355 355 Motor Rating kW 16 4 8 4 8 4 Larger Head Pump Single or...

Page 111: ... Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 324 0 333 8 347 3 Maximum Start Amps A 457 0 479 0 484 3 Recommended Mains Fuse Size A 400 0 400 0 400 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 14 8 21 2 21 2 Unit Nominal Run Amps A 361 8 369 8 390 2 Recommended Mains Fuse Size A 400 400 450 Motor Rating kW 8 4 12 1 12 1 Larger Head Pump Single or Run St...

Page 112: ...Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 368 5 382 1 395 8 Maximum Start Amps A 505 5 515 1 512 0 Recommended Mains Fuse Size A 450 0 450 0 450 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 21 2 21 2 21 2 Unit Nominal Run Amps A 418 7 430 8 442 9 Recommended Mains Fuse Size A 450 450 500 Motor Rating kW 12 1 12 1 12 1 Larger Head Pump Single or Run St...

Page 113: ...0 560 400 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 446 3 477 4 355 0 Maximum Start Amps A 579 3 622 6 492 0 Recommended Mains Fuse Size A 500 0 560 0 400 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 28 5 21 2 Unit Nominal Run Amps A 498 3 528 3 398 0 Recommended Mains Fuse Size A 560 560 450 Motor Rating kW 16 4 16 4 12 1 Larger Head Pump ...

Page 114: ...Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 376 3 389 9 403 6 Maximum Start Amps A 513 3 522 9 519 8 Recommended Mains Fuse Size A 450 0 450 0 450 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 21 2 21 2 21 2 Unit Nominal Run Amps A 426 4 438 5 450 6 Recommended Mains Fuse Size A 450 500 500 Motor Rating kW 12 1 12 1 12 1 Larger Head Pump Single or Run St...

Page 115: ...use A 500 500 560 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 426 9 458 0 498 6 Maximum Start Amps A 559 9 591 0 635 6 Recommended Mains Fuse Size A 500 0 500 0 560 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 21 2 28 5 28 5 Unit Nominal Run Amps A 472 7 509 9 556 4 Recommended Mains Fuse Size A 500 560 630 Motor Rating kW 12 1 16 4 16 4 Larger He...

Page 116: ...use A 630 500 560 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 519 8 438 6 489 1 Maximum Start Amps A 656 8 571 6 634 3 Recommended Mains Fuse Size A 630 0 500 0 560 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 21 2 28 5 Unit Nominal Run Amps A 584 8 484 3 539 9 Recommended Mains Fuse Size A 630 560 560 Motor Rating kW 16 4 12 1 16 4 Larger He...

Page 117: ...use A 560 630 630 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 510 3 541 0 554 7 Maximum Start Amps A 647 3 678 0 687 7 Recommended Mains Fuse Size A 560 0 630 0 630 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 28 5 28 5 Unit Nominal Run Amps A 568 0 613 3 625 4 Recommended Mains Fuse Size A 630 630 670 Motor Rating kW 16 4 16 4 16 4 Larger He...

Page 118: ...use A 630 670 560 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 568 4 582 1 469 7 Maximum Start Amps A 701 4 698 3 602 7 Recommended Mains Fuse Size A 630 0 670 0 560 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 35 0 28 5 Unit Nominal Run Amps A 637 4 656 0 521 5 Recommended Mains Fuse Size A 670 710 560 Motor Rating kW 16 4 20 3 16 4 Larger He...

Page 119: ...use A 560 630 630 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 500 7 531 5 552 7 Maximum Start Amps A 645 9 668 5 689 7 Recommended Mains Fuse Size A 560 0 630 0 630 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 28 5 28 5 Unit Nominal Run Amps A 551 5 596 3 624 9 Recommended Mains Fuse Size A 630 630 670 Motor Rating kW 16 4 16 4 16 4 Larger He...

Page 120: ...use A 630 670 670 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 566 4 580 1 593 7 Maximum Start Amps A 699 4 713 1 709 9 Recommended Mains Fuse Size A 630 0 670 0 670 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 28 5 35 0 Unit Nominal Run Amps A 636 9 649 0 667 6 Recommended Mains Fuse Size A 670 670 710 Motor Rating kW 16 4 16 4 20 3 Larger He...

Page 121: ...use A 630 630 630 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 522 0 543 2 564 4 Maximum Start Amps A 659 0 680 2 701 4 Recommended Mains Fuse Size A 630 0 630 0 630 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 28 5 28 5 Unit Nominal Run Amps A 579 6 607 9 636 4 Recommended Mains Fuse Size A 630 630 670 Motor Rating kW 16 4 16 4 16 4 Larger He...

Page 122: ...use A 670 670 670 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 578 0 591 7 605 4 Maximum Start Amps A 711 0 724 7 721 6 Recommended Mains Fuse Size A 670 0 670 0 670 0 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 35 0 35 0 Unit Nominal Run Amps A 648 4 667 0 679 1 Recommended Mains Fuse Size A 670 710 710 Motor Rating kW 16 4 20 3 20 3 Larger He...

Page 123: ...ower Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 288 9 295 0 316 2 Maximum Start Amps A 434 1 428 0 449 2 Recommended Mains Fuse Size A 315 355 400 Standard Head Pump Single or Run Standby Pump Full Load Amps A 14 8 14 8 14 8 Unit Nominal Run Amps A 315 2 325 7 354 1 Recommended Mains Fuse Size A 355 355 400 Motor Rating kW 8 4 8 4 8 4 Larger Head Pump Single or Run Standb...

Page 124: ...mended Mains Fuse A 355 355 355 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 326 1 296 7 302 7 Maximum Start Amps A 471 3 441 9 435 7 Recommended Mains Fuse Size A 355 355 355 Standard Head Pump Single or Run Standby Pump Full Load Amps A 14 8 14 8 14 8 Unit Nominal Run Amps A 355 7 323 0 333 5 Recommended Mains Fuse Size A 400 355 355 Motor Rating kW 8 4 8 4 8 4 Larg...

Page 125: ...Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 324 0 347 3 333 8 Maximum Start Amps A 457 0 484 3 479 0 Recommended Mains Fuse Size A 400 400 400 Standard Head Pump Single or Run Standby Pump Full Load Amps A 14 8 21 2 14 8 Unit Nominal Run Amps A 361 8 390 2 363 5 Recommended Mains Fuse Size A 400 450 400 Motor Rating kW 8 4 12 1 8 4 Larger Head Pump Single or Run Stan...

Page 126: ...wer Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 368 5 382 1 395 8 Maximum Start Amps A 505 5 515 1 512 0 Recommended Mains Fuse Size A 450 450 450 Standard Head Pump Single or Run Standby Pump Full Load Amps A 21 2 21 2 21 2 Unit Nominal Run Amps A 418 7 430 8 442 9 Recommended Mains Fuse Size A 450 450 500 Motor Rating kW 12 1 12 1 12 1 Larger Head Pump Single or Run Stan...

Page 127: ...Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 304 4 310 5 331 7 Maximum Start Amps A 449 6 443 5 464 7 Recommended Mains Fuse Size A 355 355 400 Standard Head Pump Single or Run Standby Pump Full Load Amps A 14 8 14 8 14 8 Unit Nominal Run Amps A 330 7 341 2 369 5 Recommended Mains Fuse Size A 355 400 400 Motor Rating kW 8 4 8 4 8 4 Larger Head Pump Single or Run Stand...

Page 128: ...Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 355 0 341 6 376 3 Maximum Start Amps A 492 0 486 8 513 3 Recommended Mains Fuse Size A 400 400 450 Standard Head Pump Single or Run Standby Pump Full Load Amps A 14 8 14 8 21 2 Unit Nominal Run Amps A 391 6 371 2 426 4 Recommended Mains Fuse Size A 450 400 450 Motor Rating kW 8 4 8 4 12 1 Larger Head Pump Single or Run Stan...

Page 129: ...0 500 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 389 9 403 6 426 9 Maximum Start Amps A 522 9 519 8 559 9 Recommended Mains Fuse Size A 450 450 500 Standard Head Pump Single or Run Standby Pump Full Load Amps A 21 2 21 2 21 2 Unit Nominal Run Amps A 438 5 450 6 472 7 Recommended Mains Fuse Size A 500 500 500 Motor Rating kW 12 1 12 1 12 1 Larger Head Pump Single or ...

Page 130: ...0 450 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 458 0 362 8 384 0 Maximum Start Amps A 591 0 499 8 521 0 Recommended Mains Fuse Size A 500 450 450 Standard Head Pump Single or Run Standby Pump Full Load Amps A 21 2 21 2 21 2 Unit Nominal Run Amps A 502 6 405 7 434 1 Recommended Mains Fuse Size A 560 450 450 Motor Rating kW 12 1 12 1 12 1 Larger Head Pump Single or ...

Page 131: ...0 500 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 397 7 411 4 438 6 Maximum Start Amps A 530 7 527 6 571 6 Recommended Mains Fuse Size A 450 500 500 Standard Head Pump Single or Run Standby Pump Full Load Amps A 21 2 21 2 21 2 Unit Nominal Run Amps A 446 2 458 3 484 3 Recommended Mains Fuse Size A 500 500 560 Motor Rating kW 12 1 12 1 12 1 Larger Head Pump Single or ...

Page 132: ...ns Fuse A 560 560 560 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 489 1 510 3 469 7 Maximum Start Amps A 634 3 647 3 602 7 Recommended Mains Fuse Size A 560 560 560 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 28 5 21 2 Unit Nominal Run Amps A 539 9 568 0 514 3 Recommended Mains Fuse Size A 560 630 560 Motor Rating kW 16 4 16 4 12 1 Larger Head...

Page 133: ...ns Fuse A 560 630 630 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 500 7 531 5 552 7 Maximum Start Amps A 645 9 668 5 689 7 Recommended Mains Fuse Size A 560 630 630 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 28 5 28 5 Unit Nominal Run Amps A 551 5 596 3 624 9 Recommended Mains Fuse Size A 630 630 670 Motor Rating kW 16 4 16 4 16 4 Larger Head...

Page 134: ...ns Fuse A 630 670 670 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 566 4 580 1 593 7 Maximum Start Amps A 699 4 713 1 709 9 Recommended Mains Fuse Size A 630 670 670 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 28 5 28 5 Unit Nominal Run Amps A 636 9 649 0 661 1 Recommended Mains Fuse Size A 670 670 710 Motor Rating kW 16 4 16 4 16 4 Larger Head...

Page 135: ...ns Fuse A 500 560 630 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 450 2 481 3 522 0 Maximum Start Amps A 583 2 614 3 659 0 Recommended Mains Fuse Size A 500 560 630 Standard Head Pump Single or Run Standby Pump Full Load Amps A 21 2 21 2 28 5 Unit Nominal Run Amps A 495 9 525 9 579 6 Recommended Mains Fuse Size A 560 560 630 Motor Rating kW 12 1 12 1 16 4 Larger Head...

Page 136: ...ns Fuse A 630 560 630 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 543 2 512 4 533 6 Maximum Start Amps A 680 2 657 6 670 6 Recommended Mains Fuse Size A 630 560 630 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 28 5 28 5 Unit Nominal Run Amps A 607 9 563 2 591 2 Recommended Mains Fuse Size A 630 630 630 Motor Rating kW 16 4 16 4 16 4 Larger Head...

Page 137: ... 6 Recommended Mains Fuse A 630 670 670 670 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 564 4 578 0 591 7 605 4 Maximum Start Amps A 701 4 711 0 724 7 721 6 Recommended Mains Fuse Size A 630 670 670 670 Standard Head Pump Single or Run Standby Pump Full Load Amps A 28 5 28 5 28 5 35 0 Unit Nominal Run Amps A 636 4 648 4 660 5 679 1 Recommended Mains Fuse Size A 670 6...

Page 138: ...0 Power 97 6 96 5 94 8 90 4 88 3 83 2 80 9 79 0 93 4 Pressure 64 7 63 7 61 9 57 5 55 4 50 3 48 0 46 1 60 6 12 DCF065DR 10FWW0 Power 96 4 97 6 95 3 91 5 88 9 83 2 81 5 69 1 94 0 Pressure 63 6 64 8 62 4 58 7 56 0 50 3 48 6 36 2 61 1 13 DCF069TR 10GPPY Power 97 8 97 2 94 7 91 1 88 8 83 7 82 2 70 2 93 8 Pressure 64 9 64 3 61 8 58 2 55 9 50 8 49 3 37 4 61 0 14 DCF051DR 11DXY0 Power 97 0 95 3 91 2 86 6 ...

Page 139: ...9 3 45 8 60 5 35 DCF090TR 15HVVV Power 100 2 96 8 96 0 90 7 89 3 84 9 81 9 83 5 94 5 Pressure 66 7 63 3 62 5 57 1 55 8 51 4 48 4 50 0 61 0 36 DCF092TR 15HVVW Power 99 6 97 8 96 4 91 7 89 8 84 9 82 4 81 9 95 0 Pressure 66 1 64 3 62 8 58 2 56 3 51 4 48 9 48 4 61 5 37 DCF094TR 15HVWW Power 99 0 98 7 96 7 92 6 90 2 84 9 82 9 79 2 95 4 Pressure 65 5 65 2 63 2 59 1 56 7 51 4 49 4 45 7 61 9 38 DCF096TR 1...

Page 140: ...9 1 45 8 54 1 60 DCF055DX 12DYY0 Power 96 1 91 7 89 9 81 3 81 2 73 3 73 1 68 3 86 3 Pressure 63 0 58 6 56 8 48 2 48 1 40 2 40 0 35 2 53 2 61 DCF058DX 12DVV0 Power 95 9 91 2 93 2 81 3 80 8 72 3 71 2 81 7 88 1 Pressure 62 8 58 1 60 1 48 2 47 7 39 2 38 1 48 6 55 0 62 DCF062DX 12FVW0 Power 94 3 94 1 94 0 82 8 82 2 72 4 71 8 78 8 88 7 Pressure 61 2 61 0 60 9 49 7 49 1 39 3 38 7 45 7 55 6 63 DCF065DX 12...

Page 141: ...9 3 49 7 56 2 85 DCF092TX 18HVVW Power 96 7 95 1 95 5 84 1 83 5 74 2 73 4 81 7 90 3 Pressure 63 0 61 4 61 8 50 4 49 8 40 5 39 7 48 0 56 6 86 DCF094TX 18HVWW Power 95 3 96 5 95 9 85 0 84 4 74 2 73 8 78 9 90 7 Pressure 61 6 62 8 62 2 51 3 50 7 40 5 40 1 45 2 57 0 87 DCF096TX 18HWWW Power 93 2 97 6 96 4 85 7 85 1 74 3 74 1 68 0 91 0 Pressure 59 5 63 9 62 7 52 0 51 4 40 6 40 4 34 3 57 3 88 DCF074TX 19...

Page 142: ...0 510 3 147 9 482 6 163 8 451 4 181 4 8 549 8 135 0 524 8 148 8 496 9 164 7 464 7 182 3 9 565 2 136 0 539 8 149 8 511 3 165 8 478 3 183 2 10 580 6 137 0 554 9 150 8 525 7 166 7 492 0 184 2 101 DCC051DR 10EYY0 5 527 6 143 7 503 5 158 4 476 6 175 2 446 9 193 9 6 542 5 144 6 518 5 159 5 490 9 176 2 460 5 194 9 7 558 2 145 7 533 7 160 5 505 5 177 3 473 9 195 8 8 574 6 146 9 549 1 161 6 520 3 178 4 487...

Page 143: ...687 8 183 6 652 5 201 1 611 7 221 1 567 7 243 4 8 707 3 185 1 670 5 202 5 628 7 222 5 583 6 244 8 9 727 0 186 6 688 7 203 9 645 9 223 9 599 7 246 3 10 746 3 188 0 707 1 205 3 663 3 225 3 616 1 247 7 106 DCC065TR 10GPPY 5 692 2 198 7 654 9 217 7 612 9 239 4 567 9 263 5 6 712 2 200 2 673 6 219 2 630 4 240 9 584 1 265 1 7 732 4 201 7 692 5 220 7 648 2 242 5 600 6 266 7 8 752 7 203 3 711 7 222 3 666 1...

Page 144: ...625 4 151 8 595 7 167 3 563 2 185 4 527 1 205 8 8 643 6 152 9 613 9 168 6 580 1 186 5 543 2 206 9 9 662 0 154 0 631 3 169 6 597 3 187 7 559 6 208 1 10 680 7 155 2 649 4 170 8 614 7 188 9 576 3 209 2 111 DCC060DR 12DVW0 5 618 3 161 3 589 3 178 1 556 8 197 4 520 8 219 0 6 636 3 162 4 606 7 179 2 573 7 198 6 536 6 220 1 7 654 9 163 6 624 7 180 4 590 9 199 8 552 6 221 2 8 673 6 164 8 643 1 181 7 608 4...

Page 145: ...601 8 144 3 574 4 159 1 543 1 176 0 508 7 195 0 8 619 2 145 3 591 2 160 1 559 5 177 1 524 4 196 2 9 636 7 146 3 608 2 161 1 575 7 178 1 539 7 197 1 10 654 4 147 4 625 4 162 2 591 7 179 0 555 6 198 2 116 DCC059DR 14DVV0 5 596 1 145 4 568 1 160 8 536 5 178 4 500 9 198 0 6 614 1 146 4 585 5 161 8 553 1 179 3 517 4 199 3 7 632 4 147 4 603 1 162 7 570 0 180 3 533 4 200 3 8 650 9 148 5 621 0 163 8 587 1...

Page 146: ... 2 822 4 230 1 779 0 253 7 727 8 278 9 121 DCC077TR 13GYYV 5 813 9 228 6 773 3 251 1 726 8 276 6 674 9 304 5 6 838 2 230 4 796 1 252 8 748 1 278 2 694 7 306 1 7 862 9 232 2 819 2 254 5 769 6 279 9 714 8 307 8 8 887 4 233 9 842 6 256 2 791 5 281 6 735 3 309 5 9 912 2 235 6 866 3 258 0 813 6 283 3 756 0 311 2 10 937 2 237 4 890 3 259 9 836 1 285 1 777 1 313 0 122 DCC080TR 14GYVV 5 835 0 230 2 794 9 ...

Page 147: ... 4 265 1 889 1 291 5 827 3 321 0 127 DCC086TR 15GVVW 5 897 0 244 9 853 8 270 0 803 5 298 3 745 7 329 1 6 924 1 246 8 879 5 271 8 827 3 300 0 767 9 330 7 7 951 5 248 8 905 6 273 7 851 5 301 7 790 5 332 5 8 979 4 250 7 932 1 275 6 876 1 303 4 813 5 334 2 9 1007 6 252 7 958 9 277 6 900 9 305 2 836 8 336 0 10 1036 0 254 8 986 1 279 6 926 1 307 1 860 4 337 8 128 DCC088TR 15GVWW 5 929 0 257 5 883 7 283 ...

Page 148: ...4 4 252 4 884 8 278 9 828 5 308 2 133 DCC085TR 18GVVV 5 868 6 223 5 826 7 246 7 781 4 273 9 731 0 304 5 6 894 8 225 0 853 1 248 6 805 7 275 5 754 0 306 1 7 921 2 226 6 878 7 250 2 830 3 277 1 777 3 307 7 8 948 1 228 2 903 9 251 6 855 3 278 8 801 1 309 4 9 975 3 229 9 930 3 253 3 880 6 280 5 825 3 311 1 10 1002 7 231 6 957 1 255 0 906 3 282 2 849 9 312 8 134 DCC088TR 18GVVW 5 910 2 236 0 866 8 260 ...

Page 149: ...7 910 0 217 5 868 2 240 0 820 7 265 7 767 9 294 6 8 936 6 219 1 893 9 241 5 845 3 267 2 792 0 296 3 9 963 5 220 6 919 9 243 1 870 4 268 8 815 3 297 7 10 990 7 222 2 946 3 244 7 894 7 270 1 839 5 299 3 139 DCC087TR 21GVVV 5 877 9 217 2 837 0 240 3 790 8 266 7 739 7 296 6 6 904 5 218 7 862 6 241 7 815 3 268 1 762 9 298 0 7 931 4 220 2 888 6 243 2 840 2 269 6 785 5 299 1 8 958 6 221 7 915 0 244 7 865...

Page 150: ...195 1 7 546 8 145 9 517 2 160 8 484 7 177 7 449 6 196 4 8 561 7 147 0 531 4 162 0 498 0 178 9 462 0 197 6 9 576 7 148 2 545 6 163 2 511 5 180 2 474 6 198 9 10 591 8 149 4 560 0 164 5 525 1 181 4 487 3 200 2 145 DCC049DX 12EPV0 5 508 7 127 3 482 4 140 5 453 3 155 7 421 6 172 9 6 523 5 128 1 496 6 141 4 466 7 156 6 434 1 173 8 7 538 4 129 0 510 8 142 2 480 2 157 5 446 8 174 7 8 553 4 129 8 525 3 143...

Page 151: ...547 3 126 0 520 9 138 8 491 0 153 5 458 0 170 3 8 562 9 126 8 535 8 139 6 505 2 154 3 471 4 171 1 9 578 5 127 6 550 8 140 4 519 5 155 1 485 0 171 9 10 594 2 128 4 566 0 141 2 534 0 155 9 498 8 172 7 152 DCC052DX 14EYY0 5 539 4 135 2 513 0 148 9 483 7 164 5 451 6 182 0 6 555 1 136 0 528 0 149 7 497 9 165 3 464 9 182 9 7 570 9 136 8 543 2 150 5 512 4 166 2 478 5 183 8 8 586 9 137 7 558 6 151 4 527 0...

Page 152: ...773 9 204 8 731 1 225 8 684 2 249 5 633 7 275 9 8 795 1 206 4 751 2 227 5 703 1 251 3 651 3 277 7 9 816 5 208 1 771 5 229 2 722 2 253 1 669 1 279 5 10 838 1 209 8 792 0 231 0 741 5 254 9 687 1 281 3 159 DCC055DX 15DYV0 5 572 7 138 8 544 5 153 0 512 7 169 2 478 0 187 6 6 589 7 139 7 560 7 153 9 528 1 170 1 492 4 188 5 7 606 9 140 6 577 1 154 7 543 6 171 0 507 0 189 3 8 624 3 141 5 593 6 155 6 559 3...

Page 153: ...859 8 222 0 812 2 244 8 760 2 270 5 704 2 299 2 8 883 7 223 7 834 9 246 6 781 5 272 4 724 0 301 1 9 907 9 225 5 857 9 248 4 803 1 274 3 744 1 303 0 10 932 4 227 4 881 1 250 3 825 0 276 2 764 5 305 0 166 DCC072TX 17GPYY 5 752 2 193 7 712 9 213 6 669 7 236 2 622 9 261 5 6 774 0 195 0 733 7 214 9 689 3 237 6 641 2 262 9 7 796 0 196 4 754 7 216 3 709 1 239 0 659 7 264 4 8 818 3 197 7 776 0 217 7 729 2...

Page 154: ...1008 5 264 0 951 7 291 5 889 6 322 6 822 8 357 3 8 1036 0 266 2 977 8 293 7 914 1 324 9 845 5 359 7 9 1063 8 268 4 1004 1 296 0 938 8 327 2 868 5 362 1 10 1091 7 270 7 1030 6 298 3 963 7 329 7 891 7 364 6 173 DCC070TX 19GPPY 5 728 6 175 6 691 9 193 4 651 1 213 7 606 7 236 7 6 750 3 176 7 712 4 194 4 670 5 214 8 624 9 237 8 7 772 2 177 9 733 2 195 6 690 2 215 9 643 3 239 0 8 794 2 179 0 754 3 196 7...

Page 155: ...9 4 878 7 242 0 825 7 268 1 767 9 297 5 8 953 0 220 9 904 1 243 5 849 7 269 6 790 4 299 0 9 979 8 222 4 929 7 245 0 874 0 271 1 813 2 300 6 10 1006 7 224 0 955 6 246 6 898 6 272 7 836 3 302 2 180 DCC088TX 21GVVW 5 914 3 228 5 865 5 252 2 811 9 279 5 753 9 310 2 6 941 4 230 1 891 3 253 8 836 2 281 1 776 4 311 8 7 968 8 231 7 917 4 255 4 860 8 282 7 799 3 313 5 8 996 5 233 3 943 8 257 1 885 7 284 4 ...

Page 156: ...Baked Powder Paint Light Grey RAL7035 Evaporator Shell and Tube Insulation Class 1 Condenser Epoxy Coated Aluminium Microchannel Aluminium Fins Face Area Total m 2 38 Condenser Fan Motor Sickle Bladed Fan Diameter mm 800 Oil Type Polyvinyl Ether Refrigeration Refrigerant Control Electronic Expansion Valve EEV Connections Grooved Terminations Maximum System Operating Pressure Bar 10 The Deltachill ...

Page 157: ...hanical kW 170 5 183 7 163 8 EER 2 2 75 2 67 2 95 ESEER 3 91 3 90 4 12 Nominal Output Free Cooling kW N A N A N A Ambient temperature for 100 Free Cooling 5 C N A N A N A Capacity Steps 25 45 65 80 100 20 35 50 70 85 100 25 40 65 80 100 Minimum Turndown Ratio 0 23 0 18 0 23 Dimensions H x W x L mm 2682 x 2200 x 4846 2682 x 2200 x 4846 2682 x 2200 x 5978 Weight Machine 3 kg 3850 3985 4330 Operating...

Page 158: ...38 Nominal Airflow EC Fans m s 64 4 58 0 64 4 Quantity 10 9 10 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Quantity of Compressors 6 6 6 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 29 30 26 32 32 33 GWP Tonnes Equivalent CO2 tCO2 61 63 54 67 67 69 Refrigerant Control Electronic Expansion Va...

Page 159: ...4 Quantity 10 10 10 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Tandem Tandem Trio Quantity of Compressors 6 6 7 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 32 33 33 34 21 23 29 GWP Tonnes Equivalent CO2 tCO2 67 69 69 71 44 48 61 Refrigerant Control Electronic Expansion Valve EEV Water Inlet ...

Page 160: ...7 3 70 9 Quantity 12 12 11 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Tandem Trio Trio Trio Trio Trio Quantity of Compressors 5 6 6 Oil Charge Volume Total l 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 28 37 32 33 30 35 GWP Tonnes Equivalent CO2 tCO2 58 77 67 69 63 73 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN...

Page 161: ...3 77 3 77 3 Quantity 12 12 12 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Quantity of Compressors 6 6 6 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 35 36 35 36 36 37 GWP Tonnes Equivalent CO2 tCO2 73 75 73 75 75 77 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit D...

Page 162: ...Quantity 11 12 13 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Tandem Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 8 9 6 Oil Charge Volume Total l 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 21 28 28 27 29 30 33 37 GWP Tonnes Equivalent CO2 tCO2 44 58 58 56 61 63 69 77 Refrigerant Control Electronic Expansion Valve E...

Page 163: ...2 90 2 90 2 Quantity 14 14 14 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Quantity of Compressors 6 6 6 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 39 38 39 38 40 39 GWP Tonnes Equivalent CO2 tCO2 81 79 81 79 84 81 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit D...

Page 164: ...3 14 13 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Tandem Tandem Trio Tandem Trio Trio Trio Trio Trio Quantity of Compressors 7 8 9 Oil Charge Volume Total l 2 x 5 3 2 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 24 27 31 24 31 31 27 29 33 GWP Tonnes Equivalent CO2 tCO2 50 56 65 50 65 65 56 61 69 Refrigerant Control Electronic Expa...

Page 165: ...y 14 16 15 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Tandem Tandem Trio Trio Trio Trio Quantity of Compressors 9 7 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 27 33 33 28 31 34 31 33 33 GWP Tonnes Equivalent CO2 tCO2 56 69 69 58 65 71 65 69 69 Refrigerant Control Electronic Exp...

Page 166: ...uantity 16 15 15 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 30 33 37 31 33 34 33 35 35 GWP Tonnes Equivalent CO2 tCO2 63 69 77 65 69 71 69 73 73 Refrigerant Control Electronic E...

Page 167: ...ntity 15 15 17 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Tandem Trio Trio Quantity of Compressors 9 9 8 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 33 35 35 33 35 35 28 34 35 GWP Tonnes Equivalent CO2 tCO2 69 73 73 69 73 73 58 71 73 Refrigerant Control Electronic E...

Page 168: ... Quantity 18 17 18 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 34 35 36 31 36 37 35 36 37 GWP Tonnes Equivalent CO2 tCO2 71 73 75 65 75 77 73 75 77 Refrigerant Control Electronic...

Page 169: ... Quantity 18 18 18 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 36 38 39 36 38 39 36 38 39 GWP Tonnes Equivalent CO2 tCO2 75 79 81 75 79 81 75 79 81 Refrigerant Control Electronic...

Page 170: ... Quantity 19 20 21 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 34 35 41 34 39 41 39 39 42 GWP Tonnes Equivalent CO2 tCO2 71 73 86 71 81 86 81 81 88 Refrigerant Control Electronic...

Page 171: ... Quantity 21 21 21 Maximum Speed EC Fans rpm 1026 1026 1026 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 40 40 44 40 40 44 40 40 44 GWP Tonnes Equivalent CO2 tCO2 84 84 92 84 84 92 84 84 92 Refrigerant Control Electronic...

Page 172: ...4 1 53 0 Quantity 10 10 12 Maximum Speed EC Fans rpm 725 725 725 Compressor Tandem Trio Trio Trio Tandem Trio Quantity of Compressors 5 6 5 Oil Charge Volume Total l 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 24 34 29 30 28 37 GWP Tonnes Equivalent CO2 tCO2 50 71 61 63 58 77 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN1...

Page 173: ...3 0 48 6 53 0 Quantity 12 11 12 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Quantity of Compressors 6 6 6 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 32 33 30 35 35 36 GWP Tonnes Equivalent CO2 tCO2 67 69 63 73 73 75 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN...

Page 174: ...0 53 0 61 8 Quantity 12 12 14 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Tandem Trio Quantity of Compressors 6 6 5 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 35 36 36 37 32 39 GWP Tonnes Equivalent CO2 tCO2 73 75 75 77 67 81 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN...

Page 175: ...1 8 57 4 61 8 Quantity 14 13 14 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Quantity of Compressors 6 6 6 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 36 35 33 37 39 38 GWP Tonnes Equivalent CO2 tCO2 75 73 69 77 81 79 Refrigerant Control Electronic Expansion Valve EEV Water Inlet Outlet Unit DN...

Page 176: ...57 4 Quantity 14 14 13 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Tandem Tandem Trio Quantity of Compressors 6 6 7 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 39 38 40 39 24 27 31 GWP Tonnes Equivalent CO2 tCO2 81 79 84 81 50 56 65 Refrigerant Control Electronic Expansion Valve EEV Water Inlet ...

Page 177: ...2 70 6 Quantity 14 15 16 Maximum Speed EC Fans rpm 725 725 725 Compressor Tandem Trio Trio Trio Trio Trio Trio Quantity of Compressors 8 6 6 Oil Charge Volume Total l 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 24 31 31 37 40 43 41 GWP Tonnes Equivalent CO2 tCO2 50 65 65 77 84 90 86 Refrigerant Control Electronic Expansion Valve EEV Water Inlet ...

Page 178: ... 70 6 Quantity 16 16 16 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Tandem Tandem Trio Quantity of Compressors 6 6 7 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 2 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 43 41 44 42 28 31 34 GWP Tonnes Equivalent CO2 tCO2 90 86 92 88 58 65 71 Refrigerant Control Electronic Expansion Valve EEV Water Inlet...

Page 179: ...uantity 15 16 17 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Tandem Trio Trio Quantity of Compressors 9 9 8 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 31 33 33 30 33 37 28 34 35 GWP Tonnes Equivalent CO2 tCO2 65 69 69 63 69 77 58 71 73 Refrigerant Control Electronic Ex...

Page 180: ...5 Quantity 18 17 18 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 34 35 36 31 36 37 35 36 37 GWP Tonnes Equivalent CO2 tCO2 71 73 75 65 75 77 73 75 77 Refrigerant Control Electronic E...

Page 181: ...5 Quantity 18 18 18 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 36 38 39 36 38 39 36 38 39 GWP Tonnes Equivalent CO2 tCO2 75 79 81 75 79 81 75 79 81 Refrigerant Control Electronic E...

Page 182: ...ty 19 20 21 Maximum Speed EC Fans rpm 725 725 725 Compressor Tandem Tandem Trio Tandem Trio Trio Trio Trio Trio Quantity of Compressors 7 8 9 Oil Charge Volume Total l 2 x 5 3 2 x 5 3 3 x 5 3 2 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 31 34 39 31 37 39 38 38 41 GWP Tonnes Equivalent CO2 tCO2 65 71 81 65 77 81 79 79 86 Refrigerant Control Electronic Exp...

Page 183: ...3 Quantity 19 22 20 Maximum Speed EC Fans rpm 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 34 35 41 37 38 45 34 39 41 GWP Tonnes Equivalent CO2 tCO2 71 73 86 77 79 94 71 81 86 Refrigerant Control Electronic E...

Page 184: ...w EC Fans m s 92 7 92 7 92 7 92 7 Quantity 21 21 21 21 Maximum Speed EC Fans rpm 725 725 725 725 Compressor Trio Trio Trio Trio Trio Trio Trio Trio Trio Trio Trio Trio Quantity of Compressors 9 9 9 9 Oil Charge Volume Total l 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 3 x 5 3 Refrigeration R410A 2088 Charge Total kg 39 39 42 40 40 44 40 40 44 40 40 44 G...

Page 185: ...ction is size is for common electrical features Mains supply voltage 400V 3PH 50Hz Maximum mains incoming Cable size Direct to Bus bar Recommended Permanent Fuse size 16 Amps Permanent mains supply 230 Volts 1 Ph 50 Hz Maximum permanent incoming cable size 10 mm Control Circuit 24V 230V AC External evaporator pipe work trace heating available fitted by others 500 Watts DCC Electrical Data ...

Page 186: ...ded Mains Fuse A 355 355 400 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 308 4 318 3 316 2 Maximum Start Amps A 441 4 463 5 449 2 Recommended Mains Fuse Size A 355 355 400 Standard Head Pump Single or Run Standby Pump Full Load Amps A 8 9 8 9 8 9 Unit Nominal Run Amps A 340 3 341 8 347 9 Recommended Mains Fuse Size A 400 400 400 Motor Rating kW 4 4 4 4 4 4 Larger Hea...

Page 187: ...r Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 326 1 339 5 360 7 Maximum Start Amps A 471 3 476 5 497 7 Recommended Mains Fuse Size A 355 400 450 Standard Head Pump Single or Run Standby Pump Full Load Amps A 8 9 8 9 8 9 Unit Nominal Run Amps A 349 5 370 0 398 5 Recommended Mains Fuse Size A 400 400 450 Motor Rating kW 4 4 4 4 4 4 Larger Head Pump Single or Run Standby Pump...

Page 188: ...00 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 374 4 388 0 415 2 Maximum Start Amps A 507 4 504 2 548 2 Recommended Mains Fuse Size A 450 450 500 Standard Head Pump Single or Run Standby Pump Full Load Amps A 8 9 11 2 11 2 Unit Nominal Run Amps A 410 5 425 2 451 1 Recommended Mains Fuse Size A 450 450 500 Motor Rating kW 4 4 6 2 6 2 Larger Head Pump Single or Run Sta...

Page 189: ...er Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 324 0 333 8 347 3 Maximum Start Amps A 457 0 479 0 484 3 Recommended Mains Fuse Size A 400 400 400 Standard Head Pump Single or Run Standby Pump Full Load Amps A 8 9 8 9 8 9 Unit Nominal Run Amps A 355 6 357 3 377 7 Recommended Mains Fuse Size A 400 400 400 Motor Rating kW 4 4 4 4 4 4 Larger Head Pump Single or Run Standby Pum...

Page 190: ... Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 368 5 382 1 395 8 Maximum Start Amps A 505 5 515 1 512 0 Recommended Mains Fuse Size A 450 450 450 Standard Head Pump Single or Run Standby Pump Full Load Amps A 8 9 11 2 11 2 Unit Nominal Run Amps A 406 2 420 8 432 9 Recommended Mains Fuse Size A 450 450 450 Motor Rating kW 4 4 6 2 6 2 Larger Head Pump Single or Run Standby Pum...

Page 191: ... 560 400 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 446 3 477 4 355 0 Maximum Start Amps A 579 3 622 6 492 0 Recommended Mains Fuse Size A 500 560 400 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 8 9 Unit Nominal Run Amps A 481 1 511 0 385 4 Recommended Mains Fuse Size A 500 560 450 Motor Rating kW 6 2 6 2 4 4 Larger Head Pump Single or R...

Page 192: ...actor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 376 3 389 9 403 6 Maximum Start Amps A 513 3 522 9 519 8 Recommended Mains Fuse Size A 450 450 450 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 416 4 428 5 440 6 Recommended Mains Fuse Size A 450 450 500 Motor Rating kW 6 2 6 2 6 2 Larger Head Pump Single or Run Standby Pump...

Page 193: ... A 500 500 560 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 426 9 458 0 498 6 Maximum Start Amps A 559 9 591 0 635 6 Recommended Mains Fuse Size A 500 500 560 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 462 7 492 7 539 1 Recommended Mains Fuse Size A 500 560 560 Motor Rating kW 6 2 6 2 6 2 Larger Head Pump Sing...

Page 194: ... A 630 500 560 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 519 8 438 6 489 1 Maximum Start Amps A 656 8 571 6 634 3 Recommended Mains Fuse Size A 630 500 560 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 567 5 474 3 522 7 Recommended Mains Fuse Size A 630 500 560 Motor Rating kW 6 2 6 2 6 2 Larger Head Pump Sing...

Page 195: ... A 560 630 630 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 510 3 541 0 554 7 Maximum Start Amps A 647 3 678 0 687 7 Recommended Mains Fuse Size A 560 630 630 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 550 7 596 0 608 0 Recommended Mains Fuse Size A 630 630 630 Motor Rating kW 6 2 6 2 6 2 Larger Head Pump Sing...

Page 196: ... A 630 670 560 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 568 4 582 1 469 7 Maximum Start Amps A 701 4 698 3 602 7 Recommended Mains Fuse Size A 630 670 560 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 15 2 11 2 Unit Nominal Run Amps A 620 1 636 2 504 3 Recommended Mains Fuse Size A 670 670 560 Motor Rating kW 6 2 8 4 6 2 Larger Head Pump Sing...

Page 197: ... A 560 630 630 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 500 7 531 5 552 7 Maximum Start Amps A 645 9 668 5 689 7 Recommended Mains Fuse Size A 560 630 630 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 534 3 579 0 607 5 Recommended Mains Fuse Size A 560 630 630 Motor Rating kW 6 2 6 2 6 2 Larger Head Pump Sing...

Page 198: ... A 630 670 670 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 566 4 580 1 593 7 Maximum Start Amps A 699 4 713 1 709 9 Recommended Mains Fuse Size A 630 670 670 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 15 2 15 2 Unit Nominal Run Amps A 619 6 635 6 647 7 Recommended Mains Fuse Size A 670 670 670 Motor Rating kW 6 2 8 4 8 4 Larger Head Pump Sing...

Page 199: ... A 630 630 630 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 522 0 543 2 564 4 Maximum Start Amps A 659 0 680 2 701 4 Recommended Mains Fuse Size A 630 630 630 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 562 3 590 6 619 1 Recommended Mains Fuse Size A 630 630 670 Motor Rating kW 6 2 6 2 6 2 Larger Head Pump Sing...

Page 200: ... A 670 670 670 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 578 0 591 7 605 4 Maximum Start Amps A 711 0 724 7 721 6 Recommended Mains Fuse Size A 670 670 670 Standard Head Pump Single or Run Standby Pump Full Load Amps A 15 2 15 2 15 2 Unit Nominal Run Amps A 635 1 647 2 659 3 Recommended Mains Fuse Size A 670 670 710 Motor Rating kW 8 4 8 4 8 4 Larger Head Pump Sing...

Page 201: ...5 400 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 316 2 326 1 324 0 Maximum Start Amps A 449 2 471 3 457 0 Recommended Mains Fuse Size A 400 355 400 Standard Head Pump Single or Run Standby Pump Full Load Amps A 8 9 8 9 8 9 Unit Nominal Run Amps A 347 9 349 5 355 6 Recommended Mains Fuse Size A 400 400 400 Motor Rating kW 4 4 4 4 4 4 Larger Head Pump Single or Run St...

Page 202: ... Recommended Mains Fuse A 400 400 450 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 333 8 347 3 368 5 Maximum Start Amps A 479 0 484 3 505 5 Recommended Mains Fuse Size A 400 400 450 Standard Head Pump Single or Run Standby Pump Full Load Amps A 8 9 8 9 8 9 Unit Nominal Run Amps A 357 3 377 7 406 2 Recommended Mains Fuse Size A 400 400 450 Motor Rating kW 4 4 4 4 4 4 L...

Page 203: ...400 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 382 1 395 8 331 7 Maximum Start Amps A 515 1 512 0 464 7 Recommended Mains Fuse Size A 450 450 400 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 8 9 Unit Nominal Run Amps A 420 8 432 9 363 3 Recommended Mains Fuse Size A 450 450 400 Motor Rating kW 6 2 6 2 4 4 Larger Head Pump Single or Run St...

Page 204: ...0 450 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 341 6 355 0 376 3 Maximum Start Amps A 486 8 492 0 513 3 Recommended Mains Fuse Size A 400 400 450 Standard Head Pump Single or Run Standby Pump Full Load Amps A 8 9 8 9 8 9 Unit Nominal Run Amps A 365 0 385 4 413 9 Recommended Mains Fuse Size A 400 450 450 Motor Rating kW 4 4 4 4 4 4 Larger Head Pump Single or Run St...

Page 205: ...0 450 500 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 389 9 403 6 426 9 Maximum Start Amps A 522 9 519 8 559 9 Recommended Mains Fuse Size A 450 450 500 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 428 5 440 6 462 7 Recommended Mains Fuse Size A 450 500 500 Motor Rating kW 6 2 6 2 6 2 Larger Head Pump Single or...

Page 206: ...00 450 450 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 458 0 362 8 384 0 Maximum Start Amps A 591 0 499 8 521 0 Recommended Mains Fuse Size A 500 450 450 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 8 9 11 2 Unit Nominal Run Amps A 492 7 393 1 424 1 Recommended Mains Fuse Size A 560 450 450 Motor Rating kW 6 2 4 4 6 2 Larger Head Pump Single or...

Page 207: ...0 500 500 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 397 7 411 4 438 6 Maximum Start Amps A 530 7 527 6 571 6 Recommended Mains Fuse Size A 450 500 500 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 436 2 448 3 474 3 Recommended Mains Fuse Size A 500 500 500 Motor Rating kW 6 2 6 2 6 2 Larger Head Pump Single or...

Page 208: ...ains Fuse A 560 560 560 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 489 1 510 3 469 7 Maximum Start Amps A 634 3 647 3 602 7 Recommended Mains Fuse Size A 560 560 560 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 522 7 550 7 504 3 Recommended Mains Fuse Size A 560 630 560 Motor Rating kW 6 2 6 2 6 2 Larger Head ...

Page 209: ...ains Fuse A 560 630 630 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 500 7 531 5 552 7 Maximum Start Amps A 645 9 668 5 689 7 Recommended Mains Fuse Size A 560 630 630 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 534 3 579 0 607 5 Recommended Mains Fuse Size A 560 630 630 Motor Rating kW 6 2 6 2 6 2 Larger Head ...

Page 210: ...ains Fuse A 630 670 670 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 566 4 580 1 593 7 Maximum Start Amps A 699 4 713 1 709 9 Recommended Mains Fuse Size A 630 670 670 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 15 2 Unit Nominal Run Amps A 619 6 631 7 647 7 Recommended Mains Fuse Size A 670 670 670 Motor Rating kW 6 2 6 2 8 4 Larger Head ...

Page 211: ...ains Fuse A 500 560 560 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 450 2 481 3 512 4 Maximum Start Amps A 583 2 614 3 657 6 Recommended Mains Fuse Size A 500 560 560 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 485 9 515 9 545 9 Recommended Mains Fuse Size A 560 560 560 Motor Rating kW 6 2 6 2 6 2 Larger Head ...

Page 212: ...ains Fuse A 630 630 630 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 522 0 533 6 543 2 Maximum Start Amps A 659 0 670 6 680 2 Recommended Mains Fuse Size A 630 630 630 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 11 2 Unit Nominal Run Amps A 562 3 573 9 590 6 Recommended Mains Fuse Size A 630 630 630 Motor Rating kW 6 2 6 2 6 2 Larger Head ...

Page 213: ...0 55 Recommended Mains Fuse A 630 670 670 670 Power Factor Correction PF 0 98 Electronic Soft Start 3 Nominal Run Amps A 564 4 578 0 591 7 605 40 Maximum Start Amps A 701 4 711 0 724 7 721 60 Recommended Mains Fuse Size A 630 670 670 670 Standard Head Pump Single or Run Standby Pump Full Load Amps A 11 2 11 2 15 2 15 2 Unit Nominal Run Amps A 619 1 631 1 647 2 659 31 Recommended Mains Fuse Size A ...

Page 214: ...ure 61 7 61 1 60 1 55 4 52 5 45 9 46 3 45 7 58 1 108 DCC052DR 12EYY0 Power 97 0 93 4 90 9 87 6 86 1 81 0 81 2 69 7 91 0 Pressure 63 9 60 3 57 8 54 5 53 0 47 9 48 1 36 6 57 9 109 DCC054DR 11DYV0 Power 97 7 94 3 92 9 88 4 87 0 82 1 80 7 79 0 92 0 Pressure 64 6 61 2 59 8 55 3 53 9 49 0 47 6 45 9 58 9 110 DCC058DR 12DVV0 Power 97 4 94 1 93 8 88 3 86 6 81 2 79 8 81 7 92 0 Pressure 64 3 61 0 60 7 55 2 5...

Page 215: ...49 8 37 4 62 3 130 DCC074TR 17GPYY Power 97 6 95 8 93 5 90 0 87 8 82 1 82 4 70 6 92 9 Pressure 63 9 62 1 59 8 56 3 54 1 48 4 48 7 36 9 59 2 131 DCC079TR 18GYYY Power 98 8 95 3 92 8 89 5 88 0 82 9 83 0 71 5 92 8 Pressure 65 1 61 6 59 1 55 8 54 3 49 2 49 3 37 8 59 1 132 DCC082TR 17GYVV Power 99 3 96 0 95 0 90 1 88 6 83 5 82 2 81 9 93 7 Pressure 65 6 62 3 61 3 56 4 54 9 49 8 48 5 48 2 60 0 133 DCC085...

Page 216: ... 6 72 5 71 2 78 7 88 1 Pressure 60 7 59 7 59 8 48 9 48 3 39 2 37 8 45 4 54 8 152 DCC052DX 14EYY0 Power 96 1 91 8 90 0 81 6 81 4 73 7 73 1 68 3 86 5 Pressure 62 8 58 5 56 7 48 3 48 1 40 3 39 8 35 0 53 2 153 DCC054DX 13DYV0 Power 96 0 91 5 91 9 81 4 81 1 73 0 72 3 78 8 87 4 Pressure 62 7 58 2 58 6 48 1 47 8 39 7 39 0 45 5 54 1 154 DCC057DX 14DVV0 Power 96 0 91 3 93 3 81 6 81 0 72 7 71 3 81 7 88 2 Pr...

Page 217: ...0 1 45 2 57 0 172 DCC091TX 18GWWW Power 93 2 97 6 96 4 85 7 85 1 74 3 74 1 68 0 91 0 Pressure 59 5 63 9 62 7 52 0 51 4 40 6 40 4 34 3 57 3 173 DCC070TX 19GPPY Power 94 8 95 3 93 9 84 0 83 5 74 3 73 5 68 0 89 2 Pressure 61 0 61 4 60 1 50 2 49 7 40 4 39 6 34 1 55 3 174 DCC074TX 20GPYY Power 96 6 94 5 93 0 83 7 83 4 74 9 74 3 69 2 88 7 Pressure 62 7 60 6 59 1 49 8 49 5 41 0 40 4 35 3 54 8 175 DCC079T...

Page 218: ...5HWWW 17 39 DCF080TR 17GPYY 15 40 DCF085TR 18GYYY 15 41 DCF088TR 17HYVV 16 42 DCF093TR 18HVVV 18 43 DCF095TR 18HVVW 18 44 DCF098TR 18HVWW 18 45 DCF100TR 18HWWW 17 46 DCF088TR 19HYYV 16 47 DCF090TR 20HYVV 16 48 DCF095TR 21HVVV 18 Units Evap Num 49 DCF098TR 21HVVW 18 50 DCF101TR 21HVWW 18 51 DCF103TR 21HWWW 17 52 DCF047DX 09DXY0 5 53 DCF049DX 09DPY0 8 54 DCF051DX 10DPV0 8 55 DCF053DX 10DYY0 7 56 DCF...

Page 219: ...4 130 DCC074TR 17GPYY 11 131 DCC079TR 18GYYY 13 132 DCC082TR 17GYVV 13 133 DCC085TR 18GVVV 13 134 DCC088TR 18GVVW 14 135 DCC091TR 18GVWW 14 136 DCC094TR 18GWWW 14 137 DCC082TR 19GYYV 13 138 DCC084TR 20GYVV 13 139 DCC087TR 21GVVV 13 140 DCC090TR 21GVVW 14 141 DCC093TR 21GVWW 14 Units Evap Num 142 DCC096TR 21GWWW 14 143 DCC048DX 10EPV0 2 144 DCC049DX 10EYY0 2 145 DCC049DX 12EPV0 2 146 DCC051DX 12EYY...

Page 220: ... 7267818 V1 13 0_01_2018 Hydraulic Data Evaporator Pressure Drop Curves Water Flow rate l s Flow rate l s Pressure Drop kPa Pressure Drop kPa 0 10 20 30 40 50 60 70 80 0 5 10 15 20 25 30 35 40 1 2 3 4 5 1 2 3 4 5 0 10 20 30 40 50 60 70 80 90 0 10 20 30 40 50 60 6 7 8 9 10 6 8 10 7 9 ...

Page 221: ...67818 V1 13 0_01_2018 Hydraulic Data Evaporator Pressure Drop Water Pressure Drop kPa Pressure Drop kPa Flow rate l s Flow rate l s 0 10 20 30 40 50 60 70 0 10 20 30 40 50 60 70 11 12 13 14 15 12 15 13 11 14 0 10 20 30 40 50 60 70 80 0 10 20 30 40 50 60 70 80 90 16 17 18 19 16 18 17 19 ...

Page 222: ...7818 V1 13 0_01_2018 Hydraulic Data Evaporator Pressure Drop Curves 20 Ethylene Glycol Flow rate l s Flow rate l s Pressure Drop kPa Pressure Drop kPa 0 10 20 30 40 50 60 70 80 90 0 5 10 15 20 25 30 35 40 1 2 3 4 5 1 2 3 5 4 0 20 40 60 80 100 120 0 10 20 30 40 50 60 6 7 8 9 10 6 8 10 7 9 ...

Page 223: ...01_2018 Hydraulic Data Evaporator Pressure Drop Curves 20 Ethylene Glycol Flow rate l s Flow rate l s Pressure Drop kPa Pressure Drop kPa 0 10 20 30 40 50 60 70 80 0 10 20 30 40 50 60 70 11 12 13 14 15 1 1 13 15 12 1 4 0 10 20 30 40 50 60 70 80 90 0 10 20 30 40 50 60 70 80 90 16 17 18 19 16 18 19 17 ...

Page 224: ... 114 2 127 7 142 0 157 0 172 7 189 2 206 3 224 2 242 9 262 2 282 3 14 DCF051DR 11DXY0 6 2 11 6 17 9 25 3 33 6 42 9 53 2 64 5 76 7 89 9 104 1 119 3 135 5 152 6 170 7 189 8 209 8 230 9 252 9 275 8 299 8 324 7 350 6 377 5 15 DCF053DR 11DPY0 7 1 13 2 20 5 28 9 38 6 49 4 61 4 74 5 88 8 104 3 121 0 138 8 157 8 178 0 199 4 221 9 245 5 270 4 296 4 323 6 351 9 381 4 412 1 443 9 16 DCF055DR 12DPV0 6 8 12 7 ...

Page 225: ...F080TR 17GPYY 4 1 6 9 10 2 14 1 18 5 23 5 29 1 35 2 41 8 49 0 56 8 65 1 73 9 83 3 93 2 103 7 114 7 126 3 138 4 151 0 164 2 178 0 192 3 207 1 40 DCF085TR 18GYYY 4 0 6 7 9 9 13 7 18 0 22 9 28 3 34 3 40 8 47 8 55 3 63 4 72 1 81 2 90 9 101 2 111 9 123 2 135 1 147 4 160 3 173 8 187 8 202 3 41 DCF088TR 17HYVV 3 5 5 8 8 6 11 9 15 6 19 7 24 3 29 3 34 8 40 7 47 1 53 9 61 2 68 8 77 0 85 6 94 6 104 0 113 9 1...

Page 226: ...4 4 128 3 142 9 158 4 174 6 191 5 209 3 227 8 247 1 267 1 288 0 64 DCF050DX 13DXY0 5 7 10 7 16 6 23 5 31 2 39 9 49 5 60 0 71 4 83 7 96 9 111 1 126 1 142 1 159 0 176 7 195 4 215 0 235 5 256 9 279 3 302 5 326 6 351 7 65 DCF053DX 13DPY0 6 6 12 3 19 2 27 1 36 2 46 4 57 7 70 0 83 5 98 1 113 8 130 6 148 5 167 5 187 6 208 8 231 1 254 5 279 1 304 7 331 4 359 2 388 1 418 1 66 DCF055DX 14DPV0 6 4 12 0 18 7 ...

Page 227: ...107 1 116 2 125 7 135 5 145 7 87 DCF096TX 18HWWW 3 2 5 0 7 0 9 3 11 9 14 9 18 1 21 6 25 4 29 5 33 9 38 6 43 6 48 9 54 4 60 3 66 5 72 9 79 6 86 7 94 0 101 6 109 5 117 7 88 DCF074TX 19GPPY 3 8 6 4 9 5 13 1 17 2 21 8 26 8 32 4 38 5 45 0 52 1 59 6 67 6 76 2 85 2 94 7 104 7 115 2 126 2 137 7 149 6 162 1 175 0 188 5 89 DCF079TX 20GPYY 3 8 6 4 9 5 13 2 17 3 22 0 27 2 33 0 39 3 46 0 53 3 61 2 69 5 78 4 87...

Page 228: ...29 6 142 0 155 0 168 6 182 7 197 4 110 DCC052DR 12EYY0 2 8 5 0 7 8 11 2 15 1 19 6 24 7 30 3 36 5 43 3 50 6 58 5 67 0 76 0 85 6 95 8 106 5 117 8 129 6 142 0 155 0 168 6 182 7 197 4 111 DCC054DR 11DYV0 1 9 3 3 4 9 6 8 9 0 11 5 14 3 17 3 20 6 24 2 28 1 32 2 36 6 41 3 46 3 51 5 57 0 62 8 68 9 75 2 81 9 88 8 95 9 103 4 112 DCC058DR 12DVV0 2 9 5 0 7 5 10 4 13 6 17 3 21 4 25 9 30 8 36 0 41 7 47 8 54 3 61...

Page 229: ...4 136 5 148 1 160 2 172 7 137 DCC066TX 13GPPY 2 2 3 8 5 6 7 8 10 2 13 0 16 1 19 4 23 1 27 1 31 3 35 9 40 8 46 0 51 4 57 2 63 3 69 6 76 3 83 3 90 5 98 1 106 0 114 1 138 DCC070TX 14GPYY 1 3 2 3 3 4 4 7 6 2 7 8 9 7 11 7 13 9 16 3 18 9 21 7 24 6 27 7 31 0 34 5 38 2 42 0 46 0 50 2 54 6 59 2 63 9 68 9 139 DCC070TR 16GPPY 2 2 3 8 5 6 7 8 10 3 13 0 16 1 19 5 23 1 27 1 31 4 35 9 40 8 46 0 51 4 57 2 63 3 69...

Page 230: ...WW 1 0 1 6 2 4 3 3 4 3 5 4 6 7 8 0 9 5 11 1 12 8 14 6 16 5 18 6 20 7 23 0 25 4 27 9 30 5 33 2 36 1 39 1 42 1 45 3 167 DCC082TR 19GYYV 1 5 2 6 3 9 5 3 6 9 8 8 10 8 13 0 15 4 18 0 20 8 23 7 26 9 30 2 33 8 37 5 41 4 45 5 49 8 54 3 59 0 63 9 68 9 74 2 168 DCC084TR 20GYVV 1 5 2 6 3 9 5 3 6 9 8 8 10 8 13 0 15 4 18 0 20 8 23 7 26 9 30 2 33 8 37 5 41 4 45 5 49 8 54 3 59 0 63 9 68 9 74 2 169 DCC087TR 21GVV...

Page 231: ...hiller Technical Manual 7267818 V1 13 0_01_2018 20 Ethylene Glycol 0 2 4 6 8 10 12 14 16 18 0 10 20 30 40 50 60 Flowrates l s Pressure drop kPa 5 6 Strainer Pressure Drop 100 Water 0 2 4 6 8 10 12 14 16 18 0 10 20 30 40 50 60 Flowrates l s Pressure drop kPa 5 6 ...

Page 232: ...DCF084TX 21GYYY 8 9 93 DCF087TX 22HYYV 8 9 94 DCF092TX 21HVVV 8 9 95 DCF095TX 21HVVW 8 9 96 DCF097TX 21HVWW 8 9 97 DCF099TX 21HWWW 9 10 Pump Performance Curves Standard Head High Head 1 DCF046DR 07DXY0 5 8 2 DCF048DR 07DPY0 5 8 3 DCF051DR 08DPV0 5 8 4 DCF053DR 08DYY0 5 8 5 DCF049DR 09DXY0 5 6 6 DCF051DR 09DPY0 5 6 7 DCF053DR 10DPV0 7 8 8 DCF055DR 09DYV0 7 8 9 DCF055DR 10DYY0 7 8 10 DCF058DR 10DVV0...

Page 233: ...8GVVV 2 7 134 DCC088TR 18GVVW 2 7 135 DCC091TR 18GVWW 3 7 136 DCC094TR 18GWWW 3 7 137 DCC082TR 19GYYV 2 7 138 DCC084TR 20GYVV 2 7 139 DCC087TR 21GVVV 2 7 140 DCC090TR 21GVVW 3 7 141 DCC093TR 21GVWW 3 7 142 DCC096TR 21GWWW 3 7 143 DCC048DX 10EPV0 1 4 Standard Head High Head 144 DCC049DX 10EYY0 1 4 145 DCC049DX 12EPV0 1 4 146 DCC051DX 12EYY0 1 4 147 DCC053DX 11DYV0 1 4 148 DCC056DX 12DVV0 1 4 149 DC...

Page 234: ...267818 V1 13 0_01_2018 Pump Performance Curves 0 20 40 60 80 100 120 140 160 180 0 10 20 30 40 50 60 70 Flow rate l s Pump Head Avaliable KPa 1 2 3 1 2 3 0 50 100 150 200 250 300 0 5 10 15 20 25 30 35 40 45 Flow rate l s Pump Head Avaliable KPa 4 5 6 6 5 4 Pump Curves based upon water ...

Page 235: ... ºC 10 4 C 20 9 C 30 15 C 40 23 C Cooling Duty Catalogue Data x by 0 98 0 97 0 95 0 93 Input Power 0 99 0 98 0 96 0 95 Water Flow 0 99 1 02 1 04 1 07 Pressure Drop 1 05 1 20 1 38 1 57 Glycol in System Freezing Point ºC 10 2 C 20 6 C 30 12 C 40 20 C Cooling Duty Catalogue Data x by 0 97 0 95 0 91 0 88 Input Power 0 99 0 98 0 96 0 95 Water Flow 0 98 0 97 0 95 0 95 Pressure Drop 1 08 1 17 1 31 1 45 C...

Page 236: ...itions of Sale Warranty and Warranty Procedure 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 A...

Page 237: ... temperature C Evaportator inlet outlet water temperatures C Fixed outlet A 100 35 12 7 B 93 25 7 C 87 15 7 D 80 5 7 EU 2016 2281 Table 22 Rating Point T1 C Part load ratio Outdoor air dry bulb temperature C Fan coil application inlet outlet water temperature C Cooling floor application inlet outlet water temperatures C Fixed outlet Variable outlet A 35 100 35 12 7 12 7 23 18 B 30 74 30 7 8 5 18 C...

Page 238: ...city PC 1 3 5 kW 461 1 356 2 493 8 400 9 523 7 428 5 Declared Power Input DC kW 95 0 73 1 105 6 81 2 106 9 82 3 Declared EERDC C 4 85 4 87 4 67 4 93 4 90 5 21 Declared Refrigerant Capacity PD 1 3 5 kW 485 6 373 0 423 6 317 5 452 2 335 1 Declared Power Input DD kW 81 4 63 9 68 9 51 4 69 9 52 3 Declared EERDC D 5 97 5 83 6 15 6 18 6 47 6 41 SSCEE 2 3 5 155 4 157 7 165 8 SSCEE Tier 6 Not Compliant No...

Page 239: ... Cooling Capacity Prated c 2 4 5 553 9 578 n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW 551 7 576 n a Declared EERd 35 C 2 84 2 77 n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW 515 9 417 8 643 8 535 8 n a Declared EERd 30 C 3 96 4 13 3 74 3 89 n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW 556 6 451 2 577 3 472 5 n a Declared EERd 25 C 5 10 5 35 5 01 5 23 n a Declared Cooling Capacity 20 C P...

Page 240: ... SSCEE Tier 6 Not Compliant Not Compliant Not Compliant Rated Cooling Capacity Prated c 2 4 5 n a n a n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a n a Declared EERd 35 C n a n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a n a Declared EERd 30 C n a n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a n a Declared EERd 25 C n a n a n a Declared Cooling Capacity 20 C Pd...

Page 241: ... 2 4 5 769 6 793 5 817 3 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 767 790 7 814 3 Declared EERd 35 C 2 72 2 76 2 81 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 763 7 675 0 786 2 689 6 808 6 712 0 Declared EERd 30 C 3 71 3 82 3 79 3 87 3 87 3 96 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 727 4 632 7 743 1 648 4 767 7 664 0 Declared EERd 25 C 4 92 5 13 4 99 5 21 5 11 5 29 Declared Cooling Capaci...

Page 242: ... 2 4 5 851 5 878 9 906 2 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 849 2 876 4 903 5 Declared EERd 35 C 2 79 2 75 2 71 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 841 3 743 9 874 5 766 6 907 6 799 7 Declared EERd 30 C 3 88 3 97 3 81 3 92 3 74 3 84 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 803 3 698 6 827 3 722 6 861 6 746 6 Declared EERd 25 C 5 13 5 30 5 07 5 22 4 95 5 14 Declared Cooling Capa...

Page 243: ...5 482 6 505 5 536 5 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 480 7 503 4 535 Declared EERd 35 C 2 9 2 81 2 92 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 532 7 436 2 556 1 467 1 593 0 494 1 Declared EERd 30 C 3 92 4 03 3 76 3 87 3 94 4 03 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 469 8 363 2 502 1 406 4 532 0 434 0 Declared EERd 25 C 5 19 5 23 4 97 5 20 5 19 5 46 Declared Cooling Capacity 20 ...

Page 244: ... 5 563 2 590 9 629 4 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 560 9 588 8 626 1 Declared EERd 35 C 2 99 2 92 2 87 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 623 0 522 8 652 8 543 0 694 2 583 0 Declared EERd 30 C 4 04 4 14 3 94 4 08 3 86 3 97 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 564 0 456 3 585 0 477 9 628 9 509 3 Declared EERd 25 C 5 35 5 57 5 27 5 45 5 11 5 33 Declared Cooling Capacity...

Page 245: ...2 4 5 677 5 715 771 6 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 674 6 712 7 769 Declared EERd 35 C 2 87 2 84 2 85 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 658 9 566 1 700 1 611 2 762 0 671 0 Declared EERd 30 C 3 95 3 98 3 89 4 00 3 90 3 99 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 611 7 489 4 658 7 559 6 723 9 626 3 Declared EERd 25 C 5 13 5 32 5 16 5 23 5 15 5 33 Declared Cooling Capacity ...

Page 246: ... 2 4 5 791 2 810 7 830 3 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 788 4 807 8 827 1 Declared EERd 35 C 2 89 2 92 2 95 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 776 1 685 2 797 8 699 3 819 5 721 0 Declared EERd 30 C 3 94 4 03 4 00 4 07 4 06 4 14 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 738 9 641 3 754 0 656 4 777 2 671 4 Declared EERd 25 C 5 20 5 39 5 26 5 45 5 36 5 51 Declared Cooling Capa...

Page 247: ... 2 4 5 869 2 900 5 931 7 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 866 8 897 8 928 9 Declared EERd 35 C 2 94 2 9 2 86 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 853 1 753 6 886 5 776 7 919 8 810 0 Declared EERd 30 C 4 08 4 15 4 00 4 11 3 93 4 02 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 814 0 707 0 838 3 731 3 873 7 755 7 Declared EERd 25 C 5 38 5 53 5 32 5 45 5 20 5 38 Declared Cooling Capac...

Page 248: ... 489 5 511 8 543 1 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 487 5 509 6 541 5 Declared EERd 35 C 3 04 2 94 3 05 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 539 9 442 0 563 9 472 9 600 2 499 7 Declared EERd 30 C 4 11 4 21 3 94 4 04 4 11 4 19 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 475 9 368 3 508 0 410 5 538 1 438 1 Declared EERd 25 C 5 45 5 50 5 20 5 41 5 42 5 66 Declared Cooling Capacity 2...

Page 249: ...4 5 570 597 7 636 5 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 567 6 595 5 633 1 Declared EERd 35 C 3 11 3 03 2 99 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 630 0 528 1 660 3 548 5 702 8 589 5 Declared EERd 30 C 4 20 4 29 4 10 4 23 4 03 4 12 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 569 7 460 2 590 9 482 1 635 7 514 0 Declared EERd 25 C 5 55 5 75 5 47 5 63 5 31 5 52 Declared Cooling Capacity ...

Page 250: ...4 5 688 1 724 9 781 6 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 685 722 8 778 8 Declared EERd 35 C 3 03 2 99 2 99 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 669 4 575 2 710 4 619 6 771 9 679 2 Declared EERd 30 C 4 17 4 20 4 10 4 20 4 08 4 16 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 621 3 496 0 667 6 567 0 732 8 633 1 Declared EERd 25 C 5 43 5 58 5 43 5 50 5 38 5 55 Declared Cooling Capacity ...

Page 251: ... 2 4 5 801 1 820 7 840 2 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 798 2 817 6 836 9 Declared EERd 35 C 3 02 3 04 3 07 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 785 6 692 9 806 8 706 7 827 9 727 8 Declared EERd 30 C 4 11 4 20 4 16 4 23 4 21 4 28 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 747 4 647 8 762 0 662 4 784 5 677 0 Declared EERd 25 C 5 43 5 59 5 47 5 64 5 54 5 69 Declared Cooling Capa...

Page 252: ... 2 4 5 879 5 910 8 942 1 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 876 9 908 939 1 Declared EERd 35 C 3 06 3 02 2 98 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 862 3 761 1 896 4 784 5 930 5 818 6 Declared EERd 30 C 4 23 4 30 4 16 4 26 4 09 4 17 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 822 1 713 3 846 8 738 0 882 7 762 6 Declared EERd 25 C 5 58 5 72 5 52 5 64 5 40 5 56 Declared Cooling Capaci...

Page 253: ... 464 8 484 7 516 7 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 463 1 482 8 515 3 Declared EERd 35 C 2 8 2 69 2 82 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 523 1 430 4 461 6 378 2 487 5 402 8 Declared EERd 30 C 3 86 3 98 3 82 4 04 3 98 4 23 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 467 9 361 4 500 6 406 4 530 2 434 1 Declared EERd 25 C 5 19 5 23 4 97 5 22 5 18 5 47 Declared Cooling Capacity 20...

Page 254: ...5 545 1 568 2 600 4 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 543 566 3 597 4 Declared EERd 35 C 2 9 2 8 2 73 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 518 2 422 7 538 5 443 4 575 0 472 1 Declared EERd 30 C 4 12 4 31 4 06 4 22 3 92 4 14 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 563 6 456 5 584 6 478 0 626 5 509 5 Declared EERd 25 C 5 36 5 58 5 27 5 47 5 11 5 36 Declared Cooling Capacity 20 C...

Page 255: ...2 4 5 646 6 684 2 738 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 644 682 1 735 3 Declared EERd 35 C 2 73 2 71 2 72 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 647 2 554 4 688 7 605 5 748 7 664 4 Declared EERd 30 C 3 88 3 90 3 83 3 97 3 83 3 95 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 607 9 487 7 656 7 557 7 721 7 626 0 Declared EERd 25 C 5 12 5 32 5 16 5 23 5 14 5 33 Declared Cooling Capacity ...

Page 256: ... 2 4 5 760 2 782 4 804 7 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 757 4 779 7 801 7 Declared EERd 35 C 2 77 2 82 2 87 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 762 7 678 4 787 0 692 8 811 0 716 8 Declared EERd 30 C 3 87 3 99 3 95 4 04 4 03 4 13 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 736 8 641 1 752 3 656 5 777 1 671 7 Declared EERd 25 C 5 19 5 39 5 26 5 47 5 36 5 53 Declared Cooling Capa...

Page 257: ... 2 4 5 837 3 863 5 889 6 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 835 1 861 1 887 1 Declared EERd 35 C 2 84 2 78 2 73 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 843 9 749 1 874 0 772 2 904 2 802 4 Declared EERd 30 C 4 05 4 14 3 95 4 10 3 87 3 99 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 813 6 707 1 837 9 731 4 871 4 755 7 Declared EERd 25 C 5 39 5 54 5 33 5 46 5 20 5 39 Declared Cooling Capa...

Page 258: ...480 2 500 9 532 3 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 478 3 498 8 530 7 Declared EERd 35 C 3 2 89 3 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 536 5 439 8 470 4 381 9 496 7 406 4 Declared EERd 30 C 4 10 4 21 4 03 4 19 4 18 4 37 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 476 0 368 4 508 1 410 6 538 2 438 2 Declared EERd 25 C 5 46 5 51 5 21 5 41 5 42 5 67 Declared Cooling Capacity 20 C Pdc...

Page 259: ...5 559 7 584 3 618 8 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 557 4 582 2 615 6 Declared EERd 35 C 3 07 2 98 2 92 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 526 2 426 0 546 8 447 1 585 2 476 4 Declared EERd 30 C 4 29 4 44 4 23 4 35 4 10 4 27 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 569 7 460 3 591 0 482 2 635 7 514 3 Declared EERd 25 C 5 56 5 76 5 47 5 64 5 32 5 53 Declared Cooling Capacity ...

Page 260: ...4 5 672 6 709 1 763 6 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 669 7 707 2 761 Declared EERd 35 C 2 97 2 94 2 93 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 665 0 570 9 705 7 617 4 766 2 676 3 Declared EERd 30 C 4 16 4 19 4 08 4 19 4 07 4 16 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 621 5 496 2 667 7 567 1 732 9 633 3 Declared EERd 25 C 5 44 5 59 5 44 5 51 5 39 5 55 Declared Cooling Capacity ...

Page 261: ...c 2 4 5 784 3 805 825 7 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 781 6 802 1 822 6 Declared EERd 35 C 2 97 3 3 03 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 779 8 689 9 802 3 703 6 824 7 726 0 Declared EERd 30 C 4 10 4 19 4 15 4 22 4 20 4 28 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 747 5 647 9 762 2 662 5 784 6 677 2 Declared EERd 25 C 5 43 5 60 5 48 5 65 5 55 5 69 Declared Cooling Capacity...

Page 262: ... 2 4 5 860 8 888 7 916 6 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 858 3 886 913 7 Declared EERd 35 C 3 01 2 96 2 91 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 858 7 759 2 890 4 782 8 922 0 814 4 Declared EERd 30 C 4 23 4 30 4 14 4 26 4 07 4 16 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 822 2 713 4 846 9 738 1 882 9 762 8 Declared EERd 25 C 5 59 5 72 5 52 5 64 5 41 5 57 Declared Cooling Capaci...

Page 263: ... 491 512 4 543 6 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 489 510 1 542 Declared EERd 35 C 3 14 3 03 3 14 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 545 4 446 3 476 8 384 8 605 3 503 5 Declared EERd 30 C 4 26 4 36 4 17 4 30 4 26 4 33 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 480 4 371 9 512 4 413 6 542 8 441 3 Declared EERd 25 C 5 65 5 71 5 39 5 57 5 60 5 82 Declared Cooling Capacity 20 C Pd...

Page 264: ...5 570 6 596 3 632 5 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 568 1 594 1 629 1 Declared EERd 35 C 3 19 3 11 3 05 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 532 4 429 1 664 8 553 0 592 7 479 4 Declared EERd 30 C 4 42 4 54 4 23 4 35 4 24 4 38 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 574 1 463 4 595 5 485 5 641 2 517 9 Declared EERd 25 C 5 72 5 89 5 64 5 79 5 49 5 68 Declared Cooling Capacity ...

Page 265: ...city 35 C Pdc 2 3 5 kW 687 3 724 3 Declared EERd 35 C 3 14 3 09 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 677 2 582 0 717 4 625 6 Declared EERd 30 C 4 34 4 38 4 25 4 34 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 628 7 501 3 674 0 572 4 Declared EERd 25 C 5 67 5 80 5 64 5 70 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 654 5 516 9 590 9 484 4 Declared EERd 20 C 6 75 6 70 6 64 6 64 Sound Power Lev...

Page 266: ... Declared Cooling Capacity 35 C Pdc 2 3 5 kW 779 1 798 7 Declared EERd 35 C 3 08 3 11 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 778 4 684 8 791 9 698 4 Declared EERd 30 C 4 23 4 30 4 25 4 33 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 739 5 638 4 753 9 652 8 Declared EERd 25 C 5 57 5 72 5 61 5 76 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 657 9 547 7 671 4 554 4 Declared EERd 20 C 6 64 6 60 6 6...

Page 267: ...EE Tier 6 Not Compliant Not Compliant Not Compliant Rated Cooling Capacity Prated c 2 4 5 n a n a n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a n a Declared EERd 35 C n a n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a n a Declared EERd 30 C n a n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a n a Declared EERd 25 C n a n a n a Declared Cooling Capacity 20 C Pdc 2 ...

Page 268: ...EE Tier 6 Not Compliant Not Compliant Not Compliant Rated Cooling Capacity Prated c 2 4 5 n a n a n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a n a Declared EERd 35 C n a n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a n a Declared EERd 30 C n a n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a n a Declared EERd 25 C n a n a n a Declared Cooling Capacity 20 C Pdc 2 ...

Page 269: ...SCEE Tier 6 Not Compliant Not Compliant Not Compliant Rated Cooling Capacity Prated c 2 4 5 n a n a n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a n a Declared EERd 35 C n a n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a n a Declared EERd 30 C n a n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a n a Declared EERd 25 C n a n a n a Declared Cooling Capacity 20 C Pdc ...

Page 270: ... SSCEE Tier 6 Not Compliant Not Compliant Not Compliant Rated Cooling Capacity Prated c 2 4 5 n a n a n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a n a Declared EERd 35 C n a n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a n a Declared EERd 30 C n a n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a n a Declared EERd 25 C n a n a n a Declared Cooling Capacity 20 C Pd...

Page 271: ...SSCEE Tier 6 Not Compliant Not Compliant Not Compliant Rated Cooling Capacity Prated c 2 4 5 n a n a n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a n a Declared EERd 35 C n a n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a n a Declared EERd 30 C n a n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a n a Declared EERd 25 C n a n a n a Declared Cooling Capacity 20 C Pdc...

Page 272: ... SSCEE Tier 6 Not Compliant Not Compliant Not Compliant Rated Cooling Capacity Prated c 2 4 5 n a n a n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a n a Declared EERd 35 C n a n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a n a Declared EERd 30 C n a n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a n a Declared EERd 25 C n a n a n a Declared Cooling Capacity 20 C Pd...

Page 273: ...y Prated c 2 4 5 n a n a n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a n a Declared EERd 35 C n a n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a n a Declared EERd 30 C n a n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a n a Declared EERd 25 C n a n a n a Declared Cooling Capacity 20 C Pdc 2 3 5 kW n a n a n a Declared EERd 20 C n a n a n a Sound Power Level LWA d...

Page 274: ...3 4 596 7 Declared EERd 35 C 2 82 2 87 2 85 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 594 4 495 3 518 2 419 0 666 3 554 3 Declared EERd 30 C 3 81 3 89 4 00 4 15 3 85 3 99 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 536 7 438 3 561 3 454 3 601 6 492 2 Declared EERd 25 C 5 04 5 29 5 18 5 40 5 17 5 34 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 423 5 341 8 439 6 356 4 473 4 381 5 Declared EERd 20 C...

Page 275: ...ity Prated c 2 4 5 n a n a n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a n a Declared EERd 35 C n a n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a n a Declared EERd 30 C n a n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a n a Declared EERd 25 C n a n a n a Declared Cooling Capacity 20 C Pdc 2 3 5 kW n a n a n a Declared EERd 20 C n a n a n a Sound Power Level LWA...

Page 276: ...city Prated c 2 4 5 n a n a n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a n a Declared EERd 35 C n a n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a n a Declared EERd 30 C n a n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a n a Declared EERd 25 C n a n a n a Declared Cooling Capacity 20 C Pdc 2 3 5 kW n a n a n a Declared EERd 20 C n a n a n a Sound Power Level LW...

Page 277: ...ty 35 C Pdc 2 3 5 kW 844 1 875 1 n a Declared EERd 35 C 2 91 2 86 n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW 841 0 740 2 864 3 763 4 n a Declared EERd 30 C 4 00 4 08 3 96 4 03 n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW 802 1 693 3 826 8 718 0 n a Declared EERd 25 C 5 29 5 44 5 22 5 35 n a Declared Cooling Capacity 20 C Pdc 2 3 5 kW 670 2 605 4 694 5 618 9 n a Declared EERd 20 C 8 43 6 59...

Page 278: ... Capacity 35 C Pdc 2 3 5 kW n a 463 3 480 2 Declared EERd 35 C n a 2 95 2 95 Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a 517 3 424 3 536 3 442 4 Declared EERd 30 C n a 3 98 4 11 3 99 4 11 Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a 461 1 381 7 480 5 375 2 Declared EERd 25 C n a 5 34 5 50 5 32 5 37 Declared Cooling Capacity 20 C Pdc 2 3 5 kW n a 367 8 287 5 380 7 253 2 Declared EERd 20 C n ...

Page 279: ... 7 540 8 Declared EERd 35 C 3 2 91 2 96 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 558 5 456 9 487 4 394 1 602 7 501 8 Declared EERd 30 C 4 06 4 16 4 02 4 18 4 00 4 07 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 496 2 382 8 528 0 427 5 543 6 443 1 Declared EERd 25 C 5 39 5 40 5 21 5 43 5 28 5 51 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 396 6 260 5 413 9 334 7 429 8 341 9 Declared EERd 20 C 8 4...

Page 280: ...7 636 8 Declared EERd 35 C 3 2 97 2 92 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 523 9 423 0 675 0 560 8 596 5 482 3 Declared EERd 30 C 4 16 4 29 4 03 4 15 4 04 4 19 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 567 5 458 6 608 7 497 3 646 9 523 6 Declared EERd 25 C 5 40 5 59 5 39 5 54 5 23 5 44 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 445 7 356 4 479 9 381 7 505 3 410 9 Declared EERd 20 C 8 51...

Page 281: ... 35 C Pdc 2 3 5 kW 685 9 738 3 n a Declared EERd 35 C 2 95 2 93 n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW 673 7 578 5 730 7 637 3 n a Declared EERd 30 C 4 07 4 09 4 02 4 11 n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW 628 0 501 8 691 9 587 2 n a Declared EERd 25 C 5 31 5 45 5 33 5 37 n a Declared Cooling Capacity 20 C Pdc 2 3 5 kW 544 6 525 6 585 7 504 5 n a Declared EERd 20 C 8 52 6 52 8...

Page 282: ...822 4 855 4 Declared EERd 35 C 2 93 2 97 3 03 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 791 5 698 1 813 8 712 9 850 8 748 2 Declared EERd 30 C 4 00 4 08 4 07 4 13 4 17 4 24 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 754 9 654 3 770 6 670 0 810 7 700 0 Declared EERd 25 C 5 28 5 43 5 35 5 52 5 50 5 64 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 636 6 562 3 653 5 576 8 679 4 605 6 Declared EERd 20...

Page 283: ... 917 8 943 6 Declared EERd 35 C 2 98 2 94 2 9 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 874 4 771 8 908 7 795 3 937 9 825 3 Declared EERd 30 C 4 12 4 19 4 04 4 14 3 98 4 06 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 835 7 725 0 860 7 750 0 892 4 771 0 Declared EERd 25 C 5 43 5 54 5 36 5 46 5 26 5 41 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 703 9 619 0 728 4 646 3 749 7 670 2 Declared EERd 20...

Page 284: ...y 35 C Pdc 2 3 5 kW 433 445 6 n a Declared EERd 35 C 2 65 2 63 n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW 411 1 346 3 426 8 331 5 n a Declared EERd 30 C 3 85 4 05 3 83 3 85 n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW 376 7 274 4 469 1 365 6 n a Declared EERd 25 C 5 26 5 45 5 01 5 06 n a Declared Cooling Capacity 20 C Pdc 2 3 5 kW 343 7 287 8 353 2 253 6 n a Declared EERd 20 C 9 76 6 61 9 ...

Page 285: ... 8 Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a 532 9 Declared EERd 35 C n a n a 2 77 Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a 512 2 419 2 Declared EERd 30 C n a n a 3 97 4 16 Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a 559 8 454 2 Declared EERd 25 C n a n a 5 19 5 42 Declared Cooling Capacity 20 C Pdc 2 3 5 kW n a n a 423 5 356 6 Declared EERd 20 C n a n a 9 65 6 54 Soun...

Page 286: ...n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW 568 7 n a n a Declared EERd 35 C 2 71 n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW 547 2 452 8 n a n a Declared EERd 30 C 3 96 4 13 n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW 600 0 492 4 n a n a Declared EERd 25 C 5 18 5 37 n a n a Declared Cooling Capacity 20 C Pdc 2 3 5 kW 451 4 382 0 n a n a Declared EERd 20 C 9 61 6 61 n a n a Sou...

Page 287: ...city Prated c 2 4 5 n a n a n a Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a n a Declared EERd 35 C n a n a n a Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a n a Declared EERd 30 C n a n a n a Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a n a Declared EERd 25 C n a n a n a Declared Cooling Capacity 20 C Pdc 2 3 5 kW n a n a n a Declared EERd 20 C n a n a n a Sound Power Level LW...

Page 288: ...acity 35 C Pdc 2 3 5 kW n a 811 2 837 2 Declared EERd 35 C n a 2 79 2 74 Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a 827 7 733 4 851 2 756 9 Declared EERd 30 C n a 3 94 4 04 3 92 4 01 Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a 799 7 692 5 825 3 718 2 Declared EERd 25 C n a 5 27 5 43 5 23 5 38 Declared Cooling Capacity 20 C Pdc 2 3 5 kW n a 643 6 605 2 664 7 619 5 Declared EERd 20 C n a 9 ...

Page 289: ...454 1 Declared Cooling Capacity 35 C Pdc 2 3 5 kW n a n a 451 4 Declared EERd 35 C n a n a 2 89 Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a n a 422 1 351 2 Declared EERd 30 C n a n a 4 11 4 23 Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a n a 461 2 381 9 Declared EERd 25 C n a n a 5 35 5 51 Declared Cooling Capacity 20 C Pdc 2 3 5 kW n a n a 358 5 287 7 Declared EERd 20 C n a n a 10 16 6 68 ...

Page 290: ...487 8 505 5 Declared EERd 35 C 2 89 2 95 2 83 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 438 9 341 7 552 3 453 4 482 6 393 7 Declared EERd 30 C 4 10 4 14 4 04 4 15 3 98 4 15 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 480 2 375 0 495 9 382 5 527 0 427 0 Declared EERd 25 C 5 33 5 39 5 40 5 42 5 18 5 39 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 369 8 253 5 386 8 260 7 401 3 334 3 Declared EERd 20...

Page 291: ... 548 7 587 3 Declared EERd 35 C 2 9 2 95 2 91 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 497 6 408 6 521 2 423 0 557 9 457 9 Declared EERd 30 C 4 05 4 25 4 15 4 30 4 15 4 28 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 543 2 443 2 567 6 458 8 608 7 497 3 Declared EERd 25 C 5 29 5 52 5 41 5 60 5 40 5 56 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 419 3 342 0 436 1 356 6 466 3 381 9 Declared EERd 20...

Page 292: ...2 667 5 717 3 Declared EERd 35 C 2 83 2 88 2 86 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 590 3 482 6 667 3 572 2 723 1 634 0 Declared EERd 30 C 4 02 4 20 4 05 4 07 4 00 4 11 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 645 4 523 4 627 7 501 7 691 8 587 1 Declared EERd 25 C 5 25 5 46 5 32 5 47 5 35 5 39 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 488 4 411 2 530 2 525 8 569 2 504 8 Declared EERd ...

Page 293: ...city 35 C Pdc 2 3 5 kW n a 781 4 802 5 Declared EERd 35 C n a 2 88 2 91 Declared Cooling Capacity 30 C Pdc 2 3 5 kW n a 783 3 694 1 806 4 708 1 Declared EERd 30 C n a 3 98 4 07 4 03 4 10 Declared Cooling Capacity 25 C Pdc 2 3 5 kW n a 754 6 654 6 769 6 669 5 Declared EERd 25 C n a 5 29 5 45 5 33 5 50 Declared Cooling Capacity 20 C Pdc 2 3 5 kW n a 620 5 562 6 637 1 576 4 Declared EERd 20 C n a 9 8...

Page 294: ... 3 863 5 890 7 Declared EERd 35 C 2 99 2 92 2 87 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 844 9 745 2 868 7 769 0 900 1 792 7 Declared EERd 30 C 4 16 4 24 4 12 4 19 4 03 4 14 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 811 0 700 3 835 8 725 1 860 6 749 9 Declared EERd 25 C 5 51 5 65 5 44 5 56 5 37 5 48 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 664 3 605 8 685 7 619 4 707 1 646 7 Declared EERd...

Page 295: ... 464 1 480 1 Declared EERd 35 C 2 82 3 06 3 06 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 926 4 819 7 522 5 429 3 541 0 446 8 Declared EERd 30 C 3 95 4 05 4 15 4 28 4 16 4 28 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 891 6 771 4 466 6 385 7 486 4 379 7 Declared EERd 25 C 5 27 5 43 5 57 5 71 5 56 5 61 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 725 6 670 6 368 6 287 7 380 8 253 5 Declared EERd 2...

Page 296: ...519 7 540 1 Declared EERd 35 C 3 11 3 01 3 05 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 563 9 461 3 491 2 397 9 505 4 412 1 Declared EERd 30 C 4 23 4 32 4 18 4 32 4 22 4 37 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 501 8 387 3 533 8 431 5 549 1 446 8 Declared EERd 25 C 5 61 5 63 5 42 5 62 5 48 5 69 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 396 9 260 7 413 2 334 9 429 4 342 0 Declared EERd 20...

Page 297: ...5 601 2 630 7 Declared EERd 35 C 3 09 3 05 2 98 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 528 1 426 3 565 3 461 5 599 2 486 3 Declared EERd 30 C 4 29 4 41 4 29 4 39 4 17 4 32 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 572 4 462 2 614 4 501 5 653 4 528 2 Declared EERd 25 C 5 58 5 75 5 57 5 72 5 43 5 62 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 445 5 356 6 477 4 381 8 500 8 411 2 Declared EERd ...

Page 298: ... 06 3 03 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 680 8 584 7 737 2 643 7 Declared EERd 30 C 4 25 4 28 4 19 4 28 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 636 0 507 4 699 8 593 7 Declared EERd 25 C 5 56 5 68 5 56 5 59 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 545 8 526 3 585 4 505 8 Declared EERd 20 C 10 42 6 66 10 18 6 59 Sound Power Level LWA dB A Air flow rate m h 273432 287823 Off mode ...

Page 299: ...2 99 3 03 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 783 6 690 1 796 9 703 4 Declared EERd 30 C 4 10 4 17 4 15 4 22 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 749 6 647 1 762 0 659 8 Declared EERd 25 C 5 41 5 54 5 47 5 61 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 618 3 558 3 635 9 562 5 Declared EERd 20 C 9 98 6 48 10 13 6 51 Sound Power Level LWA dB A Air flow rate m h 302214 316606 Off mode ...

Page 300: ...Chillers Introduction DeltaChill Air Cooled and FreeCool 300 Chiller Technical Manual 7267818 V1 13 0_01_2018 Technical ...

Page 301: ...Chillers DeltaChill Air Cooled and FreeCool Introduction 301 Chiller Technical Manual 7267818 V1 13 0_01_2018 Technical ...

Page 302: ...edale International Air Conditioning Ltd Leeds Road Rawdon Leeds LS19 6JY Tel 44 0 113 2391000 Fax 44 0 113 2507219 E mail enquiries airedale com Web www airedale com TM_7267818_DeltaChill_510 1000Kw_V1 13 0_01_2018 ...

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