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AIREDALE TurboChill TCC11R04G-01 Technical Manual Download Page 130

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Chillers

TurboChill™ R1234ze Air Cooled and FreeCool

130

Chiller Technical Manual 7752785 V1.12.0_10_2018

12 - 20 DIA

 MOUNTING HOLES

IN BASE OF UNIT

MAINS

3 PHASE MAINS ELECTRICAL ISOLA

TOR

(OPTIONAL) PUMPS ELECTRICAL ISOLA

TOR

FANS ELECTRICAL ISOLA

TOR

CONTROLS

 BUSBAR CHAMBER

EMERGENCY

 

ST

OP

CP1

CP2

2100

50

50

2200

630

852

2800

500

2041

2041

2300

1782

2036

6500

1187

6500

A

50

830

1063

11682

2

1

L1

R1

R2

L3

R3

L4

R4

L5

R5

L6

R6

L2

OPTIONAL

 EXTENDED 800mm PLENUM

OPTIONAL

 EXTENDED 300mm PLENUM

DISCHARGE AIR

ST

ANDARD 

NO  PLENUM

Installation Data

General Arrangement Drawings
20 Fan Single Circuit

Summary of Contents for TurboChill TCC11R04G-01

Page 1: ...Technical Manual TurboChill 200kW to 1360kW Air Cooled TCC and FreeCool TCF Chiller R1234ze E ...

Page 2: ... this document The development of Airedale products and services is continuous and the information in this document may not be up to date It is important to check the current position with Airedale Ltd at the address stated This document is not part of a contract or licence unless expressly agreed No part of this document may be reproduced or transmitted in any form or by any means electronic or m...

Page 3: ... Conditions 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 num...

Page 4: ...taining the unit may require additional assistance with regard to manual handling This requirement is down to the discretion of the engineer Remember do not perform a lift that exceeds your ability Pressure Equipment Directive Minimum and Maximum Operation Temperature TS and Pressure PS Refrigeration AllowableTemperature Range TS Min 20 C to Max 120 C Maximum Allowable Pressure PS High Side 13 0 B...

Page 5: ...ire triangle MUST be avoided at all times Failure to do this could cause a fire O X Y G E N H E A T FUEL A CONCENTRATION OF THE REFRIGERANT IN AIR LFL LOWER FLAMMABILITY LEVEL AND UFL UPPER FLAMMABILITY LEVEL 5 8 Vol TO 11 3Vol 60 C EXISTANCE OF AN IGNITION SOURCE WITH AN IGNITION ENERGY MINIMUM IGNITION ENERGY 61 000mJ AT 54 C AMBIENT AIR TEMPERATURE 30 C AND A WIND SPEED BURNING VELOCITY No smok...

Page 6: ...y 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 products in a responsible manner with minimum impact on the environment Reduce our use of chemicals and minimise their release ...

Page 7: ...lature 12 Range Layout 14 Unit Overview 16 Unit Components 18 Refrigeration 18 Turbocor Compressor 19 Condenser 20 Electrical 21 Condenser Fans 23 Waterside 24 Controls 30 Mechanical 34 Design Features Information 36 Pipework Design 36 Refrigeration Schematic Single Circuit 36 Specific Heat Capacity SHC 37 Minimum System Water Volume Calculations 37 Typical Part Load Efficiencies 39 Water System 4...

Page 8: ...ound Data TCC 80 TCC EC Fans 80 Technical Data TCF R 82 TCF11R06G 07 TCF11R08G 07 82 TCF12R08G 09 TCF12R10G 05 84 TCF12R12G 05 TCF12R14G 05 86 TCF22R10G 22 TCF22R12G 22 TCF22R14G 22 88 TCF23R12G 24 TCF23R14G 24 90 TCF23R16G 25 TCF23R18G 25 92 TCF24R16G 26 TCF24R18G 26 TCF24R20G 26 94 TCF24R22G 27 TCF24R24G 27 96 Technical Data TCF X 98 TCF11X06G 07 TCF11X08G 07 98 TCF12X08G 09 TCF12X10G 05 100 TCF...

Page 9: ...132 Positioning 147 Airflow Maintenance Clearances 147 Anti Vibration Mounting Optional 148 Interconnecting Wiring 150 Power Quality Harmonics 152 Liquid Level Sensor 153 Pre Start Checks 154 pCO5 Built In Display and Keypad 155 Monitoring 155 Unit Operation 156 Restarting the Unit 156 Changing the Setpoint 157 Enabling Pumps 158 Maintenance 159 General Inspections 159 Electrical Inspection 160 Re...

Page 10: ... 04 186 TCC22X08G 14 TCC22X10G 14 TCC22X12G 14 187 TCC22X14G 14 TCC23X12G 17 TCC23X14G 17 188 TCC23X16G 17 TCC23X18G 17 TCC22X16G 18 189 TCC24X18G 18 TCC24X20G 18 190 TCC24X22G 18 TCC24X24G 18 191 Technical Data TCF R 192 TCF11R06G 07 TCF11R08G 07 192 TCF12R08G 09 TCF12R10G 05 193 TCF12R12G 05 TCF12R14G 05 194 TCF22R10G 22 TCF22R12G 22 TCF22R14G 22 195 TCF23R12G 24 TCF23R14G 24 196 TCF23R16G 25 TC...

Page 11: ...Intentionally Blank Introduction Chillers TurboChill R1234ze Air Cooled and FreeCool 11 Chiller Technical Manual 7752785 V1 12 0_10_2018 ...

Page 12: ...y Efficiency ratio Sound Levels Quiet R and Extra Quiet X Footprint For guidance the unit s information within this manual has been generated at nominal conditions due to the unit s ability to modulate capacity individually tailored unit solutions are available Please contact Airedale with your specific requirements and we will be pleased to provide you with an individually tailored selection and ...

Page 13: ...e fan speed modulates in the conventional manner to maintain an optimised head pressure Free cooling is initiated wherever the outdoor ambient is 2 C less than the return water temperature During concurrent cooling mode condensing temperature is constantly monitored and intelligently kept within the compressor envelope to allow the fans to run as fast as possible and therefore achieve the most fre...

Page 14: ...Condenser Fans EC Condenser Fans High Airflow EC Condenser Fans Fan Discharge Plenum Extended Height Fan Discharge Plenum Electrical Panel Single Point 3 Phase Isolation UltraCap Power Backup Control Panel Heater Panel Ventilation Emergency Stop Power Monitoring Rain Hood Controls Microprocessor Leak Detection Inteligent Head Pressure Control ...

Page 15: ...uid and Discharge Shut Off Valves Liquid Line Sight Glasses Dual Pressure Relief Valves remotely ventilated above condenser fans Ventilated Compressor Enclosure upon Refrigerant Leak Detection Coils Epoxy Coated Microchannel Condenser Coils Epoxy Coated RTPF Free Cooling Coils Waterside Differential Pressure Sensor Flow Switch Pump Interlock Water Filter Various Pump Options Immersion Heaters Groo...

Page 16: ...Valves Flooded Evaporator with integral subcooler Stainless Steel Suction Pipe Assembly Full Operating Charge of R1234ze E Acoustically Lined Compressor Enclosure s Ventilated Compressor Enclosure Liquid and Discharge Shut Off Valves Liquid Line Sight Glasses integral to EEV Actuated Suction Ball Valve s Large capacity filter drier s with replaceable cores Liquid line sight glasses Low pressure sw...

Page 17: ...valve Line reactor for removing additional impedance harmonics and voltage spikes in the ac waveform EMI EMC filter and comprising of o AC DC rectifier o DC capacitors o DC AC IGBT converter o Motor bearing management system and incorporated surge protection o Soft start module o Magnetic bearing system o The compressors are mounted on Turbocor specially designed vibration reducing isolating rubbe...

Page 18: ... evaporator is isolated Maintainable Dual Pressure Relief Valve An auto resetting pressure relief valve assembly shall be provided per evaporator circuit opening on pressure rise above 10 3 barg The dual shut off valve assembly incorporates 2 pressure relief valves which can be individually shut off via a 3 way valve This allows the maintenance of individual pressure relief valves without any requ...

Page 19: ... Actuated suction shut off valve Power monitoring Individual mains power isolator for each compressor Separate electrical isolation for fans Single point isolation for connection of incoming 3 phase and earth mains power supply Emergency Stop fitted to controls compartment door Circuit breakers for protection of all major unit components Phase rotation relay incorporating phase loss protection Sin...

Page 20: ...EVD Evolution drivers and pCO controllers The module guarantees temporary power to the controller and drivers in the event of mains power failures The Ultra Capacitors are used to maintain the controller s main functions to close the electronic valves in the event of mains power failures This avoids the need to install a solenoid valve in the refrigerant circuit or use the battery backup module an...

Page 21: ...d control and quiet operation Sickle blades reduce air turbulence to minimise sound levels and power consumption whilst maximising performance The long bell mouth design provides improved aerodynamics up to 10 more air movement and an extended vertical throw of air to reduce the chance of air recirculation As standard the enclosure is complete with an integral finger proof grille The fans offer ma...

Page 22: ...orator Immersion Heaters Water filter Pump hydronic options Grooved and clamped type connections Flanged connections Pump vibration eliminators Pump interlock Flow switch Differential pressure transducer Standard features Optional features Feature not available options only available within units with sufficient space Each feature is a flow proving device and 2 out of the 3 should be fitted to any...

Page 23: ...evice An evaporator differential pressure sensor facilitates low flow limiting and pressure drop monitoring via the microprocessor which shall be fitted to ensure correct unit water flow Grooved and Clamp Type Connections Grooved and clamp type connections shall be fitted to the unit Flanged Connections Flanged connections shall be fitted to the unit upon request Please contact Airedale Pump Inter...

Page 24: ...Motor Fixed Speed A factory fitted in line single or run standby pump is available with various pump external head options please specify at order Flow can be proven via the microprocessor display Factory fitted and supplied as standard complete with Differential pressure sensor Isolating valves Inlet strainer Vibration isolation Electrical switch gear Pump Inverter Driven Variable Speed A factory...

Page 25: ... from clogging by sediment On certain models the filter is fitted externally Bypass Options No Bypass Comprises Shut off valves Filter Flushing bypass kit standard Comprises Shut off valves Filter Bypass leg with shut off valve Flushing bypass kit regulating Comprises Shut off valves Filter Bypass leg with Double regulating valve Pump Configurations Single pump filter bypass flushing Comprises Sin...

Page 26: ...ed 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 shall be a visual alarm and the facility to adjust and display control settings by local operator for information and control LCD Display ENTER Selects menus moves cursor to adjustable fields green LED UP DOWN KEYS To change adjustable fie...

Page 27: ... The following conditions shall be detected triggering a visual display High compressor discharge temperature per compressor Low supply temperature Phase rotation Emergency stop Evaporator flow failure Low pressure safety switch Low suction pressure per compressor High liquid pressure Refrigerant Leak Detected Compressor 1 contactor status Compressor 2 contactor status dependant on model Compresso...

Page 28: ...shall be selected to suit summer winter conditions or night setback Remote Set point Adjust Shall allow the chilled water set point to be adjusted via an external 0 10V signal Compressor Hours Run Displays hours run of each compressor Interactive Head Pressure Setpoint Management The combination of variable speed compressor EC fan and interactive control logic allows fans to be slowed down to give...

Page 29: ...85 multipoint or RS232 point point Maximum Baud Rate of 19200 The data communication shall be asynchronous serial 8 data bits 2 stop bits and no parity in total 11 bits datum The data parameters from the controller shall be represented within Modbus registers each register containing information pertaining to temperatures pressures setpoint and status etc shall be available to the site integration...

Page 30: ...n galvanised steel Panels galvanised sheet steel with epoxy powder paint Standard height fan discharge plenum Extended height fan discharge plenum Anti vibration mounts spring or pad type Control panel rain hood Lifting Lugs Lifting Lugs shall be fitted to the unit enabling full lifting requirements The lifting lug hole diameter is 40 mm Standard features Optional features Feature not available An...

Page 31: ...plenum is 2800mm Extended Discharge Air Plenum Condenser Fan Site fitted and constructed from galvanised sheet steel coated with epoxy baked powder paint this plenum shall direct discharge air vertically as an aid to minimise air re circulation and also offers a degree of acoustic reduction in the horizontal plane site fitted Standard unit colour shall be Light Grey RAL 7035 The overall unit heigh...

Page 32: ...actor Chiller Loading Factor Minimum Turndown kW x 1 2 Permanent Heat Load Minimum Turndown 1 compressor 30 2 compressors 15 3 compressors 10 4 compressors 5 Example 750kW output at 35 C Ambient and 7 12 C Water Permanent Heat Load 300kW Minimum Turndown 15 2 compressors METHOD 2 Where the system permanent heat load is unknown Vmin Water Flow Rate litres hour x Minimum turndown ratio x 1 2 Maximum...

Page 33: ...l for information only Please contact Airedale with your specific requirements and we will be pleased to provide you with an individually tailored selection and technical detail Operating Limits For 100 Water Standard Unit Minimum ambient air DB 20 C Maximum ambient air DB at full load operation 35 C Maximum ambient air DB at reduced load operation 40 C Minimum supply water temperature 5 C Maximum...

Page 34: ...ue that is a realistic 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 25 50 75 and 100 loading stages respectively and with a fixed 7 C supply temperature All calculations assume the system operates with 100 water ESEER A EER100 B EER75 C EER50 D EER25 A B C...

Page 35: ...3 Compressor Input kW 0 99 0 98 0 96 0 95 Water Flow l s 0 99 1 02 1 04 1 07 Pressure Drop kPa 1 05 1 20 1 38 1 57 Propylene Glycol Nominal Correction Factors Glycol in System Freezing Point C 10 2 C 20 7 1 C 30 12 7 C 40 21 1 C Output kW x 0 97 0 95 0 91 0 88 Compressor Input kW 0 99 0 98 0 96 0 95 Water Flow l s 0 98 0 97 0 95 0 95 Pressure Drop kPa 1 08 1 17 1 31 1 45 Example At 100 Water Outpu...

Page 36: ...und Pressure Levels are calculated from sound power using the expanded parallelepiped method according to BS EN ISO 11203 2009 Sound Directivity The Global sound measurements quoted in the following tables do not incorporate any directivity or denote any sound level heard at any given position surrounding the unit rather they represent the total sound level radiating from the unit in all direction...

Page 37: ...ction 1 Clamp 2 Gasket 3 Counter pipe 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 2 Pump 3 ...

Page 38: ...ated 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 vented and the pump primed with water before running...

Page 39: ...ses through the walls or floors The sealing shall have fire resisting properties at least equivalent to the wall ceiling or floor Discharge pipes from relief valves safety valves and fusible plugs may diffuse the charge into the air by adequate means but away from any air intake to the building or discharge into an adequate quantity of a suitable absorbing material Relief devices for refrigerant i...

Page 40: ...VE FOR FLUSHING BYPASS t2 DRAIN ONLY PRESENT ON 4 PASS EVAPORATORS 2 AIR VENTS PRESENT ON 4 PASS EVAPORATORS 2 7 6 5 3 12 3 5 14 7 2 4 5 11 5 14 4 1 2 3 3 2 2 8 3 4 9 9 5 9 8 8 3 4 10 9 5 4 3 10 2 1 Evaporator 2 Automatic Air Vent 3 Drain 4 Butterfly Shut off valve 5 Binder Point 6 Filter 7 Flanged Terminations Option 8 Pump 9 AV Mounts 10 Non Return Valve 11 Differential pressure transducer 12 Fl...

Page 41: ...rminations Option 8 Pump 9 AV Mounts 10 Non Return Valve 11 Differential pressure transducer 12 Flow switch 13 Double Regulating Valve 14 temperature Sensor 15 Mixing Valve 16 Free Cooling Coil Pump Options Single Pump Run Standby Pumps PDZAL PUMP OPTIONS OPTIONAL BYPASS DRV OR BUTTERFLY ISOLATION VALVE FOR FLUSHING BYPASS FREECOOL IN FREECOOL OUT t1 t2 t3 AUTO AIR VENT DRAIN ONLY PRESENT ON 4 PAS...

Page 42: ... kW 69 2 70 9 69 5 EER 2 3 47 3 74 3 96 ESEER 3 4 86 5 28 5 57 Nominal Output Free Cooling 4 kW N A N A N A Ambient when Free Cooling 100 Nominal DX 5 C N A N A N A Capacity Steps 6 30 100 30 100 30 100 Dimensions H x W x L 9 mm 2800 x 2200 x 2626 2800 x 2200 x 3758 2800 x 2200 x 4890 Machine Weight 7 kg 2745 3300 3785 Operating Weight 7 kg 2845 3400 3885 Construction Material Base Plain Galvanise...

Page 43: ...mended Fuse Size A 25 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 4 6 8 Full Load Amps A 3 9 3 9 3 9 Lo...

Page 44: ...erant Pre charged R1234ze E R1234ze E Charge Total CCT1 CCT2 kg 255 265 GWP Tonnes Equivalent CO2 tC02 1 79 1 86 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN125 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 141 141 Minimum System Water Volume 8 l 1141 1205 Max System Operating Pressure Barg 10 10 Flow Rat...

Page 45: ...Recommended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 8 10 Full Load Amps A 3 9 3 9 Locked Rotor Amps A ...

Page 46: ...gerant Pre charged R1234ze E R1234ze E Charge Total CCT1 CCT2 kg 280 290 GWP Tonnes Equivalent CO2 tC02 1 96 2 03 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN100 DN100 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 141 141 Minimum System Water Volume 8 l 1268 1332 Max System Operating Pressure Barg 10 10 Flow Ra...

Page 47: ... 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 12 14 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N A N A Motor Rating kW 2...

Page 48: ...on Dual Circuit Refrigerant Pre charged R1234ze E R1234ze E R1234ze E Charge Total CCT1 CCT2 kg 140 140 150 145 155 150 GWP Tonnes Equivalent CO2 tC02 0 98 0 98 1 05 1 02 1 09 1 05 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN125 DN125 Water Drain Bleed Evap inch 1 2 1 2 1 2 Water Volume l 148 148 148 Minimum S...

Page 49: ...ended Fuse Size A 25 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 8 10 12 Full Load Amps A 3 9 3 9 3 9 L...

Page 50: ...E Charge Total CCT1 CCT2 kg 165 160 300 175 310 180 GWP Tonnes Equivalent CO2 tC02 1 16 1 12 2 1 1 23 2 17 1 26 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN150 DN150 Water Drain Bleed Evap inch 1 2 1 2 1 2 Water Volume l 148 235 235 Minimum System Water Volume 8 l 1339 1129 1200 Max System Operating Pressure B...

Page 51: ...nded Fuse Size A 25 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 14 12 14 Full Load Amps A 3 9 3 9 3 9 L...

Page 52: ...e E Charge Total CCT1 CCT2 kg 320 195 325 200 230 225 GWP Tonnes Equivalent CO2 tC02 2 24 1 37 2 28 1 4 1 61 1 58 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN150 DN150 DN200 Water Drain Bleed Evap inch 1 2 1 2 1 2 Water Volume l 235 235 260 Minimum System Water Volume 8 l 1271 1342 1074 Max System Operating Pressure...

Page 53: ...nded Fuse Size A 25 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 16 18 16 Full Load Amps A 3 9 3 9 3 9 L...

Page 54: ... 240 230 245 245 GWP Tonnes Equivalent CO2 tC02 1 68 1 61 1 72 1 72 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN200 DN200 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 260 260 Minimum System Water Volume 8 l 1114 1153 Max System Operating Pressure Barg 10 10 Flow Rate l s 34 1 35 7 Pressure Drop kPa 23 4 25 3 T...

Page 55: ...commended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 18 20 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N...

Page 56: ...t Pre charged R1234ze E R1234ze E Charge Total CCT1 CCT2 kg 250 255 265 260 GWP Tonnes Equivalent CO2 tC02 1 75 1 79 1 86 1 82 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN200 DN200 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 260 260 Minimum System Water Volume 8 l 1203 1253 Max System Operating Pressure Barg ...

Page 57: ...commended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 22 22 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N...

Page 58: ...234ze E Charge Total CCT1 CCT2 kg 110 115 125 GWP Tonnes Equivalent CO2 tC02 0 77 0 81 0 88 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN100 DN100 DN100 Water Drain Bleed Evap inch 1 2 1 2 1 2 Water Volume l 102 102 102 Minimum System Water Volume 8 l 953 1059 1166 Max System Operating Pressure Barg 10 10 10 Flow Rat...

Page 59: ...ommended Fuse Size A 25 25 25 Independent Permanent Supply 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 4 6 8 Full Load Amps A 3 9 3 9 3 9 Lock...

Page 60: ...T2 kg 255 265 GWP Tonnes Equivalent CO2 tC02 1 79 1 86 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN125 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 141 141 Minimum System Water Volume 8 l 1056 1119 Max System Operating Pressure Barg 10 10 Flow Rate l s 17 1 18 2 Pressure Drop kPa 22 4 25 0 TCC12X08G 04 T...

Page 61: ...y Recommended Fuse Size A 25 25 Independent Permanent Supply 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 8 10 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N ...

Page 62: ...CT2 kg 280 290 GWP Tonnes Equivalent CO2 tC02 1 96 2 03 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN125 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 141 141 Minimum System Water Volume 8 l 1183 1247 Max System Operating Pressure Barg 10 10 Flow Rate l s 19 4 20 6 Pressure Drop kPa 27 8 30 8 TCC12X12G 04 ...

Page 63: ...Recommended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 12 14 Full Load Amps A 3 9 3 9 Locked Rotor Amps A...

Page 64: ...harge Total CCT1 CCT2 kg 140 140 150 145 155 150 GWP Tonnes Equivalent CO2 tC02 0 98 0 98 1 05 1 02 1 09 1 05 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN125 DN125 Water Drain Bleed Evap inch 1 2 1 2 1 2 Water Volume l 148 148 148 Minimum System Water Volume 8 l 1062 1126 1190 Max System Operating Pressure Bar...

Page 65: ...mmended Fuse Size A 25 25 25 Independent Permanent Supply 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 8 10 12 Full Load Amps A 3 9 3 9 3 9 Loc...

Page 66: ...Charge Total CCT1 CCT2 kg 165 160 300 175 310 180 GWP Tonnes Equivalent CO2 tC02 1 16 1 12 2 1 1 23 2 17 1 26 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN150 DN150 Water Drain Bleed Evap inch 1 2 1 2 1 2 Water Volume l 148 235 235 Minimum System Water Volume 8 l 1254 1072 1143 Max System Operating Pressure Bar...

Page 67: ...mended Fuse Size A 25 25 25 Independent Permanent Supply 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 14 12 14 Full Load Amps A 3 9 3 9 3 9 Loc...

Page 68: ... Charge Total CCT1 CCT2 kg 320 195 325 200 230 225 GWP Tonnes Equivalent CO2 tC02 2 24 1 37 2 28 1 4 1 61 1 58 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN150 DN150 DN200 Water Drain Bleed Evap inch 1 2 1 2 1 2 Water Volume l 235 235 260 Minimum System Water Volume 8 l 1214 1285 1044 Max System Operating Pressure Ba...

Page 69: ...mended Fuse Size A 25 25 25 Independent Permanent Supply 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 16 18 16 Full Load Amps A 3 9 3 9 3 9 Loc...

Page 70: ...40 230 245 245 GWP Tonnes Equivalent CO2 tC02 1 68 1 61 1 72 1 72 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN200 DN200 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 260 260 Minimum System Water Volume 8 l 1074 1114 Max System Operating Pressure Barg 10 10 Flow Rate l s 32 5 34 1 Pressure Drop kPa 21 5 23 4 Tec...

Page 71: ...Recommended Fuse Size A 25 25 Independent Permanent Supply 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 18 20 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N A...

Page 72: ... 250 255 265 260 GWP Tonnes Equivalent CO2 tC02 1 75 1 79 1 86 1 82 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN200 DN200 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 260 260 Minimum System Water Volume 8 l 1163 1213 Max System Operating Pressure Barg 10 10 Flow Rate l s 36 1 38 1 Pressure Drop kPa 25 8 28 4 T...

Page 73: ...Recommended Fuse Size A 25 25 Independent Permanent Supply 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 22 24 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N A...

Page 74: ...7 46 50 57 TCC22R12G 14 Power 88 86 86 83 86 79 79 83 90 Sound Pressure 10m 54 53 53 50 53 46 46 50 57 TCC22R14G 14 Power 86 86 85 83 86 79 79 83 89 Sound Pressure 10m 53 52 52 49 52 45 46 49 56 TCC23R12G 17 Power 91 89 88 85 88 81 81 84 92 Sound Pressure 10m 57 56 55 52 55 48 48 51 58 TCC23R14G 17 Power 90 88 88 85 88 81 81 84 91 Sound Pressure 10m 56 55 54 52 54 48 48 51 58 TCC23R16G 17 Power 89...

Page 75: ...5 46 50 56 TCC22X12G 14 Power 87 86 83 82 85 78 79 83 89 Sound Pressure 10m 54 53 50 49 52 45 46 50 56 TCC22X14G 14 Power 88 87 84 82 85 78 79 83 89 Sound Pressure 10m 55 54 50 49 52 45 46 49 56 TCC23X12G 17 Power 87 86 83 83 87 80 81 84 90 Sound Pressure 10m 54 53 50 50 53 47 48 51 57 TCC23X14G 17 Power 88 87 84 83 87 80 81 84 90 Sound Pressure 10m 55 54 50 50 53 46 47 51 57 TCC23X16G 17 Power 89...

Page 76: ...Pre charged R1234ze E R1234ze E Charge Total CCT1 CCT2 kg 105 120 GWP Tonnes Equivalent CO2 tC02 0 74 0 84 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN100 DN100 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 424 514 Minimum System Water Volume 8 l 1691 1920 Max System Operating Pressure Barg 10 10 Flow Rate l s ...

Page 77: ...ecommended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 6 8 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N ...

Page 78: ... Pre charged R1234ze E R1234ze E Charge Total CCT1 CCT2 kg 170 240 GWP Tonnes Equivalent CO2 tC02 1 19 1 68 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN125 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 401 700 Minimum System Water Volume 8 l 1444 1872 Max System Operating Pressure Barg 10 10 Flow Rate l s...

Page 79: ...Recommended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 8 10 Full Load Amps A 3 9 3 9 Locked Rotor Amps A ...

Page 80: ...t Pre charged R1234ze E R1234ze E Charge Total CCT1 CCT2 kg 255 265 GWP Tonnes Equivalent CO2 tC02 1 79 1 86 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN125 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 819 943 Minimum System Water Volume 8 l 2062 2256 Max System Operating Pressure Barg 10 10 Flow Rate l ...

Page 81: ...Recommended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 12 14 Full Load Amps A 3 9 3 9 Locked Rotor Amps A...

Page 82: ... CCT1 CCT2 kg 140 135 145 140 155 150 GWP Tonnes Equivalent CO2 tC02 0 98 0 95 1 02 0 98 1 09 1 05 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN125 DN125 Water Drain Bleed Evap inch 1 2 1 2 1 2 Water Volume l 735 830 975 Minimum System Water Volume 8 l 1907 2073 2288 Max System Operating Pressure Barg 10 10 10 ...

Page 83: ...ended Fuse Size A 25 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 10 12 14 Full Load Amps A 3 9 3 9 3 9 ...

Page 84: ...0 300 180 GWP Tonnes Equivalent CO2 tC02 2 03 1 19 2 1 1 26 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN150 DN150 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 1026 1138 Minimum System Water Volume 8 l 2011 2201 Max System Operating Pressure Barg 10 10 Flow Rate l s 26 5 28 6 Pressure Drop kPa 77 0 81 6 Technic...

Page 85: ...commended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 12 14 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N...

Page 86: ... 180 300 190 GWP Tonnes Equivalent CO2 tC02 2 1 1 26 2 1 1 33 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN150 DN150 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 1282 1343 Minimum System Water Volume 8 l 2423 2562 Max System Operating Pressure Barg 10 10 Flow Rate l s 30 7 32 8 Pressure Drop kPa 83 5 89 5 Techn...

Page 87: ...commended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 16 18 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N...

Page 88: ... E Charge Total CCT1 CCT2 kg 315 315 325 315 335 330 GWP Tonnes Equivalent CO2 tC02 2 21 2 21 2 28 2 21 2 35 2 31 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN200 DN200 DN200 Water Drain Bleed Evap inch 1 2 1 2 1 2 Water Volume l 1785 1954 2160 Minimum System Water Volume 8 l 2682 2895 3145 Max System Operating Press...

Page 89: ...ended Fuse Size A 25 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 16 18 20 Full Load Amps A 3 9 3 9 3 9 ...

Page 90: ...330 335 345 340 GWP Tonnes Equivalent CO2 tC02 2 31 2 35 2 42 2 38 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN200 DN200 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 2298 2544 Minimum System Water Volume 8 l 3338 3638 Max System Operating Pressure Barg 10 10 Flow Rate l s 40 0 42 1 Pressure Drop kPa 71 4 75 6 ...

Page 91: ...commended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 22 24 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N...

Page 92: ...234ze E Charge Total CCT1 CCT2 kg 105 120 GWP Tonnes Equivalent CO2 tC02 0 74 0 84 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN100 DN100 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 424 514 Minimum System Water Volume 8 l 1597 1733 Max System Operating Pressure Barg 10 10 Flow Rate l s 10 5 10 9 Pressure Drop ...

Page 93: ...ecommended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 6 8 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N ...

Page 94: ...34ze E Charge Total CCT1 CCT2 kg 170 240 GWP Tonnes Equivalent CO2 tC02 1 19 1 68 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN125 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 401 700 Minimum System Water Volume 8 l 1480 1778 Max System Operating Pressure Barg 10 10 Flow Rate l s 18 1 19 3 Pressure Drop k...

Page 95: ...y Recommended Fuse Size A 25 25 Independent Permanent Supply 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 8 10 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N ...

Page 96: ...234ze E Charge Total CCT1 CCT2 kg 255 265 GWP Tonnes Equivalent CO2 tC02 1 79 1 86 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN125 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 819 943 Minimum System Water Volume 8 l 1968 2162 Max System Operating Pressure Barg 10 10 Flow Rate l s 20 6 21 9 Pressure Drop ...

Page 97: ...y Recommended Fuse Size A 25 25 Independent Permanent Supply 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 12 14 Full Load Amps A 3 9 3 9 Locked Rotor Amps A N...

Page 98: ...rge Total CCT1 CCT2 kg 140 135 145 140 155 150 GWP Tonnes Equivalent CO2 tC02 0 98 0 95 1 02 0 98 1 09 1 05 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN125 DN125 DN125 Water Drain Bleed Evap inch 1 2 1 2 1 2 Water Volume l 735 830 975 Minimum System Water Volume 8 l 1814 1979 2194 Max System Operating Pressure Barg ...

Page 99: ...mended Fuse Size A 25 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 10 12 14 Full Load Amps A 3 9 3 9 3 9...

Page 100: ... 300 180 GWP Tonnes Equivalent CO2 tC02 2 03 1 19 2 1 1 26 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN150 DN150 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 1026 1138 Minimum System Water Volume 8 l 1823 2083 Max System Operating Pressure Barg 10 10 Flow Rate l s 21 9 26 9 Pressure Drop kPa 55 4 73 5 TCF23X12...

Page 101: ...Recommended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 12 14 Full Load Amps A 3 9 3 9 Locked Rotor Amps A...

Page 102: ...180 300 190 GWP Tonnes Equivalent CO2 tC02 2 1 1 26 2 1 1 33 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN150 DN150 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 1282 1343 Minimum System Water Volume 8 l 2361 2499 Max System Operating Pressure Barg 10 10 Flow Rate l s 29 0 31 1 Pressure Drop kPa 75 6 81 5 TCF23X...

Page 103: ...Recommended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 340 2x 170 340 2x 170 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 16 18 Full Load Amps A 3 9 3 9 Locked Rotor Amps A...

Page 104: ... Charge Total CCT1 CCT2 kg 315 315 325 315 335 330 GWP Tonnes Equivalent CO2 tC02 2 21 2 21 2 28 2 21 2 35 2 31 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN200 DN200 DN200 Water Drain Bleed Evap inch 1 2 1 2 1 2 Water Volume l 1785 1954 2160 Minimum System Water Volume 8 l 2627 2851 3101 Max System Operating Pressur...

Page 105: ...mmended Fuse Size A 25 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 500 Condenser Fan Per Fan EC Quantity 16 18 20 Full Load Amps A 3 9 3 9 3 ...

Page 106: ...345 340 GWP Tonnes Equivalent CO2 tC02 2 31 2 35 2 42 2 38 Refrigeration Control Electronic Expansion Valve EEV Water System Grooved Type Coupling and Pipe Assembly Water Inlet Outlet DN200 DN200 Water Drain Bleed Evap inch 1 2 1 2 Water Volume l 2298 2544 Minimum System Water Volume 8 l 3294 3594 Max System Operating Pressure Barg 10 10 Flow Rate l s 38 3 40 4 Pressure Drop kPa 66 2 70 3 TCF24X22...

Page 107: ...Recommended Fuse Size A 25 25 Independent Permanent Supply VAC 230V 1PH 50Hz 10 Max Permanent Incoming Cable Size Direct to Control Panel Isolator mm 6mm 8 AWG Control Circuit VAC 24 VAC 230VAC 10 Evaporator Immersion Heater Rating W 500 2x 250 500 2x 250 External Trace Heating Available fitted by others W 500 500 Condenser Fan Per Fan EC Quantity 22 24 Full Load Amps A 3 9 3 9 Locked Rotor Amps A...

Page 108: ... 22 Power 86 85 85 83 85 79 79 83 89 Sound Pressure 10m 52 52 51 49 52 45 46 49 56 TCF23R12G 24 Power 91 89 88 85 88 81 81 84 92 Sound Pressure 10m 58 56 55 52 55 48 48 51 59 TCF23R14G 24 Power 90 88 88 85 88 81 81 84 91 Sound Pressure 10m 56 55 54 52 54 48 48 51 58 TCF23R16G 25 Power 89 88 87 85 88 81 81 84 91 Sound Pressure 10m 56 54 54 51 54 47 47 51 58 TCF23R18G 25 Power 88 88 87 85 87 81 81 8...

Page 109: ... 22 Power 87 86 83 82 85 78 79 83 89 Sound Pressure 10m 54 53 50 49 52 45 46 49 55 TCF23X12G 24 Power 65 65 69 81 86 79 81 84 90 Sound Pressure 10m 31 31 36 48 53 46 48 51 57 TCF23X14G 24 Power 87 86 83 83 87 80 81 84 90 Sound Pressure 10m 54 53 50 50 53 46 47 51 57 TCF23X16G 25 Power 88 87 84 83 87 80 81 84 90 Sound Pressure 10m 54 53 50 50 53 46 47 51 57 TCF23X18G 25 Power 88 87 84 84 87 80 81 8...

Page 110: ...ydronic Data Evaporator Pressure Drop 100 Water 0 0 20 0 40 0 60 0 80 0 100 0 120 0 0 10 20 30 40 50 60 70 80 Pressure Drop kPa Flowrate l s 100 Water 07 08 09 10 11 12 13 13 07 08 10 11 09 12 0 0 20 0 40 0 60 0 80 0 100 0 120 0 0 10 20 30 40 50 60 70 Pressure Drop kPa Flowrate l s 100 Water 01 02 03 04 05 06 02 03 04 05 06 01 ...

Page 111: ...raulic Hydronic Data Evaporator Pressure Drop 100 Water 0 5 10 15 20 25 30 35 40 45 0 10 20 30 40 50 60 Pressure Drop kPa Flow Rate l s 14 15 16 17 18 19 20 14 15 16 17 18 19 20 0 5 10 15 20 25 30 35 40 45 50 55 0 10 20 30 40 50 60 70 80 90 Pressure Drop kPa Flow Rate l s 21 22 23 24 25 26 27 28 22 24 26 27 21 28 25 23 ...

Page 112: ... Data Evaporator Pressure Drop 20 Ethylene Glycol 0 0 20 0 40 0 60 0 80 0 100 0 120 0 140 0 0 10 20 30 40 50 60 70 Pressure Drop kPa Flowrate l s 20 EG 01 02 03 04 05 06 03 04 05 02 06 01 0 0 20 0 40 0 60 0 80 0 100 0 120 0 140 0 0 10 20 30 40 50 60 70 80 Pressure DRop kPa Flowrate l s 20 EG 07 08 09 10 11 12 13 07 11 10 08 09 12 13 ...

Page 113: ...r Pressure Drop 20 Ethylene Glycol 0 5 10 15 20 25 30 35 40 45 0 00 10 00 20 00 30 00 40 00 50 00 60 00 Pressure Drop kPa Flow Rate l s 14 15 16 17 18 19 20 14 15 16 17 18 19 20 0 5 10 15 20 25 30 35 40 45 50 55 0 00 10 00 20 00 30 00 40 00 50 00 60 00 70 00 80 00 90 00 Pressure Drop kPa Flow Rate l s 21 22 23 24 25 26 27 28 22 24 25 26 27 21 28 23 ...

Page 114: ...trainer Pressure Drop 100 Water 0 20 40 60 80 100 120 140 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 320 Pressure Drop kPa Water Flow Rate l s 5 6 8 4 Strainer Pressure Drop 20 Ethylene Glycol 0 20 40 60 80 100 120 140 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 320 Pressure Drop kPa Water Flow Rate l s 5 6 8 4 ...

Page 115: ...0 1140 TCC23R12G 17 7000 7230 3240 1160 TCC23R14G 17 7620 7850 3890 1160 TCC23R16G 17 8260 8490 4250 1150 TCC23R18G 17 8880 9110 4940 1150 TCC24R16G 18 8670 8920 4370 1170 TCC24R18G 18 9300 9550 4860 1170 TCC24R20G 18 9930 10180 5540 1160 TCC24R22G 18 10560 10810 6360 1160 TCC24R24G 18 11190 11440 6620 1160 TCC11X04G 01 2765 2865 1350 1150 TCC11X06G 01 3390 3490 1760 1140 TCC11X08G 01 3980 4080 22...

Page 116: ...3R12G 24 8880 9900 3380 1080 TCF23R14G 24 9780 10910 4050 1080 TCF23R16G 25 10710 11990 4450 1070 TCF23R18G 25 11510 12850 5100 1070 TCF24R16G 26 12090 13870 4610 1070 TCF24R18G 26 13000 14950 5090 1060 TCF24R20G 26 13990 16150 5780 1050 TCF24R22G 27 14810 17100 6610 1040 TCF24R24G 27 15800 18340 6880 1040 TCF11X06G 07 4145 4565 1850 1170 TCF11X08G 07 4960 5470 2360 1110 TCF12X08G 09 5610 6010 239...

Page 117: ...eye bolt must be capable of lifting the whole chiller Lifting hole lug dimension 40mm Use the appropriate spreader bars lifting slings with the holes lugs provided Lift the unit slowly and evenly If the unit is dropped it should immediately be checked for damage and reported to Airedale A A 4 Point Number of Fans A mm 4 1533 6 2332 8 3464 10 4077 Only use lifting points provided The unit should be...

Page 118: ...85 V1 12 0_10_2018 Installation Data B 5 0 0 0 m m A A 60 60 A B A 2300 8 Point Number of Fans Single Circuit Machines Dual Circuit Machines A mm B mm A mm B mm 12 3600 1536 3600 1490 14 4500 1536 4500 1536 16 4300 3100 4300 3100 18 5500 2800 5200 2968 20 6500 3164 6500 3139 22 6650 3966 24 6650 4950 ...

Page 119: ...LATOR FANS ELECTRICAL ISOLATOR EMERGENCY STOP DISCHARGE AIR CP1 TCC EVAP ONLY MAINS CONTROLS BUSBAR CHAMBER MAINS CABLE ENTRY BOTH SIDES 4 LIFTING LUGS WITH 40 DIA LUGS WATER INLET WATER OUTLET OPTIONAL RAIN HOOD 4 20 DIA MOUNTING HOLES IN BASE OF UNIT OPTIONAL PUMPS ELECTRICAL ISOLATOR 1 OPTIONAL EXTENDED 300mm PLENUM STANDARD NO PLENUM 500 2200 50 2100 50 2800 440 1908 278 70 624 1533 469 1109 4...

Page 120: ...ECTRICAL ISOLATOR EMERGENCY STOP CP1 MAINS CONTROLS BUSBAR CHAMBER 6 20 DIA MOUNTING HOLES IN BASE OF UNIT 1063 624 2332 802 3758 2800 500 440 1520 1519 279 50 2200 50 2100 50 L1 L2 R1 R2 L3 R3 2 1 OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM DISCHARGE AIR STANDARD NO PLENUM Installation Data General Arrangement Drawings 6 Fan Single Circuit ...

Page 121: ...TOP CP1 CP2 Optional MAINS CONTROLS BUSBAR CHAMBER 8 20 DIA MOUNTING HOLES IN BASE OF UNIT OPTIONAL PUMPS ELECTRICAL ISOLATOR 2100 500 2200 50 50 439 1520 1131 1520 2800 802 50 4890 280 624 1063 3464 L1 L2 R1 R2 L3 R3 L4 R4 2 1 OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM DISCHARGE AIR STANDARD NO PLENUM Installation Data General Arrangement Drawings 8 Fan Single Circuit ...

Page 122: ...OR OPTIONAL PUMPS ELECTRICAL ISOLATOR FANS ELECTRICAL ISOLATOR EMERGENCY STOP CP1 CP2 Optional MAINS CONTROLS BUSBAR CHAMBER 630 1569 1568 1400 855 1063 830 4077 1115 6022 2800 500 50 50 2100 50 2200 L1 L2 R1 R2 L3 R3 L4 R4 2 1 OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM DISCHARGE AIR STANDARD NO PLENUM Installation Data General Arrangement Drawings 10 Fan Single Circuit ...

Page 123: ...LECTRICAL ISOLATOR FANS ELECTRICAL ISOLATOR EMERGENCY STOP CP1 CP2 Optional 8 LIFTING LUGS WITH 40 DIA LUGS MAINS CONTROLS BUSBAR CHAMBER 2100 50 50 2199 630 1890 1710 2800 500 1187 3600 3600 50 1890 1034 830 1063 7154 L1 L2 R1 R2 L3 R3 L4 R4 2 1 OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM DISCHARGE AIR STANDARD NO PLENUM Installation Data General Arrangement Drawings 12 Fan Sing...

Page 124: ...ANS ELECTRICAL ISOLATOR CONTROLS BUSBAR CHAMBER EMERGENCY STOP CP1 CP2 10 20 DIA MOUNTING HOLES IN BASE OF UNIT 4500 1419 4500 2200 50 2100 50 630 1890 1710 1800 1400 856 50 2800 500 8286 830 1063 L1 L2 R1 R2 L3 R3 L4 R4 L5 R5 2 1 BUSBAR CHAMBER OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM STANDARD NO PLENUM Installation Data General Arrangement Drawings 14 Fan Single circuit ...

Page 125: ... PHASE MAINS ELECTRICAL ISOLATOR OPTIONAL PUMPS ELECTRICAL ISOLATOR FANS ELECTRICAL ISOLATOR CONTROLS BUSBAR CHAMBER EMERGENCY STOP CP1 CP2 10 20 DIA MOUNTING HOLES IN BASE OF UNIT 4500 1419 4500 2200 50 2100 50 630 1885 1715 1800 1400 855 50 2800 500 8286 830 1063 L1 L2 R1 R2 L3 R3 L4 R4 L5 R5 2 1 OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM DISCHARGE AIR STANDARD NO PLENUM ...

Page 126: ...LATOR OPTIONAL PUMPS ELECTRICAL ISOLATOR FANS ELECTRICAL ISOLATOR CONTROLS BUSBAR CHAMBER EMERGENCY STOP CP1 CP2 2100 50 50 2200 630 852 2800 500 2300 1852 1984 4300 1187 4300 1800 50 830 1063 9418 L1 L2 R1 R2 L3 R3 L4 R4 L5 R5 2 1 OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM DISCHARGE AIR STANDARD NO PLENUM Installation Data General Arrangement Drawings 16 Fan Single Circuit ...

Page 127: ...NS ELECTRICAL ISOLATOR FANS ELECTRICAL ISOLATOR EMERGENCY STOP MAINS CONTROLS BUSBAR CHAMBER OPTIONAL PUMPS ELECTRICAL ISOLATOR 10 20 DIA MOUNTING HOLES IN BASE OF UNIT CP1 CP2 CP3 OPTIONAL CP4 OPTIONAL OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM STANDARD NO PLENUM 2200 50 2100 50 3100 1200 3100 1186 830 1063 9418 50 630 1800 2300 1852 1984 852 2800 300 800 L1 L2 R1 R2 L3 R3 L4 R...

Page 128: ... PUMPS ELECTRICAL ISOLATOR FANS ELECTRICAL ISOLATOR CONTROLS BUSBAR CHAMBER EMERGENCY STOP CP1 CP2 10550 830 5500 1419 5500 2880 500 1814 1814 1814 1814 850 50 1063 2 1 1815 630 L1 L2 R1 R2 L3 R3 L4 R4 L5 R5 L6 R6 2100 2200 50 50 OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM BUSBAR CHAMBER DISCHARGE AIR STANDARD NO PLENUM Installation Data General Arrangement Drawings 18 Fan Single...

Page 129: ...NTING HOLES IN BASE OF UNIT MAINS 3 PHASE MAINS ELECTRICAL ISOLATOR OPTIONAL PUMPS ELECTRICAL ISOLATOR FANS ELECTRICAL ISOLATOR CONTROLS BUSBAR CHAMBER EMERGENCY STOP CP1 CP2 10550 985 5200 1419 5200 2880 500 1704 1814 1925 1814 849 50 1063 2 1 1814 630 L1 L2 R1 R2 L3 R3 L4 R4 L5 R5 L6 R6 2100 2200 50 50 DISCHARGE AIR OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM STANDARD NO PLENUM...

Page 130: ...PTIONAL PUMPS ELECTRICAL ISOLATOR FANS ELECTRICAL ISOLATOR CONTROLS BUSBAR CHAMBER EMERGENCY STOP CP1 CP2 2100 50 50 2200 630 852 2800 500 2041 2041 2300 1782 2036 6500 1187 6500 A 50 830 1063 11682 2 1 L1 R1 R2 L3 R3 L4 R4 L5 R5 L6 R6 L2 OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM DISCHARGE AIR STANDARD NO PLENUM Installation Data General Arrangement Drawings 20 Fan Single Circu...

Page 131: ...NTING HOLES IN BASE OF UNIT MAINS 3 PHASE MAINS ELECTRICAL ISOLATOR OPTIONAL PUMPS ELECTRICAL ISOLATOR FANS ELECTRICAL ISOLATOR CONTROLS BUSBAR CHAMBER EMERGENCY STOP CP1 CP2 2100 50 50 2200 630 846 2800 500 2041 2246 2095 1782 2036 6500 1210 6500 50 830 1063 11682 2 1 L1 R1 R2 L3 R3 L4 R4 L5 R5 L6 R6 L2 OPTIONAL EXTENDED 800mm PLENUM OPTIONAL EXTENDED 300mm PLENUM DISCHARGE AIR STANDARD NO PLENUM...

Page 132: ...OPTIONAL PUMPS ELECTRICAL ISOLATOR MAINS CABLE ENTRY BOTH SIDES 12 20 DIA MOUNTING HOLES IN BASE OF UNIT 50mm WATER INLET AND OUTLET PROTRUSION FROM END OF UNIT EXCLUDING EVAP ONLY LOCATION OF WATER CONNECTIONS WHEN EVAP ONLY CONFIGURATION REQUIRED OPTIONAL EXTENDED DISCHARGE PLENUM STANDARD DISCHARGE PLENUM OPTIONAL RAIN HOOD 8 LIFTING LUGS WITH 35 DIA HOLES CP1 CP2 CP3 OPTIONAL CP4 OPTIONAL 2200...

Page 133: ...TRICAL ISOLATOR MAINS CABLE ENTRY BOTH SIDES 12 20 DIA MOUNTING HOLES IN BASE OF UNIT 50mm WATER INLET AND OUTLET PROTRUSION FROM END OF UNIT EXCLUDING EVAP ONLY LOCATION OF WATER CONNECTIONS WHEN EVAP ONLY CONFIGURATION REQUIRED OPTIONAL EXTENDED DISCHARGE PLENUM STANDARD DISCHARGE PLENUM 8 LIFTING LUGS WITH 35 DIA HOLES OPTIONAL FLANGE FITTED CP1 CP2 CP3 OPTIONAL CP4 OPTIONAL 1 DETAIL A 152 265 ...

Page 134: ...alled due care should be taken to avoid the discharge air 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 Ensure there are no obstructions directly above the fans Allow free space above the fans to prevent...

Page 135: ...n 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 the largest deflection adjust the height of each mount using the...

Page 136: ...Mount 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 137: ...al As standard the equipment is designed for 400V 3 phase 3 wire 50Hz and a separate permanent 230V 1 phase 50Hz supply to all relevant IEE regulations British standards and IEC requirements The control voltage to the interlocks is 24V always size the low voltage interlock and protection cabling for a maximum voltage drop of 2V Avoid large voltage drops on cable runs particularly low voltage wirin...

Page 138: ... Chiller Technical Manual 7752785 V1 12 0_10_2018 RxTx RxTx GND RxTx RxTx GND Panel Side Customer Side pLAN Termination The plugged termination ensures that the connections are made simultaneously Failure to attach the cables this way may cause damage to the controller ...

Page 139: ...age problems Excessive currents in neutral conductor The 3rd 5th 7th and 9th harmonics are considered to be the predominant frequencies produced by non linear loads To minimize the harmonic effect each Turbocor compressor is fitted with a 5 line reactor to help reduce the harmonics and improve the displacement power factor above 0 95 1 However to further reduce the effects and to help meet limits ...

Page 140: ...rated and located on the evaporator upon dispatch of the unit However in the following section there is a quick guide on how to reset and recalibrate the sensor Step 1 Connect the USB cable HBxC USB to the laptop Connect the cable to the sensor Open the HBLC Tool software Step 2 Once the following dialog is open press Start Scan for Sensor Step 3 Once detected then the tool shown in Figure 3 will ...

Page 141: ...ection Check that the unit is of satisfactory condition and that it has not been damaged A damaged component could indicate a reason why the unit is not operating For example A refrigerant leak etc Electrical Overloads Check that circuit breakers are all turned on If not investigate why they have tripped This could be the reason why the unit has turned off ALL work MUST be carried out by technical...

Page 142: ...enus 5 ALARM Red LED indicates alarm present 6 8 ROW LCD DISPLAY 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 at each circuit Superheat for each circu...

Page 143: ...To turn the unit on press the key to enter the program menu Using the or keys select the Unit On Off option and press When is pressed the above screen will be shown To turn the unit on simply press the key again and the screen will change Once the screen has changed to the above press the key which will return back to the main screen The chiller will be going through its start up sequence Pressing...

Page 144: ...llowing screen will be shown Using the or button scroll to the password screen Enter the password 4648 using the and keys and press after each number is entered The numbers start at 5555 So down one to 4 up one to 6 etc When the final number is entered the screen will jump to the set point adjustment screen To adjust the set point press the key to highlight the set point using the and keys enter t...

Page 145: ...iods of unit shut down To reinstate cooling the unit remote ON OFF is to be Closed Navigates from one menu to another When the menu is changed the display shown will always be the top display of the new menu Navigates up and down in the individual menu On green The pump is running or has stopped by a stop function If flashing the pump has been stopped by the user CUE menu external start stop or bu...

Page 146: ...e unit for general wear and tear treat metalwork Rust should be inhibited primed and touched up with matching paint Check for excess vibration from other rotating equipment Clean Microchannel condenser coil Ensure no debris has collected under compressor housing Service Tools Test Equipment Touch up Paint Stiff Brush Safety Equipment Safety Glasses Goggles Coil Cleaning To clean micro channel cond...

Page 147: ...m the fan to a PC The kit comprises of a USB to RS232 9 pin D type adapter This should be installed on the PC with the software supplied with the kit The COM port of the USB to RS232 adapter should be assigned to a free COM port between COM 1 and 4 via the system device manager Connect the RS232 to RS485 interface converter to the USB port of your PC via the USB to RS232 serial interface lead and ...

Page 148: ...k Frequency 3 Mths 12 Mths 60 Mths Refrigeration Compare the following and compare results with commissioning records Suction liquid and discharge pressures Refrigeration system temperatures suction liquid and discharge Record superheat and sub cooling temperatures Check each circuit sight glass for dryness and bubbles for indication of leaks Inspect the leak detector in accordance to EN378 Head p...

Page 149: ...rmine the design flow rate pressure drop Make sure that any effects of glycol in the system are taken into account flow rate and pressure drop Input into the controller the reduced pressure drop kPa value normally 80 of design flow rate Once this value is programmed into the controller the water flow rate can be carefully reduced to verify that the low flow alarm is activated Ensure that the tubes...

Page 150: ...heet Head pressure differential bar Minimum suction pressure bar Supply water set point Summer Day C Supply water set point Winter Night C Minimum supply water temperature C Task Frequency Controls 3 Mths 12 Mths 60 Mths Change controller battery The controller will keep the strategy for a short period of time with no battery Service Tools Test Equipment Small Terminal Screwdriver Safety Equipment...

Page 151: ...sed to indicate The condition of the refrigerant in the system Lack of refrigerant Moisture content of the refrigerant The colour of the sight glass depends on the moisture content of the refrigerant The recommended moisture levels of a system should be below 75ppm An indication of green dry are to be considered as perfect conditions meaning full protection by the filter drier against effects from...

Page 152: ...howing fault on controller Determine fault refer to alarm codes for further information Head pressure too high HP cut out operated Condenser coil clogged or dirty Clean condenser Overcharge of refrigerant Normally troublesome in warm weather Remove excess refrigerant from system using correct refrigerant handling techniques Air or other non condensable gas in system Evacuate system and re charge w...

Page 153: ...setting incorrect Adjust as necessary Incorrect pressure sensor setting Adjust via microprocessor Faulty EC fan Replace fan Faulty pressure sensor Replace sensor Condenser fans runs only slowly Incorrect pressure setting Adjust via microprocessor Faulty EC fan Replace fan Faulty pressure sensor Replace sensor Motor capacitor faulty Replace Motor wired incorrectly Check against wiring diagram corre...

Page 154: ...0 in the scroll will be lost Viewing the Alarm Log By using the arrow keys the last 150 alarms generated can be reviewed in chronological order The display provides the alarm type information and the time and date of each alarm occurrence Alarm Detection When the controller detects an alarm an output is generated to the relevant alarm relay which in turn illuminates the button To see which alarm h...

Page 155: ...13 Clock Alarm The internal clock has malfunctioned Replace Battery AL014 Phase Failure The 3 phase power supply crossed loss wait 30s with a power meter on power up Check 3 phase connection 2 Critical AL015 Emergency Stop The emergency stop button has been pressed Release the emergency stop button AL016 Evaporator Flow Alarm No evaporator flow has been detected Check pumps are running flow AL017 ...

Page 156: ...ter is high Check liquid line to the compressor solenoid valves AL037 Discharge Temp Comp 1 The temperature of the discharge gas is high Check Refrigerant charge discharge temperature sensor AL038 Suction Press Comp 1 The suction pressure is too high low at the compressor Check charge System load sensor suction strainer AL039 Discharge Press Comp 1 The Discharge pressure has exceeded it limit Chec...

Page 157: ...enoid valve AL053 Air Water Temp Comp 2 There may be insufficient water flow due to air gaps Check Sensor limits AL054 Compress Ratio Comp 2 The compression ratio of the compressor is out of range Check Condenser Evaporator loads and settings AL055 Bearing Reset Comp 2 Low Suction Liquid Check Refrigerant Circuit AL056 SCR Temp Comp 2 Indicates insufficient cooling to the SCR plate Check Alarms li...

Page 158: ...071 Suction Press Comp 4 The suction pressure is too high low at the compressor Check charge System load sensor suction strainer AL072 Discharge Press Comp 4 The discharge pressure has exceeded its limit Check The sensor Condenser Shut off valves AL073 3Ph Current Comp 4 Indicates there may be an excessive load on the system AL074 Cavity Temp Comp 4 The Cavity temperature inside the compressor is ...

Page 159: ...r has been in alarm more than 5 times in 2 hours Check the operation of the compressor circuit AL094 Serious Alarm Comp 2 AL095 Serious Alarm Comp 3 AL096 Serious Alarm Comp 4 AL097 Evap Low Flowrate The evaporator flow rate is equal to or less than 20 of design Check the evaporator strainer or for any other blockages AL098 Liq Valve EVD1 Alarm The electronic expansion valve driver used to positio...

Page 160: ...ed off Check with maintenance personnel before switching back on 2 Critical AL112 Cond Fan Trip Cct1 Isolator for circuit 1 condenser fan has been switched off 1 Non Critical AL113 Cond Fan Trip Cct2 Isolator for circuit 2 condenser fan has been switched off AL114 Fan Isolator Status Common isolator for circuit 1 and 2 condenser fan has been switched off AL115 Pump Isolator Status Pump isolator ha...

Page 161: ...l fault Stop Man 16 Other fault Stop Auto Stop Man 30 Replace motor bearing Man 3 32 Overvoltage Auto Stop Auto 40 Undervoltage Auto Stop Auto 48 Overload Stop Auto Stop Man 49 Overload Stop Auto 55 Overload Auto Stop Auto 57 Dry running Stop Auto 64 Too high CUE temperature Stop Auto 70 Too high motor temperature Stop Auto 77 Communication fault duty standby Auto 89 Sensor 1 outside range 1 Auto ...

Page 162: ...at exchanger Indoor side heat exchanger Inlet air 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 Information extracted from 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 Fi...

Page 163: ...4 0 273 9 Declared EERd 35 C 3 41 3 66 3 87 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 176 0 194 3 201 6 Declared EERd 30 C 4 34 4 76 5 03 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 113 2 124 5 129 2 Declared EERd 25 C 5 72 6 06 6 38 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 97 7 94 6 92 8 Declared EERd 20 C 6 78 7 32 7 58 Sound Power Level dB A 88 87 87 Air Volume m h 82650 123975 165301 Off ...

Page 164: ...Rd 35 C 3 33 3 45 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 344 9 366 8 Declared EERd 30 C 4 27 4 46 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 221 3 235 3 Declared EERd 25 C 5 64 5 56 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 91 6 94 7 Declared EERd 20 C 7 24 7 71 Sound Power Level dB A 91 91 Air Volume m h 165301 206626 Off mode POFF kW 0 301 0 301 Thermostat off mode PTO kW 1 380 1 590 Sta...

Page 165: ...ERd 35 C 3 52 3 56 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 388 7 410 6 Declared EERd 30 C 4 62 4 75 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 249 2 263 2 Declared EERd 25 C 6 64 6 70 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 109 8 87 8 Declared EERd 20 C 5 62 7 47 Sound Power Level dB A 91 90 Air Volume m h 247951 289276 Off mode POFF kW 0 301 0 301 Thermostat off mode PTO kW 1 820 2 070 S...

Page 166: ... 498 6 528 4 Declared EERd 35 C 3 38 3 52 3 61 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 345 1 367 0 388 9 Declared EERd 30 C 4 25 4 50 4 68 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 221 4 235 4 249 4 Declared EERd 25 C 4 55 4 56 5 99 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 96 2 101 0 109 7 Declared EERd 20 C 6 52 7 13 6 38 Sound Power Level dB A 91 91 91 Air Volume m h 165301 206626 24795...

Page 167: ...2 628 7 678 4 Declared EERd 35 C 3 66 3 40 3 48 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 410 8 462 9 499 5 Declared EERd 30 C 4 81 4 53 4 64 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 263 4 297 1 320 5 Declared EERd 25 C 6 15 5 89 6 07 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 123 2 131 3 141 6 Declared EERd 20 C 6 83 8 10 8 20 Sound Power Level dB A 90 92 92 Air Volume m h 289276 247951 289...

Page 168: ... 2 777 8 818 1 Declared EERd 35 C 3 52 3 52 3 37 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 536 1 572 6 602 3 Declared EERd 30 C 4 65 4 68 4 63 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 343 9 367 3 386 5 Declared EERd 25 C 6 16 6 30 6 31 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 151 8 162 1 170 7 Declared EERd 20 C 8 46 8 44 7 87 Sound Power Level dB A 92 92 94 Air Volume m h 330601 371926 33...

Page 169: ...EERd 35 C 3 42 3 46 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 631 6 660 8 Declared EERd 30 C 4 63 4 59 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 405 2 424 0 Declared EERd 25 C 6 44 6 53 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 178 9 187 1 Declared EERd 20 C 7 99 7 83 Sound Power Level dB A 94 93 Air Volume m h 371926 413252 Off mode POFF kW 0 427 0 427 Thermostat off mode PTO kW 2 124 2 363...

Page 170: ...EERd 35 C 3 50 3 50 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 697 3 733 8 Declared EERd 30 C 4 58 4 62 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 447 3 470 7 Declared EERd 25 C 6 59 6 63 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 197 3 207 5 Declared EERd 20 C 8 05 8 05 Sound Power Level dB A 93 93 Air Volume m h 454577 495902 Off mode POFF kW 0 427 0 427 Thermostat off mode PTO kW 2 684 3 030...

Page 171: ...24 3 249 1 Declared EERd 35 C 3 34 3 91 4 08 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 146 8 165 1 183 3 Declared EERd 30 C 4 30 4 85 5 13 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 111 5 105 8 114 6 Declared EERd 25 C 5 01 6 44 6 30 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 98 1 95 0 93 2 Declared EERd 20 C 6 76 7 36 7 66 Sound Power Level dB A 87 87 87 Air Volume m h 82650 123975 165301 Off...

Page 172: ...kW 428 9 458 7 Declared EERd 35 C 3 41 3 63 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 315 7 337 6 Declared EERd 30 C 4 69 4 71 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 202 6 216 6 Declared EERd 25 C 6 36 6 59 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 92 3 91 1 Declared EERd 20 C 7 69 7 75 Sound Power Level dB A 90 90 Air Volume m h 165301 206626 Off mode POFF kW 0 301 0 301 Thermostat off m...

Page 173: ...W 488 5 518 3 Declared EERd 35 C 3 76 3 82 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 359 5 381 4 Declared EERd 30 C 4 77 4 92 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 230 6 244 6 Declared EERd 25 C 6 24 7 00 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 101 6 123 3 Declared EERd 20 C 5 98 8 31 Sound Power Level dB A 90 90 Air Volume m h 247951 289276 Off mode POFF kW 0 301 0 301 Thermostat off ...

Page 174: ...ty 35 C Pdc 2 3 5 kW 429 0 458 8 488 6 Declared EERd 35 C 3 39 3 63 3 77 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 315 8 337 8 359 7 Declared EERd 30 C 4 34 4 57 4 76 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 202 7 216 7 230 7 Declared EERd 25 C 5 10 5 41 5 19 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 96 9 94 9 100 8 Declared EERd 20 C 6 92 7 18 7 35 Sound Power Level dB A 90 90 90 Air Volum...

Page 175: ...ty 35 C Pdc 2 3 5 kW 518 4 588 9 638 6 Declared EERd 35 C 3 84 3 37 3 55 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 381 6 433 6 470 2 Declared EERd 30 C 4 91 4 59 4 78 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 244 8 278 4 301 8 Declared EERd 25 C 5 85 6 01 6 16 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 108 0 123 1 133 4 Declared EERd 20 C 6 67 8 27 8 39 Sound Power Level dB A 90 92 92 Air Vol...

Page 176: ... 4 738 1 788 3 Declared EERd 35 C 3 65 3 69 3 18 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 506 8 543 4 580 4 Declared EERd 30 C 4 61 4 86 4 80 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 325 2 348 6 372 5 Declared EERd 25 C 6 26 6 43 6 43 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 143 6 153 9 164 6 Declared EERd 20 C 8 63 8 71 8 08 Sound Power Level dB A 92 92 93 Air Volume m h 330601 371926 33...

Page 177: ...ERd 35 C 3 53 3 58 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 602 3 631 6 Declared EERd 30 C 4 85 4 83 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 386 5 405 2 Declared EERd 25 C 6 57 6 69 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 170 7 178 9 Declared EERd 20 C 8 21 8 32 Sound Power Level dB A 93 93 Air Volume m h 371926 413252 Off mode POFF kW 0 427 0 427 Thermostat off mode PTO kW 1 900 2 124 ...

Page 178: ...EERd 35 C 3 64 3 67 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 668 1 704 6 Declared EERd 30 C 4 75 4 79 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 428 6 452 0 Declared EERd 25 C 6 75 6 81 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 189 2 199 4 Declared EERd 20 C 7 36 8 19 Sound Power Level dB A 93 93 Air Volume m h 454577 495902 Off mode POFF kW 0 427 0 427 Thermostat off mode PTO kW 2 426 2 752...

Page 179: ...35 C 3 04 3 19 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 211 3 218 7 Declared EERd 30 C 4 18 4 44 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 135 0 139 7 Declared EERd 25 C 5 27 5 58 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 93 3 91 6 Declared EERd 20 C 6 23 6 50 Sound Power Level dB A 88 88 Air Volume m h 123975 165301 Off mode POFF kW 0 249 0 249 Thermostat off mode PTO kW 2 353 2 365 Standb...

Page 180: ...ERd 35 C 3 15 3 35 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 343 0 364 7 Declared EERd 30 C 3 98 4 26 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 219 4 233 2 Declared EERd 25 C 5 38 5 54 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 90 7 95 2 Declared EERd 20 C 6 30 6 30 Sound Power Level dB A 91 91 Air Volume m h 165301 206626 Off mode POFF kW 0 301 0 301 Thermostat off mode PTO kW 3 281 3 688 St...

Page 181: ...ERd 35 C 3 44 3 49 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 386 5 408 2 Declared EERd 30 C 4 43 4 55 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 247 0 260 8 Declared EERd 25 C 5 66 5 69 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 107 6 86 0 Declared EERd 20 C 4 84 6 03 Sound Power Level dB A 91 90 Air Volume m h 247951 289276 Off mode POFF kW 0 301 0 301 Thermostat off mode PTO kW 4 009 4 437 S...

Page 182: ...0 0 530 0 560 0 Declared Cooling Capacity 35 C Pdc 2 3 5 kW 496 4 526 0 555 6 Declared EERd 35 C 3 38 3 47 3 53 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 364 8 386 6 408 2 Declared EERd 30 C 4 26 4 44 4 57 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 233 2 247 1 260 9 Declared EERd 25 C 4 57 5 50 5 64 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 101 6 107 1 113 5 Declared EERd 20 C 4 54 5 52 4 76 ...

Page 183: ... Capacity 35 C Pdc 2 3 5 kW 626 2 675 7 Declared EERd 35 C 3 27 3 35 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 460 4 496 7 Declared EERd 30 C 4 29 4 44 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 294 6 317 8 Declared EERd 25 C 5 43 5 60 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 128 8 138 8 Declared EERd 20 C 6 43 6 47 Sound Power Level dB A 93 92 Air Volume m h 247951 289276 Off mode POFF kW 0...

Page 184: ...Rd 35 C 3 27 3 35 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 460 4 496 7 Declared EERd 30 C 4 29 4 44 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 294 6 317 8 Declared EERd 25 C 5 43 5 60 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 128 8 138 8 Declared EERd 20 C 6 43 6 47 Sound Power Level dB A 93 92 Air Volume m h 247951 289276 Off mode POFF kW 0 375 0 375 Thermostat off mode PTO kW 3 832 4 318 S...

Page 185: ...5 7 855 5 895 2 Declared EERd 35 C 3 28 3 33 3 38 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 599 9 629 2 658 4 Declared EERd 30 C 4 44 4 45 4 43 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 384 2 402 9 421 5 Declared EERd 25 C 5 92 6 05 6 15 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 168 4 176 5 184 7 Declared EERd 20 C 6 44 6 55 6 60 Sound Power Level dB A 94 94 94 Air Volume m h 330601 371926 4...

Page 186: ...EERd 35 C 3 44 3 45 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 694 8 731 2 Declared EERd 30 C 4 46 4 50 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 444 8 468 0 Declared EERd 25 C 6 22 6 26 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 194 8 204 9 Declared EERd 20 C 6 62 6 61 Sound Power Level dB A 93 93 Air Volume m h 454577 495902 Off mode POFF kW 0 427 0 427 Thermostat off mode PTO kW 5 156 5 673...

Page 187: ...35 C 2 82 3 01 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 182 6 189 9 Declared EERd 30 C 3 87 4 07 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 116 8 118 7 Declared EERd 25 C 4 48 4 53 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 93 2 91 5 Declared EERd 20 C 5 96 6 28 Sound Power Level dB A 87 87 Air Volume m h 123975 165301 Off mode POFF kW 0 249 0 249 Thermostat off mode PTO kW 1 658 1 682 Standb...

Page 188: ...Rd 35 C 2 75 3 16 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 328 6 335 9 Declared EERd 30 C 3 80 4 05 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 210 2 214 9 Declared EERd 25 C 4 82 5 02 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 90 3 89 2 Declared EERd 20 C 4 53 6 17 Sound Power Level dB A 90 90 Air Volume m h 165301 206626 Off mode POFF kW 0 301 0 301 Thermostat off mode PTO kW 2 960 3 027 Sta...

Page 189: ...ERd 35 C 3 25 3 30 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 357 7 379 4 Declared EERd 30 C 4 22 4 32 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 228 8 242 6 Declared EERd 25 C 4 60 5 13 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 96 2 107 3 Declared EERd 20 C 6 33 5 00 Sound Power Level dB A 90 90 Air Volume m h 247951 289276 Off mode POFF kW 0 301 0 301 Thermostat off mode PTO kW 3 322 3 710 S...

Page 190: ...0 486 7 516 3 Declared EERd 35 C 3 28 3 41 3 47 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 336 0 357 8 379 5 Declared EERd 30 C 4 16 4 33 4 46 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 214 9 228 8 242 6 Declared EERd 25 C 4 15 4 28 4 33 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 93 2 99 4 103 9 Declared EERd 20 C 5 64 6 06 5 66 Sound Power Level dB A 90 90 90 Air Volume m h 206626 247951 28927...

Page 191: ...Rd 35 C 3 06 3 14 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 380 7 467 8 Declared EERd 30 C 4 23 4 30 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 243 9 299 4 Declared EERd 25 C 4 62 5 48 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 108 0 131 0 Declared EERd 20 C 5 96 6 09 Sound Power Level dB A 90 92 Air Volume m h 247951 289276 Off mode POFF kW 0 375 0 375 Thermostat off mode PTO kW 2 446 3 739 S...

Page 192: ...ERd 35 C 3 22 3 23 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 504 3 540 6 Declared EERd 30 C 4 28 4 36 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 322 7 345 9 Declared EERd 25 C 5 56 5 68 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 141 2 151 1 Declared EERd 20 C 6 20 6 13 Sound Power Level dB A 92 92 Air Volume m h 330601 371926 Off mode POFF kW 0 375 0 375 Thermostat off mode PTO kW 4 108 4 669 ...

Page 193: ...6 2 816 0 855 7 Declared EERd 35 C 2 72 3 14 3 16 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 570 9 600 2 629 4 Declared EERd 30 C 3 93 4 36 4 35 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 365 7 384 4 403 1 Declared EERd 25 C 4 50 5 89 5 99 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 160 4 168 6 176 7 Declared EERd 20 C 5 92 6 00 6 03 Sound Power Level dB A 92 93 93 Air Volume m h 330601 371926 4...

Page 194: ...EERd 35 C 3 22 3 22 Declared Cooling Capacity 30 C Pdc 2 3 5 kW 665 9 702 2 Declared EERd 30 C 4 26 4 26 Declared Cooling Capacity 25 C Pdc 2 3 5 kW 426 4 449 6 Declared EERd 25 C 6 05 6 09 Declared Cooling Capacity 20 C Pdc 2 3 5 kW 186 9 197 0 Declared EERd 20 C 6 03 5 99 Sound Power Level dB A 93 93 Air Volume m h 454577 495902 Off mode POFF kW 0 427 0 427 Thermostat off mode PTO kW 4 650 5 140...

Page 195: ...195 Chiller Technical Manual 7752785 V1 12 0_10_2018 Chillers TurboChill R1234ze Air Cooled and FreeCool ...

Page 196: ...196 Chiller Technical Manual 7752785 V1 12 0_10_2018 Chillers TurboChill R1234ze Air Cooled and FreeCool ...

Page 197: ...iredale 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_TURBO_TCC_TCF_R1234_7752785_1 12 0_10_2018 ...

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