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Airedale Ltd endeavours to ensure that the information in this document is correct and fairly stated, but none of the statements are to be relied upon as a statement or representation of fact. Airedale Ltd does not accept liability for any error or omission, or for any reliance placed on the information contained in this document.
Remember do not perform a lift that exceeds your ability. Refrigerant Warning The Airedale unit uses R410A refrigerant which requires careful attention to proper storage and handling procedures. Use only manifold gauge sets designed for use with R410A refrigerant. Use only refrigerant recovery units and cylinders designed for high pressure refrigerants.
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● Measure, control and verify environmental performance through internal and external audits. ● Continually improve our environmental performance. CE Directive Airedale certify that the equipment detailed in this manual conforms with the following EC Directives: Electromagnetic Compatibility Directive (EMC) 2014/30/EU...
Chillers DeltaChill™ Air Cooled and FreeCool Contents Specifiers Guide Nomenclature Introduction Range Layout Unit Overview Construction Refrigeration Compressor Refrigeration Pipework Components Electronic Expansion Valves (EEV) Condenser Coils Corrosion Resistant Coated Coils Evaporator Electrical Phase Rotation Protection Single Point Isolation Electronic Soft Start...
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DeltaChill™ Air Cooled and FreeCool Chillers Contents Installation Data Weights, Point Loadings & Centre of Gravity (C of G) DCF Weights, Point Loadings & Centre of Gravity (C of G) DCC Dimensions Mounting Hole Centres Lifting Dimensions Anti Vibration Mounting (Optional) Water System Grooved &...
A - Y Introduction The DeltaChill Free Cool chiller has been designed to provide the cooling load required whilst optimising energy efficiency at all times and as such will take advantage of free cooling whenever available. If the free cooling available cannot satisfy the required full cooling load, direct expansion cooling is used to supplement the output.
DeltaChill™ Air Cooled and FreeCool Chillers Range Layout 7 Fan Units DCF 460 - 480kW 8 Fan Units DCC 470 - 490kW DCF 470 - 490kW 9 Fan Units DCC 520kW DCF 510kW 10 Fan Units DCC 480 - 650kW...
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Chillers DeltaChill™ Air Cooled and FreeCool 15 Fan Units DCC 550 - 910kW DCF 590 - 960kW 16 Fan Units DCC 590 - 770kW DCF 660 - 850kW 17 Fan Units DCC 720 - 820kW DCF 780 - 850kW 18 Fan Units...
DeltaChill™ Air Cooled and FreeCool Chillers Unit Overview Standard Condenser Fans Optional Condenser Fan Components • AC Condenser Fans • EC (Electrically Commutated) Condenser Fans • EC + (High Airflow EC) Condenser Fans • Extended Discharge Plenum Standard Control Panel Features •...
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Chillers DeltaChill™ Air Cooled and FreeCool Standard Coil Features • Micro-Channel Condenser Coils • Free Cooling Coil (DCF Only) Optional Components • Corrosion Resistant Coated FC Coils Standard Waterside Features • Differential Pressure Sensor Optional Waterside Features • Single Pump •...
DeltaChill™ Air Cooled and FreeCool Chillers Construction The base is fabricated from galvanised steel to ensure a rigid, durable, weatherproof construction. The superstructure is manufactured from galvanised sheet steel coated with epoxy baked powder paint to provide a durable and weatherproof finish. Standard unit colour is Light Grey (RAL 7035).
Chillers DeltaChill™ Air Cooled and FreeCool Electronic Expansion Valves (EEV) Electronic expansion valves differ to the normal thermostatic expansion valves in their ability to maintain control of the suction superheat at reduced head pressures. This can lead to significant energy savings particularly at reduced loading and low ambient temperatures.
DeltaChill™ Air Cooled and FreeCool Chillers Condenser Coils Large surface area coils ideally positioned to optimise airflow and heat transfer, manufactured from micro channel coil. Head Pressure Control Electronic head pressure controllers are fitted which modulate the fan speed to maintain a constant condensing pressure, allowing the system to operate satisfactorily in ambient temperatures as low as -30°C.
Chillers DeltaChill™ Air Cooled and FreeCool Electrical Electrical Overview Location of Electrical components within the chiller. Fans Pumps Panel Ventilation Circuit 1 Compressors Controls Circuit 3 Compressors Circuit 2 Compressors Bus-bar Chamber Power Factor Correction A weatherproof electrical power and controls panel shall be situated at the end of the unit and contains: ●...
DeltaChill™ Air Cooled and FreeCool Chillers Phase Rotation Protection A phase sequence relay shall be fitted for units containing 3 phase scroll compressors, to prevent possible damage by running the compressor in the wrong direction. Optional Features Single Point Isolation Single point isolation shall be fitted as a standard feature.The feature is however available to be removed upon request,...
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.
DeltaChill™ Air Cooled and FreeCool Chillers Condenser Fans Condenser Fan and Motor - AC Axial fan assemblies with finger proof grille and incorporating external rotor AC motor technology, capable of highly accurate discreet speed control., Discharges air vertically. The fans offer maximum performance whilst keeping sound levels to a minimum.
Free cooling is initiated whenever the outdoor ambient temperature is 2°C less than the return water temperature. The “V” frame arrangement enables efficient concurrent cooling. The DeltaChill Free cool chillers pipe work has been designed to optimise pressure drop. With this in mind the chiller is more efficient in delivering a cooling solution.
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DeltaChill™ Air Cooled and FreeCool Chillers Pump Options A variety of pump options to suit a wide range of applications are available: Factory fitted in line as a single pump or run/standby configuration and available in standard and larger nominal external head pressures.
Chillers DeltaChill™ Air Cooled and FreeCool Waterside Options Water Filter A 20 mesh water filter can be supplied fitted to protect the evaporator from clogging by sediment. On certain models the filter is fitted externally. Flushing Bypass Kit (Standard) Flushing Bypass Kit (Regulating)
DeltaChill™ Air Cooled and FreeCool Chillers Controls Fans Pumps Panel Ventilation Circuit 1 Compressors Controls Circuit 3 Compressors Circuit 2 Compressors Bus-bar Chamber Power Factor Correction General Description The microprocessor controller offers powerful analogue and digital control to meet a wide range of monitoring and control features including a real time clock and Industry standard communication port and network connections.
Chillers DeltaChill™ Air Cooled and FreeCool Display/Keypad UP/DOWN KEYS - To change adjustable fields & scrolls up & down available menus ENTER -Selects menus & moves cursor to adjustable fields green LED ESC - Green LED lit when operating page displayed, returns to operating page screen when pressed...
Password Protection The control system integrity can be maintained by restricting access with a password PIN number. To change the PIN number; please contact Airedale at time of order with the preferred 4 digit number. Ultracap Uninterrupted Power Supply The Ultracap module is an optional external backup device for the EVD Evolution used to close the valve in the event of mains power failures.
Up to 6 units can be sequenced. Included within this package is a site visit by Airedale Control Specialists to set up multiple unit sequence control. The chiller sequence manager is supplied as a separate control panel to be mounted remotely indoors, such as a plant room.
DeltaChill™ Air Cooled and FreeCool Chillers Mechanical Lifting Lugs Lifting Lugs shall be fitted to the unit enabling full lifting requirements. The lifting lug hole diameter is 40 mm. Discharge Plenum -Condenser Fan Constructed from galvanised sheet steel coated with epoxy baked powder paint, this plenum directs discharge air vertically, thus limiting air re-circulation and provides a degree of acoustic reduction in the horizontal plane;...
DeltaChill™Air Cooled and FreeCool Chillers Installation Data Weights, Point Loadings & Centre of Gravity (C of G) DCF = C of G Point load C of C of DCF046DR-07DXY0 925 1020 985 2480 890 1010 1000 2545 DCF048DR-07DPY0 910 1010...
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DeltaChill™ Air Cooled and FreeCool Chillers Installation Data Weights, Point Loadings & Centre of Gravity (C of G) DCF = C of G Point load C of C of 1055 3795 26 DCF066DR-14FVW0 1040 3805 27 DCF070DR-14FWW0 1030 970 1045 4165...
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DeltaChill™Air Cooled and FreeCool Chillers Installation Data Weights, Point Loadings & Centre of Gravity (C of G) DCF = C of G Point load C of C of 1000 2755 52 DCF047DX-09DXY0 1015 2815 53 DCF049DX-09DPY0 1015 2810 54 DCF051DX-10DPV0...
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DeltaChill™ Air Cooled and FreeCool Chillers Installation Data Weights, Point Loadings & Centre of Gravity (C of G) DCF = C of G Point load C of C of 1030 3580 74 DCF059DX-15DYV0 1040 3575 75 DCF061DX-16DVV0 1035 3645 76 DCF066DX-16FVW0...
DeltaChill™Air Cooled and FreeCool Chillers Installation Data Weights, Point Loadings & Centre of Gravity (C of G) DCC = C of G Point loads C of C of DCC047DR-08EPV0 935 2460 DCC049DR-08EYY0 915 2385 100 DCC049DR-10EPV0 940 2695 101 DCC051DR-10EYY0...
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DeltaChill™ Air Cooled and FreeCool Chillers Installation Data Weights, Point Loadings & Centre of Gravity (C of G) DCC = C of G Point loads C of C of 125 DCC080TR-16GYYV 960 4315 126 DCC083TR-15GVVV 1000 925 955 4310 127 DCC086TR-15GVVW...
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DeltaChill™Air Cooled and FreeCool Chillers Installation Data Weights, Point Loadings & Centre of Gravity (C of G) DCC = C of G Point loads C of C of 152 DCC052DX-14EYY0 935 4020 153 DCC054DX-13DYV0 1015 940 945 4310 154 DCC057DX-14DVV0...
DeltaChill™ Air Cooled and FreeCool Chillers Installation Data Dimensions The following information is for general guidance; please refer to the certified drawings provided IMPORTANT for installation. (10) DISCHARGE AIR FORCED PANEL VENTILATION MAINS CABLE ENTRY 1100 1100 WATER OUTLET WATER INLET Mains Electric Isolator(s).
DeltaChill™Air Cooled and FreeCool Chillers Installation Data Mounting Hole Centres Mounting hole centres for the units start from one end depicted by “A”. As the case size increases more mounting points are required. This mounting is required ensuring the unit does not move.
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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 Dimension (mm)
DeltaChill™Air Cooled and FreeCool Chillers Installation Data Lifting Dimensions 2290 Dimension (mm) (Min) (Min) 7 / 8 Fan Unit 4000 3680 9 / 10 Fan Unit 5000 4415 11 / 12 Fan Unit 3500 3000 2340 3145 13 / 14 Fan Unit...
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DeltaChill™ Air Cooled and FreeCool Chillers Installation Data Positioning The installation position should be selected with the following points in mind: ● Position on a stable and even base, levelled to ensure that the compressor operates correctly ● Levelling should be to +/- 5mm.
DeltaChill™Air Cooled and FreeCool Chillers Installation Data Installation Data Anti Vibration Mounting (Optional) Anti Vibration Mounting (Optional) Spring Type Spring Type Each mount is coloured to indicate the different loads, refer to instructions supplied for correct allocation. Dimensions A(1) Unloaded dimension...
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DeltaChill™ Air Cooled and FreeCool Chillers Anti Vibration Mounts 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.
DeltaChill™Air Cooled and FreeCool Chillers Installation Data Water System Chilled water pipe work and ancillary components must be installed in accordance with: ● National and Local Water supply company standards ● The manufacturer’s instructions are followed when fitting ancillary components ●...
DeltaChill™ Air Cooled and FreeCool Chillers Installation Data Water Systems and Recommended Flow Schemes Component Recommended Requirements The recommended requirements to allow commissioning to be carried out correctly are: ● The inclusion of Binder Points adjacent to the flow and return connections, to allow temperature and pressure readings.
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DeltaChill™Air Cooled and FreeCool Chillers Installation Data Optional Flow Schemes Key: Water In Water Out Filter Only Scheme - Comprises: Standard Circuit plus: Optional Extras: ● 20 Mesh Water Filter Filter - Flushing Bypass Scheme - Comprises: Standard Circuit plus: Optional Extras: ●...
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DeltaChill™ Air Cooled and FreeCool Chillers Installation Data Refrigeration Schematic Schematic shows a triple Circuit machine Chiller Technical Manual 7267818 V1.13.0_01_2018...
DeltaChill™Air Cooled and FreeCool Chillers Installation Data Electrical Please refer to the electrical wiring diagrams provided for installation. ALL work MUST be carried out by technically trained competent personnel. The equipment contains live electrical and moving parts, ISOLATE prior to maintenance or repair work.
DeltaChill™ Air Cooled and FreeCool Chillers Installation Data Interconnecting Wiring Mains incoming supply 400V/3PH/50Hz Separate Permanent Supply 230V/1PH/50Hz External Trace Heating Connections 240V/500W max ...
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DeltaChill™Air Cooled and FreeCool Chillers 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. Customer Side RxTx - RxTx + RxTx - RxTx + Panel Side Chiller Technical Manual 7267818 V1.13.0_01_2018...
DeltaChill™ Air Cooled and FreeCool Chillers Design Data Measurement of Sound Data All sound data quoted has been measured in the third-octave band limited values, using a Real Time Analyser calibrated sound intensity meter in accordance with BS EN ISO 9614 Part 1: 2009. The Global sound data quoted is valid for noise emitted in the horizontal plane in all directions.
DeltaChill™ Air Cooled and FreeCool Chillers Design Data Part Load Efficiencies ESEER The quoted EER figures cover the performance of the unit ONLY at the standard rating conditions of 7/12°C water, 35°C ambient. The ESEER calculation method has been developed by Eurovent to give a single value that is a realistic indication of the efficiency of the Chiller across the year round range of operation.
DeltaChill™ Air Cooled and FreeCool Chillers Design Data Glycol Glycol is recommended when a supply water temperature of +5°C or below is required or when static water can be exposed to freezing temperatures (lower than 3°C Ambient). This is specified further in the environmental consideration section at the front of this document.
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DeltaChill™ Air Cooled and FreeCool Chillers Design Data Glycol Glycol is recommended when a supply water temperature of +5°C or below is required or when static water can be exposed to freezing temperatures (lower than 3°C Ambient). This is specified further in the environmental consideration section at the front of this document.
DeltaChill™ Air Cooled and FreeCool Chillers Minimum System Water Volume Calculations METHOD 1 (Preferred Method) Where the system permanent heat load is known, the minimum water volume in litres Vmin is: Vmin = Water Flow Rate (litres/minute) x Minimum Compressor Run Time (mins) x Chiller Loading Factor...
Technical Data DCF Cooling Performance Free Cool The free cool potential of the DeltaChill can be determined by the temperature difference of the ambient air and the return water temperatures. The graphs show a temperature difference and therefore changing Freecool ability.
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DeltaChill™ Air Cooled and FreeCool Chillers AC Fans Extra Quiet 16°C 14°C 12°C 10°C 8°C 6°C Flowrate l/s EC Fans Regular Quiet 16°C 14°C 12°C 10°C 8°C 6°C Flowrate l/s Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Chillers DeltaChill™ Air Cooled and FreeCool EC Fans Extra Quiet 16°C 14°C 12°C 10°C 8°C 6°C Flowrate l/s EC Fans High Airflow 16°C 14°C 12°C 10°C 8°C 6°C Flowrate l/s Chiller Technical Manual 7267818 V1.13.0_01_2018...
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
DeltaChill™ Air Cooled and FreeCool Chillers DCF Mechanical Data Base: Plain Galvanised Steel, Panels: Galvanised Sheet Construction - Material / Colour Steel, Epoxy Baked Powder Paint, Light Grey (RAL7035) Evaporator Shell and Tube Insulation Class 1 Condenser Epoxy Coated Aluminium Microchannel & Aluminium Fins Face Area (Total) m²...
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 104
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Chillers DeltaChill™ Air Cooled and FreeCool DCF Electrical Data The following electrical data tables have been reduced 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...
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 107
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 108
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 109
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 110
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 111
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 112
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 113
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 114
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 115
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 116
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 117
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 118
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 119
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 120
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 121
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 122
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 124
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 125
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 126
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 127
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 128
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 129
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 130
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 131
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 132
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 133
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 134
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 135
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 136
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
Page 137
(1) Based upon 7.2°C Evap / 54.4°C Condensing, AC Fans. (2) Starting amps refers to the direct online 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.
A scale. All sound data measured at nominal conditions: Water in/out 15/10°C at 35°C ambient. Based on standard unit, for units fitted with optional pump packages please contact Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 139
A scale. All sound data measured at nominal conditions: Water in/out 15/10°C at 35°C ambient. Based on standard unit, for units fitted with optional pump packages please contact Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 140
A scale. All sound data measured at nominal conditions: Water in/out 15/10°C at 35°C ambient. Based on standard unit, for units fitted with optional pump packages please contact Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 141
A scale. All sound data measured at nominal conditions: Water in/out 15/10°C at 35°C ambient. Based on standard unit, for units fitted with optional pump packages please contact Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 143
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 144
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 145
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 146
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 147
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 148
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 149
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 150
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 151
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 152
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 153
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 154
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 155
Duties applicable for chilled water ∆T between 4 and 8°C. Interpolate for water temperatures between those quoted, do not extrapolate. Water flow rate (l/s) = Output ÷ (Cp x ∆T) For conditions outside of those quoted please refer to Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
DeltaChill™ Air Cooled and FreeCool Chillers DCC Mechanical Data The Deltachill and DeltaChill free cool chiller Base: Plain Galvanised Steel, Panels: Galvanised Sheet Construction - Material / Colour Steel, Epoxy Baked Powder Paint, Light Grey (RAL7035) Evaporator Shell and Tube...
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 158
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 159
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 160
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 161
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 162
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 163
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 164
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 165
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 166
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 167
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 168
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 169
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 170
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 171
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 173
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 174
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 175
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 176
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 177
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 178
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 179
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 180
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 181
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 182
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 183
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Page 184
Based on standard unit without options, operating weight includes refrigerant charge and water volume. For unit weights with waterside options fitted please refer to Airedale. For minimum system volume, refer to Design Features & Information - Minimum System Water Volume Calculations Ambient temperature that full Freecool capacity can be achieved Chiller Technical Manual 7267818 V1.13.0_01_2018...
Chillers DeltaChill™ Air Cooled and FreeCool DCC Electrical Data The following electrical data tables have been reduced 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...
(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...
Page 187
(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...
Page 188
(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...
Page 189
(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...
Page 190
(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...
Page 191
(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...
Page 192
(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...
Page 193
(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...
Page 194
(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...
Page 195
(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...
Page 196
(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...
Page 197
(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...
Page 198
(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...
Page 199
(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...
Page 200
(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...
(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...
Page 202
(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...
Page 203
(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...
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(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...
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(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...
Page 206
(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...
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(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...
Page 208
(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...
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(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...
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(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...
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(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...
Page 212
(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...
Page 213
(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...
A scale. All sound data measured at nominal conditions: Water in/out 15/10°C at 35°C ambient. Based on standard unit, for units fitted with optional pump packages please contact Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
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A scale. All sound data measured at nominal conditions: Water in/out 15/10°C at 35°C ambient. Based on standard unit, for units fitted with optional pump packages please contact Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
A scale. All sound data measured at nominal conditions: Water in/out 15/10°C at 35°C ambient. Based on standard unit, for units fitted with optional pump packages please contact Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
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A scale. All sound data measured at nominal conditions: Water in/out 15/10°C at 35°C ambient. Based on standard unit, for units fitted with optional pump packages please contact Airedale. Chiller Technical Manual 7267818 V1.13.0_01_2018...
DeltaChill™ Air Cooled and FreeCool Chillers Hydraulic Data Evaporator Pressure Drop References Use the following tables to determine the correct Evaporator Pressure Drop Curve for selected units. DCF Evaporator Pressure Drop Units Evap Num Units Evap Num DCF046DR-07DXY0 DCF098TR-21HVVW DCF048DR-07DPY0...
Chillers DeltaChill™ Air Cooled and FreeCool Hydraulic Data Evaporator Pressure Drop References Use the following tables to determine the correct Evaporator Pressure Drop Curve for selected units. DCC Evaporator Pressure Drop Units Evap Num Units Evap Num DCC047DR-08EPV0 DCC096TR- 21GWWW...
DeltaChill™ Air Cooled and FreeCool Chillers Pump Performance Curves Standard Standard Head High Head Head High Head DCF046DR-07DXY0 DCF101TR-21HVWW DCF048DR-07DPY0 DCF103TR-21HWWW DCF051DR-08DPV0 DCF047DX-09DXY0 DCF053DR-08DYY0 DCF049DX-09DPY0 DCF049DR-09DXY0 DCF051DX-10DPV0 DCF051DR-09DPY0 DCF053DX-10DYY0 DCF053DR-10DPV0 DCF049DX-11DXY0 DCF055DR-09DYV0 DCF051DX-11DPY0 DCF055DR-10DYY0 DCF053DX-12DPV0 DCF058DR-10DVV0 DCF055DX-11DYV0 DCF062DR-10FVW0 DCF055DX-12DYY0 DCF065DR-10FWW0...
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Chillers DeltaChill™ Air Cooled and FreeCool Pump Performance Curves Standard Standard Head High Head Head High Head DCC047DR-08EPV0 144 DCC049DX-10EYY0 DCC049DR-08EYY0 145 DCC049DX-12EPV0 100 DCC049DR-10EPV0 146 DCC051DX-12EYY0 101 DCC051DR-10EYY0 147 DCC053DX-11DYV0 102 DCC052DR-09DYV0 148 DCC056DX-12DVV0 103 DCC056DR-10DVV0 149 DCC058DX-12DVW0 104 DCC058DR-10DVW0...
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DeltaChill™ Air Cooled and FreeCool Chillers Pump Performance Curves Flow rate l/s Flow rate l/s Pump Curves based upon water Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Chillers DeltaChill™ Air Cooled and FreeCool Pump Performance Curves Flow rate l/s Correction Factors Ethylene Glycol Glycol in System / 10% / -4°C 20% / -9°C 30% / -15°C 40% / -23°C Freezing Point ºC Cooling Duty 0.98 0.97 0.95 0.93...
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All Airedale products or parts (non consumable) supplied for installation within the UK mainland and commissioned by an Airedale engineer, carry a full Parts & Labour warranty for a period of 12 months from the date of commissioning or 18 months from the date of despatch, whichever is the sooner.
Chillers DeltaChill™ Air Cooled and FreeCool Appendix - Ecodesign The following tables of Ecodesign data is based on the following common information: SEPR (Seasonal Energy Performance Ratio) ● Type of Condensing - Air Cooled Standard EC Fans. ● Refrigerant Fluid - R410A.
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
(3) Performance data (Nett) is supplied in accordance with EN14511-1:2013. (4) Performance data (Gross) is supplied excluding absorbed pump power as per EN14511-1:2013. (5) All performance data based upon standard waterside configuration. (6) Please contact Airedale regarding Non Compliant selections Chiller Technical Manual 7267818 V1.13.0_01_2018...
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DeltaChill™ Air Cooled and FreeCool Chillers Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Chillers DeltaChill™ Air Cooled and FreeCool Chiller Technical Manual 7267818 V1.13.0_01_2018...
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Head Offi ce Airedale 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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