Industrial Cooling Systems (ICS) TAE EVO121 Package Process Water Chiller
![TAE EVO 121 Chiller](/cdn-cgi/image/fit=pad,width=598,height=598/https://images.rileysurfaceworld.co.uk/live/machines2/2024/6/322041406202411290376414.jpg)
- Stock No
- CD647J
- Manufacturer
- Industrial Cooling Systems (ICS)
- Model
- TAE EVO121
- Year of Manufacture
- 2006
- Serial
- 2200085708
- Condition
- From a working environment, Excellent Condition, Current Model
- Ave. cooling capacity
- 52.2kW at 15ºc CWLT
- Ave. Water Flow Rate
- 9.0/1.8 m3/h with 2.6/1.6 bar
- Other Info
- Modern thermal fluid chiller
- Location
- Our Central Warehouse, Aldridge, UK
- Weight (kgs)
- 563
- External Dimensions (WxDxH mm) [?]
- 1,860 x 760 x 2100
- Delivery Your delivery options
Description
A popular pre-owned self contained air cooled package chiller having a cooling capacity 52.2kW at 15ºc CWLT (chilled water leaving temperature) in an ambient of 32ºc.
Suitable for a wide range of solution and water cooling applications including cooling of anodising plating applications, injection moulding, food, diary, laser cutting and air conditioning to name but a few.
This fully packaged chiller contains a single Maneurop fully hermetic compressor.
With quick-release water and power connections, this chiller has been designed for a fast installation and start up.
The chiller can be supplied with an atmospheric or pressured set-up and can manage a wide range of temperature requirements (+20 to –0oC)
The 52.2kW chiller contains a 255 litre buffer tank and a circulation pump, which draws from the tank to supply the incumbent cooling system.
The chiller cycles off when the set outlet temperature in the evaporator has been achieved.
Technical Specifications
- Dimensions (mm) 1,860 x 760 x 2100
- Weight (kg) 663
- Water Connections 1 1/2” Female BSP
- Max/Min Water Flow (m3/h) 9.0/1.8 with 2.6/1.6 bar
- Running Current (Amps) 32
- Power Supply 400(±10%)/3/50
- Max Power Absorbed (kW) 10.3
- Power Sound level (dB(A)) 54.1 @ 10m
- Nominal Cooling Duty (kW) 52.2 @ 15°C (38.5 @ 15°C)
- Cooling efficiency of 52.2kW @ 15°c cwlt in an ambient air temperature of 32°c.
- Twin axial condenser cooling fans.
- Refrigerant - R407
- max refrigeration pressure - 26BAR
- ambient water temp - 5 to +43°C.
Principles of Refrigeration
A refrigerant cooling system is a closed loop system which contains a refrigerant gas. This gas is compressed and pressurised through a compressor and cooled through a heat exchanger and fan arrangement to produce a high pressure, liquid refrigerant.
This liquid refrigerant then passes through a hot gas expansion unit, where it is allowed to expand and ‘evaporate’ back into a low pressure gaseous refrigerant. The change of state from a liquid to a gas draws heat from the surrounding area. This is normally carried out within a high conductivity heat exchanger allowing it to draw and remove heat from the liquid or air that needs cooling.
The gas then re-enters the compressor and the process is repeated. As such electrical energy put into the compressor pump can be used to produce a cooling or chilling effect.
Key components;
- Compressor: Produces high pressure gas
- Condenser: Liquefies and cools the refrigerant by passing it through a heat exchanger
- Expansion valve: Controls the flow of the liquid refrigerant to the evaporator.
- Evaporator: Allows the refrigerant to turn back into a gas, whilst using the drop in temperature to remove heat from the external processes which require cooling
Print / Download Industrial Cooling Systems (ICS) TAE EVO121 Package Process Water Chiller Datasheet
Photographs taken prior refurbishment. Our refurbishment service is not available on all machines.
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