Industrial Cooling Systems (ICS) TAE 051 Evo Air Cooled Packaged Process Water Chiller

- Stock No
- CB624
- Manufacturer
- Industrial Cooling Systems (ICS)
- Model
- TAE 051
- Year of Manufacture
- 2008
- Serial
- 2200134434
- Condition
- From a working environment, Excellent Condition, Current Model
- Ave. cooling capacity
- 20kw @ 15cwlt chilled water leaving temp
- Ave. Water Flow Rate
- 2.55-6m3/h flow at a head of 2.9-1.9 bar
- Other Info
- Refridgerant - R407C
- Location
- Our Central Warehouse, Aldridge, UK
- Weight (kgs)
- 220
- External Dimensions (WxDxH mm) [?]
- 750 x 1350 x 1300
Description
A popular pre-owned self contained air cooled package chiller has a cooling capacity of 14kW at 7ºC (20kW @ 15cwlt) chilled water leaving temperature in an ambient of 27ºC.
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.
Comprehensive control panel incorporating a microprocessor based digital temperature controller with fault diagnostics.
Specifications
- Approx overall size 750mm x 1350mm x 1300mm high
- Installed nominal power of 7.9kW
- Internal 110L storage tank
- 0.75kW circulation pump offering between
- 2.55-6m³/h flow at a head of 2.9-1.9 bar respectively
- Quite running hermetically sealed reciprocating compressor
- Single 1.15kW condenser cooling fan unit
- 1" bsp inlet / outlet connections
- 415 Volt 3ph
- Running on the modern non ozone depleting R407c refrigerant gas
- Weight 215kg
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
Additional files
Photographs taken prior refurbishment. Our refurbishment service is not available on all machines.
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