Low Temperature pack for ATC K1 chiller with casters and P10 pump (NEW)

Manufacturer:  ATC

Model: Low Temperature Pack for K1 chiller

Condition:  New from Manufacturer’s stock

Lead time:  3-4 weeks typically

Includes: 

• Low Temperature Pack for K1 chiller

Features:

Low temperature packs are typically used in conjunction with a chiller to provide cooling for applications that require very low temperatures, such as in the food processing, chemical and medical industries.

The low temperature pack comprises extra insulation around the water circuit, which prevents heat entering the fluid.  The insulation also prevents condensation from occurring on the hoses, which can sometimes give the impression of leaks. 

The chiller is responsible for providing cooling by circulating a refrigerant through the system to remove unwanted heat from heat transfer fluids. Typically, chillers are able to operate down to +4°C. The low temperature pack is designed to maintain the temperature of the heat transfer fluid down to -15°C.  If you are going to temperatures below this, we also change components of the refrigeration circuit that are more tolerant of cold temperatures.

When using a low temperature pack in a chiller system, the selection of heat transfer fluid is an important consideration. The heat transfer fluid is responsible for transferring heat from the process to the refrigerant. Applied Thermal Control recommend use of Hexid A4, or a similar glycol/water mixture, to operate at these temperatures. This is because glycol has a lower freezing point than water and can maintain fluidity at very low temperatures.

Please note that the cooling capacity will be reduced at these set temperatures (see individual cooling capacity graphs). The chiller must be used with Hexid A4, or a similar heat transfer fluid, to operate at these temperatures.

There are several benefits to adding a low temperature pack to a chiller:

Precise Temperature Control

• A low temperature pack is designed to maintain a specific temperature range. This provides precise temperature control for applications that require very low temperatures.

Increased Efficiency

• By using a low temperature pack with a chiller, the chiller is able to operate more efficiently. This is because the extra insulation provided by the low temperature pack means that less heat/cold will be lost to the environment.

Greater Versatility 

• The addition of a low temperature pack to a chiller also increases the versatility of the system. This is because the low temperature pack can be used for a wide range of applications that require very low temperatures, such as food processing, chemical processing, and medical facilities. 

While there are many benefits to adding a low temperature pack to a chiller, there are also some potential drawbacks to consider:

Higher Initial Cost

• The addition of a low temperature pack to a chiller can increase the initial cost of the system. 

Increased Complexity 

• By adding components, the complexity of the system is increased. This can make it more difficult to operate and maintain, which can lead to increased downtime and maintenance costs. 

Overall, while there are some potential drawbacks to adding a low temperature pack to a chiller, the benefits often outweigh the costs. By carefully considering the specific requirements of the application, and selecting the right components, it is possible to minimise the potential drawbacks and maximise the benefits of a low temperature pack in a chiller system.