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Capacity

Temperature Range

Lowest Temperature

Temperature Accuracy

Medium Temperature Range

Circulating Chiller

Labmate Circulating Chiller operates within temperature range of -50 to 30°C for reliable cooling. They are designed with powerful compressors to maintain consistent low temperatures. Their advanced microprocessor control system allows for easy monitoring and regulation of temperature settings. They have built-in safety features that protect the system from overheating or pressure issues. Our Circulating Chiller are ideal for maintaining stable temperatures in laboratory experiments and industrial settings.

Circulating Chiller LMCC-502

  • Capacity: 5 L
  • Lowest Temperature: Minus 30 ℃
  • Medium Temperature Range: Minus 50 ℃ to 30 ℃
  • Temperature Control: multifunctional controller
  • Display: Digital

Circulating Chiller LMCC-503

  • Capacity: 10 L
  • Lowest Temperature: Minus 30 ℃
  • Medium Temperature Range: Minus 50 ℃ to 30 ℃
  • Temperature Control: multifunctional controller
  • Display: Digital
Circulating Chiller LMCC-504
  • Capacity: 30 L
  • Lowest Temperature: Minus 30 ℃
  • Medium Temperature Range: Minus 50 ℃ to 30 ℃
  • Temperature Control: multifunctional controller
  • Display: Digital
Circulating Chiller LMCC-505
  • Capacity: 50 L
  • Lowest Temperature: Minus 20 ℃
  • Medium Temperature Range: Minus 50 ℃ to 30 ℃
  • Temperature Control: multifunctional controller
  • Display: Digital

Circulating Chiller LMCC-507

  • Temperature Range: -80°C to Room Temperature
  • Temperature Accuracy: ±0.5℃
  • Capacity: 35 L
  • Temperature Sensor: PT100
  • Flow Rate: 35 L/min

Frequently Asked Questions

1 What is a Circulating Chiller?

A Circulating Chiller is an apparatus designed to remove heat from a liquid and circulate the cooled fluid through external equipment.

2 How does a Circulating Chiller work?

It works by cooling fluid through a refrigeration cycle and circulating it to maintain precise temperature control.

3 What type of fluid is used in Circulating Chiller?

It uses water, water-glycol mixtures, or specialty fluids like silicone oils, depending on the temperature range and application.

4 What kind of maintenance does Circulating Chiller require?

Regular maintenance includes inspecting and cleaning filters, checking for fluid leaks, monitoring fluid quality and ensuring that the pump and compressor function properly.

5 How does Circulating Chiller support laser cooling systems?

It maintains stable temperatures in laser systems, preventing overheating and ensuring consistent beam quality and performance.

6 Can Circulating Chiller be used in semiconductor manufacturing?

It is essential in semiconductor processes to control heat in etching, deposition, and lithography equipment, improving yield and reliability.

7 Why is Circulating Chiller important in pharmaceutical production?

It is used to maintain controlled temperatures during formulation, fermentation, and storage processes in pharmaceutical manufacturing.

8 How does Circulating Chiller benefit food and beverage processing?

It ensures temperature stability for processes like fermentation, pasteurization, and packaging in the food and beverage industry.

9 What is the use of Circulating Chiller in environmental testing chambers?

It maintains controlled cooling conditions in environmental chambers for product stress testing under varied temperature ranges.

10 Can Circulating Chiller be used in bioengineering and life sciences?

It regulates temperatures in incubators, bioreactors, and thermal cyclers, supporting stable conditions for biological experiments and processes.