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Recirculating Chiller LMRCC-B100

Recirculating Chiller LMRCC-B100 is a desktop chiller with 4-liter capacity. It features polymer-based circulation components that resist corrosion, rust, and fluid contamination. Equipped with an LCD screen, it displays temperature clearly and operates through responsive key controls. Integrates delay start and overcurrent protection mechanism to maintain safety during operation. Our Recirculating Chiller is ideal for cooling small experimental systems like reactors, evaporators, and containers.

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Specifications

Volume 4 L
Working Temperature Range -20℃ to RT
Flow Rate 8 to 16L/min
Pressure Less than or equal to 0.1Mpa
Pump Lift Range 1.5 to 2.7m
Air Volume Of Air-Cooled Condenser 584m3/h
Temperature Sensor PT100
Refrigerant R134A
Condensing Coil Nickel plating on copper tube
Shell Material Cold plate spraying anti-corrosion
Ambient Temperature Range 5 to 35℃
Ambient Humidity Less than or equal to 70%
Temperature Control Accuracy ±0.1℃
Air-Cooled Condenser Power 40W
Compressor Power 500W
Cooling Power 1550W
Circulating Pump Power 100W
Power Consumption 640W
Power Supply 220V/50Hz
Upper Lid Opening Size 155×105 mm
Dimensions (W×D×H) 250×520×560 mm
Weight 28 Kg

Pricing

Product Price Unit Action
Recirculating Chiller LMRCC-B100 $ 2000 Each of 1

Features

Stable thermal control

Large bath opening

PT100 sensor

Quiet performance

Rotary evaporator support

Analyzer compatibility

Applications

Recirculating Chiller LMRCC-B100 ensures cooling small-capacity experimental systems, such as jacketed reactors, rotary evaporators, and laboratory containers, while also serving as a freezing tank and providing external cooling liquid.

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Frequently Asked Questions

1 What is a Re-circulating Chiller?

A Re-circulating Chiller is an apparatus designed to maintain a stable temperature by continuously circulating a coolant through a process or equipment, removing heat and re-cooling the fluid for reuse.

2 How does a Re-circulating Chiller work?

It works by circulating coolant through a closed loop to absorb heat and then cooling the fluid for reuse.

3 What kind of maintenance does Re-circulating Chiller require?

Regular maintenance includes checking coolant levels, cleaning filters, and inspecting for leaks.

4 How does Re-circulating Chiller benefit laboratory applications?

It maintains precise temperature for equipment like rotary evaporators and spectrometers, ensuring accurate results and preventing overheating.

5 Can Re-circulating Chiller be used for cooling industrial lasers?

It is commonly used to cool industrial lasers by removing excess heat, maintaining optimal performance, and preventing damage from overheating.

6 How does Re-circulating Chiller assist in biotech and pharmaceutical research?

It provide temperature control for experiments and equipment, preserving the integrity of sensitive samples and ensuring consistent results in biotech and pharmaceutical research.

7 Can Re-circulating Chiller be used in food and beverage production?

It is used in food and beverage production to cool processing equipment, such as tanks or mixers, ensuring safety and quality in temperature-sensitive process.

8 Can Re-circulating Chiller be used in environmental chambers?

It is used to help maintain controlled temperature and humidity in environmental testing chambers for electronics, materials, or biological samples.

9 How does Re-circulating Chiller assist in aerospace component testing?

It provide precise thermal control for high-stress tests on avionics, sensors, or fuel systems, ensuring reliability under variable flight conditions.

10 How does Re-circulating Chiller support forensic or pathology labs?

It cools microtomes, tissue processors and chemical baths, helping preserve tissue integrity and sample quality for analysis and diagnostics.