Recirculating Chiller T-RCC-C101

Introduction

Recirculating Chiller offers temperature range of -80 to -40℃. It features refrigeration system for ultra-high-pressure resistance and built-in leakage prevention mechanism. Equipped with thermal overload protection to shield internal components from excessive operational heat. Incorporates overflow discharge that automatically releases overfilled fluid. Chiller ensures cooling, testing, and temperature control in pharma, chemical, and biotech industries.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Recirculating Chiller is ideal for reactor cooling, material testing, and thermal simulation in pharmaceutical, chemical, biological, and material industries.

Specifications

Temperature Range	-80 to -40℃
Reservoir Capacity	10L
Flow Rate	30L/min
Pressure	1bar
Cooling Method	Air cooling
Refrigerant	R404A R23
Protection Grade	IP20
Temperature Stability	±2℃
Outer Circulation Interface	Rc1/2
Power Consumption	9.8kW
Power Supply	380V/50Hz
Dimensions	710×1230×1380 mm
Weight	350 Kg

Features

External device support

Phase sequence monitoring

Closed circulation

Start delay

Analog gauges

Airflow vents

Caster wheels

FAQs

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.