Recirculating Chiller LRC-T2012

Introduction

Recirculating Chiller provides a cooling water flow rate of 2.5 m³/h at 20°C. Offer wide temperature range, both high and low, making it ideal for various critical applications. It includes enhanced efficiency condenser to quickly dissipate excess heat from the system. Incorporated with multiple safety mechanisms like over-pressure and low-fluid protection prevent system damage. The robust construction, ensuring reliable, long-term performance even under demanding conditions.

This laboratory chillers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Recirculating Chiller ensures precise temperature control for applications in scientific research, cooling sensitive equipment, lasers, and process cooling in industries like pharmaceuticals, biotech, food production, and electronics.

Specifications

Temperature Range	5°C to 90°C
Temperature Control	±0.05°C
Expansion Tank Volume	15L
Fluid Volume	6L internal Circulating
Cooling Water flow	2.5m³/H at 20°C
Refrigerant	R410A
Cooling Capacity	10Kw at 10°C
Dimension	950mm x 380mm x 1060 mm

Features

Digital temperature control

High-Capacity cooling output

Low maintenance cost

High-efficiency condenser

Corrosion-resistant body

FAQs

1. What is the energy consumption of recirculating chiller?

Energy consumption depends on the chiller's design, cooling load, and usage patterns. energy-efficient models are designed with technologies like variable-speed pumps and advanced compressors to reduce energy consumption while providing optimal performance. The total energy use will depend on factors such as the duration of operation and the cooling requirements.

2. How does recirculating chiller contribute to quality control in the food and beverage industry?

recirculating chiller ensures that critical temperature-sensitive processes in food and beverage production—such as fermentation, pasteurization, or cooling—are carried out efficiently. By maintaining precise temperatures, it helps achieve consistent product quality, safety, and compliance with industry regulations.

3. How does recirculating chiller prevent damage to sensitive equipment?

By maintaining consistent and regulated cooling, our recirculating chiller prevents overheating and temperature fluctuations, which could otherwise damage sensitive equipment. This is especially important in applications such as semiconductor manufacturing, analytical instruments, and precision machining.

4. Can recirculating chiller be used in high-temperature environments?

Yes, recirculating chiller can handle high-temperature environments, provided that the system is within the temperature range specified by the manufacturer. For high-heat applications, specialized models designed to handle extreme conditions are available.

5. How easy is it to maintain recirculating chiller?

recirculating chiller is designed for easy maintenance. It requires periodic checks of coolant levels and quality, filter replacement, and general system inspection. Routine maintenance ensures long-lasting performance and prevents downtime.

6. What happens if the chiller overheats?

recirculating chiller is equipped with built-in overheat protection features, including high-temperature shutoff sensors and alarms. In the event of overheating, the system will automatically shut down or trigger an alarm to prevent damage. Regular maintenance and ensuring proper ventilation help prevent overheating.

7. How can one monitor the performance of recirculating chiller?

recirculating chillers come with built-in digital display systems that allow monitoring key parameters such as coolant temperature, flow rate, and system pressure in real time. Additionally, some models feature remote monitoring capabilities for easier tracking.

8. How energy-efficient is recirculating chiller compared to other models?

recirculating chillers are designed to maximize energy efficiency, utilizing features like variable-speed pumps, advanced compressors, and eco-friendly refrigerants. These features ensure lower electricity consumption while still providing optimal cooling performance.