Recirculating Chiller LRC-T2015

Introduction

Recirculating Chiller maintains a consistent temperature with an accuracy of ±0.05°C. Features built-in safety mechanisms, including over-pressure and low-fluid protection enhancing operational safety. Equipped with high-quality filters to maintain constant fluid circulation that effectively removes contaminants. Offers a robust pump system, providing steady circulation ensuring even thermal distribution throughout the system. It ensures precise temperature control, efficient heat dissipation, continuous cooling in chemical, pharmaceutical and research.

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 is ideal for cooling laboratory equipment, reactors, medical devices, and industrial processes. It ensures precise temperature control, efficient heat dissipation, continuous cooling in chemical, pharmaceutical, and research.

Specifications

Temperature Range	5°C to 90°C
Temperature Control	±0.05°C
Expansion Tank Volume	25L
Fluid Volume	12L internal Circulation
Cooling Water flow	5.6m³/H at 20°C
Refrigerant	R410A
Cooling Capacity	25Kw at 10°C
Dimension	1080mm x 600mm x 1500mm

Features

Over-Pressure Protection System

Efficient Fluid Circulation

Robust Pump System

Advanced Heat Exchanger

Quiet Operation Mode

FAQs

1. How does recirculating chiller reduce operational costs?

recirculating chiller is designed with energy-saving features, such as variable-speed pumps and energy-efficient compressors. These technologies reduce energy consumption, lowering electricity costs. Additionally, by minimizing the risk of equipment failure and extending the life of machinery, our chillers help reduce repair and replacement costs.

2. Can recirculating chiller handle high-temperature processes?

Yes, our recirculating chiller is capable of handling high-temperature processes, with models designed to support applications that require cooling in high heat environments. Whether working with high-powered lasers or intense industrial machinery, our chillers can efficiently maintain the required temperatures for safe and optimal performance.

3. How does recirculating chiller ensure precision in laboratory settings?

recirculating chiller features advanced temperature regulation systems that ensure precise and stable cooling for laboratory experiments. This helps prevent temperature fluctuations that could interfere with sensitive processes, such as chemical reactions or biological studies, allowing researchers to maintain accuracy and reliability in work.

4. What happens if the power goes out while using recirculating chiller?

recirculating chillers come with built-in power loss recovery systems that help preserve critical cooling operations during a power outage. In some models, there is an automatic restart feature, which ensures the chiller resumes operation once power is restored, minimizing the risk of equipment overheating or compromising processes.

5. What maintenance is required for recirculating chiller?

Routine maintenance for recirculating chiller includes monitoring coolant levels, checking the system for leaks, replacing filters, and cleaning the condenser coils. chillers are designed for easy upkeep, with clear maintenance instructions to ensure maximum performance and a long lifespan.

6. How does a recirculating chiller help in preventing system overheating?

recirculating chiller efficiently removes excess heat from systems, preventing overheating by maintaining precise and controlled temperatures. This ensures that connected equipment operates within optimal thermal ranges, preventing damage and reducing the likelihood of system failures.