Water and Air Chiller LRC-T713

Introduction

Water and Air Chiller offers 4.8 Kw cooling at -40°C and 2.5 Kw at -55°C for optimal performance. Its low-profile build allows easy fitting under benches or in tight spaces. The liquid-to-air heat exchange mechanism ensures superior heat dissipation. It integrates with automated systems for seamless thermal management. Our chiller regulates sensitive analytical instruments, lasers, and baths to enhance accuracy and extend device lifespan.

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 Water and Air Chiller provides efficient cooling for sensitive analytical instruments, lasers, and cooling baths, maintaining precise temperature control. This enhances accuracy and prolongs the lifespan of high-precision devices.

Specifications

Temperature Range	-60°C to -30°C
Temperature Control	±0. 5°C
Circulation Pump Flow Max	30L/min 1.6
Refrigerant	A/R23
Cooling Capacity at -40°C	4.8Kw
Cooling Capacity at -55°C	2.5Kw
Power	AC 220V/ AC 380V/ AC 460V

Features

High-Speed Coolant Circulation

Efficient liquid-to-air Heat Exchange

Fault Detection Mechanism

Flexible Output Connections

High-Torque Cooling Pump

FAQs

1. How does the chiller support long-term equipment performance?

The chiller ensures consistent temperature regulation, reducing thermal stress on connected devices and extending their operational lifespan. Its efficient cooling mechanisms maintain optimal performance during continuous use. The fault detection system helps prevent unexpected failures, and its durable construction supports reliable, long-term functionality across demanding applications.

2. What power options are available for the chiller?

The chiller supports multiple voltage options including AC 220V, AC 380V, and AC 460V to suit various industrial and laboratory settings. These versatile power options ensure compatibility with different infrastructure requirements. Whether for small labs or large-scale industrial setups, the chiller can be adapted to fit the power specifications of your facility. This flexibility makes it ideal for a wide range of applications across diverse environments.

3. What applications is the chiller suitable for?

It is ideal for cooling analytical instruments, lasers, and baths, where precise temperature control is critical to ensure accuracy and extend equipment lifespan. The chiller supports applications in research labs, medical diagnostics, and semiconductor manufacturing. It ensures consistent performance even during intensive testing cycles. Its stability makes it suitable for environments requiring high reliability and long operational hours.

4. Is the chiller compatible with automated systems?

Yes, the chiller integrates seamlessly with automated systems for uninterrupted thermal management and operational control. It supports real-time temperature monitoring and feedback response to ensure precision. This compatibility helps reduce manual intervention and streamlines workflow. Its adaptability makes it suitable for advanced laboratory and industrial setups requiring continuous performance. The integration also enhances safety by automating alerts for abnormal conditions.

5. What type of heat exchange system does the chiller use?

The chiller uses a liquid-to-air heat exchange mechanism that provides efficient heat dissipation and stable temperature maintenance. This system ensures consistent thermal regulation even during high-demand operations. It helps prevent overheating, contributing to the durability of connected instruments. The efficient heat exchange also supports energy-saving operation and minimizes system stress.

6. Can the chiller fit in compact lab environments?

Yes, its low-profile design allows easy placement under benches or in tight laboratory spaces, optimizing workspace efficiency. It is ideal for labs with limited floor space and supports seamless integration into existing setups. Despite its compact size, the chiller delivers powerful and reliable cooling, making it suitable for both research and industrial environments. The compact form does not compromise on performance or accessibility. Its design also allows for easier transportation and relocation when necessary.