Water and Air Chiller LRC-T710

Introduction

Water and Air Chiller offers a temperature range of -60°C to -30°C for optimal cooling. It includes energy-saving modes to minimize power consumption during idle periods or low-demand. The device has a highly efficient heat exchange system for faster operational cycles. Its multiple safety mechanisms include overcurrent protection and high-thermal alarms. Our chiller regulates environmental conditions in biotechnology research, ensuring accurate results and supporting the growth of sensitive biological samples in incubators and bioreactors.

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 stabilizes temperatures in biotechnology research, helping incubators and bioreactors maintain controlled environments. This ensures accurate results and optimal growth conditions for sensitive biological samples.

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	1.3Kw
Cooling Capacity at -55°C	0.7Kw
Power	AC 220V/ AC 380V/ AC 460V

Features

Fast Recovery Rate

Reliable Operation under Pressure

Easy-to-clean Components

Heat Load Balancing

Designed for Harsh Conditions

FAQs

1. What is the temperature range of the Water and Air Chiller?

The It Water and Air Chiller offers a temperature range of -60°C to -30°C, providing precise cooling for various applications. This wide temperature range makes it ideal for biotechnology research, incubators, bioreactors, and other laboratory environments. It is designed to maintain consistent temperatures even in demanding conditions, ensuring reliable results. Its efficient low-temperature operation supports the growth of sensitive biological samples and other temperature-sensitive processes, making it an essential tool for accurate research and experimentation.

2. What applications is the Water and Air Chiller suitable for?

The chiller is ideal for biotechnology research, incubators, and bioreactors, ensuring accurate environmental conditions for the growth of sensitive biological samples. It is also well-suited for laboratory environments that require precise temperature control, such as those used in pharmaceutical research, chemical analysis, and environmental testing. The chiller helps maintain stable conditions, promoting reliability in experiments and processes. Its ability to regulate temperatures effectively also makes it useful in industrial cooling applications where temperature precision is critical.

3. Does the Water and Air Chiller have safety features?

Yes, the chiller incorporates multiple safety mechanisms, such as overcurrent protection and high-thermal alarms, ensuring safe operation. These features help prevent potential damage to the system by automatically shutting down or alerting users when critical limits are reached. Additionally, the chiller is designed with built-in protections to maintain the integrity of both the device and the environment it operates in. These safety measures make it a reliable and secure choice for sensitive applications in biotechnology and industrial settings.

4. Can the Water and Air Chiller be used in industrial applications?

While primarily designed for biotechnology research, the Water and Air Chiller can also be utilized in industrial settings requiring precise temperature control. Its ability to maintain stable and consistent temperatures makes it suitable for a variety of manufacturing processes, chemical applications, and cooling systems in industrial environments. The chiller is versatile enough to support cooling needs in both laboratory and industrial scenarios, providing reliable performance where temperature precision is critical.

5. How fast does the Water and Air Chiller operate?

The chiller features a highly efficient heat exchange system, which allows for faster operational cycles and optimal cooling performance. This advanced system enables quick temperature stabilization, reducing the time needed to reach desired cooling levels. As a result, the chiller ensures more efficient operations in both laboratory and industrial settings. Its rapid cooling capabilities are ideal for environments that require consistent and timely temperature regulation.