Low Temperature Circulating Chiller LLTC-T2012

Introduction

Low Temperature Circulating Chiller a temperature control accuracy of ±0.5°C ensures stable cooling. Its low maintenance requirements minimize operational downtime in busy labs. The unit has built-in safety mechanisms, including high-pressure and low-pressure sensors. It includes a built-in alarm system that alerts users in case of temperature or system abnormalities. Our chiller is used for testing metals, polymers, and composites, offering precise temperature control under extreme 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 Low Temperature Circulating Chiller is used for testing metals, polymers, and composites, offering precise temperature control under extreme conditions to study their thermal properties, structural integrity and performance reliability.

Specifications

Temperature Range	-80°C to -50°C
Temperature Control	±0.5°C
Circulation Pump Max	4.6m³/h 2 bar
Refrigerant	R448A/R508B/R23
Cooling Capacity at -60°C	12 kW
Cooling Capacity at -70°C	7.7 kW
Power	400V 50HZ / 460V 60HZ

Features

Automatic Temperature Regulation

Continuous System Monitoring

Integrated Control Mechanism

Refrigeration Cycle Optimization

User Configurable Settings

FAQs

1. Can the Low Temperature Circulating Chiller maintain a constant temperature under varying loads?

Yes, the chiller is designed to provide precise temperature control with minimal fluctuations, even under varying load conditions. Its advanced temperature regulation system ensures that the set temperature is consistently maintained. This feature is crucial for applications that require stable and accurate cooling over extended periods. The system automatically adjusts to maintain equilibrium, minimizing the impact of load changes on performance.

2. How does the Low Temperature Circulating Chiller handle extreme temperature environments?

It is engineered to operate efficiently in extreme low-temperature environments, providing stable cooling for materials and devices that require consistent low temperatures. The chiller’s robust design and advanced cooling technology enable it to maintain precise temperatures even in demanding conditions. Built with durable components, it can withstand harsh conditions while delivering reliable performance. This makes it ideal for testing applications in industries like materials science, electronics, and pharmaceuticals.

3. What is the recommended operating environment for the Low Temperature Circulating Chiller?

It is designed for laboratory and industrial environments where precise temperature control is necessary for testing and preservation under extreme conditions. The chiller operates best in controlled spaces with minimal exposure to contaminants or extreme external temperature variations. It’s ideal for research labs, pharmaceutical manufacturing, semiconductor testing, and materials testing environments. Proper ventilation and clearance around the unit are recommended to ensure efficient performance and prevent overheating during prolonged operation.

4. Can the Low Temperature Circulating Chiller be used for both short-term and long-term cooling applications?

Yes, the chiller is suitable for both short-term and extended cooling periods, providing reliable performance for a wide range of applications. It is designed with durable components and continuous operation capability, making it ideal for prolonged use without compromising efficiency. Its advanced control system maintains temperature consistency over time, while built-in safety features ensure protection during extended runtimes. This versatility makes it effective for dynamic lab processes, endurance testing, and long-duration experimental setups.

5. What is the role of the alarm system in the Low Temperature Circulating Chiller?

The built-in alarm system alerts users to any temperature or system abnormalities, helping to prevent potential damage to sensitive materials. It provides early warnings in cases of over-temperature, low refrigerant, pump failure, or power disruptions. These real-time notifications enable immediate corrective action, ensuring uninterrupted operation. The system is essential for maintaining process safety and preserving the integrity of critical experiments or production cycles.