Low Temperature Circulating Chiller LLTC-T2013

Introduction

Low Temperature Circulating Chiller a high cooling capacity of up to 17.5 kW at -40°C for efficient temperature management. The chiller features user-friendly controls for easy operation and adjustment. It maintains consistent cooling in high-demand environments, ensuring uninterrupted operation. Its comprehensive filter system maintains refrigerant purity and optimizes capacity. Our chiller is used in applications requiring stable cooling, such as systems, refrigeration units, and other temperature-critical systems.

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 in applications requiring stable cooling, such as systems, refrigeration units, and other temperature-critical systems, maintaining energy efficiency and providing precise cooling control.

Specifications

Temperature Range	-60°C to -30°C
Temperature Control	±0.5°C
Circulation Pump Max	7m³/h 2 bar
Refrigerant	R448A/R23
Cooling Capacity at -40°C	17.5 kW
Cooling Capacity at -55°C	13.8 kW
Power	400V 50HZ / 460V 60HZ

Features

Low Refrigerant Consumption

Adjustable Cooling Output

Automatic Shut-off Protection

Safe Operating Environment

Long-Lasting Durability

FAQs

1. What makes the Low Temperature Circulating Chiller suitable for industrial applications?

The Low Temperature Circulating Chiller is engineered to withstand demanding industrial conditions, offering high cooling capacity and reliable performance for heavy-duty cooling applications. Its robust design ensures stable operation in harsh environments, making it ideal for industries such as pharmaceuticals, manufacturing, and research labs. The chiller also provides consistent cooling even under fluctuating workloads, ensuring uninterrupted operations. Additionally, its user-friendly interface allows for easy operation and efficient monitoring, reducing downtime and improving productivity.

2. How is the cooling capacity of the Low Temperature Circulating Chiller optimized?

The chiller’s cooling capacity is optimized through its advanced refrigeration system, ensuring maximum efficiency at low temperatures for consistent and reliable operation. The system incorporates high-performance components that enhance heat exchange efficiency, providing faster cooling. Additionally, the intelligent thermal regulation adjusts cooling power based on real-time conditions, further optimizing energy usage. This results in enhanced performance while minimizing energy consumption, ensuring optimal cooling in a variety of applications.

3. How does the Low Temperature Circulating Chiller improve process efficiency?

The Low Temperature Circulating Chiller improves process efficiency by maintaining a stable temperature environment, which is crucial for temperature-sensitive processes in industries like pharmaceuticals, research, and manufacturing. Consistent temperature control reduces the risk of errors, product degradation, or inefficiencies caused by temperature fluctuations. Its high cooling capacity ensures rapid temperature stabilization, minimizing downtime in production cycles. Additionally, the chiller's energy-efficient design reduces operational costs, contributing to long-term efficiency and sustainability in industrial applications.

4. Can the Low Temperature Circulating Chiller be used in a laboratory setting?

Yes, the Low Temperature Circulating Chiller is ideal for laboratory applications, where precise temperature control is critical for experiments and equipment that require stable cooling under controlled conditions. It ensures reliable cooling for sensitive laboratory processes, such as sample storage, cryogenic preservation, and material testing. The chiller's high efficiency and stable temperature regulation contribute to the accuracy and repeatability of experiments, making it an essential tool for research and development in various scientific fields.

5. How does the chiller prevent overcooling or overheating?

The chiller is equipped with advanced temperature regulation systems that prevent overcooling or overheating by continuously monitoring and adjusting the cooling cycle for precise temperature management. Its intelligent control system constantly assesses real-time temperature data and makes automatic adjustments to maintain optimal cooling. Additionally, the chiller features built-in safety protocols that activate alerts or shutdown mechanisms if the temperature deviates beyond safe thresholds, ensuring reliable and safe operation at all times.