Recirculating Chiller LRC-T2012

Introduction

Recirculating Chiller offers a flow control range of 15 to 45L/min, 5bar max for precise thermal regulation. Equipped with advanced insulation technology, it minimizes energy loss and enhances system efficiency. Incorporated with a leak detection system, ensuring the integrity of the coolant loop. Features a high-performance heat exchanger, enabling efficient heat transfer and cooling. The system is used in renewable energy systems, providing airflow control to high-temperature components like solar cells.

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 used in renewable energy systems, cooling high-temperature components like solar cells. It is employed in chemical synthesis, ensuring proper thermal conditions to prevent unwanted reactions.

Specifications

Temperature Range	-45°C to 90°C
Temperature Control	±0.05°C
Expansion Tank Volume	15L
Fluid Volume	6L Internal Circulation
Flow Control	15 to 45L/min 5bar max
Cooling Water flow	3.5m³/H at 20°C
Refrigerant	R448A
Cooling Capacity	1.8Kw at -35°C
Dimension	950mm x 380mm x 1060mm

Features

Robust Pump Functionality

Multi-Industry Compatibility

Energy-Efficient Performance Design

Safety-Focused Design Features

Reliable Operation Under Pressure

FAQs

1. What is the power consumption of a recirculating chiller?

Power consumption varies depending on the chiller's size, cooling capacity and operational features. chillers use electricity to power their compressors, pumps, and other components. Energy-efficient models are available, consuming less electricity without compromising cooling performance, which can help reduce operating costs. To ensure optimal energy use, regular maintenance and proper operation are also key factors in minimizing power consumption.

2. Can one adjust the flow rate of the coolant in a recirculating chiller?

Many recirculating chillers feature adjustable flow rates, allowing users to optimize cooling efficiency for various applications. The flow rate can be adjusted through the digital control panel or system settings, providing more precise temperature management and enhancing performance for specific processes. This flexibility also ensures that the chiller can be adapted to meet the unique needs of different equipment and experiments.

3. Can recirculating chillers help prevent overheating in machines?

Yes, recirculating chillers are ideal for cooling machines, helping maintain optimal operational temperatures and prevent overheating. They ensure that machines run efficiently, reducing the risk of thermal damage to critical components and enhancing overall machine performance. This leads to extended machine life and improved productivity by minimizing downtime.

4. Can recirculating chillers be used for temperature-controlled storage?

Yes, recirculating chillers are ideal for maintaining temperature-controlled storage environments, such as cooling chambers or refrigerators. They ensure that stored materials or products remain at the required temperature for optimal preservation, helping to extend shelf life and maintain quality. Additionally, they provide consistent temperature regulation, which is crucial for industries like pharmaceuticals, food, and biotechnology.

5. Are recirculating chillers safe to use around sensitive equipment?

Yes, recirculating chillers are designed to protect sensitive equipment by providing consistent and reliable cooling, which helps maintain optimal operating conditions. However, it is important to regularly maintain the system to prevent malfunctions that could potentially impact the equipment's performance or longevity. Additionally, many chillers come with safety features, such as temperature alarms, to further ensure protection against overheating.

6. Can recirculating chillers operate in extreme ambient temperatures?

While most recirculating chillers are designed to operate in moderate temperatures, some industrial-grade models are specifically built to withstand extreme ambient conditions. If planning to use the chiller in very hot or cold environments, it is essential to check the product specifications to ensure compatibility with operating conditions. In some cases, additional modifications or accessories may be required for optimal performance.