Recirculating Chiller LRC-T2012

Introduction

Recirculating Chiller is equipped with advanced a flow control range of 15 to 45 reliable performance in demanding industrial environments. Features flexible flow control settings, enabling optimal temperature control for various laboratory applications. Offers an advanced thermal regulation system, ensuring precise stabilization and enhancing performance in critical applications. It is designed for optimal heat management in laboratories, medical devices, chemical processing, laser systems and environmental testing.

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 designed for efficient cooling in laboratories, medical devices, chemical processing, laser systems, environmental testing, and various industrial applications, ensuring consistent temperature regulation. 

Specifications

Temperature Range	-25°C to 90°C
Temperature Control	±0.05°C
Expansion Tank Volume	15L
Fluid Volume	6L Internal Circulation
Flow Control	15 to 45L/min
Cooling Water flow	2.6m³/H at 20°C
Refrigerant	R448A
Cooling Capacity	3.8Kw at -15°C
Dimension	950mm x 380mm x 1060mm

Features

Automatic Flow Adjustments

Sealed Cooling System

Multi-Zone Control

Over Current Protection

Safety Lock Features

FAQs

1. What are the available upgrade paths for recirculating chillers?

Several upgrade paths are available for recirculating chillers to ensure they meet evolving demands. These upgrades include high-efficiency compressors for reduced energy consumption, smart connectivity for remote control and monitoring, and additional temperature control sensors for precise, consistent cooling. These enhancements improve operational efficiency, provide better control, and help extend the chiller's lifespan by adapting to specific needs and environments.

2. What modular options are available for expanding recirculating chiller’s capabilities?

Modular expansion options for recirculating chillers include additional heat dissipation units, remote monitoring modules, and integrated alarm systems. These options allow the cooling system to scale as needs grow, ensuring adaptability to new requirements or applications. These upgrades enhance performance and ensure that the chiller can meet increasing demands efficiently.

3. What options are available for remote monitoring and control of recirculating chillers?

Advanced remote monitoring and control systems are available for recirculating chillers, allowing users to monitor temperature, flow rates, and system alerts in real-time via a mobile app or web interface. This feature provides enhanced control over cooling processes, offering convenience and the ability to respond quickly to system changes. Security measures such as password protection and data encryption ensure safe and reliable access to monitoring information.

4. What features can be added to recirculating chiller for improved safety?

recirculating chillers offer several add-on features, such as over-temperature alarms, pressure relief valves, and automatic shut-off mechanisms. These safety features help protect both the chiller and connected equipment from potential damage due to overheating or other operational issues.

5. What upgrade options are available to extend the operating range of recirculating chiller?

Several upgrade options are available to extend the operating range of recirculating chillers, such as specialized compressors for extreme temperature applications and enhanced insulation for low-temperature environments. These upgrades enable the chiller to operate efficiently under more demanding conditions, making it ideal for industries or applications that require stable cooling in extreme temperatures.

6. What software enhancements are available for recirculating chillers?

Several software enhancements are available for recirculating chillers, including programmable temperature profiles, system diagnostics, and data logging capabilities. These upgrades allow for better control over the cooling process, real-time analysis of system performance, and easier integration into automated laboratory or industrial systems. Additionally, these features improve operational efficiency and accuracy, providing users with valuable insights into system behavior for proactive management.