Water and Air Chiller LRC-T511

Introduction

Water and Air Chiller offers a temperature control accuracy of ±0.5°C for efficient cooling. It is equipped with advanced anti-freeze protection to ensure system functionality even in freezing environments. The device incorporates superior thermal conductivity, enhancing heat exchange, speed and performance. Its built-in surge protection ensures stable operation, even in environments with fluctuating power. Our chiller provides regulation for X-ray machines, lasers, research labs, and applications in pharmaceuticals, food processing, and aerospace production.

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 ensures precise cooling for applications like X-ray machines, laser technologies, and research labs, while regulating temperatures in pharmaceutical manufacturing, food processing, and aerospace production environments.

Specifications

Temperature Range	-25°C to 30°C
Temperature Control	±0.5°C
Circulation Pump Flow Max	30L/min 1.6
Refrigerant	A/R507C
Cooling Capacity	2Kw at -15°C
Power	AC 220V/ AC 380V/ AC 460V

Features

Optimized for High Demand

Advanced Microprocessor Controls

Accurate Fluid Temperature Readings

High-Quality Thermal Insulation

Built-in Fluid Level Monitor

FAQs

1. How does the Water and Air Chiller prevent freezing?

The chiller is equipped with anti-freeze protection, ensuring system functionality even in freezing environments. This protection helps maintain optimal operation in cold conditions by preventing the coolant from freezing, which could damage the system. The anti-freeze feature is crucial for environments where temperatures can drop unexpectedly. It also ensures consistent cooling performance, even in extreme cold, protecting sensitive equipment and processes from temperature-related issues.

2. What types of environments can the Water and Air Chiller operate in?

The chiller is designed for stable operation in environments with fluctuating power and varying environmental conditions, thanks to its built-in surge protection. It can function effectively in settings where power stability is a concern, such as industrial sites and research labs. The chiller's robust design allows it to adapt to temperature variations, ensuring continuous and efficient performance. Its ability to maintain high efficiency under challenging conditions makes it ideal for medical facilities, food production, and aerospace applications.

3. What applications benefit from the Water and Air Chiller?

The chiller is ideal for cooling X-ray machines, lasers, and research labs, ensuring precise temperature regulation for sensitive equipment. It also plays a crucial role in pharmaceutical manufacturing, where it helps maintain optimal conditions for production processes. In food processing, it ensures consistent cooling to preserve product quality and safety. Additionally, the chiller is essential in aerospace production, supporting temperature-sensitive applications that require high performance and reliability in demanding environments.

4. How does the Water and Air Chiller improve performance?

Its superior thermal conductivity enhances heat exchange, improving cooling speed and overall system performance. The chiller’s efficient design reduces energy consumption while maintaining optimal performance, ensuring quick temperature regulation. By improving heat transfer, it also helps extend the lifespan of connected equipment, reducing wear and tear caused by fluctuating temperatures. This makes the chiller an ideal solution for critical applications that demand consistent and reliable cooling.

5. Is the Water and Air Chiller energy-efficient?

Yes, the chiller is designed with energy efficiency in mind, ensuring optimal cooling while minimizing power consumption. Its advanced control technology automatically adjusts cooling output based on real-time demands, preventing excess energy use. This not only helps reduce operational costs but also supports environmentally friendly practices by lowering energy consumption. The energy-efficient design ensures long-term savings without compromising performance.