About Us
About Us

In the global industrial temperature control field, we are pragmatic and innovative pioneers, providing energy-saving and innovative solutions for global industrial development, which is our ideal pursuit of hard work.

Blog
Blog

Follow Simpson for the latest news

Contact Us
Contact Us

If you have any needs or suggestions, please contact us

TOP
News and Information

News and Information

Follow Simpson for the latest news

What kind of chiller should be matched with environmental testing equipment? Take a look.

2025-01-23 09:35


Simpson Group, a large-scale refrigeration equipment manufacturing plant originating from advanced German refrigeration technology, specializes in producing: chillers, industrial chillers, screw chillers, full-liquid chillers, low-temperature ice water machines, air-cooled and water-cooled chillers, explosion-proof chillers, customized chillers, semi-hermetic condensing units, screw condensing units, and other refrigeration equipment. It has been awarded the CCTV Brand Plan China Preferred Brand. Welcome to call for inquiries!

In a certain environmental laboratory, a chiller is needed to remotely cool and reduce the temperature of laboratory equipment to maintain the normal operation of the test equipment. We know that environmental testing equipment mainly simulates the natural environment to test products, using artificial simulation of the environment in the short term to achieve the effect of the product after 3-5 years.

With the increasingly high requirements for product quality in various industries, the requirements for the carrying capacity, high and low temperature ranges, and temperature change accuracy of environmental testing equipment are becoming increasingly stringent. Equipment needs to respond quickly. Taking the refrigeration system of the environmental test chamber as an example, frequent starts and stops and uninterrupted operation will inevitably increase the wear and tear, energy consumption, and heat generation of the experimental equipment, thus affecting the environmental test results.

Chillers can be used in environmental testing equipment to provide an independent and centralized cooling and temperature reduction solution for several or more than a dozen pieces of equipment, ensuring the normal operation of the equipment.

This time, there are two types of models: KC-30TA and KC-40FA, which provide cooling to different laboratory equipment in two locations.

In the customer's environmental test equipment cooling project, a remote control method was adopted. The chiller can be flexibly customized according to the actual needs of the user. The project includes a 12-meter remote control cable and a 22-meter power cord. After on-site debugging, the chiller completed the initial debugging and is operating well.

Additionally, regarding the installation requirements of the chiller, it is necessary to remind industry friends:

Before installing the chiller, a flat foundation and a spacious area should be selected, avoiding corrosion, pollution, sun exposure, and ensuring easy access for regular maintenance and repair.

For water-cooled chillers, a cooling tower should be selected and installed according to the chiller's cooling capacity and size requirements. Do not reduce the size of the cooling tower, which may cause high pressure and overload.

Air-cooled chillers should be installed at least one meter away from the wall, with sufficient space for the air inlet and outlet to facilitate equipment maintenance and prevent poor heat dissipation.

In addition, please pay special attention to:

1. The power supply and load grounding should be constructed in accordance with relevant regulations.

2. The newly installed chiller's refrigerant water pipes must be insulated.


More Information

2026-07-15

Understanding Low Temperature Refrigeration Systems: A Comprehensive Guide

Low temperature refrigeration systems are crucial components in various industries, especially in sectors that require stringent temperature control for product preservation. These systems operate at temperatures significantly below ambient conditions, typically ranging from -10°C to -80°C. Understanding how these systems work and their applications can provide valuable insights for businesses loo

2026-07-08

Understanding the Benefits of a Low Temperature Refrigeration System: Maximizing Efficiency and Performance in Industrial Applications

Understanding the Benefits of a Low Temperature Refrigeration System Table of Contents Introduction to Low Temperature Refrigeration Systems What is Low Temperature Refrigeration? Benefits of Low Temperature Refrigeration Systems Enhanced Product Preservation Energy Efficiency and Savings Environmental Impact Versatility in Applications Technological Adva

2026-07-01

Exploring Ultra Low Temperature Chillers: Innovations and Applications in Industrial Cooling

Ultra low temperature chillers are essential components in many industrial processes, particularly those requiring precise temperature control. These specialized cooling systems can achieve temperatures significantly below freezing, often reaching as low as -80°C (-112°F) or even lower. The ability to maintain such low temperatures is critical in various applications, including research laboratori

2026-06-24

Why Your Industrial Operations Need an Ultra Low Temperature Chiller

Why Your Industrial Operations Need an Ultra Low Temperature Chiller In today’s fast-paced industrial landscape, maintaining optimal temperature control is vital for operational efficiency and product quality. **Ultra low temperature chillers** have emerged as essential components for a range of industrial applications, from pharmaceuticals to food processing. This article delves into the necessit

2026-07-15

Understanding Low Temperature Refrigeration Systems: A Comprehensive Guide

Low temperature refrigeration systems are crucial components in various industries, especially in sectors that require stringent temperature control for product preservation. These systems operate at temperatures significantly below ambient conditions, typically ranging from -10°C to -80°C. Understanding how these systems work and their applications can provide valuable insights for businesses loo