KJ-6200 Water Chiller

Introduction of Laboratory professional chiller:

KJ-6200 Recirculating chiller can provide a clean and reliable temperature control fluid with a water flow rate of up to 58L/min. Recirculating chiller is suitable for cooling crystal growth furnaces, larger tube furnaces, and high-power induction heaters.

Recirculating chiller provides a clean and reliable temperature control fluid source for open water tanks and closed loop systems, with a maximum flow rate of up to 58L/min (15 G/min). Recirculating chiller eliminates scale accumulation, sewage treatment costs, and tap water cooling expenses.

This Professional chiller provides efficient cooling at a low cost and features a convenient digital readout and settings display.

The standard magnetic drive centrifugal pump quietly produces high flow at medium pressures. Positive displacement pump models have lower flow rates but higher adjustable pressures for more demanding applications. The Professional chiller has a temperature stability of ± 0.3°C and is small and easy to move. The Professional chiller has a temperature adjustment range of 5 to 35°C. The Professional chiller is suitable for large tube furnaces or high-power induction heaters.

Key components of the recirculating chiller:

· Compressor: The heart of the recirculating chiller, responsible for compressing the refrigerant and increasing its pressure so that it circulates through the system and absorbs heat efficiently.

· Condenser: Dissipates the heat absorbed by the refrigerant to the environment. Air-cooled Laboratory professional chillers use fans to dissipate the heat, while water-cooled Laboratory professional chillers use a water source to remove the heat.

· Evaporator: The refrigerant absorbs heat from the circulating fluid, thereby cooling the circulating fluid. The cooled fluid is then circulated back to the equipment or process that needs to be cooled.

· Expansion valve: controls the flow of refrigerant into the evaporator, reducing its pressure and causing it to absorb more heat from the circulating fluid.

· Coolant: such as water or ethylene glycol, is the medium that absorbs the heat generated by laboratory equipment or processes and transfers it to the refrigerant in the evaporator.

· Temperature control system: monitors and regulates the temperature of the circulating fluid to maintain it within the desired range. Recirculating chiller systems include digital displays, sensors, and programmable settings for precise temperature control.

Basic operating principle of Laboratory professional chiller:

The basic principle of the recirculating chiller includes three main steps:

1. Heat absorption: The recirculating chiller absorbs heat from the equipment or process through the circulating fluid.

2. Heat transfer: The absorbed heat is then transferred to the refrigerant in the product evaporator.

3. Heat dissipation: The refrigerant transfers the heat to the condenser and then dissipates it to the environment, usually using air or water as the cooling medium.

This continuous cycle effectively removes heat from laboratory equipment or processes to maintain the desired temperature.

Parameters of Recirculating chiller:

Technical advantages of Shenyang Kejing:

The company has a high-level R&D team, which continuously upgrades technology and develops new products, applies for a number of independent intellectual property rights, and provides customers with personalized equipment customization services. The company has professional experimental configuration and senior sample preparation technicians. After years of intensive cultivation, it has established a complete sample preparation process to provide researchers with systematic sample preparation guidance.