Single compressor water cooled packaged chiller - BS Series(-5℃)-03WSM

BS Series Water Cooled Packaged Chiller

 

Integrated Design

It integrates core components such as compressors, condensers, evaporators, and control systems into a single unit, featuring a small footprint and easy installation.

High Refrigeration Efficiency

Adopting a dedicated low-temperature compressor and high-efficiency heat exchange components, it can stably supply low-temperature cooling water at -5℃, meeting the demand for precise temperature control.

Water-Cooled Condensation Method

It has better heat dissipation performance than air-cooled models, making it suitable for high-load and continuous operation conditions, with lower operating noise.

Water cooled  packaged chiller Working Principle

High Temperature Control Precision

The temperature fluctuation can be controlled within ±0.5℃, ensuring the stability of production or experiments.

Low Operating Energy Consumption

Combining the heat exchange efficiency advantage of the water-cooled system with the intelligent control system, it can adjust the operating status according to the load.

Convenient Maintenance

The box-type structure facilitates inspection and maintenance, and most core components adopt a standardized design, making it easy to purchase and replace spare parts.

 

Safety Protection Function

Industrial Production:

Plastic molding, electronic component cooling, temperature control of chemical reaction kettles, laser equipment cooling, etc.

Special Fields:

Low-temperature experiments in laboratories, cooling of medical equipment, low-temperature fresh-keeping pretreatment in food processing, etc.

 

Q1:What are the requirements for the operating environment of the water chiller?

A1: Generally, the ambient temperature is required to be between 5℃ and 40℃, and the relative humidity should not exceed 85%. At the same time, the water chiller should be placed in a well-ventilated area free from direct sunlight, and away from heat sources and dust. This ensures the normal operation of the water chiller and optimal heat dissipation performance.

Q2: What are the causes of poor cooling efficiency in the water chiller?

A2: Possible causes include the following:

• Insufficient cooling water flow: Check if the cooling water pump is working properly and if there is any blockage in the pipes.
• Excessively high cooling water temperature: Inspect whether the cooling tower is operating normally and ensure unobstructed circulation of the cooling water.
• Contamination accumulation in the condenser: Regularly clean the condenser to maintain its heat dissipation performance.
• Refrigerant leakage: Examine the refrigeration system to locate and repair the leakage points.

Q3: What causes excessive noise from the water chiller?

A3: Common causes are as follows:

• Vibration of the cooling water pump: Check if the pump is installed securely and if its bearings are worn.
• Motor failure: Inspect the insulation performance of the motor and check for bearing wear.
• Malfunction of the cooling tower fan: Verify if the fan blades are balanced and check for bearing wear.
• Refrigerant leakage: This can also lead to excessive noise. Inspect the refrigeration system to find and fix the leakage points.

Model And Technical Parameter

Note: The specification is subject to change due to product improvement without prior notice.

Process Flow Diagram

Application Case

Our oil temperature control unit is widely used across various industrial applications, including casting moulds, rubber vulcanization, wheel temperature control, hot press technology, carbon fiber production, and chemical reactions. It ensures precise temperature management, improving production efficiency and product quality in these processes.

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