A chiller lowers the temperature of machinery, industrial spaces, and process fluids by removing heat from the system and transferring it elsewhere. Many industrial processes, such as injection molding, metal plating, oilfield production, and food processing, use chiller systems. The efficiency and effectiveness of these systems depend heavily on Chiller Temperature Control. For more information about electronic temperature control, visit the product page
Key Components of a Chiller
A chiller consists of several basic components:
- Pump: Circulates the fluid
- Reservoir: Holds a volume of cold fluid
- Refrigeration System: Cools the fluid
- Temperature Control: Regulates fluid temperature
The refrigeration system cools the fluid held in the reservoir. The electronic temperature controller senses the fluid temperature inside the reservoir and instructs the refrigeration system to cool down or stabilize the temperature.
How Electronic Temperature Controllers Maintain a Chiller
Electronic temperature controllers consistently cycle as the fluid temperature changes above or below the desired set point. With an adjustable differential setting from 1° to 30°F, users can control the hysteresis to protect the contactors and valves from breaking during each cycle. This ensures the chiller operates efficiently and reliably, providing precise temperature control crucial for maintaining optimal performance in industrial processes.
Product Specifications
- Wide Temperature Range: Operates from -30° to 500°F, maintaining temperature within 1° of your set point.
- Adjustable Differential: Offers a differential of 1° to 30°F, providing maximum control.
- NTC Sensor: Includes an NTC sensor that can be placed into a thermowell mounted onto a tank, ensuring accurate temperature readings.
- Versatile Usage: Suitable for sensing air or fluid temperature rise or fall, making it adaptable to various applications.
Using electronic temperature controllers in chiller systems enhances efficiency and ensures precise temperature regulation. This results in optimal performance and energy savings. For additional questions, please contact us.
