Standard Oil Temperature Control Unit

The correct oil temperature control unit model should be selected according to the required mold temperature, mold size, heating demand, circulation requirements, and production conditions. For example, smaller molds may use lower heating capacity models, while larger or more complex molds may require higher pump flow and heating power. Evaluating both temperature accuracy and circulation performance helps ensure stable mold temperature control and efficient production.

This hot oil temperature control unit integrates multiple protection functions, including pump reverse protection, oil shortage alarm, overload protection, and abnormal heating protection. These safety systems help detect abnormal operating conditions in advance, protecting the heating system, circulation components, and production process during long-term operation.

An oil mold temperature controller improves molding quality by maintaining stable heat transfer conditions throughout the production cycle. Consistent mold temperature helps reduce issues caused by temperature fluctuations, such as dimensional variation, surface defects, and unstable molding results. For precision components and high-temperature engineering plastics, stable temperature management is an important factor in achieving repeatable production performance.

This oil temperature controller series provides multiple configurations with heating capacities from 6kW to 12kW, allowing users to select suitable performance based on mold size and thermal requirements. Different models are equipped with different pump flow rates and pump pressure capabilities, ranging from 22 L/min to 150 L/min flow and up to 20m pump head, helping ensure sufficient thermal circulation for different mold applications.

A dual-circuit design allows the temperature of the moving mold and fixed mold sides to be controlled independently. During injection molding, different mold areas may have different heat transfer requirements, and a single temperature loop can cause temperature interference between sections. By using separate oil circuits, this oil mold temperature controller helps maintain more consistent mold temperatures, reducing molding variation and improving product dimensional stability.

This oil temperature control unit supports a temperature control range of +45°C to +180°C, making it suitable for molding processes that require stable high-temperature control. The system uses thermal conductive oil as the heat transfer medium and adopts PID temperature control technology to maintain stable operating conditions during continuous production. Compared with standard water-based systems, oil temperature control provides better performance for applications requiring elevated mold temperatures, such as engineering plastics and precision injection molding.