Electrically Heated Organic Heat Transfer Fluid System

Yes. This heat transfer fluid system supports optional RS485 communication functions for automated monitoring and management. The isolated electrical control box design helps protect electrical components, while intelligent fault display allows operators to monitor system status and simplify maintenance during long-term operation.

The electrically heated system achieves a thermal efficiency of up to 98% by directly converting electrical energy into heat transferred through thermal conductive oil circulation. Compared with conventional heating methods, this structure reduces heat loss during energy transfer and provides more stable temperature control for continuous production processes.

This thermal fluid heating system integrates multiple safety protection functions, including pump reverse protection, oil shortage protection, overheating protection, overload protection, abnormal heating alarms, and pressure protection. Optional explosion-proof devices and pressure control designs help improve operational safety for high-temperature industrial environments.

This industrial thermal oil heating system is designed with different circulation configurations to meet various heat transfer requirements. Depending on the model, the pump flow ranges from 6m³/h to 34m³/h, with pump heads from 28m to 50m, helping maintain sufficient thermal oil circulation for different equipment layouts and heating demands.

An organic heat transfer fluid system provides indirect heating through circulating thermal oil, allowing heat transfer at high temperatures without direct flame heating or high-pressure steam requirements. The system can maintain uniform heat distribution and stable thermal performance, making it suitable for industries requiring precise temperature management and continuous operation.

This industrial thermal oil heater supports a temperature control range of +45°C to +400°C and uses PID temperature control to maintain stable operation. The series provides heating capacities from 18kW to 96kW, with different configurations available according to thermal requirements, equipment size, and production conditions.