Circulation Thermostat Thermal Oil Heater

In practical industrial applications, the circulation thermostat thermal oil heater usually transfers the heat in the material or mold to the refrigerant through heat exchange with the evaporator, and discharges it to the external environment through the condenser, converting electrical energy into heat energy for use.

Advantages of circulation thermostat thermal oil heater

1. It is a temperature control equipment that can integrate refrigeration and heating. The heat transfer medium is water or oil, which has good thermal conductivity. The equipment is divided into a heating part and a cooling part, and the corresponding system is controlled to automatically adjust the heating or cooling according to the process requirements. It is refrigeration. The equipment can rapidly heat up, rapidly cool down the temperature required by the equipment, and can control multiple surfaces and different temperatures, and quickly circulate around the product during the molding process, greatly improving production efficiency.

2. Using PID algorithm, it can be applied to various environments and various equipment, and the temperature control is accurate. The circulation thermostat thermal oil heater has a temperature correction function, which is more accurate in temperature measurement than ordinary thermostats. Clear control panel, easy and fast operation.

3. Modify and control the parameters of the equipment through the computer, and can also transmit various parameters of the equipment operation to the computer in time. These signals are all standard relay node types, which can easily exchange information with online supporting equipment, provide protection for user equipment through online signals, and effectively improve the safety of equipment operation.

4. The circulation thermostat thermal oil heater adopts a fully enclosed pipeline type and a plate heat exchanger, which reduces the demand for heat transfer fluid and improves the heat utilization rate of the system to achieve rapid temperature rise and fall. The heat transfer medium is in a closed system with an expansion vessel, and the heat transfer medium in the expansion vessel does not participate in the circulation.

5. The expansion vessel is equipped with an automatic cooling constant temperature system. Even if the temperature of the heat transfer medium in the circulation system rises to 250°C, part of the heat transfer medium expands into the expansion vessel, and the heat can be taken away, so that the temperature of the expansion vessel is always maintained at room temperature. It can reduce the risk of moisture absorption, volatilization and oxidative browning of the heat transfer medium during operation. Improve the service life of the heat transfer medium.