What is the working principle of an electric heat conduction oil furnace

Conductive oil electric heating furnace is a new type of environmentally friendly heat energy conversion device. Its working principle is to use electricity as energy source, convert electrical energy into thermal energy (heat transfer oil) through electric heating elements as a heat transfer medium, and force the circulation of oil into the system through a high-temperature oil pump. Under normal circumstances, the circulation heating is used to meet the purpose of continuously obtaining the required heat energy for the equipment. The heat transfer oil heating furnace, as the main body (heating element, high-temperature oil pump, filter), is combined with the heating equipment, including the upper oil tank, control panel, and diversion pipe, Forming a forced liquid phase circulation heating system.
1. High quality heat source heat transfer oil heating system, which can output hot oil with a temperature not exceeding 350 ℃ to hot users under normal pressure. The heat transfer oil heating system adopts a Japanese Fuji temperature gauge and utilizes PID custom intelligent temperature control technology, with a control accuracy of about ± 1 ℃. It correctly controls the temperature range used and prevents dry burning. A hot oil cooling system can be designed and added according to user needs to meet the production process requirements of rapid cooling after heating up.
2. Save energy and reduce operating costs. The heat transfer oil heating system described is a liquid phase closed cycle, with a difference of 20-30 ℃ between the oil temperature and the return oil temperature. The Yancheng conductivity hot oil furnace can reach its operating temperature by heating a temperature difference of 20-30 ℃. At the same time, this equipment does not require water treatment equipment, and there is no heat loss from steam boilers such as running, emitting, dripping, or leaking. The thermal energy utilization rate is very high, saving about 50% energy compared to steam boilers.
3. Low equipment investment due to the simple heating system of the heat transfer oil, anhydrous treatment equipment, multiple auxiliary machines, and low pressure of the heat transfer oil boiler, the overall system investment is relatively low;
4. The safety system only bears pump pressure, and the heat transfer oil heating system does not pose an explosion risk, making it relatively safe.
The operating cost is low, and the heat transfer oil heating system is a closed loop system. The difference between the outlet oil temperature and the return oil temperature is 20-30 degrees, which means that only a temperature difference of 20-30 degrees can reach the operating temperature. This device does not require water treatment equipment, and there is no heat loss such as steam boiler leakage, leakage, dripping, etc. The utilization rate of heat is very high, saving about 50% compared to steam boilers.
Low investment in electric heat transfer oil furnace heating equipment: Due to the simple heat transfer oil heating system, anhydrous treatment equipment, multiple auxiliary machines, and low pressure on the boiler, the entire system has a small investment and is safe and reliable. Because the heat transfer oil heating furnace system only bears pump pressure, there is no risk of explosion in the heat transfer oil heating system. Environmental protection: The environmental protection effect of the thermal conductive electric heating oil furnace heating system is mainly manifested as minimal smoke emissions, no sewage, heat pollution, and compliance with environmental requirements.