导热油炉防爆加热器由流体电加热器、导热油泵、管路连接附件、物理量传感器以及自动化电热 装置集成整和的系统，利用热媒，导热油（或水）的热传递对介质或设备间接加热，并利用油泵驱动热媒循环给热，从而实现加热温度到达生产需求，是普通锅炉的理想升级。导热油炉防爆加热器的工作原理：对于电加热油炉，热量是由浸入导热油的电加热元件产生和传输的，以导热油为介质，利用循环泵，强制导热油进行液相循环，将热量传递给用一个或多种用热设备，经用热设备卸载后，重新通过循环泵，回到加热器，再吸收热量，传递给用热设备，如此周而复始，实现热量的连续传递，使被加热物体温度升高，达到加热的工艺要求。
The explosion-proof heater of heat conduction oil furnace consists of fluid electric heater, heat transfer oil pump, pipeline connecting accessories, physical quantity sensor and automatic electric heating The integrated system of the unit is used to indirectly heat the medium or equipment by the heat transfer of heat medium and heat conduction oil (or water), and the heat medium is driven by the oil pump for circulating heat supply, so as to realize the heating temperature reaching the production demand, which is an ideal upgrade of ordinary boilers. Working principle of explosion-proof heater of heat conduction oil furnace: for electric heating oil furnace, heat is generated and transmitted by electric heating element immersed in heat transfer oil. With heat transfer oil as medium, circulating pump is used to force heat transfer oil to liquid phase circulation, and heat is transferred to one or more kinds of heat using equipment. After unloading the heat using equipment, it passes through circulating pump again and returns to heater to absorb heat It can transfer the heat to the heating equipment. In this way, the continuous heat transfer can be realized, and the temperature of the object to be heated will be increased to meet the technological requirements of heating.