Automatic heat conducting oil temperature control device

Abstract

The invention provides an automatic heat conducting oil temperature control device. The automatic heat conducting oil temperature control device comprises a framework, a fire fighting pipe, an electric pump, a fire fighting liquid box, a liquid spraying pipe, a backflow pipe, a middle pipe, a heater, a first temperature control switch, a hot oil pump and an electromagnetic valve; the liquid spraying pipe is arranged in the framework; the fire fighting pipe is assembled at the upper end of the liquid spraying pipe, and is provided with the electric pump; the electric pump and the fire fighting pipe are both arranged in the framework; the fire fighting liquid box is installed at the upper end of the framework; and the fire fighting pipe penetrates the framework to be connected with the fire fighting liquid box. Due to the design, the fire extinguishing timeliness is improved, the middle pipe is provided with the heater, the first temperature control switch and the hot oil pump, the backflow pipe is assembled at the lower end of the middle pipe, and is provided with the electromagnetic valve, and the electromagnetic valve and the backflow pipe are both installed on the right side of the hot oil pump; and due to the design, heating detection and temperature control can be achieved, the heating effect is improved. The automatic heat conducting oil temperature control device is convenient to use and operate, good in stability and high in reliability, and risk is reduced.

Description

technical field [0001] The invention is an automatic heat-conducting oil temperature control device, which belongs to the technical field of heat-conducting oil temperature control. Background technique [0002] The temperature control of the reaction equipment is a key link to determine the quality of the product. The existing method for controlling the temperature of the reaction equipment mainly adopts heat conduction oil furnace heating. This method adopts the method of electric heating, first heats the heat transfer oil to the required temperature, and then transports it to the jacket of the reactor through the oil pump for circulation, and controls the temperature by means of heat transfer through the partition wall. This heating method keeps the heat conduction oil in the entire oil storage tank at a high temperature and is in direct contact with the air. The heat conduction oil is easily oxidized and deteriorated, and there are potential safety hazards. In order to s...

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Problems solved by technology

This heating method keeps the heat conduction oil in the entire oil storage tank at a high temperature and is in direct contact with the air. The heat conduction oil is easily oxidized and deteriorated, and there are potential safety hazards. In order to solve this problem, a heat conduction oil has appeared on the market. Oil temperature control device

[0003] The existing heat transfer oil temperature control device is not equipped with an automatic fire extinguishing device. When the heat transfer oil spontaneously ignites and a fire occurs, the staff cannot find it in time, and it is easy to miss the best time to extinguish the fire, which increases economic losses. At the same time, the number of manual fire extinguishing methods increases In addition, the existing heat-conducting oil temperature control device is not equipped with a heating detection mechanism. When the temperature entering the reactor is low, it cannot achieve a good heating effect on the reactor, and the heating speed is slow and increases cost

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