Explosion Proof Heaters are specially designed for heating flammable and explosive liquids. They efficiently convert electrical energy into thermal energy through electric heating elements to achieve precise heating of liquids. The equipment is widely used in chemical, petroleum, natural gas, military, pharmaceutical and other industrial occasions that require explosion-proof to ensure the safety and stability of the heating process.
The working principle of Explosion Proof Heaters is based on electrothermal conversion technology. When working, the device converts electrical energy into thermal energy through the electric heating element according to the set heating parameters, and the thermal energy is then transferred to the liquid through the heat transfer medium (such as thermal oil, water, etc.), so that the temperature of the liquid gradually increases. The heating component is usually installed on the outside or bottom of the liquid container, and uniform heating is achieved through heat conduction and heat transfer. At the same time, Explosion Proof Heaters is equipped with an advanced temperature and pressure control system to monitor and adjust the heating process in real time to ensure the constant temperature of the liquid and improve heating efficiency and safety.
1. High safety: Explosion Proof Heaters adopt special explosion-proof structure and materials, such as stainless steel sheath, which can operate safely in high temperature, high pressure and flammable and explosive environment, greatly reducing the probability of safety accidents. Equipped with multiple safety protection functions, such as real-time monitoring and control of temperature and pressure, emergency shutdown, etc., to ensure the safety of the operation process.
2. High efficiency: Adopting efficient electric heating elements and advanced heating technology, it can heat the liquid to the required temperature in a short time and reduce energy consumption. Microcomputer intelligent dual temperature and dual control mode, PID automatic adjustment, high temperature control accuracy, meet the temperature accuracy requirements of various production processes.
3. Wide applicability: Suitable for heating a variety of flammable and explosive liquids, such as petroleum crude oil, heavy oil, fuel oil, heat transfer oil, water, etc. It can be applied to chemical, petroleum, natural gas, military, pharmaceutical and other industries to meet the needs of heaters in different fields.
4. Easy maintenance: Modular design is adopted, which is easy to maintain, and the replacement of parts is simple and quick, which reduces the maintenance cost.
The equipment structure is reliably sealed, without "running, bubbling, dripping, and leaking" phenomena, which prolongs the service life.
5. Intelligent control: It has the characteristics of high degree of automation, supports multiple control methods such as text, touch screen, PLC, etc., and realizes automatic control of parameters such as temperature, pressure, and flow.
1. Voltage control: The voltage should not exceed 1.1 times the rated voltage during use, and the equipment casing should be grounded stably.
When starting the equipment, the voltage should be gradually increased to avoid sudden high-voltage start.
2. Avoid empty burning: When heating liquid, there must be enough liquid to cover the heating element to avoid empty burning and damage to the equipment.
3. Regular cleaning: After a period of use, scale will form on the surface of the equipment, and regular cleaning is required to avoid affecting the heating efficiency and equipment life.
4. Proper placement: The equipment should be placed in a dry and ventilated place to avoid damage to the equipment caused by a humid environment.
5. Regular maintenance: Tighten the internal parts of the equipment regularly to avoid looseness that affects use. The parts that need to be replaced should be consistent with the model when they leave the factory.
1. Heating, powder drying and spray drying of chemical materials in the chemical industry.
2. Heating of hydrocarbons, such as crude oil, heavy oil, fuel oil, etc.
3. Heating of fluids such as process water, superheated steam, molten salt, nitrogen, water gas, etc.
4. Widely used in explosion-proof occasions in the chemical, petroleum, natural gas, military, pharmaceutical and other industries.
