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How the SRY2/SRY4 Intrusive Oil Heater Works
SRY2/SRY4 Invasive Oil Heater Product Working Principle:
The fluid explosion-proof electric heater is a kind of electric energy conversion to heat energy, to heat the material to be heated. In the work, the low-temperature fluid medium enters the input port through the pipeline under pressure, follows the specific heat exchange flow path inside the electric heating container, uses the fluid thermodynamic principle to design the path, and takes away the high-temperature thermal energy generated during the operation of the heating element. The temperature of the heated medium is increased, and the electric heater outlet is subjected to the high temperature medium required by the process. The internal control system of the electric heater automatically adjusts the output power of the electric heater according to the temperature sensor signal of the output port to make the medium temperature of the output port uniform; when the heating element is overheated, the independent overheat protection device of the heating element immediately cuts off the heating power to avoid Overheating of the heating material causes coking, deterioration, and carbonization. In severe cases, the heating element burns out and the service life of the electric heater is effectively prolonged.
SRY2/SRY4 Invasive Oil Heater Applications:
Typical applications of fluid explosion-proof electric heaters include:
1. The chemicals in the chemical industry are heated and heated, certain powders are dried under certain pressure, chemical processes and spray drying.
2. Hydrocarbon heating, including petroleum crude oil, heavy oil, fuel oil, heat transfer oil, lubricating oil, paraffin wax and so on.
3. The process water, superheated steam, molten salt, nitrogen (air) gas, water gas, etc. need to be heated and heated.
4. Due to the advanced explosion-proof structure, the equipment can be widely used in chemical, military, petroleum, natural gas, offshore platforms, ships, mining areas and other places that require explosion protection.
SRY2/SRY4 Invasive Oil Heater Features:
1. Small size, high power: The heater mainly uses bundled tubular heating elements.
2. Fast thermal response, high temperature control accuracy, and high overall thermal efficiency.
3. High heating temperature: The maximum working temperature of the heater design can reach 850°C.
4. The medium outlet temperature is uniform and the temperature control accuracy is high.
5. Wide range of applications, strong adaptability: The heater can be applied to explosion-proof or ordinary occasions, explosion-proof grade up to dIIB grade and C grade, pressure up to 20MPa.
6. Long life and high reliability: The heater is made of special electric heating materials, the design surface power load is low, and multiple protection is adopted, which greatly increases the safety and life of the electric heater.
7 can be fully automated control: According to the requirements of the heater circuit design, can facilitate the export temperature, flow, pressure and other parameters of automatic control, and computer network.
8. The energy-saving effect is remarkable, and the heat generated by the electric energy is transferred to the heating medium by almost 100%.
The electrical energy is converted into heat energy to heat the object. It is a form of electrical energy utilization. Compared with general fuel heating, electric heating can achieve higher temperatures (such as arc heating, temperatures up to 3000 °C), easy to achieve automatic temperature control and remote control, (such as car electric heating cup) can be made as needed The heated object maintains a certain temperature distribution. The electric heating can directly generate heat inside the object to be heated, so that the heat efficiency is high, and the heating speed is high. According to the heating process requirements, the overall uniform heating or local heating (including surface heating) can be achieved, and vacuum heating and controlled atmosphere heating can be easily achieved. In the process of electric heating, less exhaust gas, residue and smoke are produced, and the heated object can be kept clean without polluting the environment. Therefore, electric heating is widely used in the fields of production, scientific research and testing. In particular, electric heating is used in the manufacture of single crystals and transistors, mechanical parts and surface hardening, smelting of ferroalloys, and manufacture of artificial graphite.
According to different electric energy conversion methods, electric heating is generally divided into resistance heating, induction heating, arc heating, electron beam heating, infrared heating, and medium heating.