Do you know what are the advantages of electric steam boilers?

Do you know what are the advantages of electric steam boilers ?

The hot water or steam generated in the boiler can directly provide the thermal energy needed for industrial production and people's life. It can also be converted into mechanical energy by steam power plant, or converted into electrical energy by a generator. The boiler that supplies hot water is called a hot water boiler, which is mainly used for living, and there are also a small number of applications in industrial production. Steam generators are called steam boilers, often referred to as boilers, and are used in thermal power plants, ships, locomotives, and industrial and mining enterprises.

An electric steam boiler is a kind of electric energy that converts electric energy into heat energy. The heat medium or the organic heat carrier (heat transfer oil) is heated to a certain parameter (temperature, pressure) through the heat exchange part of the boiler and is output to the outside. Thermal energy mechanical equipment for working fluids. Electric steam boilers can be divided into: KS-D electric boiling water boilers, CLDR (CWDR) electric hot water boilers (including electric heating boilers and electric bath boilers), LDR (WDR) electric steam boilers, etc. An electric steam boiler is a boiler that produces steam with specified parameters and qualities.

In summary, an electric steam boiler is a boiler that uses electricity as an energy source to produce steam with specified parameters and qualities.

1. Safety: 1 leakage protection: When the boiler leaks, cut off the power supply through the leakage circuit breaker to ensure personal safety. 2 Water shortage protection: When the boiler is short of water, the heating tube control circuit is cut off in time to prevent dry burning damage of the heating tube, and the controller issues a water shortage alarm indication. 3 Grounding protection: When the boiler casing is charged, the leakage current is introduced into the earth through the grounding wire to ensure personal safety. Generally, the protective grounding wire should be well connected with the earth. The angle iron and steel pipe buried deep underground are used as the grounding body. The grounding resistance should not exceed 4Ω. 4 Steam overpressure protection: When the boiler steam pressure exceeds the set upper limit pressure, the safety valve is activated and the steam is released to reduce the pressure. 5 Overcurrent protection: When the boiler is overloaded (voltage is too high), the leakage circuit breaker is automatically disconnected. 6 Power protection: After detecting the over-voltage, under-voltage and broken fault conditions with advanced electronic circuits, reliable power-off protection is carried out.

2. Convenience: After the power supply is introduced into the electric control box, the boiler enters (or leaves) the fully automatic operation state with one-button operation. 2 The amount of water in the boiler is reduced, and the control system automatically replenishes the water from the water tank to the boiler through the make-up pump.

3. Rationality: For the reasonable and effective use of electric energy, the heating power is divided into several sections, and the controller automatically circulates (cuts off) the user to determine the heating power according to actual needs, and only needs to close the corresponding leakage circuit breaker (or Press the corresponding switching switch). The segmentation cycle of the heating pipe reduces the impact of the boiler on the grid during operation.

4. Reliability: 1 The boiler body is grounded by argon arc welding, and the surface is welded by hand. After strict inspection by X-ray inspection. 2 The boiler uses steel and is strictly selected according to the manufacturing standards. 3 Boiler use parts, all of which use high quality products at home and abroad, and have been tested by test furnace to ensure the long-term normal operation of the boiler.