Structure and performance requirements of silicone rubber oil drum heater circulation pump

Structure and performance requirements for silicone rubber drum heater circulation pump. The battery energy storage heater is very thin, lightweight and flexible With this heater, you can transfer heat anywhere you need, improve heat transfer, accelerate heating, and reduce power requirements during processing. The livestock water tank heater specifically refers to a water tank heating system used in animal husbandry. Silicone rubber heating belt is a particularly soft heating belt composed of nickel chromium alloy wire and insulation material. Its design has high power density, fast heating, high thermal efficiency, and long service life. In addition to being used for heat tracing and insulation in general constant power bands, it can also be used in places that require heating in some cases.

A coarse filter is installed at the inlet of the circulating pump. All heat transfer oil passing through the pump should pass through a filter to remove impurities and foreign objects. Install a fine filter on the main bypass of the heating system to remove suspended carbon particles and high polymers from the heat transfer oil.

The circulation pump equipment is tightly sealed and strictly leaks. If there is a leak, the pump should be stopped for inspection and repaired.

3. The cavitation margin of the circulation pump should be less than that of the circulation system to avoid cavitation during pump operation.

4. The flow rate, head, and related working power of the circulating pump should be matched with the oil consumption of the heating control system and its development resistance reduction requirements.

6. The characteristics of the temperature changes of the circulating pump and hot oil are adapted to the gradual heat transfer and heating. Before operating at high temperatures, the heat transfer oil is gradually heated by the system to heat the pump. In addition to using it, attention should also be paid that the pump should not stop working at high temperatures. The system should stop working and wait until the temperature of the hot oil drops below 100 degrees before stopping the pump. When the pump is stopped for a long time, hot oil should be discharged into the pump, and regular inspections should be carried out. The pump should be rotated 18 degrees regularly.