Power supply issues with silicone rubber heaters

The power issue of silicone rubber heaters is a major aspect that customers need to carefully consider when choosing silicone rubber heaters. In peacetime, when choosing silicone rubber heaters, the power supply will be tested to determine whether its power is suitable for normal operation. If the test results are normal, it indicates that the equipment components are intact and undamaged. If the power does not increase, then adjusting the equipment parameters is not appropriate. The oil drum heating belt adopts the soft and bendable characteristics of a silicone heating plate. Metal buckles are riveted on both sides of the heating plate with reserved holes, and spring buckles are used to fasten to the barrel, pipeline, and tank body. Easy and fast installation. It can make the silicone rubber heating plate use the tension of the spring to tightly adhere to the heated part, heating quickly and with high thermal efficiency. 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 silicone rubber heating element is a soft electric heating film element composed of high-temperature resistant, high thermal conductivity, excellent insulation performance, and good strength silicone rubber, high-temperature resistant fiber reinforced materials, and metal heating film circuits. Composed of two pieces of fiberglass cloth and double laminated silicone fiberglass cloth.

Next, Fulan will analyze the reasons that affect the power supply of silicone rubber heater equipment for you. The main reasons for power outages are as follows:

1. The rectification part is not adjusted properly, the rectification tube is not fully energized, and the DC voltage does not reach the rated value, which affects the power output.

In the production process of silicone rubber heaters, the length of the alloy wire directly affects the resistance of the alloy wire.

3. Improper adjustment of cut-off and cut-off pressure values results in low power output.

4. If the configuration of compensation capacitors is too much or too little, they cannot achieve better power output in terms of electrical and thermal efficiency, that is, they cannot achieve better economic power output.

5. Permissible error range for rated power of silicone rubber heater: rated power of silicone rubber heater is less than 100W. Rated power of silicone rubber heater is ± 10%. Rated power of silicone rubber heater is greater than 100W. Rated power of silicone rubber heater is 5% -10% or 10W, both of which have greater value.