Heating Cable Management Parameters
MI heating cable for pipeline temperature rise in power plants. For a long time, steam tracing has been the main method of insulation in most power plants. Its working principle is to dissipate heat through cooling the heat pipe to compensate for the heat loss of the insulated pipe. Due to the difficulty in controlling steam heat dissipation, its insulation efficiency has been at a low level. In addition, since the main heat pipes in power plants are instrument pipes, process pipes, and chemical pipes, these pipes are complex and it is inconvenient to lay steam heating pipes. Therefore, our company recommends using MI heating cables for temperature control of pipelines.
Advantages of MI heating cables:
1. Fireproof: The constituent materials are inorganic substances, so the cable cannot burn, let alone support combustion or release toxic and harmful gases at high temperatures.
2. Explosion-proof: The solid structure composed of seamless metal sheath and tightly compacted mineral insulation material fundamentally prevents the intrusion of flammable oil, gas, and flames, making it a truly explosion-proof cable.
3. Corrosion-resistant: The sheath is a seamless metal sheath. When selecting, the appropriate metal outer sheath can be chosen according to the actual working conditions, fundamentally avoiding cable corrosion.
4. Radiation-resistant: The constituent materials are all inorganic substances, so when working in radiation environments, the performance indicators of the cable will not change.
5. Long lifespan: The characteristics of the constituent materials determine that the cable does not have the problem of insulation aging and has long-term stability.
6. Good flexibility: After softening treatment at the factory, it has excellent flexibility and can be bent freely. It can be laid in narrow spaces and on irregularly shaped equipment, providing great convenience for installation and construction, and the wiring looks neat and beautiful after installation.
MI heating cable for pipeline temperature rise in power plants, attached to the outer wall of the pipeline, converts electrical energy into thermal energy to supplement the heat lost in the pipeline. Used in conjunction with a temperature controller, it keeps the temperature within the allowable range, avoiding temperature fluctuations, and is very safe and reliable. Suitable for freeze protection and temperature maintenance of various pipeline systems, process equipment, valves, and tanks. For example: building water supply and drainage pipes, domestic hot water pipes, oil transportation pipes, and other high-viscosity liquid pipes in the chemical and food industries.
