30PTCCS parallel constant power electric heating belt 20CPPI-BS

30PTCCS parallel constant power electric heating belt 20CPPI-BSWhen the temperature rises, its own resistance also increases (the heating power automatically decreases); When the temperature drops, its own resistance decreases (the heating power automatically increases). It is installed between the insulation layer and the heat tracing body, and can dynamically track the surface temperature of the heat tracing body. It can automatically adjust the power at various locations along the length, so that the surface of the heat tracing body remains constant temperature, and prevent some parts with poor heat dissipation from overheating and burning out. Therefore, it can not only generate heat, but also measure temperature and adjust power. In addition, it has the advantages of long-term use without power degradation, low starting impulse current, good corrosion resistance, long service life, and the ability to shear freely.
Advantage:
1. The self limiting temperature electric heating belt device is simple, with uniform heating and accurate temperature control.
2. Save water resources, unlike boilers that require a large amount of water every day.
3. The tropical insulation solution can be intelligently and remotely controlled to achieve automated management.
4. High efficiency, can greatly reduce energy consumption.
5. Whether it's a one-time investment or annual operating expenses, it's relatively cost-effective.

30PTCCS parallel constant power electric heating belt 20CPPI-BSTechnical indicators:

1. Standard colors: Orange, Brown

2. Temperature range: maximum maintenance temperature 105 ℃, maximum surface temperature 105 ℃± 5 ℃, maximum withstand temperature 135 ℃

3. Construction temperature: -5 ℃

4. Operating temperature: -30 ℃

5. Thermal stability: After cycling back and forth 300 times between 10 ℃ and 149 ℃, the cable's heat generation remains above 90%

6. Bending radius: 25.4mm at room temperature of 20 ℃; 35.0mm at low temperature of -30 ℃

7. Insulation resistance: When the cable length is 100m and the ambient temperature is 75 ℃, shake it with a 2500VDC shaker for 1 minute. The minimum insulation resistance (between the wire and the shield) is 3000M Ω

8. Working voltage: 12V 24V 36V 110V 220V 380V

9. Output power at 10 ℃: 25W/m 35W/m 40W/m 45W/m 50W/m 60W/m

10. Shielding layer: Tin plated soft round copper wire, covering a density of 80%

11. Sheath layer: modified polyolefin, flame-retardant polyolefin, fluorinated polyolefin, perfluorinated material