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MI armored heating cable

Functional Characteristics Specification Parameter

The MI heating cable uses a single or multiple alloy electric heating wire as a heat source. High-purity, high-temperature, fused crystal magnesium oxide is used as a heat-conducting insulator. The seamless continuous stainless steel or copper tube is used as a sheath and is manufactured by a special production process. For use in highly corrosive areas, a PE or low-smoke halogen-free jacket can be added. It has the advantage of having excellent mechanical strength and corrosion resistance.
Rated voltage：220V、380V
Nominal power： Explosion-proof grade：ExdⅡBT1-4
Maximum outlet temperature： Temperature control method：Automatic temperature control
Temperature control accuracy：±1℃
Power range： Power error range： Dielectric strength： Heating characteristics： Power adjustment factor： Temperature rating： Explosion-proof grade： Whether flame retardant： Ambient temperature： Place of use： Structure type：

1, stainless steel sheathed MI heating cable
The stainless steel sheathed MI heating cable can meet the requirements of high temperature heating and high power (up to 269W/m). The maximum temperature can reach 650 °C, and the conductor resistance range is from 28000-19.2 Ω/km.
2, 825 alloy sheathed MI heating cable
The 825 alloy sheathed MI heating cable can meet the needs of high temperature heating and high power (up to 269W/m). Its maximum temperature can reach 800 °C, and the conductor resistance range is from 28000-19.2 Ω/km.

3, copper sheathed MI heating cable
The copper sheathed MI heating cable can meet the requirements of high temperature conditions and heat transfer of long-distance pipelines. The maximum temperature can be up to 300 °C, and the conductor resistance range is from 480-0.5 Ω/km.
4, copper-nickel alloy sheathed MI heating cable
The copper-nickel alloy sheathed MI heating cable can meet the requirements of high temperature conditions and heat transfer of long-distance pipelines. The maximum temperature can be up to 450 °C, and the conductor resistance range is from 28000-19.2 Ω/km.

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