MSF Mineral‑insulated Heating Cable

Overview:

MSF mineral insulation heating cable are common used in the area where required high maintaince temperature, high exposure temperature and high power output,like high temperature pipeline and high exposure temperature (within/out steampurge) of pipeline and vessel.Theoretically the maximum power output for MI heating cable will be 269W/m,then the maximummaintaince temperature is about 800 ° C, also the maximum withstand temperature will be 800 ° C. Single‑core (MSF‑1)&twin‑core (MSF‑2) are both for MI heating cable,as well as different resistance spec, so the heating cable can be suitable for different voltagelevel (Shown in certification)and electrial connection, as well as to the heat tracing requirement for different type or length of pipelineand vessel.MI heating cable is protected by metal outer jacket, which can be chemical resistance and corrosion resistance.

Product Structure:

The core is heating conductor element, as well as Magnesium oxide layer and metal outer jacket are to be added to form a complete structure of MSF heating cable from inside core to outside.

Product Feature:

• MSF mineral‑insulated heating cable is certified by IECEx, ATEX, NEPSI China and EAC Russia, including explosive‑proof application, which can be used in the explosive area and ordinary safety area.

• Simple installation and stable power output of unit length.

• MSF mineral‑insulated heating cable can suitable for application under the condition which needed high power output, high withstand temperature and chemical resistance and corrosion resistance.

• Different electrial power connection to achieve the heat tracing requirement in most economic and optimization.

• It has a complete series of accessory, including standard power box, splice/tee connection box and end seal box etc, which can ensure the long service life of the product

Technical Specification:

MSF-1 Single core mineral insulation heating cable
Maximum Voltage:	600V
Maximum withstand temperature:	+300°C (572°F-Copper-nickel alloy jacket)            +600°C (1112°F-stainless steel jacket)            +800°C (1472°F-825 alloy jacket)
Minimum installation temperature:	-80°C
Minimum bending radius:	No lower than 5 times outer-diameter
Approvals mark:

Approvals Mark: