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Raychem® 15XTV1-CT-T2

Raychem® 15XTV1-CT-T2 XTV Self-Regulating Heating Cable, 100 to 130 VAC, 15 to 50 A

  • MPN: 15XTV1-CT-T2
  • UPC: 999999292087
  • Min. Order Qty: 1
  • Quantity Interval: 1
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Raychem® 15XTV1-CT-T2

The XTV family of self-regulating heating cables provides solutions for industrial freeze protection and process temperature maintenance applications requiring high power output. XTV heating cables can withstand temperatures up to 482 deg F and provide process temperature maintenance to 250 deg F. The heating cables are configured for use in nonhazardous and hazardous locations, including areas where corrosives may be present. The power output of self-regulating heating cable depends on the heating cable temperature, and can provide up to 20 W/ft at 50 deg F. Raychem XTV cables meet the requirements of the U.S. National Electrical Code and the Canadian Electrical Code.

Raychem® Heating Cable, Self-Regulating, Series: XTV, 14 AWG Conductor, Copper Conductor, 100 to 130 VAC, 15 to 50 A, 15 W/ft Wattage, 250 deg F, Fluoropolymer Jacket, Red

Color      :      Red
Conductor Material      :      Copper
Conductor Size      :      14 AWG
Jacket Material      :      Fluoropolymer
Series      :      XTV
Temperature Rating      :      250 deg F
Type      :      Self-Regulating
Wattage      :      15 W/ft
Voltage Rating      :      100 to 130 VAC
Amperage Rating      :      15 to 50 A
  • Tinned copper braid
  • 0.46 x 0.3 in heating cable dimensions
  • Self-regulating polymeric-fiber heating element
  • Organic and aqueous inorganic chemicals and corrosives
  • 250 deg F maximum maintain or continuous exposure temperature (power on), 482 deg F maximum intermittent exposure temperature, 1000 hrs (power on or off), -40 deg F minimum installation temperature
  • Simplified design in hazardous area: T2 and T3-T6 based on systems approach
  • Longer circuit lengths due to larger cross section conductors
  • Fast installation: cut-to-length, multiple overlaps allowed, meter markings, user-friendly connections kits
  • Safe and efficient in operation: no overheating, uniform pipe temperatures, energy saving technology