HTV Self-Regulating Heating Cable - Raychem

Maintains Temperatures up to 205°C

HTV-Self-Regulating-Heat-Tracing-Cable-nVent-Raychem
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The RAYCHEM HTV self-regulating heating cable is purpose-built for freeze protection or maintaining process temperatures in pipes and vessels, catering to high-power output needs and extreme exposure temperatures. RAYCHEM HTV heating cable is capable of continuous operation up to 205°C and maximum exposure of 260°C, this cable boasts a robust construction with a high power retention (HPR) heating core, pressure-extruded electrical insulation, a durable metallic braid, and a chemically resistant fluoropolymer outer jacket.

Specifically designed for applications requiring high power output and exposure temperatures, the HTV heating cables withstand temperatures up to 500°F (260°C) while offering process temperature maintenance up to 400°F (205°C). Featuring an innovative HPR heating core technology, these cables ensure superior heat transfer, consistent power output for prolonged operational life, ease of stripping, flexibility, and efficient heat trace designs across eight wattage levels for cost-effective installations.

Raychem HTV Heating Cable Features

  • High power retention (HPR) heating core ensures at least 95% retention after 10 years at 400°F (205°C).
  • Design life of 30+ years, adaptable to various applications.
  • Certified for use in hazardous and ordinary areas (T3 and T2).
  • Allows longer circuit lengths due to larger cross-section conductors.
  • Swift installation: cut-to-length capability, multiple overlaps allowed, meter markings, user-friendly connection kits.
  • Safe and efficient operation: prevents overheating, maintains uniform pipe temperatures, incorporates energy-saving technology.

Raychem HTV Heating Cable Specifications

  • Supply Voltage: 190 – 277 V
  • Max. Continuous Exposure Temperature: 205 °C
  • Max. Intermittent Exposure Temperature: 260 °C
  • Max Cumulative Hours for Intermittent Exposure: 2000 h
  • Ground Path Type: Braid
  • Area Classification: Non-Hazardous & Hazardous
  • Outer Jacket Material: High Temperature Fluoropolymer

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