nVent RAYCHEM XTV
Availability: Enquire about stock
self-regulating trace heating cables
POA excl. VAT


Trace heating cables for pipe freeze protection or process temperature maintenance up to 121°C
The RAYCHEM XTV range of parallel, self-regulating trace heating cables is mainly used for freeze protection of pipes and vessels that require steam cleaning. They can also be used to maintain processes up to 121°C (250°F). These heating cables can withstand temperatures up to 250°C (482°F) and have a fluoropolymer outer jacket offering a high chemical resistance.
- 4XTV (12 W/m @ 10°C)
- 8XTV (25 W/m @ 10°C)
- 12XTV (38 W/m @ 10°C)
- 15XTV (47 W/m @ 10°C)
- 20XTV (63 W/m @ 10°C)
Key benefits:
- Simplified design in hazardous area
- through unconditional temperature classification as specified by European norm EN60079-30-1 (no requirement for sheath temperature calculations/controls)
- longer circuit lengths due to bigger cross-section of conductors (2,3 mm2)
- Fast and easy to install
- Flexible and easy to strip due to their unique fiber construction
- multiple overlaps at valves, flanges and on complex piping
- cut-to-length
- user-friendly connection kits
- meter markings on outer jacket
- Safe, reliable and efficient in operation
- no risk of overheating even when crossed
- high power output at high maintain temperature
- uniform pipe temperatures and energy savings resulting from the self-regulating technology (Further energy savings can be made with various control and monitoring systems)
- Download Data Sheet 300 KB
Manufacturer | nVent Raychem |
TECHNICAL SPECIFICATIONS
4XTV2-CT | 8XTV2-CT | 12XTV2-CT | 15XTV2-CT | 20XTV2-CT | |
Nominal Power output @ 10°C | 12 W/m | 25 W/m | 38 W/m | 47 W/m | 63 W/m |
Nominal voltage | 230 Vac | 230 Vac | 230 Vac | 230 Vac | 230 Vac |
Maximum circuit length | 245 m | 175 m | 140 m | 135 m | 105 m |
Maximum maintain or continuous exposure temperature (power on) | 121°C | 121°C | 121°C | 121°C | 121°C |
Maximum intermittent exposure temperature (power on) | 250°C | 250°C | 250°C | 250°C | 250°C |
Temperature classification | T3 | T3 | T3 | T3 | T2 |
Based on systems approach | T4-T6 | T4-T6 | T4-T6 | T4-T6 | T3-T6 |