Self-Regulating High Temp Maintenance Bundles | Parker SH Temptube

Self-Regulating High Temperature

Performance Data

Parflex standard TemptraceTM is thermally insulated for transfer of fluids or gases up to 400°F (204°C) while maintaining an outer jacket surface temperature of 140°F (60°C), meeting NEC Personnel Protection Code 427.12.

SH- TemptraceTM is designed to provide temperature maintenance for gases, liquids or other process materials. The high temperature self-regulating product has a maximum temperature rating of 250°F (121.1°C), power-on, and can be steam cleaned at 400°F (204°C),
power-off and is T3 rated for 3, 5 & 8W. T2D 10, 15, 20W.

SH- TemptraceTM can maintain process tube temperatures up to 250°F (121.1°C), depending upon ambient conditions.

Heating Cables

Cables are available in 120V and 208-277 volt, with Heat outputs of 5, 10, 15, and 20 watt/ft.

Parflex standard SH designs all come with an internal tinned copper braid on heating cable for grounding purpose and a Fluoropolymer jacket over the heating cable to provide additional protection against many harsh environments.

Common Tube Materials and Sizes

Cables are available in 120V and 208-277 volt, with Heat outputs of 5, 10, 15, and 20 watt/ft.

Parflex standard SH designs all come with an internal tinned copper braid on heating cable for grounding purpose and a Fluoropolymer jacket over the heating cable to provide additional protection against many harsh environments.

Testing

All Temptrace products are pressure tested prior to shipment. Third party testing and witnessing is available upon request. Please contact us.

Jacketing Materials

Black UV resistant FR-PVC is our standard material. However, other jacketing materials, including non-halogenated FR-TPE and Urethanes, are available upon request. Please contact us.

NOTE: It is absolutely necessary to seal the ends against contamination from moisture and/or corrosive liquids. Neither Parker Hannifin and/or Motion & Flow Control Products, Inc. can assume any liability for product damage caused by moisture from unsealed ends.