STS-MT Skin-Effect Freeze Protection Heat Tracing Cable – Raychem

Description

RAYCHEM STS-MT Skin-Effect Heat Tracing Cables offer freeze protection and process temperature maintenance, specifically designed for embedded or long pipeline applications. STS-MT Heating Cables facilitate circuit lengths of up to 15 miles/25 km, reducing the number of connection and power source locations required. Capable of handling applications up to a maximum of 302 °F/150 °C, they are approved for use in both hazardous and non-hazardous locations. The polyolefin outer jacket makes them particularly suitable for heating pipelines transporting materials like crude oil, VGO, and phenol.

The STS-MT Tracing Cable, conforming to internationally recognized standards such as IEEE 844.1/CSA C22.2 No. 293.1 and IEEE 844.2/CSA C22.2 No. 293.1 at 5,000 VAC, is specially formulated for medium-temperature STS Skin-effect Tracing System applications. They are certified for use in hazardous and non-hazardous locations when integrated into a nVent-designed STS Trace Heating System, meeting requirements of the U.S. National Electrical Code and Canadian Electrical Code.

The RAYCHEM STS-MT Skin-Effect Trace Heating Cables provide a safe, efficient, and reliable solution for freeze protection and process temperature maintenance in embedded or long pipeline applications, offering versatility and durability in various environments and applications.

• Custom Engineered Design: Tailored to suit diverse application types, ensuring optimized performance.
• Safe and Efficient Operation: A fully grounded system with zero electrical potential on pipe surfaces, suitable for use in Class 1 Division 2 and Zone 2 hazardous areas.
• Long Circuit Lengths: Allows for extended circuit lengths of up to 15 miles/25 km, minimizing installation and operating costs by reducing the number of required power supply points.
• Advanced Control Systems: Equipped with multiple temperature inputs for comprehensive monitoring and control of longline heat tracing.
• Reliable Long Life: The entire circuit is encapsulated within rugged heat tubes and steel boxes, ensuring durability and reliability.

• Area Classification: Suitable for hazardous and non-hazardous locations.
• Traced Surface Type: Applicable to both metal and concrete surfaces.
• Chemical Resistance: Demonstrates resistance to organic and aqueous inorganic chemicals and corrosives, ensuring suitability for various chemical environments.

• Max Power Output: 150 W/m
• Max Maintain or Continuous Exposure Temperature, Power On: 150 °C
• Min Installation Temperature: -40 °C
• Supply Voltage: 0 – 5000 V
• Area Classification: Non-Hazardous; Hazardous
• Ground Path Type: None
• Outer Jacket Material: Polyolefin