- Heating Cables
- Self-Regulating Heating Cables
- Self-Regulating Heating Cable HTM
- Self-Regulating Heating Cable HTA
- Self-Regulating Heating Cable HTP
- Self-Regulating Heating Cable BTC
- Self-Regulating Heating Cable BTCe
- Self-Regulating Heating Cable BTX
- Self-Regulating Heating Cable BTXe
- Self-Regulating Heating Cable CTE
- Self-Regulating Heating Cable VTM
- Self-Regulating Heating Cable VTL
- Self-Regulating Heating Cable VTR
- Self-Regulating Heating Cable LTM
- Self-Regulating Heating Cable LTL
- Self-Regulating Heating Cable LTR
- Series-Resistance Heating Cables
- Mineral-insulated cables
- Self-Regulating Heating Cables
- Connection Technology
- Junction Boxes
- Explosion Proof Polyester Enclosure
- Junction Box ECO CB
- Junction Box for Heating Cable with Mineral Insulation
- Junction Box for Light Indication
- Junction Box for Power Cables Connection
- Junction Box for Self-Regulating Heating Cables to Power Connection
- Junction Box for Self-Regulating Heating Cables to Power Connection (UVK)
- Junction Box for Series Resistance Heating Cable
- Junction Boxes for Connection of Data, Control and Signal Cables
- Junction Boxes for Connection of Heating Cables with Mineral Insulation
- Junction Boxes for Light Indication and Connection of Heating Cables to Power Supply
- Junction Boxes for Self-Regulating Heating Cables
- Junction Boxes for Self-Regulating Heating Cables (3 and More Circuits)
- Junction Boxes for Series-Resistance Cables
- Junction Boxes for Three-Phase Series-Resistance Heating Cables Connection
- Cable Glands
- Connection Kits & Accessories
- Junction Boxes
- Commercial De-icing Systems
Self-Regulating Heating Cable BTCe
Application Areas
- Temperature maintenance or freeze protection of pipelines and vessels in non-hazardous and ex-hazardous areas
BTCe is an industrial-grade self-regulating heating cable (self-limiting parallel trace heater) that can be used for temperature maintenance or freeze protection of pipelines and vessels. It can be used in nonhazardous and ex-hazardous areas. Comply with the requirements of IEC/IEFF 60079-30-1-2017 and IEC 60079-0:2018.
BTCe series is an upgrade version of BTC heating cables but with a higher maximum continuous operation temperature – up to +150 °C.
The power output adjusts automatically in response to the ambient temperature. Due to its self-regulating characteristics it will not overheat even when the cable is overlapped. This guarantees maximum safety and reliability. Installation of BTCe heating cable is quick and simple and requires no special skills or tools. Thanks to its parallel construction the heating cable can be fitted on site to exact length without any complicated design calculations.
BTCe series is an upgrade version of BTC heating cables but with a higher maximum continuous operation temperature – up to +150 °C.
The power output adjusts automatically in response to the ambient temperature. Due to its self-regulating characteristics it will not overheat even when the cable is overlapped. This guarantees maximum safety and reliability. Installation of BTCe heating cable is quick and simple and requires no special skills or tools. Thanks to its parallel construction the heating cable can be fitted on site to exact length without any complicated design calculations.
- 8, 15, 24, 30, 37, 45 or 60 W/m
- For high temperatures
- Steam purging possible
- Ex-approved solution
- Self-regulating, automatically adjusts power output in response to ambient temperature
- Fluoropolymer outer jacket
- Easy to install
- Can be cut to required length on site without any complicated design calculations
- Will not overheat even when overlapped
- Can be used in explosive environments without temperature limiter
- Full range of accessories available
- UV- and chemical-resistant
Technical Data
| Rated voltage | 230 VAC |
| Maximum continuous operating temperature (trace heater energized) | +150 °C |
| Maximum continuous exposure temperature (trace heater de-energized) | +250 °C |
| Ambient temperature range | –60 … +55 °C |
| Minimum installation temperature: Fluoropolymer outer jacket | -60 °C |
| Minimum bending radius | 25 mm |
| Maximum resistance – Braiding | 10 Ohm/km |
| Conductor cross-section | 1.25 mm2 |
| Dimension: Fluoropolymer outer jacket, braiding | 10.8×5.3 mm |
| Weight: Fluoropolymer outer jacket, braiding | 141 kg/km |
- 25 mm2 nickel-plated copper conductors
- Semi-conductive self-regulating heating matrix
- Matrix insulation
- Tinned copper braid
- Fluoropolymer outer jacket