The HSB heating tape is suitable for frost protecting in industrial areas. The level of its maximum possible heating output allows the heating tape to be used for maintaining high process temperatures.
Self limiting parelel heating tape HSB+ high temperature a temperature-dependant resistive element between two parallel copper conductors regulates and limits the power output of the heating tape. This output regulation is carried out automatically along the entire length of the heating tape according to the prevailing ambient temperature. If the ambient temperature rises, the power output of the tape is reduced. This self-limiting property prevents overheating even when the tapes are crossed. Thanks to the parallel design the heating tape can be cut to any required length. This feature considerably simplifies project planning and installation. The heating tape is cut and terminated directly on the construction site according to the circumstances. The heating system must be designed to ensure that the maximum operating temperature of +120 °C will not be exceeded when it is energized. When switched off, the heating tape can be exposed to a temperature of 200 °C for a short time, not more than 1,000 hours cumulated.
Areas Of Application
The HSB heating tape is suitable for frost protecting in industrial areas. The level of its maximum possible heating output allows the heating tape to be used for maintaining high process temperatures.
| TECHNICAL DATA | |
| Nominal voltage | AC 208 V to 254 V, AC 110 V to 120 V |
| Max. exposure temperature | switched on +120 °C switched off +200 °C |
| Min. installation temperature | -60 °C |
| Min. start-up temperature | -60 °C |
| Max. braid resistance | <18.2 Ω/km |
| Dimensions with braiding and jacket | 10.2 mm x 4.8 mm with fluoropolymer protective jacket |
| Min. bending radius | 25 mm |
| Max. length of heating circuit at 254 V for automatic circuit-breakers with C characteristic | |||||||
| Circuit breaker size | start-up temperature | HSB 10 | HSB 15 | HSB 25 | HSB 30 | HSB 45 | HSB 60 |
| 16 A | +10 °C | 200 m | 165 m | 120 m | 85 m | 70 m | 50 m |
| -25 °C | 175 m | 117 m | 88 m | 69 m | 49 m | 38 m | |
| -60 °C | 165 m | 110 m | 80 m | 65 m | 45 m | 35 m | |
| 20 A | +10 °C | 235 m | 189 m | 140 m | 114 m | 82 m | 64 m |
| -25 °C | 235 m | 152 m | 120 m | 92 m | 66 m | 52 m | |
| -60 °C | 225 m | 144 m | 114 m | 86 m | 62 m | 48 m | |
| 25 A | +10 °C | 235 m | 189 m | 140 m | 114 m | 82 m | 64 m |
| -25 °C | 235 m | 170 m | 130 m | 100 m | 75 m | 58 m | |
| -60 °C | 230 m | 160 m | 120 m | 92 m | 70 m | 52 m | |
| 32 A | +10 °C | 235 m | 189 m | 140 m | 114 m | 82 m | 64 m |
| -25 °C | 235 m | 189 m | 140 m | 114 m | 82 m | 64 m | |
| -60 °C | 235 m | 189 m | 136 m | 110 m | 78 m | 60 m | |
| Max. length of heating circuit at 120 V for automatic circuit-breakers with C characteristic | |||||||
| Circuit breaker size | start-up temperature | HSB 10 | HSB 15 | HSB 25 | HSB 30 | HSB 45 | HSB 60 |
| 16 A | +10 °C | 100 m | 80 m | 60 m | 44 m | 35 m | 25 m |
| -25 °C | 89 m | 56 m | 44 m | 35 m | 24 m | 20 m | |
| -60 °C | 82 m | 52 m | 40 m | 32 m | 22 m | 17 m | |
| 20 A | +10 °C | 120 m | 95 m | 69 m | 58 m | 41 m | 32 m |
| -25 °C | 120 m | 75 m | 59 m | 45 m | 33 m | 25 m | |
| -60 °C | 120 m | 75 m | 55 m | 41 m | 26 m | 21 m | |
| 25 A | +10 °C | 120 m | 95 m | 69 m | 58 m | 41 m | 32 m |
| -25 °C | 120 m | 80 m | 64 m | 50 m | 35 m | 28 m | |
| -60 °C | 120 m | 80 m | 60 m | 45 m | 32 m | 26 m | |
| 32 A | +10 °C | 120 m | 95 m | 69 m | 58 m | 41 m | 32 m |
| -25 °C | 120 m | 95 m | 69 m | 58 m | 41 m | 32 m | |
| -60 °C | 120 m | 95 m | 69 m | 58 m | 41 m | 32 m | |
Self limiting parelel heating tape HSB+ high temperature a temperature-dependant resistive element between two parallel copper conductors regulates and limits the power output of the heating tape. This output regulation is carried out automatically along the entire length of the heating tape according to the prevailing ambient temperature. If the ambient temperature rises, the power output of the tape is reduced. This self-limiting property prevents overheating even when the tapes are crossed. Thanks to the parallel design the heating tape can be cut to any required length. This feature considerably simplifies project planning and installation. The heating tape is cut and terminated directly on the construction site according to the circumstances. The heating system must be designed to ensure that the maximum operating temperature of +120 °C will not be exceeded when it is energized. When switched off, the heating tape can be exposed to a temperature of 200 °C for a short time, not more than 1,000 hours cumulated.
Areas Of Application
The HSB heating tape is suitable for frost protecting in industrial areas. The level of its maximum possible heating output allows the heating tape to be used for maintaining high process temperatures.