Pipe Heating and Tank Heating
A similar principle can be applied to process piping carrying fluids which may congeal at low temperatures, for example, tars or molten sulphur. Hit-temperature trace heating elements can prevent blockage of pipes.
Industrial applications for trace heating range from chemical industry, oil refineries, nuclear power plants, food factories. For example, wax is a material which starts to solidify below 70 °C which is usually far above the temperature of the surrounding air. Therefore the pipeline must be provided with an external source of heat to prevent the pipe and the material inside it from cooling down. Trace heating can also be done with steam, but this requires a source of steam and may be inconvenient to install and operate.
Specifications:
Output Wattage range (w/m) @ 5C | 34, 45,60 |
Maximum maintain temperature ( energized) | 110°C |
Maximum exposure temperature (de energized) | 150°C |
Minimum installation temperature | -40°C |
Working voltage range | 110V- 120V / 220-240V |
| HSR – Process Heating – Industrial / Commercial |
