220 °C HEM-PT-68001
High Temperature Series-Resistant Heating Cables - 220 °C HEM-PT-68001
Cable nominal resistance: Varies between 200 - 3000 Ohm/km. This is a range of resistance that varies depending on cable size and material.
HEM-PT-68001 - 220 °C High Temperature Resistant Heating Cable
Application Areas:
- Preventing freezing and maintaining temperature control in pipelines.
- Keeping materials in tanks and silos at a specific temperature and protecting against freezing.
- Use in process lines requiring temperature control in production processes.
- Temperature control in process lines exposed to corrosive and aggressive chemicals.
- Managing temperature to maintain hygienic conditions in the food and pharmaceutical industries.
- Temperature control for pipelines and equipment in power plants.
- Temperature control and process heating applications in automotive production lines.
- Heating solutions resistant to seawater for maritime and offshore applications.
- Use in the paint and coating industry to optimize surface temperature.
- Heating solutions resistant to high temperatures and pressure in vacuum and pressurized systems.
220 °C HEM-PT-68001
| SPECIFICATIONS | |
| Cable nominal resistance | 200 to 3000 Ohm/km |
| Nominal temperature | 220 °C |
| Allowed load | 25 W/m (depending on heat dissipation conditions) |
| Testing voltage | 1500 V |
| Nominal voltage | max. 50 V AC/DC |
| Outer diameter | approx. 1.5 mm (High nominal resistance heating cables may have different external diameters) |
Design:
- Heating cable: 7 wire stranded or wound
- PTFE insulation
HEM-PT-68001 - 220 °C High Temperature Resistant Heating Cable
Application Areas:
- Preventing freezing and maintaining temperature control in pipelines.
- Keeping materials in tanks and silos at a specific temperature and protecting against freezing.
- Use in process lines requiring temperature control in production processes.
- Temperature control in process lines exposed to corrosive and aggressive chemicals.
- Managing temperature to maintain hygienic conditions in the food and pharmaceutical industries.
- Temperature control for pipelines and equipment in power plants.
- Temperature control and process heating applications in automotive production lines.
- Heating solutions resistant to seawater for maritime and offshore applications.
- Use in the paint and coating industry to optimize surface temperature.
- Heating solutions resistant to high temperatures and pressure in vacuum and pressurized systems.
