| RLPV | RLPG | ||
| Electrical insulation | 105℃PVC | Silicon rubber | |
| Dimension | Any dimension on request | ||
| Voltage | Any voltage on request | ||
| Output | Up to 2.5KW/m2 | ||
| Tolerances | ≤±5% on resistance | ||
| Insulation resistance in normal temperature | ≥100 MΩ | ||
| Dielectric strength in normal temperature | 1800V 2S, No flashover and break down | ||
| Leakage current in working temperature | ≤0.02 mA/m | ||
| Connect strength | Heater wire and lead wire | ≥36N 1min | |
| Lead wire and terminal | ≥58.8N 1min | ||
| Heater and Al-foil | 400g/ 1min | ||
1. Possibility of large heated surface areas
5. Self-adhesive backing is an option, making mounting simple.
3. By adjusting the power density, low keep-warm temperatures up to a maximum rated temperature of 130 °C can be achieved.
4. To provide temperature control, temperature limiters with pre-set switch points can be included.
1. High temperature PVC or silicone insulated heating cable can be used as the heating element. This cable is sandwiched between two sheets of aluminum.
2. The adhesive backing on the aluminum foil element is a common feature for quick and simple attachment to the region that needs temperature control.
3. The material can be cut off, enabling a perfect fit to the component on which the element will be installed.
ice box or refrigerator defrost or freeze protection
protection from freezing for plate heat exchangers
maintaining the temperature of the heated food counters in canteens
electronic or electric control box anti-condensation
heating using hermetic compressors
mirror condensation prevention in bathrooms
Keeping refrigerator display cabinets from condensing
household products, health
