| Heaters |
| Brass seal nozzle heater |
| Cartridge heater |
| Cast in heater |
| Ceramic band heater |
| Coil and Cable heater |
| Constant Wattage heating cable |
| Flexible tubular heater |
| Metal heating film & Epoxy heating film |
| Mica band heater |
| Mini coil heater |
| Self-Limiting Heating cable |
| Silicone rubber heater |
| Tubular heater |
| Temperature indicator & controller |
| Digital temperature controller |
| Temperature sensor |
| Spare parts |
Self-Limiting Heating Cable
 |
B: ambient temperature
* Self-limiting heating cables are designed
and built to regulate their output wattage.
As the temperature drops, the cables' output increases;
Conversely, As the temperature rises, the cable's output decreases.
* Self-limiting
heating cables are all parallel resistance, low watt density
electrical heaters designed to be
cut to the desired lengths in the field.
*The self-limiting
core is in essence an infinite number of parallel resistors which
permit the cable tobe cut
to any length without creating cold sections. Because it is
self-regulating and infinitely parallel, The
output varies along the length of the cable, depending upon local
process temperature.
HOW TO ORDER:
A: Nickel coated stranded copper wire
16AWG B: Self-limiting parallel plastic resistance C: Polyolefin insulation tube D: Tin coated copper overbraid(-code N) E: Polyolefin outer shealth (-code T) Teflon outer shealth(-code F) |
 |
| Outer shealth: | Protection-overbraid: | inner insulation: | Rated voltage: | Maximum working temperature: | Rated wattage (W/meterL@10C) |
| R-Polyolefin | C-Nickel coated copper | T-Polyolefin | 1-110VAC | L-65C | |
| T-Teflon | S-Stainless steel | F-Teflon | 2-220VAC | Ma-85C | |
| Mb-105C | |||||
| H-135C |