Self-Regulating Heat Cable
 |
Benefits: • Can be cut to length at job site • Can be safely overlapped • Simple installation • Eliminates the need for a control unit * • Meets NEC 427-23 • IEEE Std 515 RU * If a specific process temperature is required a control unit is necessary. |
Features: • Moisture and Chemical Resistant • Parallel resistance heater with irradiated self-regulating core • Self-Regulation core prevents overheating • Parallel circuit • Low watt density • Power output varies with temperature • Conductive polymer core • Tinned copper or stainless steel overbraid • Continuous exposure temperatures of 150° F or 250° F |
Options: • Fluoropolymer outer jacket - recommended when exposure to organic chemicals or corrosives is expected. • Thermoplastic elastomer outer jacket - recommended for mechanical protection in corrosive applications. Applications: • Freeze protection • Viscosity Control • Low temperature process maintenance |
| Self-Regulating Heat Cable | SL |
SLM |
Maximum Continuous Energized Exposure Temperature |
150°
F |
250°
F |
Maximum
Continuous De-Energized Exposure Temperature |
185°
F |
366°
F |
Available
Voltage |
120
or 240 |
120
or 240 |
Available
Wattage |
3,
5, 8, 10 |
5,
10, 15 |
Nominal
Dimensions |
0.130"
x 0.450" |
0.130"
x 0.450" |
Resistance
to Moisture |
Excellent |
Excellent |
Resistance
to Chemicals |
Good
to Excellent |
Excellent |
Resistance
to Flame |
Good
to Excellent |
Outstanding |
Resistance
to Radiation |
Fair
to Good |
Fair
to Good |
Email for product information / pricing to: protherm@comcast.net