Source: http://www.rotfil.com/en/product.asp?idprod=152
Timestamp: 2019-04-22 03:04:01+00:00

Document:
Self-regulating heating cables have a heat output that depends on the temperature: the highly engineered resistive core reduces heat output as temperature rises, and vice-versa. These cables are available with either tinned-copper or stainless-steel braid as a protection against mechanical shocks. Typical applications include: defrosting; reaching and maintaining temperature in pipelines; keeping temperature constant in chemical processes; protecting roofs, ramps, stairways, etc.
1.4 mm² copper wires, semiconductive polymer core, thermoplastic rubber jacket. Tension 230 V.
1.4 mm² copper wires, semiconductive polymer core, thermoplastic rubber jacket, tinned-copper overbraid. Tension 230 V.
1.4 mm² copper wires, semiconductive polymer core, thermoplastic rubber jacket, tinned-copper overbraid, thermoplastic overjacket. Tension 230 V.
1.4 mm² copper wires, semiconductive polymer core, thermoplastic rubber jacket, tinned-copper overbraid, fluoropolymer overjacket for corrosive environment. Tension 230 V.
1.3 mm² copper wires, semiconductive polymer core, thermoplastic rubber jacket, tinned-copper overbraid, thermoplastic overjacket. Tension 230 V.
2 mm² copper wires, semiconductive polymer core, thermoplastic rubber jacket. Tension 230 V.
2 mm² copper wires, semiconductive polymer core, thermoplastic rubber jacket, tinned-copper overbraid. Tension 230 V.
2 mm² copper wires, semiconductive polymer core, thermoplastic rubber jacket, tinned-copper overbraid, fluoropolymer overjacket for corrosive environment. Tension 230 V.

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