Self regulating Heating Cables
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Heating Cable Self regulating, medium temperature For freeze protection or temperature maintainance up to 150 °C. For use in pipes, valves, tanks, etc. The two copper conductors are located within an extrusion of a semi-conductive polymer (ETFE) whose resistance varies with temperature. The characteristic is expoited to supply the required power in proportion to the process temperature and allows the cable to be overlapped without burning as the power reduces to almost zero as the polymer temperature limit is approached. Poorly insulated cable or cable that cross insulation or voids will not be affected by such use. However it is important to ensure that the pipe temperature does not exceed the maximum exposure temperature of the cable either when operating or switched off. Base (FEP jacket only) Reinforced (FEP jacket + tinned-copper braid) Anti-COrrOSion (FEP jacket + tinned-copper braid + fuoropolymer overjacket) Exposure temperature (even when switched off): minimum -40 °C, maximum +215 °C. Minimum bending radius: 40 mm. Certifications (except for Base version): ATEX, FM, CSA, GOST for use in hazardous areas (EExe II T4/T3*). Parallel construction allows the cable to be cut on site and terminated and spliced by the installer. Circuit length up to 190 m long, depending on output, minimum temperature and type of circuit breaker. For quick calculation of cable length: pipe length + 10% for fittings, flanges, etc. Consider more if spirally wound. [*): Area class depending on model, see above chart An electrical safety device must be installed A thermal magnetic circuit breaker (curve C or K) with 30 mA differential control must be used Maximum voltage, out of hazardous areas: 277 Standard versions for 110 V supply are available on request. Special versions for 24V cable maximum length.

Heating Cable Self regulating, low temperature For freeze protection or temperature maintainance up to 50 °C. For use in pipes, valves, tanks, etc. The two copper conductors are located within an extrusion of a semi-conductive polymer (ETFE) whose resistance varies with temperature. The characteristic is expoited to supply the required power in proportion to the process temperature and allows the cable to be overlapped without burning as the power reduces to almost zero as the polymer temperature limit is approached. Poorly insulated cable or cable that cross insulation or voids will not be...

Kalterer Straße 27 D-64646 Heppenheim Deutschland / Germany T. +49-(0)6252-95920-0 F. +49-(0)6252-95920-95 info@jeka-heppenheim.de www.jeka-heppenheim.de JEKA GmbH Heating Cables, PDF-HCA-006-E-3/3 ROTFIL srl Via Praglia 15 I-10044 Pianezza TO Italy T. +39-011-9683-111 F. +39-011-9683-225 info@rotfil.com www.rotfil.com As a dynamic and innovative Group, we pursue a policy of continuous product development and improvement. Our companies, therefore, reserve the right to amend the specifications without giving prior notice. Descriptions and data in this brochure are correct at the time of the...