Transcription of Design Guide and Installation Details for ... - Heat Trace
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Design Guide and Installation Details for ... - Heat Trace
Design Guide and Installation Details for Self-RegulatingHeating CableVisit Us At: Self-RegulatingHeating CablesDesign Guide and Installation Details for Self-RegulatingHeating CableThe RSCC 2700 self-regulating heat -ing cable is available with either atinned copper or stainlesssteel over-shield. Factory Mutual approved foruse in Class I, Division 2, Groups B,C, and D; Class II, Division 2, GroupG; Class III, Division 2 areas. It israted for T5 per NEC. Meets orexceeds requirements of IEEE ElectricalResistance heat TracingSpecifications. The RSCC 2300 self-regulating heating element is avail-able with either a tinned copper orstainless steel overshield. FactoryMutual approved for use in Class I,Division 2, Groups B, C, and D;Class II, Division 2, Group G; ClassIII, Division 2 areas. It is rated for T3per NEC and meets or exceedsrequirements of IEEE ElectricalResistance heat Tracing of Ground FaultProtective DevicesCaution.
Heat Tracing Pipe To determine the pitch and amount of RSCC self-regulating heating cable required to heat trace a pipe, you’ll need to know the pipe temperature to be maintained, minimum ambient tem-perature, pipe size and insulation type and thickness. Calculating Heat Loss 1. First determine temperature differ-ence (T) between temperature to
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