SEH Skin Effect Heating System Overview

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Funktsioonid

  • Most cost effective solution to maintain temperature at long or unlimited distance lengths with least number of feeding points
  • Constant power output for safe temperatures to protect the plant
  • Qualified components for high temperature process applications up to 200

Sertifikaadid

English ITS11ATEX37350X
Russian TC RU C-DE.GB06.B.00230

Ex kaitse liik

Ex II 2G Ex e IIC T3 or T4 Gb
-55 °C ≤ Ta ≤ +70 °C IP 56

Kirjeldus

The SEH - Skin Effect heating system is an electrical heating system using the AC phenomenon with a remarkable effect on the inner surface of a ferromagnetic tube. The heating element is a plastic insulated conductor inside a ferromagnetic carbon steel tube. The heating circuit is to be designed to any needs by variation heat pipe size, electrical conductor size, supply voltage and insulation material.

BARTEC provides the complete component range and a full package of EPC. The typical applications are material transfer lines, snow & frost protection, tank foundation heating, platforms and ramps. All parts are protected against direct contact by connection to protective earth. Even if there is used high voltages up to 5000 Volts the current flow is always and only at the inner side of the carbon steel heat tubes and cable. Optional temperature controller and limiter can be used to monitor the system operation and to protect medium.

The transformer and the control panel are customized to the project requirements for operation voltage and load requirements. When several runs heating circuits are applied then a special transformer and a phase balance units may be used.

System components

  • SEH heating cable (120 ?C / 260 ?C) with connection equipment
  • SEH Feeding and End Box (up to 5kV) with connection equipment
  • Pull & Splice Box with pipe- work and coupling equipment
  • Optional distribution panel, control equipment, vacuum switch and transformer

Dokumentatsioon

Data Sheet - SEH Skin Effect Heating System Overview English