Cables/Connecting

Amphenol unveil heavy duty MVCs for hazardous environments

27th August 2013
Nat Bowers
0
Datasheets

Amphenol has today announced a new line of heavy duty medium voltage couplers for use in hazardous environments. Ideal for applications in the mining, utility, tunneling and shore power industries for safe and reliable transfer of electricity throughout a job site, Amphenol’s MVC series couplers vary in voltage from 600 V to 15 kV with amperages up to 600 A.

The MVC series features Amphenol’s patented RADSOK technology that offers higher current ratings (up to 25% higher than standard contacts) with lower mating forces as well as high reliability, low contact resistance, high mating cycles and a self-cleaning design.

This new series features Amphenol’s Rapid-Couple technology, an interlock method that makes for quick and easy mating and unmating in the field -- no tools or closing mechanisms are needed.

The MVC couplers also incorporate secure fitting covers that repel water and soil while keeping the contacts uncontaminated when used in hazardous conditions. In addition, the couplers incorporate a combined strain relief and cable seal system that provides superior sealing against moisture.

The couplers are constructed with a standard aluminium housing, alternate materials are available, and feature elongated ground planes, fully shielded phase conductors, solder and compression terminated contacts as well as fire retardant insulators. They are offered in various powder coat colours. All parts are replaceable and can be serviced easily in the field, saving time and money.

Key features:

  • Up to 15KV / 600 amps,
  • Aluminium housing,
  • Incorporates patented RADSOK contact technology leading to 20% - 25% more current in the same size contact, while reducing mating forces,
  • Rapid-Couple mating technology,
  • Fire retardant insulators,
  • Coupler mating is a one person operation without the need for expensive tools or closing mechanisms,
  • All parts are replaceable and can be serviced easily in the field, equaling less downtime for repairs.

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