Amphenol Sine Systems PowerBOSS™ M29 Three-Phase Control Power System

Amphenol Sine Systems PowerBOSS™ M29 Three-Phase Control Power System provides an alternative to hard-wiring for motor controller and industrial automation applications. The 25A/29A 600V connectors are IP68 protected and are ideal for applications in which power requirements are exposed to long-term physical stresses, and subjected to liquids or oils. The compact M29 (1.14") sizing minimizes panel space and wiring requirements. The series is offered in straight and right-angle overmolded options. The system is rated for motor branch circuits and meets UL2237 for industrial machinery / UL approved as an assembly. Amphenol Sine Systems PowerBOSS M29 Three-Phase Control Power System ensures consistent, low-resistance connection points that provide reduced downtime, easier maintenance, and increased safety.

Features

  • Eliminates the need for pipe-and-wire conduit
  • Rated for motor branch circuits
  • Meets UL 2237 for industrial machinery / UL approved as an assembly
  • 65Ka high fault rating (SCCR)
  • Straight or right-angle overmolded connector options.
  • Multiple standard lengths available
  • Compact M29 (1.14”) sizing minimizes panel space and wiring requirements
  • Inherent molded plug-and-play design decreases wiring errors
  • Molded key indicator ensures keyway alignment of mating connector
  • Gold-over-nickel contact plating provides low capacitance and corrosion resistance
  • Superior receptacle-to-wire leads epoxy potting ensures reliability by preventing conductor pull-out
  • High-performance, long-lasting plating that maintains low resistance through repeated mating/unmating cycles

Applications

  • VFD drive and motor connections
  • Industrial conveyors
  • Sortation systems
  • Material handling
  • Food and beverage
  • Automotive
  • Commercial / industrial light displays
  • Load cells
  • Pumps
  • Solar panels
  • Solenoid operated valves

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Chart - Amphenol Sine Systems PowerBOSS™ M29 Three-Phase Control Power System
Publicado: 2018-10-18 | Actualizado: 2022-10-18