Harting 09150043113 Контакт

Harting HAN Quintax Series Heavy Duty Power Connector Insert, 10A Current Rating, 50V Voltage - 9150043113

This heavy-duty power connector insert is a cable-mount female insert designed for industrial power connections. It provides a straight, 4-contact electrical Interface for low-voltage distribution within control cabinets, machinery harnesses and modular connector assemblies. Constructed for use where compact, rated connections are required, it pairs with matching heavy-duty housings to deliver routine power transmission in automated and electrical systems.

Features & Benefits

• Rated for continuous 10A current to support moderate loads
  Operates at a nominal 50V for low-voltage installations
  Four contacts arranged in two rows for Compact pole distribution
  Accepts conductors from 0.14 mm² to 2.5 mm² for wiring flexibility
  Contact surfaces formed from polycarbonate to reduce wear
  Cable-mount format simplifies in-line panel and harness routing

**Applications**

• Suitable for power distribution in control panels and switchgear
  Ideal for connection of motors and actuators in automation cells
  Used with modular heavy-duty housings for field-installed cabling
  Can be used for industrial machine-to-machine power links
  Used for temporary power links in testing and maintenance rigs

What insulation standards relate to the insert’s electrical separation?

It conforms with IEC 60664-1 for required insulation coordination and clearance distances in low-voltage assemblies.

Which conductor sizes can be terminated reliably into the contacts?

Termination accommodates conductors from 0.14 mm² up to 2.5 mm², covering fine-stranded control conductors to thicker supply leads.

How is the insert oriented when installed in a cable assembly?

The insert is supplied in a straight orientation for in-line cable routing without angular offset.

What contact count and configuration does it provide for multi-pole circuits?

It provides four poles organised across two rows to support multi-conductor power circuits.