HARTING Heavy Duty Power Connector Insert, 10A, Han A Series Female, 5 Contacts

Harting Han A Series Heavy Duty Power Connector Insert, 10A Current Rating, 600V Voltage - 9200042733

This heavy-duty power connector insert is a cable-mounted female contact module designed for industrial power connections in automation and electrical systems. It provides a compact, straight-orientation solution for four-contact power mating within heavy-duty connector housings and is rated for medium-voltage installations in demanding equipment environments.

Features & Benefits

• Four contacts delivering segregated power distribution and simplified wiring
  Rated for 10A to support moderate current supply needs
  Silver-plated copper-alloy contacts for improved conductivity and wear resistance
  Cable-mount format enabling secure attachment to wiring looms
  Voltage rating of 600V permitting use in higher-voltage circuits
  Conforms to IEC 60664-1 for electrical insulation coordination

**Applications**

• Suitable for machine tool power interconnections in production lines
  Ideal for control-cabinet feed-throughs requiring removable inserts
  Used with mobile plant electrical assemblies needing quick replacement
  Can be used for modular power distribution in test rigs
  Suitable for retrofit of industrial equipment with Han A housings

What wire sizes can be terminated in this insert?

It accepts conductors from 0.5 mm2 up to 2.5 mm2 allowing a range of common control and power cable sizes.

How is the insert secured within the connector housing?

The quick-lock insert design provides a positive locking engagement inside compatible heavy-duty connector shells for Rapid insertion and removal.

What contact metallurgy supports long-term electrical performance?

Contacts are MADE from a copper alloy with a silver-plated surface to reduce contact resistance and maintain conductivity over repeated mating cycles.

How many rows and poles are present for circuit layout?

The arrangement uses two rows to accommodate four poles, enabling Compact multi-conductor layouts.