Connector plug ShiverPeaks 53030 6-pin — electrical connector for 6-conductor cables

The ShiverPeaks 53030 6-pin connector plug is designed for making reliable electrical connections with six-conductor cables. It provides a compact, single-point interface to carry power and signal lines together, reducing cable clutter and simplifying wiring runs. The plug is intended for use in equipment wiring, control panels and device interconnects that require a 6-pin mating connector and is suitable for both industrial and consumer electrical assemblies.

Advantages

This 6-pin connector plug offers a compact footprint and straightforward mating with compatible 6-contact sockets, enabling space-efficient cable routing. Its design supports combined transmission of power and signals through one connector, which simplifies harnessing and reduces the number of individual terminations. The component is intended for standard installation practices and provides a repeatable mechanical and electrical interface for maintenance and replacement.

Suitable for

• Equipment wiring and internal device connections
• Control panels and automation systems
• Signal and low-to-moderate power distribution across multi-core cables
• Replacement or upgrade of existing 6-pin connector interfaces

Key specifications

• Number of contacts: 6
• Intended cable type: six-conductor (multi-core) cable
• Function: combined power and signal transmission
• Mounting: inline plug for mating with compatible 6-pin socket
• Application environment: suitable for industrial and consumer electrical assemblies

How to use

Strip and terminate each conductor of the six-conductor cable according to the connector manufacturer’s recommended method and ensure correct contact assignment for power and signal lines. Insert conductors into the plug contacts and secure them using the specified crimping, soldering, or screw termination procedure applicable to this plug design. Mate the plug with the corresponding 6-pin socket until the connector seats fully, verifying mechanical engagement and electrical continuity before powering the system.

Recommendations

Verify conductor size and insulation compatibility with the connector contacts, follow torque and crimping specifications where applicable, and perform continuity and insulation tests after installation. Use the plug in accordance with the system’s voltage and current ratings and replace connectors that show signs of wear, corrosion, or unreliable contact.