ZTC6018 2+6 High-Current Power Socket

Key Features

The socket form provides an organized equipment-side connection point for power and signal circuits.

Its integrated contact structure helps simplify the interface arrangement in electrical enclosures where installation positions are limited.

The flange-style housing profile shown in the product drawing supports mounting considerations during enclosure and panel design.

The locking connection structure helps maintain consistent connector engagement after assembly.

Applications

The ZTC6018 2+6 High-Current Power Socket can be used in battery assemblies, energy storage equipment, industrial control cabinets, and electric mobility systems requiring a panel-side power and signal interface. As a 2+6 pin power socket, it is suitable for applications where high-current conductors and signal wires need to enter the equipment through one designated location.

This high-current power socket is intended for equipment layouts with defined mounting and cable-routing requirements.

Ordering & Quotation Information

Please provide the required model or product type, quantity, relevant technical configuration, and any drawing or packaging requirements for a quotation.

FAQ

Q1: Can this socket connect both power and signal circuits?
Yes. The product integrates two power contacts and six signal contacts in one connector interface.

Q2: Is the ZTC6018 intended for equipment-side mounting?
Yes. It is designed as an equipment-side socket. The mounting dimensions and enclosure requirements should be checked against the product drawing.

Q3: Which details are required before cable-harness production?
Cable-harness production requires the applicable current, cable gauge, signal-wire arrangement, installation layout, and terminal processing.

Q4: Can the product be customized for a project?
Cable and harness requirements follow the supplied drawing and application conditions.

Request a Quote

For a high-current power socket quotation, please provide the required current, cable specification, expected quantity, and relevant application drawing.