DeLOCK M8 T-Splitter A-Coded 3-Pin 1 x Plug to 2 x Socket Parallel Connection

The DeLOCK M8 T-Splitter A-coded 3 pin provides a compact solution for creating parallel connections between M8-equipped devices. With one male and two female A-coded M8 connectors, this PVC-bodied splitter is designed for industrial applications such as machine control and automation where a reliable M8 interface is required. Its small dimensions (36 mm × 49 mm × 11 mm) and black finish make it suitable for installation in constrained spaces.

Advantages

The T-splitter offers a straightforward 1-to-2 parallel connection using standardized A-coded M8 3-pin connectors, enabling easy integration into existing M8 cabling. Constructed from durable PVC, it resists typical industrial wear while maintaining a compact profile that fits into tight mounting locations.

Suitable for (tasks / use cases)

• Connecting sensors, actuators or control modules with M8 A-coded 3-pin interfaces
• Creating parallel signal or power distribution lines in automation systems
• Machine control panels and compact installations requiring space-saving connectors

Key specifications

• Connector type: M8 A-coded
• Pin count: 3 pins (1 x male to 2 x female)
• Casing material: PVC
• Dimensions: 36 mm (W) × 49 mm (D) × 11 mm (H)
• Colour: Black
• Brand: DELOCK, MPN: 60575, EAN: 4043619605750

How to use

Connect the male M8 plug of the splitter to the corresponding female M8 socket on the source device. Plug the two female M8 connectors into the target devices or cables that require the shared connection. Ensure all connectors are properly seated and, if applicable, tighten any locking nuts or threaded interfaces used in the installation to secure the connection.

Recommendations

Use this M8 T-splitter only in applications that match the connector pinout and electrical requirements of the connected devices. Avoid exposing the PVC body to solvents or excessive heat and verify compatibility with the system’s environmental and mechanical constraints before permanent installation.