Cable splitter DeLOCK M8 T-Splitter A-coded 3 pin 1 x male to 2 x male parallel connection

The DeLOCK M8 T-Splitter A-coded 3 pin provides a compact solution for splitting one M8 male connection into two parallel M8 male connections. Designed for industrial use, the PVC-bodied splitter is suitable for connecting components with M8 connectors in machine control, automation and other applications requiring a reliable parallel connection. The product is black and has compact dimensions that suit confined installation spaces.

Advantages

The T-splitter offers a simple parallel wiring arrangement without additional adapters, uses an A-coded 3-pin configuration compatible with standard M8 connections, and its PVC housing ensures mechanical protection and insulation. Its compact size makes it easy to fit into tight setups while maintaining straightforward male-to-male splitting functionality.

Suitable for

• Machine control systems
• Industrial automation sensors and actuators
• Parallel signal or low-power connections in production equipment
• Wiring setups requiring compact M8 male-to-male branching

Key specifications

• Brand: DELOCK
• Model / MPN: 60573
• EAN: 4043619605736
• Connector type: M8 A-coded
• Contacts: 3 pin
• Configuration: 1 x male to 2 x male (parallel)
• Material: PVC housing
• Colour: Black
• Dimensions (W×D×H): 38 × 47 × 11 mm

How to use

Connect the single M8 male plug of the source device to the input of the T-splitter and attach the two output M8 male plugs to the target devices. Ensure connectors are properly aligned and fully seated to maintain reliable electrical contact. Use this splitter for parallel connections of compatible 3-pin M8 interfaces; it does not change signal type or voltage and should be used within the electrical limits of the connected devices.

Recommendations

Verify device compatibility before use, avoid exposing the splitter to excessive mechanical stress or fluids beyond its intended protection level, and keep installation within the manufacturer-specified environmental and electrical conditions of the connected equipment.