Adattatore modulo di trasferimento DeLOCK M12 8 poli codifica A femmina su morsettiera a 9 poli

The DeLOCK M12 Transfer Module Adapter provides a secure connection between devices with M12 connectors and electrical circuits using a 9‑pin terminal block. The adapter features an 8‑pin A‑coded female M12 connector and is intended for DIN rail mounting, offering a compact form factor (43 mm × 76.2 mm × 33 mm) suitable for tight installation spaces in industrial and automation environments.

Advantages

The adapter allows simple and reliable wiring between M12-equipped devices and terminal block installations without additional tools. Its A‑coded 8‑pin female M12 interface ensures standardized connectivity while the 9‑pin terminal block provides clear screw connections for individual conductors. Included mounting clips permit fast attachment to 15 mm or 35 mm DIN rails, and the compact green housing minimises required panel space.

Suitable for

• Industrial sensors and actuators with M12 connections
• Automation controllers and I/O modules
• Building automation and control cabinets
• Signal and low-voltage wiring where a terminal block interface is needed

Key specifications

• Connector: 8‑pin A‑coded female M12
• Terminal block: 9‑pin screw terminal
• Mounting: DIN rail (clips for 15 mm and 35 mm included)
• Dimensions: 43 mm (W) × 76.2 mm (D) × 33 mm (H)
• Colour: Green
• Brand / MPN / EAN: DELOCK / 60659 / 4043619606597

How to use

Mount the adapter on a 15 mm or 35 mm DIN rail using the supplied clips. Connect the M12 cable to the 8‑pin A‑coded female port and fasten each conductor into the corresponding screw positions of the 9‑pin terminal block according to your wiring diagram. Ensure screws are tightened to maintain stable electrical contact and verify correct pin assignment before powering the system.

Recommendations

Use the adapter in environments and voltages appropriate for the connected equipment; avoid exposure to conditions outside the devices' specified ratings and follow standard industrial wiring and safety practices when working on live circuits.