Socket outlet CEE 7/3 DeLOCK 11469 Light grey 250V 16A

The DeLOCK 11469 socket outlet is a CEE 7/3 power socket in a light grey plastic housing designed for mounting on a 35 mm DIN rail. It complies with DIN VDE 0620 and provides a 250 V, 16 A connection suitable for installation inside switch cabinets and similar electrical enclosures. The compact unit measures 64 mm (W) × 77 mm (D) × 45 mm (H) and supports a maximum input power of 4000 W.

Advantages

This DIN-rail mounted socket offers standardized CEE 7/3 compatibility and VDE-compliant construction for safe integration into electrical installations. The rear mounting bracket enables straightforward attachment to a 35 mm mounting rail, while the compact plastic housing saves space inside switch cabinets. Rated for 250 V and 16 A, it covers common supply requirements for industrial and building installations.

Suitable for

• Adding a CEE 7/3 power connection inside switch cabinets
• DIN-rail electrical distribution panels and enclosures
• Industrial and commercial equipment requiring a local socket on a 35 mm rail

Key specifications

• Model: DeLOCK 11469
• Standard: DIN VDE 0620
• Socket type: CEE 7/3
• Voltage: 250 V
• Current rating: 16 A
• Maximum input power: 4000 W
• Dimensions (W × D × H): 64 × 77 × 45 mm
• Colour: Light grey
• Mounting: 35 mm DIN rail (rear bracket)
• Brand: DELOCK

How to use

Mount the socket onto a 35 mm DIN mounting rail using the rear bracket, ensuring the rail and enclosure are de-energized before installation. Connect incoming live, neutral and protective earth conductors according to applicable wiring rules and the device’s terminal markings. After secure mounting and wiring, restore power and verify the socket provides the expected 250 V output and proper earthing before connecting equipment.

Recommendations

Install and service only by qualified personnel. Observe local electrical codes and DIN VDE 0620 requirements. Do not exceed the rated 16 A or 4000 W load. Ensure proper protective devices (fuses/MCBs) are fitted in the supply circuit.