Tomada USB A + USB C DeLOCK 81313

The DeLOCK 81313 Easy 45 charging port module provides one USB Type-A and one USB Type-C™ charging port in a compact 45 × 45 × 38 mm white plastic housing. Designed for the Easy 45 modular system, the module snaps into compatible holders or cable ducts and forms an interface between electrical and network installations and peripheral devices. LED indicators show the power status so you can see when devices are charging.

Advantages

The module offers both USB A and USB C charging options in a standardized Easy 45 format, enabling flexible placement and quick installation with a simple snap-in mechanism. Its compact dimensions and white colour make it unobtrusive in home or office environments, while LED indicators give immediate visual feedback on power availability.

Suitable for

• Charging smartphones and tablets
• Powering laptops and USB‑C devices that support charging
• Integration into modular wall panels, desk ducts or cable management systems
• Home offices, workplaces and public charging points

Key specifications

• Brand: DELOCK
• Model / MPN: 81313
• Connector types: 1 × USB Type‑A, 1 × USB Type‑C™
• Rated voltage: 100–240 V
• Current: 0.2 A
• Colour: White
• Dimensions: 45 × 45 × 38 mm
• Mounting system: Easy 45 modular snap‑in
• EAN: 4043619813131

How to use

Insert the module into a compatible Easy 45 module holder or cable duct until it snaps into place. Connect the module to the electrical supply according to the installation requirements and local regulations. Plug devices into the USB Type‑A or USB Type‑C port to charge; the LED indicators will show when power is present. The module can be removed by pressing the release mechanism and pulling it out if maintenance or replacement is required.

Recommendations

Use the module within the specified voltage range (100–240 V) and ensure installation is performed by a qualified person in accordance with local electrical codes. Do not expose the module to moisture or excessive heat. Check device compatibility for USB‑C charging if higher current or power delivery profiles are required.