Connettore femmina VGA su morsettiera modulo DeLOCK Easy 45 81346

The DeLOCK Easy 45 module (81346) provides a VGA female (D-Sub) port in a compact, flat white housing. Designed for modular installations, the unit snaps into Easy 45 holders or cable ducts to create a standardized interface between audiovisual devices and structured cabling. Its 45 mm width and 22.5 mm depth make it suitable for space-conscious system installations where a VGA connection to a terminal block is required.

Advantages

This Easy 45 module offers a standardized VGA female connector that integrates with the Delock Easy 45 modular system. The snap-in mechanism secures the module in holders or ducts while allowing easy removal when needed. The flat, 45 mm-wide design supports neat, space-saving installation in structured cabling environments and ensures compatibility with a range of VGA-equipped devices.

Suitable for

• Connecting VGA (D-Sub) monitors and projectors to terminal block wiring
• Modular wall plates and patch panels using the Easy 45 system
• AV installations in offices, classrooms, and meeting rooms
• Structured cabling setups requiring a removable VGA interface

Key specifications

• Manufacturer: DELOCK
• Model / MPN: 81346
• Connector 1: VGA (D-Sub) female
• Connector 2: Terminal block
• Product colour: White
• Dimensions (approx.): 45 mm (W) x 22.5 mm (D)

How to use

Insert the module into a compatible Easy 45 module holder or cable duct until the snap-in mechanism engages. Connect the VGA cable from the source or display to the VGA female port. Wire the terminal block according to your installation’s signal or pinout requirements, ensuring secure and correct connections. The module can be removed by disengaging the snap-in latch when reconfiguration or maintenance is required.

Recommendations

Use within the Delock Easy 45 modular system for best compatibility. Verify VGA pinouts and grounding when connecting through terminal blocks. Avoid exposing the module to moisture or extreme mechanical stress to maintain connector reliability.