EFB-Elektronik Keystone Module Holder 1-Port, for DIN Rail, Plastic

The EFB-Elektronik Keystone Module Holder 1-Port (ET-25186.V2) is a compact and robust mounting solution designed for industrial control panels, network cabinets, and telecommunications applications. It allows for the secure installation of a single standard Keystone jack onto a TS35 DIN rail (EN 60715). The holder features a tool-less snap-on design for quick and easy mounting, with rear cable entry for organized cabling. Its grey plastic housing ensures durability and lightweight construction, making it ideal for modular setups where space is at a premium.

Advantages

This module holder simplifies the integration of Keystone modules into DIN rail environments. The tool-less snap-on design eliminates the need for additional hardware, reducing installation time. Its compact 1-port form factor allows for flexible, space-saving arrangements, and the rear cable entry promotes neat cable management. The holder is compatible with standard Keystone jacks, ensuring broad applicability across various network and telecom components.

Suitable for

• Industrial control panels requiring modular network connections
• Network cabinets and enclosures with DIN rail mounting
• Telecommunications infrastructure where Keystone modules are used
• Any application needing a single-port, DIN rail-mounted Keystone holder

Key specifications

• Product Function: Holder for Keystone Modules
• Number of Ports: 1
• Mounting Method: DIN Rail Mount (TS35, EN 60715)
• Housing Material: Plastic
• Housing Color: Grey
• Module Type Compatibility: Standard Keystone Jacks
• Installation Feature: Tool-less Snap-on Design
• Intended Use: Industrial Control Panels, Network Cabinets, Telecommunications
• Design: Compact, Modular
• Front Panel Interface: Keystone Opening
• Cable Entry: Rear Access
• Environmental Conditions: Indoor Use

Recommendations

For optimal performance, use with standard Keystone jacks and ensure the DIN rail is properly grounded. This holder is ideal for creating organized, scalable network connection points in industrial and telecom environments.