Patchpanel Rutenbeck 239101000

The Rutenbeck 239101000 patch panel is a rack-mountable networking component designed to provide a tidy, durable termination point for multiple Ethernet connections. Constructed from grey zinc, it integrates RJ-45 connectors and fits the standard 483 mm (19-inch) equipment width with a 44 mm front height and 108 mm depth, enabling straightforward mounting in network cabinets and racks. Its form factor and material choice offer physical robustness and a compact footprint for organized cable management.

Advantages

The metal zinc housing delivers mechanical strength and corrosion resistance while maintaining a professional appearance. Integrated RJ-45 jacks provide industry-standard connectivity for Ethernet and structured cabling systems. The panel's standard 483 mm width allows compatibility with common 19-inch racks, and its shallow 108 mm depth helps conserve space inside cabinets. The device is engineered for reliable, passive performance with minimal maintenance.

Suitable for

• Data closets and server rooms where organized patching is required
• Structured cabling installations in offices, schools, or small data centers
• Network racks that need compact, durable front-access patching
• Retrofit or new installations where standard 19-inch mounting is used

Key specifications

• Connector type: RJ-45 jacks for Ethernet connections
• Material: grey zinc housing for mechanical protection
• Width: 483 mm (standard 19-inch rack width)
• Height (front panel): 44 mm
• Depth: 108 mm
• Mounting: rack-mount compatible for cabinet installation

How to use

Mount the patch panel into a compatible 19-inch rack or cabinet using appropriate rack screws and cage nuts. Terminate incoming horizontal cabling to the RJ-45 ports following the selected wiring standard (e.g., T568A or T568B) and secure cabling with suitable strain relief and cable management accessories. Connect active network equipment to the front RJ-45 ports with patch cords to complete links. Verify connectivity and correct pair assignments with a network cable tester after termination.

Recommendations

For best results, plan cable routing to minimize bend radius and avoid running Ethernet cables parallel to high-voltage power lines. Label ports on the panel to reflect patching topology and use Velcro or cable ties for neat management. Where frequent changes are expected, provide additional slack and leave space for access to the front and rear of the panel.