Rack lišta EFB Elektronik WGB-PRO09

The EFB Elektronik WGB-PRO09 rack rail is a pair of mounting rails engineered for use in standard 19" equipment racks. Manufactured from galvanized steel, the rails are intended to provide stable support and corrosion resistance for rack-mounted devices. Each pack contains two rails with a metallic finish that fits professional installation environments while offering straightforward integration into server rooms, AV cabinets, or network closets.

Advantages

Galvanized steel construction ensures durability and resistance to rust in typical indoor environments. Supplied as a set of two, the rails allow symmetrical mounting of equipment and simplify installation. The metallic finish offers a clean professional look that matches standard rack interiors. The design supports a stable connection to rack posts and provides a reliable mounting platform for a variety of devices.

Suitable for

• Mounting servers, switches and patch panels in 19" racks
• Audio/video equipment installations in studio or broadcast racks
• Network cabinets and telecommunications enclosures
• IT rooms and data centers requiring standard rack accessories

Key specifications

• Compatibility: Standard 19" rack systems
• Material: Galvanized steel for enhanced durability
• Finish: Metallic surface for professional appearance
• Pack contents: Two rack rails per package
• Function: Supports secure mounting of rack-mounted devices

How to use

Position the rails at the required U-height within a 19" rack and fasten them to the rack posts using appropriate rack screws or mounting hardware. Ensure both rails are aligned and level before mounting equipment. Slide or secure the device onto the rails following the device manufacturer's mounting instructions. Verify that all screws and fasteners are tightened to provide stable support.

Recommendations

Use compatible rack screws and, where necessary, washers or cage nuts appropriate for your rack posts. Before mounting heavy equipment, confirm that the rack and rails together can support the device weight and that load is distributed evenly across both rails.