LANBERG kiinteä hylly - 19in 1u/483x300mm kantavuus jopa 25kg musta

The Lanberg AK-1004-B rack shelf is a fixed 1U shelf for 19" Lanberg wall-mount and free-standing cabinets with depths of 450 mm and 600 mm. It measures 482.6 mm in width and 300 mm in depth, has a black finish and supports a maximum load of 25 kg, providing a compact, stable platform for mounting network or small server equipment.

Advantages

This rack shelf offers a low-profile 1U form factor that fits standard 19" cabinets from Lanberg with specified depths. It supports up to 25 kg of distributed load, has a compact footprint (482.6 × 300 mm) suitable for limited cabinet space, and a black finish that integrates with typical rack interiors. The shelf is lightweight (1.4 kg) yet sturdy enough for routers, switches, small UPS units or other network devices.

Suitable for

• Mounting network switches and routers
• Placing small servers or single-board computers
• Storing UPS batteries or power distribution units (lightweight models)
• Organizing patch panels, adapters and accessories

Key specifications

• Model: Lanberg AK-1004-B
• Form factor: Fixed 1U shelf for 19" racks
• Compatibility: Lanberg 19" wall-mount and free-standing cabinets with 450 mm and 600 mm depth
• Dimensions (W×D): 482.6 mm × 300 mm
• Maximum load: 25 kg
• Weight: 1.4 kg
• Colour: Black
• MPN: AK-1004-B
• EAN: 5901969403619

How to use

Install the shelf in a compatible Lanberg 19" cabinet at the desired 1U position using the cabinet's mounting points and fasteners. Ensure the shelf is level and securely fastened before placing equipment. Distribute load evenly across the shelf surface and avoid concentrating heavy weight at the front edge. Verify that installed equipment and cabling do not obstruct airflow or interfere with adjacent rack-mounted devices.

Recommendations

For reliable operation, use the shelf only in Lanberg cabinets with 450 mm or 600 mm depth, and do not exceed the 25 kg maximum load. Regularly check mountings for tightness and avoid placing vibrating or unbalanced loads without additional support.