Rack-hylly LOGON RAS400BL musta 50 kg kantavuus 19"

The LOGON RAS400BL rack shelf is a 19-inch cabinet shelf in black, designed for mounting in standard 19" racks. It has four-point mounting (two front and two rear connections), ventilation slots on the shelf surface, and adjustable rear side brackets that allow installation at different depths. The shelf supports equipment up to a maximum load of 50 kg and fits typical rack installations with a width of 486 mm and a depth of 350 mm.

Advantages

The shelf provides stable four-point fixation for reliable support of mounted equipment and includes ventilation slots to help air circulation around devices. Depth-adjustable rear brackets make the shelf compatible with varying cabinet depths, while the 50 kg load rating accommodates heavier devices. Its black finish matches standard rack equipment and installations.

Suitable for

• Mounting servers, network switches and power supplies in 19" racks
• Placing non-rack-mountable equipment or tools inside a cabinet
• Storing peripherals and accessories in data center or server room racks

Key specifications

• Model: LOGON RAS400BL
• Brand: Lanview
• MPN: RAS400BL
• EAN: 5420016845382
• Size: 19 inch (48.3 cm)
• Width: 486 mm
• Depth: 350 mm
• Load capacity: 50 kg
• Mounting: 4-point (2 front, 2 rear) with depth-adjustable rear brackets
• Finish: Black

How to use

Install the shelf in a compatible 19" cabinet by aligning the front mounting points with the rack rail and securing them with appropriate screws. Adjust the rear side brackets to the required depth so the rear mounting points align with the cabinet rails, then fasten the rear screws. Ensure the shelf is level and firmly attached before placing equipment. Position devices on the shelf so their weight is evenly distributed and allow clearance for airflow through the ventilation slots.

Recommendations

Do not exceed the specified 50 kg load capacity. Use compatible rack screws and washers for secure mounting. Spread heavy equipment evenly on the shelf and maintain unobstructed ventilation around heat-generating devices.