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The nVent SCHROFF 22130326 is a stationary universal rack shelf designed for the Varistar series cabinet system. Constructed from steel with a RAL 7035 light gray finish, it provides structural support within standard 19-inch enclosures. The unit measures 600 mm in width and 900 mm in depth, corresponding to external dimensions of approximately 235 mm in depth and 133 mm in height. It supports a maximum load capacity of 75 kg and weighs 5.822 kg. This component serves as a foundational element for organizing electronic modules and equipment within industrial chassis environments.
Verify that the required load capacity aligns with the 75 kg specification before procurement. Confirm that the cabinet frame supports the 600 mm width and 900 mm depth dimensions. Ensure the RAL 7035 color finish meets aesthetic requirements for the installation environment. Check that the stationary nature of the shelf fits the specific mounting configuration needs of the project.
Select this model when a fixed, high-capacity support surface is required for the Varistar series. Consider the 900 mm depth requirement against available cabinet internal space. Evaluate the steel construction benefits against environmental conditions such as humidity or corrosion potential. Compare weight constraints against handling capabilities during installation procedures.
This part belongs to the nVent SCHROFF Varistar product line, which specializes in electronics packaging and rack components. The Varistar series offers standardized solutions for housing electronic equipment in various industrial applications. As a rack component, it integrates with other shelves, panels, and frames to create complete enclosure systems. The manufacturer focuses on providing robust, scalable solutions for electronic module protection and organization.
Direct substitutes must match the 600x900 mm dimensions and 75 kg load rating. Verify compatibility with existing Varistar cabinet frames. Alternative parts may differ in finish or material thickness; ensure structural integrity remains sufficient for the intended application loads.

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