Rittal 8001.219 VX Base Plate, Steel, Grey, 700x237.5x25 mm, for 800 mm Wide Enclosures

This Rittal partial base plate provides a robust sealing solution for the bottom of VX, VX IT, and VX SE enclosures. Made from steel with a grey powder-coated finish, it offers reliable protection and cable entry management for 800 mm wide enclosures.

Advantages

The base plate is constructed from high-quality steel, ensuring durability and long-lasting performance. Its dipcoat-primed and powder-coated surface provides excellent corrosion resistance, making it suitable for various industrial environments. The plate is designed to be screw-fastened, allowing for secure and straightforward installation. With an IP55 protection rating when installed correctly, it effectively prevents dust and water ingress, safeguarding the enclosure's internal components. The solid design without cut-outs offers flexibility for custom cable entry modifications, accommodating specific application requirements.

Suitable for

• Rittal VX enclosures with 800 mm width
• Rittal VX IT enclosures with 800 mm width
• Rittal VX SE enclosures with 800 mm width
• Industrial control and automation applications
• Electrical distribution systems
• Data center and IT infrastructure

Key specifications

• Product type: Partial base plate
• Material: Steel
• Colour: Grey (RAL 7035)
• Compatible enclosure width: 800 mm
• Plate dimensions: 700 mm width x 237.5 mm depth x 25 mm height
• Surface finish: Dipcoat-primed, powder-coated
• Protection category: IP55 (when installed correctly)
• Installation type: Screw-fastened
• Scope of delivery: 1x base plate, assembly components

Recommendations

For optimal performance, ensure the base plate is installed according to the manufacturer's instructions to achieve the IP55 protection rating. When custom cable entry is required, carefully plan and create cut-outs using appropriate tools, maintaining the integrity of the plate. This base plate is an essential accessory for completing your Rittal enclosure system and ensuring reliable operation in demanding environments.