Radio Design Labs DR35-1M Din Rail 35mm X 7.5mm

Product Description

The Radio Design Labs DR35-1M is a standard-profile DIN rail measuring 35 millimeters wide and 7.5 millimeters deep, supplied in a 1-meter length. It provides the mounting structure for DIN-compatible modules, enclosures, and accessories in AV signal processing, control, and distribution systems. The rail accepts standard snap-on DIN modules and serves as a stable, organized backbone for rack or panel installations. AV integrators, systems technicians, and low-voltage installers work with this rail when building out structured equipment bays or custom enclosures requiring modular component mounting.

This rail is suited for residential and commercial AV signal processing installations where DIN-mount accessories need a secure, standardized mounting surface. It accommodates a range of snap-on modules including signal processors, power supplies, and interface units designed to the EN 50022 35mm DIN rail standard. The 1-meter length allows installers to cut to fit within custom enclosures or panel boxes as needed for the specific installation layout.

Key Features

• Standard 35mm wide by 7.5mm deep top-hat profile for broad module compatibility
• 1-meter length provides material for single or multiple shorter rail segments
• Designed for use with DIN-mount AV signal processing accessories and modules
• Sold as a single unit for flexible quantity ordering on small or large installs

Compatibility

Designed as a standard 35mm DIN rail mounting accessory compatible with snap-on DIN-mount modules used in AV signal processing and low-voltage control panel installations.

Installation Notes

Low-voltage and AV systems technicians typically mount DIN rail to the back panel of an enclosure or rack using appropriate fasteners before snapping modules into place. Power down all associated equipment before installing or rearranging modules on the rail. The rail may be cut to length using a metal-cutting hacksaw or rail cutter — deburr cut ends before installing modules to avoid damage to module housings. Follow applicable low-voltage installation codes and enclosure manufacturer guidelines for panel layout and spacing.