LDR3P30

Overview

The LDR3P30 is a DIN rail channel manufactured by Hoffman Enclosures, Inc., designed for use within instrumentation enclosures. It features a TS35/7.5 profile and measures 300mm in length. The unit is constructed from steel and utilizes a snap-on mounting type for installation. This component is part of the A54Y series and is suitable for vertical or horizontal mounting to brackets within enclosures sized at 300mm height or width.

Feature Summary

• Snap-on mounting mechanism for quick and efficient installation
• TS35/7.5 profile design compatible with standard DIN3 construction standards
• Steel construction material

Applications

• Mounting within Hoffman instrumentation enclosures
• Vertical or horizontal bracket mounting in 300mm enclosures
• Support for electrical components requiring DIN rail channels

Procurement Notes

Verify that the required enclosure dimensions match the 300mm specification for which this rail is suitable. Confirm the need for the specific quantity per package if ordering multiple units, as the product description indicates a pack of four rails. Ensure compatibility with existing snap-on mounting systems in the target enclosure model.

Selection Notes

Select this component when a 300mm DIN rail is required for Hoffman instrumentation enclosures. The TS35/7.5 profile ensures compatibility with standard industrial components. Consider the snap-on installation method for efficiency compared to screw-mounted alternatives. Verify that the steel material meets environmental requirements for the installation site.

Part Context

This DIN rail belongs to the Hoffman Enclosures lineup, specifically designed to integrate seamlessly with their instrumentation enclosure range. It supports the A54Y series specifications and provides a standardized mounting solution for control devices within compact 300mm footprint enclosures.

Replacement Considerations

Ensure substitute parts maintain the TS35/7.5 profile and 300mm length. Verify that alternative materials offer equivalent structural integrity for snap-on mounting applications.