Value Collection R50000105 Lag Shield Anchor 1/2 in

Product Description

The VALUE COLLECTION R50000105 is an alloy steel lag shield anchor designed for anchoring lag screws into masonry substrates such as concrete, brick, and block. The anchor accepts a 1/2-inch lag screw thread and requires a minimum embedment depth of 2 inches to develop full holding strength. Lag shield anchors expand against the base material as the lag screw is driven, creating a secure mechanical connection. This type of fastener is commonly installed by electricians, plumbers, HVAC technicians, and general contractors when securing equipment supports, pipe hangers, and structural brackets to concrete or masonry walls and floors.

This lag shield anchor is suited for light to medium-duty anchoring applications in residential and commercial construction and mechanical service work. Typical uses include mounting conduit straps, pipe clamps, duct hangers, and equipment bases directly to poured concrete, concrete block, or brick. The alloy steel construction provides the strength needed for mechanical and structural fastening tasks where a threaded lag screw connection into masonry is required.

Key Features

• Alloy steel construction for strength in masonry anchoring applications
• Accepts 1/2-inch thread size lag screws
• Minimum embedment depth of 2 inches for full load-rated engagement
• Expansion-style design locks anchor in place as the lag screw is tightened
• Compatible with concrete, brick, and masonry block substrates

Compatibility

Designed as an OEM-style replacement and standard-use lag shield anchor for 1/2-inch lag screw fasteners installed into concrete, brick, or masonry block substrates.

Installation Notes

Installation is typically performed by licensed mechanical, electrical, or plumbing tradespeople during equipment rough-in or service work. Drill the base material to the required hole diameter and depth before inserting the anchor, and clear debris from the hole before seating. Power down or de-energize any nearby equipment before drilling into walls or floors in active mechanical spaces. Drive the lag screw to manufacturer-specified engagement depth and avoid over-torquing, which can crack the base material or reduce holding strength.