The CONFAST® 3/8" Lag
Shield Long is used for attaching to masonry material that is soft or weak
because it has added length for a more successful application. Packaged in
boxes of 50, they are in stock and ready to
ship out the same day an order is received. Orders will arrive in 1 to 3
business days.
Bit size 5/8"
Minimum embedment 2-1/2"
Anchor size is the same as bolt size needed
Radial ribs provide additional holding power in soft base materials
Never over torque anchor
Open end goes in last and faces up when inserted in hole
Die cast zinc alloy is rust resistant
Do not use for overhead applications
Lag screw sold separately
Any order over $25.00 qualifies for free freight
Products specifications
Bit Size
5/8"
Minimum Embedment
2-1/2"
Thread Type
3/8" - 7
2000 PSI Concrete - Pull-Out (lbs.) *
555
Type
Female
Diameter
3/8"
Length
2-1/2"
Material
Zamac
Environment
Wet
Box Qty
50
Minimum Edge Distance
3-1/8"
Minimum Fixture Hole Diameter (In Place)
3/4"
Minimum Fixture Hole Diameter (Hole Spotted)
3/8"
Maximum Torque
10 ft./lbs.
Inside Anchor Diameter-Bolt Diameter
3/8"
Outside Anchor Diameter
5/8"
Internal Thread Length
1-1/2"
Length Measurement
End to End
Bolt Length
Fixture Thickness + Embedment Depth
Brand Name
CONFAST
* Values shown are average ultimate values and are offered only as a guide and are not guaranteed. A safety factor of 4:1 or 25% is generally accepted as a safe working load
Applications The anchor is made from Zamac Alloy. This anchor is designed for use in Concrete, Block, and Brick.
Environment The anchor is designed for use in a Wet environment.
Hole Diameter/Bit Diameter The anchor requires a 5/8" hole to be drilled in the base material (Concrete, Block, and Brick). The hole should be drilled with carbide tipped bit that meets ANSI standards and used in a hammer drill.
Designated Size The designated size of the anchor refers to the inside diameter 3/8" of the anchor or the diameter of the threaded rod or bolt that can be inserted into it.
Diameter of Anchor The diameter of the anchor is 3/8".
Length Anchor The length of the anchor is 2-1/2"
Thread Type The threads on the anchor are internal threads that measures 3/8" with 7 threads per inch, commonly referred to as 3/8"-7 .
Packaging The anchor is packaged with 50 pieces per box .
Minimum Embedment The minimum anchor embedment into the concrete is 2-1/2". Therefore, the anchor must be installed so that a minimum of 2-1/2" of the anchor is embedded into the concrete.
Depth of Hole The depth of the hole that is required for the anchor should be a minimum of 1/2" deeper than the anchor will penetrate the concrete. This will allow space for dust created during the installation process to fall, which will prevent the anchor from bottoming out in the hole before full penetration into the concrete.
Fixture Hole Diameter The hole in the fixture or material being fastened must be larger than the designated diameter of the anchor. The 3/8" diameter anchor requires the hole in the fixture to be 3/4".
Torque Value The maximum torque that can be applied to the anchor once installed is 10 ft./lbs.
Spacing between Anchors Each anchor must be spaced a minimum distance of 6-1/4" from each other when measured center to center.
Edge Distance It is very important not to install the anchor any closer than 3-1/8" from an unsupported edge of the concrete.
Holding Values - Ultimate Load Values in 2000 PSI Concrete
Anchor Size
Minimum Embedment
Pull-Out (lbs.)
Shear (lbs.)
3/8" x 2-1/2"
2-1/2"
555
Installing a 3/8" Lag Shield Anchor Long
Drill a 5/8" hole into the concrete using a carbide-tipped bit that meets ANSI Standards B212.15.
The depth of the hole can be deeper or equal to the minimum embedment depth of 2-1/2" which is equal to the length of the anchor .
Clean the hole with a wire brush, vacuum, compressed air, or a blow-out bulb.
Insert the anchor in the hole with the closed end of the lag shield inserted first.
Place the fixture over the 3/8" Lag Shield Anchor Long, insert a 3/8" diameter lag screw through the fixture and into the 3/8" Lag Shield Anchor Long.
Use a wrench to turn the lag screw clockwise until tight or maximum torque value 10 ft./lbs. is reached.
Always use proper personal protective equipment per manufacturer's and OSHA instructions.
