ISSUED: 07-17-96 SHEET #: 170-9001-7 10-26-04
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Visit the Peerless Web Site at www.peerlessindustries.com For customer service call 1-800-729-0307 or 708-865-8870.
5/16" (8 mm)
FF
F
5/16" (8 mm)
For attachment to solid concrete
or cinder block wall drill, 5/16" (8
mm) dia. holes 1.75" (45 mm) deep
using a standard drill and masonry bit
(DO NOT use a hammer drill). Attach
wall bracket (F) using Concrete
Anchor Kit as pictured below.
Tighten to 80 in. lbs. (9 N.M.) maxi-
mum torque.
Insert and
hammer in
anchor.
Tighten to 80 in.
lbs. (9 N.M.)
maximum
torque. The
anchor will
expand and grip
inside the hole.
Always attach concrete expansion anchors directly to
load-bearing concrete.
Never attach concrete expansion anchors to concrete
covered with plaster, drywall, or other finishing mate-
rial. If mounting to concrete surfaces covered with a
finishing surface is unavoidable, the finishing surface
must be counterbored.
WARNING
Tighten concrete anchor bolt firmly, but do not over-
tighten. Overtightening can damage the bolt, greatly
reducing its holding power.
Never tighten in excess of 80 in • lb (9 N.M.).
WARNING
WARNING
If your model does not include concrete fasteners, contact customer service for the appropriate accessory kit to
install the product on concrete or cinder block.
When installing Peerless wall mounts on cinder block, verify that you have a minimum of 1-3/8" of actual concrete
surface in the 5/16" diameter hole to be used for the concrete anchors. Do not drill into mortar joints! Be sure to
mount in a solid part of the block, generally 1" minimum from the side of the block. Cinder block must meet ASTM
C-90 specifications. It is suggested that a standard electric drill on slow setting is used to drill the hole instead of
a hammer drill to avoid breaking out the back of the hole when entering a void or cavity.
Concrete must be 2000 psi density minimum. Lighter density concrete may not hold concrete anchor.
Make sure that the wall will safely support the combined load of the equipment and all attached hardware and
components.
Never exceed the Maximum UL Load Capacity.
F
O
FINISHING
SURFACE
CONCRETE