FallTech 7448L - Manual (Page 2)

Section 6 - Visual Inspection Before Each Use Section 11 - On Product Labels and Warnings
To make sure that this FallTech Anchor will perform properly as part of a PFAS or
PRS, it is important that you visually inspect it BEFORE USE.
What to look for when visually inspecting Anchor Strap:
1.
Look to see that the steel D-ring is not broken, damaged or distorted in shape.
There should be no corrosion, cracks, worn parts or sharp edges.
2
. Look to see that the webbing portion of the Concrete Embed Anchor Strap has no
broken fibers or fraying. Look for abrasion, tearing, burns, mold, discoloration or cuts.
Also look for torn or loose stitching.
2
. Look to see that each of the other FallTech PFAS or PRS components
(harnesses, rope grabs, lifelines, tie-offs, etc.) are ready for use by visually inspecting
each part according to the instructions provided with that product.
4. For proper comatibility of the anchorage end snap hook, the D-ring, O-ring or con-
nection component of the anchorage connector should have an inside diameter of at
least 2-1/2 times the gate opening on the snap hook.
3
. Record the results of your inspections in the log in section 11 of this manual and on
the inspection grid on the serial # label of your FallTech Concrete Embed Anchor.
Warning!
If this anchor is damaged, or has been subjected to fall arrest (or
equivalent) forces, it must be removed from service immediately and
destroyed.
NOTE:
Harsh environments and weather, prolonged use, and other extreme working
conditions may require you to have this anchor inspected by a competent person other
than yourself at least twice a year.
Section 7 - How to Use Concrete Embed Anchor Strap
This anchor is part of a comprehensive PFAS or PRS. It must be used in conjunction
with a Full Body Harness with back D-ring and a Shock Absorbing Lanyard/Self-
Retracting Lifeline that limits freefall to 6 feet or less. When used as a component of a
PRS, it must be used with a Full Body Harness or Work Positioning Belt and a
Positioning Lanyard.
1. Select a location for the Concrete Embed Anchor Strap that provides the best safety
to the user. If in doubt, contact a qualified or competent person for further information.
2. After a section of shear wall or concrete column has been poured and allowed to cure,
place the looped end of the anchor onto a vertical piece of steel rebar (see above).
3. Once anchor(s) are in place, continue pouring of concrete, allowing concrete to fully
cure.*
4. After removing forms, anchors will remain on the face of the column or in between
the seems of shear walls.
REINFORCED CONCRETE FLOOR SLAB - A 3' length of rebar may be passed through
the loop end of an anchor strap and wire tied to remain in place tight to the underside of
the upper mat of rebar providing 3.5" clearance. Concrete may then be poured; anchor
strap becomes cast in place for use after curing as a fall protection tie-off point.
*DO NOT USE THIS ANCHOR UNTIL CONCRETE IS ALLOWED TO CURE. FAILURE
TO ALLOW CONCRETE TO CURE PROPERLY COULD RESULT IN SERIOUS
INJURY OR DEATH.
Section 8 - How to Remove Concrete Embed Anchor Strap
After all potential fall hazards have been removed from the work area, the anchor
must be removed from service. Remove anchor using scissors or a utility knife, cutting
anchor off at the concrete seam.
DO NOT REUSE CONCRETE EMBED ANCHOR STRAP. AFTER REMOVAL FROM
WORK AREA, DISPOSE OF ANCHOR STRAP.
Section 9 - Proper Connection
For connection to the Concrete Embed Anchor Strap, use a self-locking snap hook or
double-locking carabiner ONLY. Make sure connections are fully closed. If utilizing a
shock absorbing lanyard, connect shock absorbing component to full body harness. If
using a self retracting lifeline, connect double-locking snap hook or carabiner to full
body harness. Make sure flow of cable/web is unhindered. NEVER connect more than
one PFAS or PRS to a single anchor.
Section 10 - Product Specifications
Hardware: Plated alloy steel, 5000lbs minimum breaking strength
Webbing: Polyester with a minimum breaking strength 9800lbs
Wear Pad: Polyester webbing used for wear resistance only
Capacity: 425lbs - one person, including clothes, tools, etc
Meets OSHA 1926.500 and ANSI Z359.1 requirements
Warning!