Compliance: OSHA 1926.502 , OSHA 1910.66
M
ining B
olt A
nchor
M
odel: FB
AM47N
Ba
tch# FB47-
XX
X
MFD: MM/Y
YY
Y
Stainless Steel, Aluminium, Zinc Plated Copper, 7x19 Aircraft Cable
Pat# US 7,357,363 B2 / US 7,011,281 B2 / US 6,729,821 B2
WARNING:
ALL PERSONS USING THIS EQUIPMENT MUST
READ AND UNDERSTAND ALL INSTRUCTIONS. FAILURE TO DO
SO MAY RESULT IN SERIOUS INJURY OR DEATH. USERS SHOULD
BE FAMILIAR WITH PERTINENT REGULATIONS GOVERNING THIS
EQUIPMENT. ALL INDIVIDUALS WHO USE THIS PRODUCT MUST
BE PROPERLY INSTRUCTED ON HOW TO USE THE DEVICE. AVOID
CONTACT WITH PHYSICAL HAZARDS (THERMAL, CHEMICAL,
ELECTRICAL, ETC.). MAKE ONLY COMPATIBLE CONNECTIONS.
M
ax C
apacit
y: 310-lbs
10000-lbs (22 kN) MBS
Complianc
e: OSHA 1926.502 , OSHA 1910.66
Mining B
olt A
nchor
Mo
del: FB
AM47N
Batch# FB47-
XXX
MFD: MM/Y
YYY
Stainless S
teel
, A
luminium, Zinc Pla
ted C
opp
er
, 7x19 A
ircr
af
t C
able
Pa
t# US 7,357,363 B2 / US 7,011,281 B2 / US 6,729,821 B2
W
ARNING:
ALL PERSONS USING
THIS EQUIP
MENT MUST
READ AND UNDERST
AND ALL INSTRUC
TIONS. F
AIL
URE
TO DO
SO M
AY RESUL
T IN SERIOUS INJUR
Y OR DEA
TH. USERS SHOULD
BE
FA
MILIAR
WITH PER
TINENT
REGULA
TIONS
GOVERNING
THIS
EQUIP
MENT
. ALL INDIVIDU
ALS
WHO USE
THIS PR
ODUC
T MUST
BE PR
OPERL
Y INSTRUC
TED ON HOW
TO USE
THE DE
VICE
. A
VOID
CONT
AC
T
WITH PH
YSIC
AL HAZARDS (
THERM
AL, CHEMIC
AL,
ELEC
TRIC
AL, E
TC.). M
AKE ONL
Y C
OMP
ATIBLE C
ONNEC
TIONS.
Max C
apacit
y: 310-lbs
10000-lbs (22 kN) MBS
FRICTION ROCK BOLT
FB Brush
47mm
only
:
Installed Size:
36-39mm
IMPORTANT!!!
Installation location of the friction rock bolt to be able
to handle a 10,000-lbf (44kN) load and to be approved
by a qualified person.
PERFORMANCE:
Minimum Breaking Strength (MBS):
10,000-lbf (44kN)
Maximum Capacity:
310-lbs (140kg)
DIMENSIONS:
Weight:
1.4-lbs (635g)
Length:
17” (432mm)
Diameter
1.85” (47mm)
REGULATORY COMPLIANCE:
OSHA 1926.502, OSHA 1910.66
COMPONENT MATERIALS:
Aluminum:
Trigger
Aircraft Cable:
Main Cable, Activator Wire
Coated Steel:
Thimble Loop
Stainless Steel:
Cone, Spoons, Stop Sleeve
Zinc Plated Steel:
Spring
Zinc Plated Copper:
Swage
Zinc Plated Copper:
Swage
TAP!!!
Warning:
Spoons should not rest
on the split of the friction
rock bolt.
DO NOT REMOVE
WARNING LABEL!
WORK SURFACE
WORK SURFACE
Free fall distance (limit) must
not exceed 6’ (1.8 m).
(ANCHOR POINT)
W
ARNING!!! SWING F
ALLS M
AY OC
CUR
WHEN
THE
W
ORKER IS NO
T DIREC
TL
Y UNDER ANCHOR POINT
.
MINIMUM CLEARANCE 3ft (1m)
DECK/FLOOR/GROUND LEVEL
All products subjected to fall arresting forces should be removed
from service immediately!
1.85 (47mm)
Spoon
Cleaning Bushing
Main Cable Stop Sleeve
17” (431.8mm)
Spring
Swage
Cone
Trigger
Return Wire
Thimble Loop
3.0” (76mm)
2.5”
(63.5mm)
INSTALLATION:
1.
Use the provided FB brush to clean and remove any debris in the friction rock bolt.
2.
When placing anchorage connector, place your thumb inside the anchor loop and your first two fingers
around the trigger. Squeeze fingers and thumb together until the trigger and spring fully compress.
3.
Insert unit at least 4” (102mm) deep into friction rock bolt (do not force) and release the trigger.
4.
Set the unit with a slight tug on the anchor loop.
5.
The stop sleeve must always be partially inserted into the hole.
*Clean friction rock bolt with FB brush before installation.
REMOVAL INSTRUCTIONS:
1.
When removing anchor, place your thumb inside the anchor loop
and your first two fingers around the trigger. Squeeze fingers and
thumb together until the trigger and spring fully compress.
2.
While squeezing the trigger pull the anchor out of the splitset.
3.
If the anchor becomes stuck, insert a punch, screwdriver or other
object into the splitset until it touches the top of the cleaning
bushing.
4.
Lightly tap with a hammer making sure the tool is touching the top
of the cleaning bushing while squeezing the trigger. (The cleaning
bushing should be easily visible at the edge of the hole).
5.
If tool was required to remove the anchor inspect thoroughly for
damage after removal. If damage is found remove from service and
destroy immediately.
*The user shall be equipped with
a means of limiting the maximum
dynamic forces exerted on the
user during the arrest of a fall to a
maximum of 8 kN (1800-lbf).