Installation Instructions for:
TM
Model 3006 PivotBolt
• Für Anweisungen auf Deutsh besuchen Sie bitte die folgende Website:
• Pour obtenir les instructions en français, veuillez consulter le site ci-dessous: www.sargentgreenleaf.com/OPinstr.php
Step 1: Open the Box
Open the S&G USB Audit Lock and make sure that you have the
following parts.
• Base • (2) 9V batteries • Keypad • PivotBolt lock
• Chrome Ring • Screws • Cable
Step 2: Check Mounting Location
This lock can be mounted to storage unit of any materal as
•
long as the lock is electrically grounded and the mouting
surface is sufficiently sturdy.
• The mounting surface should be smooth and at, with either ¼ - 20 or M6
mounting screw holes.
• The wire channel (spindle hole) through the safe door must be at least
.312 inch (7,9 mm) in diameter.
• The holes should clear of sharp edges or burrs which could damage the
lock cable.
USB Audit Lock
Document # 630-889
Revision 10/02/15
Step 3: Place the Cable in the Recessed Channel
The cable runs through the opening of the case and on through the safe’s
spindle hole to the keypad.
No matter which side of the case is placed against the safe’s mounting plate,
the lock cable needs to be routed in the recessed channel in the lock’s cover.
The cable is routed around the end of the lock and through the recessed
channel, where it will make a 90 degree bend before running through the
safe’s spindle hole to the keypad.
Plug the Cable into the Lock
• The USB audit lock is a reversible, non-handed electronic safe lock.
• It is necessary to plug the provided cable into the lock. This is a connector
that will only insert one way. Make sure it is fully inserted and locked into
the lock case receptacle.
Step 5: Determine Which Direction Lock is to be Mounted
Either side of the lock case can be mounted against the safe door to
accommodate the direction of movement of the blocking bar or cam plate of
the safe’s boltwork.
Step 5: Mount the Lock
• Insert the lock cable through the spindle hole and gently pull it from
the front of the safe as you place the lock body against the
mounting surface.
• After making sure the cable is protected within the lock’s recessed
channel, and not crimped or stressed at any point, attach the lock
body to the mounting surface, using the screws provided.
• Tighten the mounting screws to 30 to 40 inch pounds
(33.9 to 45.2dNn)
• Make sure there is a minimum clearance of o.150 inch (3.8mm)
between the end of the lock case and the blocking bar of the
safe’s boltwork.
Relocking Option
If the safe incorporates a relock device plate, it will likely attach to the
lock body as shown at right. If it attaches using the lock’s covers screw
, make sure the scres engage the lock by at least 4 threads. Substitute
longer 8-32 machine screws if necessary. It may be necessary to trim
longer screws to a proper workiing length. Relock device atttaching
screws must NOT be longer than the depth of the tapped hole provided
in the lock case.
Step 6: Check Lock Function
• The lock cannot function properly if it binds against the safe’s
boltwork. The photo on the left shows boltwork in the fully locked
position and placing pressure on the side of the lock bolt. It could
prevent the lock from opening. (INCORRECT)
• In the photo on the far right, the boltwork bind has been relieved by
removing a sm all amount of material from the right side of the blocking
bar’s bolt opening. When the boltwork is fully thrown to the locked
position, there is clearance on all sides of the lock’s bolt. This is the desired
relationship. (CORRECT)
INCORRECT CORRECT
Step 7: Attach Mounting Base
• From the outside of the safe door, bring the lock cable through the
center hole in the mounting base.
• Pulling gently on the cable, move the keypad base against the safe
door, and attach it using the two screws provided.
• Fasten the base to the safe door using either the silver colored 8-32
machine (silver color) screws or the tinted pair of M4 screws (tinted)
whichever is appropriate for the prepared holes in the safe door.
• Do not tighten beyond 15 inch-pounds (1,695 Nm).