9. USING THE EXTERNAL POWER SUPPLY
If the batteries are depleted and you don't have the emergency
key, you can power the safe using the external battery feed.
Place a 9 V battery in the power supply located to the left of
the screen, put your finger on the scanner and open the safe.
Replace the batteries, ensuring correct placement.
10. BATTERY STATUS CHECK
If the batteries are low, the system will alert you when opening
and closing the safe by displaying LOWBAT on the screen.
NOTE: during the battery replacement process, the safe box
will not forget the entered codes.
10. INSTALLING THE SAFE
Attention: Safes, whether they are desktop or wall safes, should
be installed such that the door is vertical and opens to the right,
except for specific models whose door opens to the left.
SAFE RIM LOCKS:
1. Drill holes for the expansion bolts (or fastening screws) in
the appropriate location.
2. Use the expansion bolts (or fastening screws) to secure the
safe to the wall or floor.
3. Ensure the safe is mounted in the desired location and
tighten all bolts or screws.
Security Warning:
• Use the expansion bolt when the wall surface is concrete.
• Use the fastening screw when the wall surface is wood.
SAFE EMBEDDING:
Proper and correct installation of the safe to be embedded is
essential for the security of the product.
• Before embedding, the safe's correct functioning must be
checked by carrying out door opening and closing tests (see
the set of operating instructions).
• The safe must be installed with the door opening from left
to right (except for left-sided opening models). It must
never be installed turned around, or be placed on the floor.
The guarantee cover is invalid if these conditions are not
complied with.
• The safe must be installed maintaining a 2-cm gap towards
the inside of the wall in which it is being installed..
1. It is advisable to position the safe in places where access
with large size tools such as picks, hammers, cudgels and
spikes etc., but where access to the door is easy for the
user.
2. Choose a Wall at least 10 cm thicker than the depth of
the safe. Avoid walls with condensation or moisture
problems in order to prevent damage to the locking system
mechanisms.
3. Drill a bore hole on the chosen Wall of 15cm greater in
width and height than the acquired safe's dimensions, and
to a depth 7cm greater than the depth of the safe.
4. Provide suitable protection to the safe door area using
plastic sheeting to avoid moisture and mortar damage to
the locking system areas.
5. A lath with a grid size of 50 x 50 mm should be placed
around the four side faces and the rear face using diameter
8 rods. There should be a 3-cm gap to the walls.
6. Produce a wooden panel in the form of shuttering to cover
the front part, leaving a useful space for the application of
the mortar required to fill the gap left.
7. Fill up the embedding area with high-resistance cement
composed of type CEM II A-LL 42.5R according to BS
(British Standards) UNE EN 197-1, using sand and water,
carefully filling and compacting the mortar evenly over the
area without leaving unfilled areas. The use of quick-try
cement is advised.
8. Once the applied mortar has set and hardened, leave the
door open for 5 days to get rid of residual moisture from
the casing. Finish off the wall with a coat of plaster or other
coverings. Take special care to avoid contamination with
any residual element or dirt, etc., during casing procedures,
mortar filling, plastering, painting or the application of
other types of final finishes by ensuring these do not get
into door surround areas, in key holes, keypads or other
elements and locking systems (keypads, external battery
connections...)
L+10 cm
Mesh- Diameter 8
Grid 50x50mm.
11. MAINTENANCE
• Check the condition of the battery compartment on a
regular basis (every 6 months) to identify any possible
signs of rust, sulphation, etc.
• Grease/oil any mechanical moving parts, such as locks
and bolts.
• Clean the fingerprint reader with a cloth dampened with a
little alcohol.
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Mortar type
En
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