Tecnosicurezza MiniRotoboIt UR4020 User guide

Mounting Instruction
II_UniversalRotobolt_00_eng Page 1 di 2
CHARACTERISTICS
UR4020 is a MiniRotobolt whose blocking is realized through engine. If a valid
code has been entered, the lock electronics removes the blocking for 3 seconds
and the boltwork can be moved into OPEN position by pushing the bolt inside the
lock case. When moving the boltwork into LOCKED position the MiniRotobolt
automatically secures. The MiniRotobolt UR4020 can be mounted in all four
mounting directions (RH, LH, VU, VD). Further, by flipping the lock, both blocking
directions can be realized (DX/SX).
The lock is delivered with metric (M6). Withworth screws 1/4 – 20 are available on
demand.
The MiniRotobolt is certified: VdS class 2 and EN1300 class B – UL Type 1
DIMENSIONS

Mounting Instruction
II_UniversalRotobolt_00_eng Page 2 di 2
BOLTWORK REQUIREMENTS AND MOUNTING INSTRUCTION
If the MiniRotobolt lock is used in conjunction with another lock, the boltwork must
be constructed in a way that the MiniRotobolt secures first.
In the LOCKED position the distance between the
MiniRotobolt bolt and the MiniRotobbolt part that is moving
the lock bolt should be approximately 1 mm. Bolt must
move freely.
Only use TECNOSICUREZZA supplied screws (M6) to
mount the lock. Tighten the screws securely so the lock
body is attached firmly to the mounting surface (Torque
approximately 3,5 Nm). Use of screw locking glue (i.e.
Loctite) is recommended.
Max load should not exceed 1KN.
ØMount the entry unit following the manufacturer’s instruction.
ØModifications to the lock (including lock bolt attachments) are not allowed, and
will void the manufacturer’s warranty and standards approval.
ØNo through holes on the safe door are allowed within the lock body area.
ØLock body area should be protected against destructive attacks.
ØLock has to be mounted on secure storage metal (preferred steel) units only.
ØSecurity relevant parts of a HSL should not be accessible to unauthorized
persons when the door of the secure storage unit to which it is fitted is open.
ØInsert the connector of the entry unit and check that it is completely seated. To
remove the connector, carefully lift it and pull it out.
ØIn the entry unit or battery box connect a 9V-ALKALINE-battery. A series of
signals during opening indicates that the battery is weak and must be replaced.
ØTie cables away from moving parts.
FUNCTIONAL TEST
Enter code (1,2,3,4,5,6). The lock emits a double signal for the correct code.
Turn boltwork handle towards OPEN position. The bolt rotates into the housing.
Bolt must move freely.
After about 3 seconds you will hear the engine that pushes the bolt against the
movement blocking bar.
Turn handle towards LOCKED position.
The lock bolt must fully extend and secure.
Make sure there is an air space on all sides of the lock bolt when the safe’s
boltwork is fully thrown into LOCKED position.
Perform the functional test several times before locking the safe door.