Manusa VECTOR - Management of Electronic Locks

33
D00619EN - v0 SWING OPERATOR - INSTALLATION MANUAL
6.2.2 Management of Electronic Locks
ID DESCRIPTION SETTING DEFAULT
09 Electronic lock control voltage
(1)
0 = 12 VDC
1 = 24 VDC
0
10 Types of electronic lock
(2)
0 = Not used
1 = Electronic lock with mechanical reset when closed again
2 = Electromagnetic (maglock) (24VDC only)
3 = Electronic lock
4 = Motorised locked
5 = Electronic lock with automatic reset
6 = Magnetic (maglock) with delay (24VDC only)
0
11 Impulse duration or opening delay
(3)
RANGE: 0 ÷ 9
The time depends on the type of electronic lock
2
12 Closing force of the electronic lock
(4)
RANGE: 0 (min.) ÷ 9 (max.) 5
14
Electronic lock activation according to
the selected logic
(5)
0 = Deactivated
1 = One Radar
2 = Two Radars
3 = One Radar and two Radars
3
15 Configuration of auxiliary input 1
4 = Lock Release Feedback
(6)
5 = Lock Release Control
(7)
0
16 Configuration of auxiliary input 2
4 = Lock Release Feedback
(6)
5 = Lock Release Control
(7)
1
17
Configuration of
auxiliary output 1
5 = Lock control repetition 0
18
Configuration of
auxiliary output 2
5 = Lock control repetition 1
(
1
) The lock can be operated with 12 and 24 VDC (Parameter 09) with a maximum power of 15 W. Maglocks only operate
with 24 VDC.
(
2
) The following types of locks are expected to be compatible:
TYPE PAR. VALUE OPERATION
1 - ELECTRON-
IC LOCK WITH
MECHANICAL
RESET WHEN
CLOSED AGAIN
10 1
See Fig. 28 - Electronic lock that when powered in impulsive mode, the leaf is
unlocked and the lock is automatically reset when it closes. It requires a door
jolt freeing device in order to make it easier to unlock the leaf.
11
RANGE: 0÷9
[t=50÷500 ms]
2 - ELECTRO-
MAGNET
(MAGLOCK)
10 2
See Fig. 29 - If the magnet is powered, it keeps the door locked; when discon-
nected, the door may move freely. It does not require a door jolt freeing device.
The magnet is powered again before the door is fully closed to enable it to
close completely.
11
RANGE: 0÷9
[t=200÷2000 ms]
3 - ELECTRON-
IC LOCK
10 3
See Fig. 30 - Electronic lock that when powered, moves a bolt which keeps the
door locked. When disconnected, the bolt goes up and the leaf can move
freely. It requires a door jolt freeing device in order to make it easier to unlock
the leaf. The magnet is powered again when the door is closed.
11
RANGE: 0÷9
[t=200÷2000 ms]
4 - MOTORISED
LOCK
10 4
See Fig. 31 - Electronic lock with electronic starter motor; when powered, it
retracts the locking arm allowing the leaf to move freely. It requires a door jolt
freeing device in order to make it easier to unlock the leaf. The electronic lock
disconnects when the door is closed.
11
RANGE: 0÷9
[t=500÷5000 ms]