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Les langues disponibles
UNIQ ME-TA
P
rOduct PresentatiOn
2
1
5
1 Unlocking button
2 Blade position indicator
3 LED
Battery compartment
4
(to reset motor)
Connection
5
compartement
6 Reset button
l
ist Of Parts
1
2
3
d
etailed characteristics
UNIQ VD/VM FDCU/FDCB (ME)
DCB
FCB
VD
VM
C
NF
NO
C
NF
NO
11
12
13
14
15
16
6
Remote-controlled motorised mechanism
with automated rearmament
Compliant with NF S 61-937, the UNIQ ME-TA operating mechanism is designed to remotely operate Rf-t fire
dampers of all sizes.
UNIQ ME-TA moves the damper blade into its stand-by position (open) either manually with automated
6
opening or remotely by powering the motor. When a trigger signal is sent to the magnet (impulse if VD /
interruption if VM) or when the temperature in the duct exceeds 72°C, the internal armed spring brings the
4
damper blade back into its safety position (closed).
3
The mechanism can be reset manually by means of a built-in battery activated by pressing the reset button.
An integrated LED indicates the status of the rearming. The (included) beginning and end of range switches
indicate the position of the damper blade (on a controller panel).
Three models are available: without or with ME resetting motor, automated if ME-TA (FDCB position contacts
are included by default). All models are dual-voltage 24/48V and activated by current emission (VD) with a
possibility to change in power failure (VM) by removing a jumper.
Description
Mechanism
Fastening screw mechanism
KIT label (yellow)
DCU
FCU
ME
C
NF
NO
C
NF
NO
+
5
6
7
8
9
10
1
2
3
3
4
4
24/48 VDC
24/48 VDC
VD/VM
24 VAC
VM
VD
Nominal voltage
VD/VM : 24/48 VDC -15%/+20%
ME : 24/48 VDC 24VAC -15%/+20%
Power consumption
UNIQ VD:
4,2W
0W
UNIQ VM:
4,2W
0,2W (24V)/0,4W (48V)
Switches
max 1A 60V
Running time
motor: (Cabled)
<45 sec
motor: (Battery 9V) <85 sec
spring:
<30 sec
Code
UNIQ FDCB ME-TA
DIN 912 M6x65
ETIK-D042
motor: max 64 dB (A)
spring: max 67 dB (A)
Degree of Ingress Protection
3,5W
IP 42
0W
Cable cross-section
Magnet, motor: 0,2 - 1,5 mm²
FDCU/FDCB: 0,08 - 1,5 mm²
K157-A
09/2023
PATENT PENDING
Quantity
1
2
1
Noise level
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