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GEZE SecuLogic emergency exit system
7
Wiring diagram
7.1 Mains connection of the door control unit TZ 32x
DANGER
Danger of fatal injury due to electric shock!
X
Ensure that the connection to the mains voltage is carried out by a
qualified electrician.
X
Install a mains fuse on site in the form of a miniature circuit breaker. The rated value must be matched to the
conductor type, conductor cross-section, type of routing and ambient conditions of the on-site power supply
circuit. The automatic cut-out must have at least 4 A and may have maximum 16 A.
7.1.1 Power supplies
The GEZE SecuLogic emergency exit system uses these power supplies:
Type
max. current
NET 320, mat. no. 139707
750 mA
NT19.2-24, mat. no. 089862
800 mA
NT1.1A-24V UP, mat. no.151426
1100 mA
NT6.25A-24 HS, mat. no. 192113
6250 mA
During connection of external assemblies to the door control unit the maximum possible current consumption
of the power supply used must be taken into account. The different assemblies have these current consumptions:
Designation
Designation
Current consumption [mA]
FTÖ 332
Emergency exit electric strike
95
FTV 320
Escape door lock
100 (briefly 240)
FWS 320 B
Emergency exit sign (illuminated)
30
IQ lock EL (MST210)
Motor lock
80 (briefly 250)
IQ lock EM
Lever lock
210
MA 500
Hold-open magnet
250
MTA 220
Master panel
30
NOT 220
Emergency push button
30
NOT 320
Emergency push button
30
NTA 220
Emergency panel
30
RP 220
Relay board
10
SCT 320
Key switch
0
SCT 221
Key switch
0
SCT 222
Key switch
30
SLE 220
Indicator lamp
20
SOLEX 10
Flashlight
90
SQUASHNI
Signal horn
20
STA 220
Slave panel
30
TAN 320
Control unit door terminal
100
TOPLOCK CTI
Number code lock
50
TOPLOCK CTS V
Number code lock
50
TST 32x
Door controller
100
TST 32x
Safety circuit
20
SLH
Multifunctional alarm
35
Repeater
GEZE bus
80
If the power of the power supply integrated in the door control unit is not sufficient, use the external top hat rail
power supply NT6.25A-24 HS for supply.
EltVTR
EN 13637