Technical Data; Dc-Current Motor; Mains Transformer; Control Unit - Siemens AT18 Operating Instructions Manual

14 Technical Data

14.1 DC-current motor

Connection Voltage
Maximum Speed
Protection Class
Transmission
Pulse generator
Nominal Current
Maximum Door Weight
14.2 Mains current transformer
Connection Voltage
Tolerance
Onsite Circuit Breaker
Maximum Current Demand
Protection Class
Nominal Outlet Voltage (unsmoothed)
Maximum Power Secondary
Mains Filter

14.3 Control unit

Connection Voltage
Protection Class
Control Inputs
Door Width
Maximum Counterweight
Output Relay Breaking Capacity (Option)
Maximum Acceptable Storage Temperature
Maximum Acceptable Operating Temperature
Humidity Demands
Emergency Power Inlet (Option)
Recommended rechargeable Battery Capacity
4V DC – Output
14.4 Regulations and standards
EMV-Inspection
TÜV
CE
HALT-Test
Elevator standard EN81
Operating Manual - Elevator Door Operation AT18
Motor 
4 V DC
0,5 m/s
IP0
1:15
100 impulse/revolution
1,8 A
10 kg
30V, 50-60 Hz
+- 15 %
10 A
, A
IP54
17,3 V DC rms (full load), 3 V DC rms (bei 0mA)
15,9 A
Installed
Maximum 36 V DC
IP0
+10 V up to +8 V DC, 9 up to 7 mA per input
(potential free, p-switching)
0,3 m up to 4,00 m
6 kg
30 V AC o. 50 V DC
-40... +85° C
-0... +50° C
no condensation
4 V DC ± 15 %; 1,6 A
 Ah, onsite(!) with 6A delayed action circuit breaker.
For an opening and closing cycle energy of up to
.4Wh is needed (0.1Ah at 4V)
Maximum output power 400mA, short-circuit-
+overload-proof. CAREFUL: Do not supply with
external voltage.
EN 1015 and EN 1016
Model tested
Certified
Prototype tested to 5grms at temperatures of -45° C
to +130° C.
Conform
Motor 3
30 V DC
0,65 m/s
IP54 (gears IP40)
1:15
100 impulse/revolution
4 A
180 kg
; 1,0 A
(resistive load) (min. 10mA)
(e.g. lead acid rechargeable battery)
7