1.3 Technical parameters.
Power supply voltage
Transformer
Output voltage Uout
Output current Iout
Power
SCP short-circuit protection
OLP overload protection
Battery charging current
F2 Fuse in the transformer primary circuit
Transformer primary circuit current - max
Transformer thermal protection
F1 Fuse in the battery circuit
Battery
TAMPER output service reliability - max
Enclosure IP
Operating temperature
Relative humidity - max
Dimensions (WxHxD)
Weight
* - buffer operation
14
13,8
13,6
13,4
13,2
13
12,8
12,6
12,4
12,2
12
0
Tab.1 Power supply technical parameters.
Diagram Uwy(Io)
0,2
0,4
0,6
Fig. 2. Current and voltage characteristics of the power pack.
230V AC, 50 Hz (-15%/+10%)
*12.8 V ÷ 13.8 V DC
I-st grade - 200% ÷ 250%
and/or fuse failure in the battery circuit (fuse-element
replacement required)
II – nd. grade - 110% ÷ 150% (@25ºC÷65ºC)
current limitation with the PTC automatic fuse, manual
restart (disconnection of the DC output circuit)
110% ÷ 150% (@25ºC÷65ºC) of
limitation with the PTC automatic fuse, manual restart
(disconnection of the DC output circuit)
Iacc (max) = 0,3A max.
0.1A / 24h (Iaverage/24h)
500 mA @ 30 V DC max.
205 x 235 x 88 (80 + 8)
1,8 kg net / 1,9 kg gross
0,8
1
I[A]
3
TR 30 VA
13.8 V DC – rated
13.3 V DC @ 1A
Imax – 1A (const.)
18 W
of supply power – limitation of current
of supply power –
supply power – current
T 200 mA (250 V)
160 mA @ 1,1 A
(-15%, + 10%)
o
130
C
F 2A
7 Ah/12V SLA
IP 20
o
o
- 10
C ÷ 40
C
90 [%] (max.)
[±2] [mm]
1,2
1,4
1,6
Need help?
Do you have a question about the AWZ101 and is the answer not in the manual?