Assembly and Operation Manual
4
3 TECHNICAL SPECIFICATIONS
Operating voltage
................................................................................................................ 24 VDC
Allowable voltage
.......................................................................................................... 20-28 VDC
Maximum current consumption
.....................................................................................
max.
8.5 A
Power consumption
.................................................................................................... max. 204 W
Throughput rate in single passage mode ..................................................... up to 60 persons / min
Passageway width
:
ST-02.600
.................................................................................................................. 600 mm
ST-02.900
.................................................................................................................. 900 mm
Number of installed passage sensors
:
upper level ......................................................................................................................... 30
lower level .......................................................................................................................... 30
RC-panel cable length
.................................................................................................... min 6.6 m
IP-Code ................................................................................................................ IP41 (EN 60529)
Electric shock protection class .................................................................................. III (IEC 61140)
Mean time to failure ................................................................................. min. 2,000,000 passages
Mean lifetime ................................................................................................................ min 8
years
Overall dimensions of the speed gate (length × width × height)
ST-02.600
............................................................................................. 1923×1364×1482 mm
ST-02.900
............................................................................................. 1923×1964×1482 mm
Note:
Use the following formula to calculate the total width of the speed gate when several
passage lanes are arranged (see Fig. 2):
L
total
= 600N + 382n + 900M + 532m (mm), where:
N – number of passage lanes with a width of 600 mm,
n – number of
ST-02.600/ M(S)
and
STD-02.600
sections,
M – number of passage lanes with a width of 900 mm,
m – number of
ST-02.900/M (S)
and
STD-02.900
sections.
Weight (net)
:
ST-02.600/ M
(
ST-02.600/S)
section .................................................................... max 198 kg
ST-02.900/ M
(
ST-02.900/S)
section .................................................................... max 224 kg
STD-02.600
double-sided section ........................................................................ max 228 kg
STD-02.900
double-sided section ........................................................................ max 230 kg
sliding panel
for ST-02.600
,
STD-02.600
................................................................. max 9 kg
sliding panel
for ST-02.900
,
STD-02.900
............................................................... max 13 kg
filling glass for
ST-02.600
,
STD-02.600
.................................................................... max 5 kg
filling glass for
ST-02.900
,
STD-02.900
.................................................................... max 7 kg
1
In case of use of backup power sources such as batteries, etc.
2
As a power source for the turnstile, the manufacturer recommends using power supplies with an output
voltage of 24VDC and a maximum load current of at least 10 A.
3
Consumption current and power consumption are specified for each
ST-02
or
STD-02
product separately.
4
The maximum length of the RC-panel cable is 40 m (supplied upon request).
5
The overall dimensions of the turnstile with one or more passage lanes are shown in Fig.
