Technical Data; Accessories - Aventics IS12-PD Série Mode D'emploi

AVENTICS | IS12-PD | R422002521–BDL–001–AB | English

15 Technical Data

General data
Min./max. operating pressure
Min./max. control pressure
Min./max. ambient temperature
Mounting orientation
IP protection class
On/off switching times
Nominal flow (std l/min.)
Coil, CO1 series (1824210223)
Electrical connection
Power supply
Power consumption
Coil, CO1 series (1824210354)
Electrical connection
Power supply
Power consumption
Coil, CO1 series (R412004353)
Electrical connection
Power supply
Power consumption
UL certificate
CSA certificate
Sensor, ST4 series
Electrical connection
Min./max. power supply
Max. switching current
Vibration resistance
Shock resistance
Voltage drop U at Imax
Type of contact
Cable length
Sensor LED
Electrical safety
O For further technical data, see the catalog pages in the AVENTICS online catalog
(see www.aventics.com/pneumatics-catalog).
-0.9 to 10 bar external pilot
3 to 10 bar internal pilot
3 to 10 bar
0°C/+50°C
Any
IP65
18 ms/40 ms
1060
EN 175301-803, form A
24 V DC ±10%
4.4 W
EN 60947-5-2, M12x1
24 V DC ±10%
4,5 W
EN 175301-803, form A
24 V DC ±10%
4,5 W
MH 13513
LR 51090
M8 with knurled nuts
10/30 V DC
0.1 A
10–55 Hz, 1 mm
30 g/11 ms
≤2.5 V
Electronic PNP
0.3 m
Yes
Protection class III

16 Accessories

Component
Coils, CO1 series
24 V DC with EN 175301-803, form A plug
24 V DC with M12x1 plug, 2-pin, A-coded
24 V DC with EN 175301-803, form A plug
110 V AC with EN 175301-803, form A plug
230 V AC with EN 175301-803, form A plug
Electrical connectors, CN1 series, for CO1 coil
24 V DC, 24 V AC, Z-diode protective circuit
110 V AC, varistor protective circuit
230 V AC, varistor protective circuit
230 AC without protective circuit, 3 m
24 V DC, 24 V AC, Z-diode protective circuit, 3 m
24 V DC, 24 V AC, Z-diode protective circuit, 5 m
230 AC, varistor protective circuit, 3 m
230 AC, varistor protective circuit, 5 m
Base plates
See accessories in the catalog sheet for the IS12-PD valve, size 1
17 Example Control
Figure shows an example of a safety-relevant control for exhausting a cylinder.
4
The block function is realized through two IS12-PD valves and one non-return valve.
The following circumstances were taken into account in the circuit diagram in Fig.
4
:
W
To enable the correct behavior of the valve, the valve must not be actuated until
a minimum operating pressure of 3 bar has been built up in the system. The valve
pilot supply is then sufficient to correctly switch the valve.
W
A pressure regulator is provided in an appropriate location in the supply line to
build up a stable pressure.
12
Material number
1824210223
1824210354
R412004353
1824210221
1824210220
1834484101
1834484102
1834484103
1834484160
1834484162
1834484163
1834484164
1834484165