| SIPLUS S7-300 SM 322 16DO -40...+70°C with conformal coating based on 6ES7322-1FH00-0AA0 . Digital output Isolated 16 DO, 120/230 V AC, 1 A, 1x 20-pole |
Supply voltage |
Load voltage L1 |
Rated value (AC) | 230 V; 120/230 V AC |
permissible range, lower limit (AC) | 79 V |
permissible range, upper limit (AC) | 264 V |
Input current |
from load voltage L1 (without load), max. | 2 mA |
from backplane bus 5 V DC, max. | 200 mA |
Power loss |
Power loss, typ. | 8.6 W |
Digital outputs |
Number of digital outputs | 16 |
Switching capacity of the outputs |
on lamp load, max. | 50 W |
Output current |
for signal "1" rated value | 1 A |
for signal "1" minimum load current | 10 mA |
for signal "1" permissible surge current, max. | 20 A; with 2 half waves |
for signal "0" residual current, max. | 2 mA |
Switching frequency |
with resistive load, max. | 10 Hz |
with inductive load, max. | 0.5 Hz |
on lamp load, max. | 1 Hz |
Total current of the outputs (per group) |
horizontal installation |
— up to 40 °C, max. | 4 A |
— up to 60 °C, max. | 2 A |
— up to 70 °C, max. | 1 A |
vertical installation |
— up to 40 °C, max. | 2 A |
Cable length |
shielded, max. | 1 000 m |
unshielded, max. | 600 m |
Interrupts/diagnostics/status information |
Diagnostics function | Yes; Fuse blown or load voltage missing |
Alarms |
Diagnostic alarm | No |
Diagnostic messages |
Wire-break | No |
Short-circuit | No |
Fuse blown | Yes |
missing load voltage | No |
Diagnostics indication LED |
Rated load voltage PWR (green) | No |
Fuse OK FSG (green) | Yes; Red LED for fuse |
Group error SF (red) | Yes |
Status indicator digital output (green) | Yes |
Potential separation |
Potential separation digital outputs |
between the channels, in groups of | 8 |
between the channels and backplane bus | Yes; Optocoupler |
Isolation |
Isolation tested with | 4 000 V DC |
Standards, approvals, certificates |
CE mark | Yes |
UL approval | Yes; File E239877 |
RCM (formerly C-TICK) | Yes |
KC approval | Yes |
EAC (formerly Gost-R) | Yes |
Railway application |
EN 50121-4 | No |
EN 50155 | No |
Ambient conditions |
Ambient temperature during operation |
min. | -40 °C; = Tmin |
max. | 70 °C; = Tmax; 60 °C @ UL/cUL, ATEX and FM use |
Ambient temperature during storage/transportation |
min. | -40 °C |
max. | 70 °C |
Altitude during operation relating to sea level |
Installation altitude above sea level, max. | 5 000 m |
Ambient air temperature-barometric pressure-altitude | Tmin ... Tmax at 1 140 hPa ... 795 hPa (-1 000 m ... +2 000 m) // Tmin ... (Tmax - 10 K) at 795 hPa ... 658 hPa (+2 000 m ... +3 500 m) // Tmin ... (Tmax -20 K) at 658 hPa ... 540 hPa (+3 500 m ... +5 000 m) |
Relative humidity |
With condensation, tested in accordance with IEC 60068-2-38, max. | 100 %; RH incl. condensation/frost (no commissioning under condensation conditions) |
Resistance |
Use in stationary industrial systems |
— to biologically active substances according to EN 60721-3-3 | Yes; Class 3B2 mold, fungus and dry rot spores (with the exception of fauna); Class 3B3 on request |
— to chemically active substances according to EN 60721-3-3 | Yes; Class 3C4 (RH < 75 %) incl. salt spray acc. to EN 60068-2-52 (severity degree 3); * |
— to mechanically active substances according to EN 60721-3-3 | Yes; Class 3S4 incl. sand, dust, * |
Use on ships/at sea |
— to biologically active substances according to EN 60721-3-6 | Yes; Class 6B2 mold and fungal spores (excluding fauna); Class 6B3 on request |
— to chemically active substances according to EN 60721-3-6 | Yes; Class 6C3 (RH < 75 %) incl. salt spray acc. to EN 60068-2-52 (severity degree 3); * |
— to mechanically active substances according to EN 60721-3-6 | Yes; Class 6S3 incl. sand, dust; * |
Remark |
— Note regarding classification of environmental conditions acc. to EN 60721 | * The supplied plug covers must remain in place over the unused interfaces during operation! |
Connection method |
required front connector | 20-pin |
Dimensions |
Width | 40 mm |
Height | 125 mm |
Depth | 120 mm |
Weights |
Weight, approx. | 275 g |
last modified: | 03/13/2019 |