btsr SMART MATRIX TWIST Operating Manual page 20

IS3F-TTS and IS3W-TTS Sensors
Technical Characteristics
Power supply voltage
Current absorption
STOP Output
STOP output logic
STOP output protection
STOP output max current
Activation delay
Signalling
Dimensions
Communication bus
Storage temperature range
Temperature range
SM-DIN TWIST
The SM-DIN TWIST Boards represent the interface between IS3.. sensors and SMART MATRIX Terminal.
On each SM-DIN TWIST Board it is necessary to setup 2 essential parameters:
P01 = Unique Board identification code (01 – 240)
P02 = Communication speed (Baudrate)
IS3W-TTS Sensors
12 .. 24 Vdc ± 20%
30 mA Max
NPN open collector
Programmable (NO - NC),
Continuous or Pulse
Protection against over-voltages
and short-circuits
200 mA continuous; 500 mA peak
Programmable from 1 to 250 sec
With integrated LED
36.8x25x15 mm
One wire
-25° / +85° C
+10° / +60° C
SM-DIN TWIST Technical Characteristics
Power supply voltage
Current absorption
Protection fuse (Board protection)
Protection fuse (Sensor power supply)
Stop output (NO/NC)
Inputs
Operating temperature range
Storage temperature range
Overall dimensions
SMART MATRIX TWIST
Technical Characteristics
IS3F-TTS Sensors
12-24 VDC ± 20%
20 mA Max
NPN open collector
Programmable (NO - NC),
Continuous or Pulse
Protection against over-voltages and
short-circuits
200 mA continuous; 500 mA peak
Programmable from 1 to 250 sec
With integrated LED
36.3x25x10 mm
One wire
-25° / +85° C
+10° / +60° C
12-15 VAC / 24 VDC
200 mA Max
5 A
3 A
0,3 A 125 VAC
1A 30 VDC
0 – 24 VDC
VIL Max 1,2 VDC
VIH Min 5 VDC
+10° / +60° C
-25° / +85° C
138.5x124x35 mm
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