SM 6000 series0 pages
SPACEMASTER ™ SERIES
SM 6000
Description
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Operation mode and max sensing range:
Thru-beam: 1-6 m
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Cable or plug connection
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Sensitivity adjustment via control input
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Wide variety of housings
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Power and output indicators
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High tolerance to hostile environments
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10-32 V dc supply voltage
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3 wire, NPN or PNP output or
4 wire, NPN/PNP opto isolated output
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5 or 0,5 ms response time
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Low current consumption
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Test input
The 6000 series consists of a self-contained transmitter SMT, and a
response time and a 6 metre range. The control input in the SMT may be
receiver SMR, which are to be used in thru-beam mode. The complete
used for either disabling or enabling the transmitting power temporarily
series is available in a wide range of housings with either plug or cable
for test purpose, multiplexing applications or as a gradual regulation of
connection.
the transmitting power level.
The SMR is supplied with a 10-32 V dc supply voltage with either a
Both the transmitter and receiver are protected against reverse polarity of
3 wire, NPN or PNP or as a 4 wire, NPN/PNP opto-isolated transistor
power supplies, control input and output signals. The output is also
output with a choice between light or dark function. The SMR is available
protected against short circuit and inductive loads.
with either a 0,5 ms response time and a 2 metre range, or with a 5 ms
Technical Data
SMR
SMT
6x02
Supply voltage
10-32 V dc
Voltage ripple
6x06
15 %
Reverse polarity protected
Yes
Short circuit protected
–
Yes
Current consumption
max. 320 mW
Maximum output load
–
Maximum residual voltage
–
Maximum operation frequency
–
1000 Hz
–
0,5 ms / 0,5 ms
Response time tON / tOFF
Power on indicator
100 mA
2,5 V
Green LED
100 Hz
5 ms / 5 ms
–
Output indicator
–
Yellow LED
Hysteresis
–
Approx. 30%
Light source
Infrared (880 nm)
–
Opening angle
–
+/– 6°
Emission angle
+/– 10°
–
Housing material
Sensor housing
Stainless Steel (AISI 316 / 1.4401) or Plastic
Front lens
Polycarbonate
Cable, PVC Ø 4,0 mm
3 x 0,14 mm2
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SELF-CONTAINED PHOTOELECTRIC SYSTEMS
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