microScan3 Core – Ether‐
C
AT®
microScan3 Pro – EtherCAT®
At 5.5m distance 2mm × 18mm
At 9.0m distance 11mm × 27mm
Devices with max. protective field range 5.5m
At front screen 18mm × 4mm
At 4.0m distance 5mm × 11mm
At 5.5m distance 2mm × 18mm
At 9.0m distance 11mm × 27mm
Devices with max. protective field range 9.0m
At front screen 18mm × 4mm
At 4.0m distance 8mm × 14mm
At 5.5m distance 4mm × 19mm
At 9.0m distance 2mm × 30mm
Divergence of collimated
be
am
0.17°
Receiving angle 0.75°
Pulse duration typ. 4ns
Average output power 9.2mW
Laser class 1M
Measurement uncertainty
4)
Devices with max. protective
f
ield range 4.0m
Typ. ±25mm
Devices with max. protective
field range 5.5m
Typ. ±25mm
Devices with max. protective
f
ield range 9.0m
Typ. ±50mm
1)
In the event of heavy contamination, the safety laser scanner displays a contamination error and
s
witches all safety outputs to the OFF state.
2)
In close proximity (50mm-wide area in front of the optics cover), the detection capability of the safety
laser scanner may be restricted. If required, this area must be secured using an undercut or frame, for
example.
3)
W × H when the laser beam exits at a 90° angle to the front.
4)
Typical values at 20°C and remission factor = 1.8%, distance = protective field range.
The measured values are less accurate for reflectors or reflective surfaces because the distance meas‐
urement is designed for lower remission values.
Complementary information
F
or more technical data specifically relating to the measurement data, see the technical
information “microScan3, outdoorScan3, nanoScan3: Data output via UDP and TCP/IP”
(part number 8022706).
13.4 Response times
The protective device’s response time is the maximum time between the occurrence of
t
he event leading to the sensor’s response and supply of the switch-off signal to the
protective device’s interface (for example OFF state of the OSSD pair).
13 T
ECHNICAL DATA
166
O P E R A T I N G I N S T R U C T I O N S | microScan3 – EtherCAT® 8025220/1L9Q/2023-08-14 | SICK
Subject to change without notice