operating distance
800mm
robust plastic housing, compact design
for detecting transparent objects
Teach in-based setting
LED display for fine adjustment
reduction in the level of reciprocal optical interference
connection with 4-pin M8-connector
Technica data
l
version
transparent objects recognition (trays / bottles)
background position (Sde)
200 … 800mm on shiny metallic surfaces
detection range (Sa)
100% of Sde
operating voltage U
B
10 … 30V DC
current consumption (w/o load)
≤ 35mA
output current (max. load)
≤ 100mA
output signal
push-pull, no/nc
voltage drop (max. load)
≤ 2V DC
reaction- /decay time
≤ 1.8msec
sampling frequency
≤ 270Hz
short-circut protection
+
reverse polarity protection
+
display (signal)
green LED
display (status) / setting control
red LED
transmitting element
red LED, 660nm, pulsed
light spot size
housing material
front screen material
system of protection
Ø
15mm at 800mm
plastic (ASA-MABS)
PMMA
IP67 (EN 60529)
operating temperature
-30°C … +60°C
connection
max. tightening torque
M8-connector, 4-pin
0.8Nm
description:
These completely new through-beam sensors work according to the principle established with the retro-reflective
sensor. With these devices however, no retro-reflector is used. Any flat surface can be used as a reflector, e.g. the wall
of a piece of machinery.
This is `teached in' as a background item, via the Teach-In line (white wire, PIN 2). Each object that is located between
the sensor and background position is detected. This induces a change to the signal at the switch output. The system
also detects transparent objects. The position and characteristics of the background should not change whilst the
device is in operation. In the case of metallic shiny surfaces, the maximum ran-ge is 800mm. In the case of other
materials, the operating distance is reduced!
new: works like a retro-reflective
sensor - but without a reflector
ON430571
MANUAL
• Subject to alteration! Version:
May 2016
ipf electronic gmbh
• Rosmarter Allee 14 • 58762 Altena
│
Tel +49 2351 9365-0 • Fax +49 2351 9365-19
│
www.ipf-electronic.com
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