Number of beams: 111.
Protective height: 1120mm.
Model: NPN output.
Easy-to-use Safety Sensor Ideal for.
Simple On/Off Detection Applications.
Provides simple safety functions - saving TCO.
by reducing errors.
Simple wiring with only 4 wires.
Fast response time of 5 ms. Number of beams: 76.
Protective height: 1,550mm FZ4-1100 REFERENCE MANUAL.
Model: PNP.
Easy-to-use Safety Sensor Ideal for FZ4-1100
Simple On/Off Detection Applications.
Provides simple safety functions - saving TCO.
by reducing errors.
Simple wiring with only 4 wires.
Fast response time of 5 ms. Material: N10276 (See note).
Weight (g): Approx. 190.
Material indication lines: 4 lines.
A Wide Variety of Electrodes for Long Lasting.
Reliability FZ4-1100 REFERENCE MANUAL.
Standard Electrodes are made of stainless steel (SUS 304) and,
can be used in applications for purified water.
SUS316 Electrodes can be used in applications where resistance,
to corrosion is required. Titanium and HAS Electrodes can be,
used in applications where resistance to acid is required.
For applications where long electrodes are required, a connection,
nut and two Lock Nuts can be used to extend the electrodes 1 m,
at a time FZ4-1100 REFERENCE MANUAL. Number of beams: 20.
Protective height: 430mm.
Previously light curtains only offered status indicators.
The three types of indicators on the F3SR-B are not only,
status indicators but enable.
the user to completely understand the status at a glance,
further enhancing usability. Number of beams: 50.
Protective height: 2470mm.
Model: NPN output.
Basic Type with a combination of.
performance and functionality.
Up to three sets of series-connected sensors.
The muting function is enabled simply with Muting Key Cap.
Commes standard with interlock and auxiliary output functions FZ4-1100 Manual. Number of beams: 50.
Protective height: 1025mm.
Model: NPN output.
EASY type reduces implementation costs.
with 1/2 the mounting time.
In pursuit of simple functions: Upon detection of personnel,
the machine stops FZ4-1100 Manual.
Can be used for simple hand intrusion detection.
Implementation costs can be significantly reduced.