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Output signal

Series 300:
The edge-controlled change of the magnetic field causes the
sensor to switch over.
When ferromagnetic materials are detected, the pulse output
is HIGH.
In case of a gap, when no ferromagnetic material is detected,
the pulse output is LOW.
Series 350, normally open version:
The edge-controlled change of the magnetic field causes the sensor to switch over.
When ferromagnetic materials are detected, the pulse output is HIGH.
In case of a gap, when no ferromagnetic material is detected, the pulse output is LOW.
The second output (white wire) indicates the direction of rotation.
Direction of rotation is right
→ pulse signal HIGH,
LED yellow
Pulse signal 1 (black wire)
Pulse signal 2 (white wire)
permanently HIGH
Series 350, Z version:
The edge-controlled change of the magnetic field causes the sensor to switch over.
When ferromagnetic materials are detected, the pulse output is HIGH.
In case of a gap, when no ferromagnetic material is detected, the pulse output is LOW.
The second output (white wire) indicates the direction of rotation, the signal is de-phased.
Direction of rotation is right
→ pulse signal out of phase lagging,
LED yellow
Pulse signal 1 (black wire)
Pulse signal 2 (white wire)
out of phase 90° lagging
16
Pulse signal
Direction of rotation is left
→ pulse signal LOW,
LED green
Pulse signal 1 (black wire)
Pulse signal 2 (white wire)
permanently LOW
Direction of rotation is left
→ pulse signal out of phase leading
LED green
Pulse signal 1 (black wire)
Pulse signal 2 (white wire)
out of phase 90° leading
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