Inductive Proximity Sensor

1.Installation Conditions

The given value is the minimum value. They cause a change in sensing range of less than 10%.

2.Cylindrical Proximity Sensor
Devices with the same diameter may have different switch distances. The following table shows typical examples:

3. Non level installation proximity switch
The maximum possible switch distance (relative to diameter) is achieved through non flush mounted proximity switches. Inductive proximity switches use coils to generate electromagnetic fields. do
To achieve a specific magnetic field direction, these coils are wound in a packaged magnetic core. However, some in this field will radiate laterally.
To avoid environmental degradation of these large-scale products, it is necessary to create a net space around the sensor components that meets the minimum values in the table below.

4. Proximity switches installed flush with each other
The Inductive Proximity Sensor installed flush can be used without any gap (A=0). One advantage of doing this is that compared to uninstalled types, it
We receive better protection mechanically and are less sensitive to the impact of errors. The required reduction of transverse magnetic field is achieved through a special internal shielding
of This comes at the cost of scope; These proximity switches can only reach about 60% of the non flush installation design switch distance.
mutual interference
The minimum distance F specified in the above table must be maintained to prevent mutual interference. If these distances cause problems with the application, it can be provided with bias according to requirements
Proximity switch for frequency shift. Then it can be directly installed in the corresponding position.