Inductive proximity sensors work
by transferring energy from one object to another by creating an
electromagnetic field. The field is produced by a coil located behind the
sensor's "face", or active surface. When a metal target meets the
sensor, the energy transferred is reflected as tiny circulating electrical
currents known as eddy currents. Inductive proximity sensors are sometimes also
referred to as eddy current sensors.
P800 Proxswitch
The P800 Proxswitch inductive proximity sensor detects the presence of an object at up to 12 mm or 1/2".
The sensor is designed to detect both position and speed of a rotating shaft,
as well as an object's presence. The sensor can also detect the presence of a
gate or other object. Contact 4B's Tech Team to discuss your application's
specific requirements.
LDC0851
The LDC0851 inductive proximity sensor features a threshold that adjusts the mode to vary the switching
threshold. The threshold can be adjusted by subtracting the offset inductance
from the reference inductance. The hysteresis window is 0.8% of the switch ON
threshold. Depending on the target sensitivity and the desired switching
distance, these two settings may be set in a range between 20 m and 30 m.
Pepperl+Fuchs
The new, modern and reliable
inductive proximity sensors from Pepperl+Fuchs SE have been developed for a
variety of applications. These sensors offer high characteristic safety values
and can be used with standard metal actuators. They feature a
short-circuit-protected, polarity reversible, and LED status indication.
Pepperl+Fuchs inductive proximity sensors are ideally suited for applications
that require high-precision detection of metallic objects.
LDC0865
The LDC0865 inductive proximity
sensor is used in a wide range of industrial applications. Its high-frequency
oscillation feature helps to detect metal objects. These proximity sensors are
also available in a wide range of resistances, such as oil and water resistance.
Their low-current output means that they are suited for applications with a
limited amount of current. To learn more about the LDC0865 inductive proximity
sensor, click the button below.
LDC0866
The LDC0866 inductive proximity
sensor has a sensitivity of 0.1 dB/mm and is ideal for highspeed, precision
measurements. The sensor features sub-micron resolution, a 40 kHz sampling
rate, and a short, space-saving sensor body. This proximity sensor has high
detection sensitivity and long detecting distances and is available with an
integrated amplifier and built-in LEDs.
LDC0870
Inductive proximity sensors
detect metal targets without physical contact. These devices create an
electromagnetic field around them, which switches on when a metal target enters
the detection zone. They turn off when the target moves away. Non-metallic substances
do not interfere with the sensor's detection range. Another benefit of
inductive proximity sensors is their ability to operate in wet environments and
do not require physical contact with the target. These sensors have many uses
and are ideal for industrial applications.
LDC0871
An LDC0871 inductive proximity
sensor detects a physical change in an object's proximity to the sensor. The
type of material used to create this sensor's capacitance depends on the size
of the object being detected. The resistance to water or other chemicals may
affect the sensor's performance, but these materials are suitable for many
applications. There are many advantages of these sensors. Listed below are the
most notable features of the LDC0871 inductive proximity sensor.
Inductive proximity sensors work by transferring energy from one object to another by creating an electromagnetic field. The field is produced by a coil located behind the sensor's "face", or active surface.#inductiveproximity #sensor pic.twitter.com/9zLzVf0d8W
— Joddie Marshall (@joddie_marshall) April 5, 2022
LDC0880
If you are looking for a new
inductive proximity sensor, the LDC0880 is an excellent choice. This sensor
detects objects up to one meter away. The proximity sensor has three wires that
you can use to interface with a wide variety of devices. Its output is 0V when
it detects an object and 3V when it can't see anything. You can also use this
sensor with other modular building blocks, such as home and office automation
building blocks. If you are looking for an inductive proximity sensor for a
specific purpose, you can even integrate this sensor with other sensors to
control your home and office.
LDC0891
The LDC0891 inductive proximity
sensor is a versatile and reliable proximity sensor for industrial and
commercial applications. Its dual-output configuration enables it to detect the
proximity and speed of a moving object. The device can be connected to a PLC or
hazard monitoring system to provide an alarm or shut down when certain
conditions are detected. This is an excellent sensor for harsh industrial and
commercial environments. Listed below are some of its main features and
benefits.
LDC0850
When you are looking for a
reliable proximity sensor, LDC0850 inductive proximity is an excellent choice.
This sensor is made to withstand the high temperatures and vibrations
associated with its inductive nature. The LDC0850 can detect objects up to a
radius of 70mm. The sensor features a sub-micron resolution, ultra-fast 40 kHz
sampling rate, and short sensor bodies. These sensors are compatible with 4B
hazard monitoring systems and PLCs and can provide an alarm or shut down when a
trip condition is detected.
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