Inductive
Proximity Sensors
Inductive proximity sensors are already widely used in industry.
Inductive proximity sensors are designed to detect metallic objects entering
their detection zone. Because their advanced design includes no moving parts
or contacts and full encapsulation, this series functions without wear,
providing low maintenance, reliability, and excellent protection against
vibration, shock, dust, dirt and humidity. This makes the inductive proximity
line ideal for harsh environments.
Magnetic proximity
Sensors
The new magnetic proximity sensors feature a revolutionary patented
design, making them sturdier and more inexpensive than other electronic
sensors. These sensors offer long sensing distances (up to 70 mm) with
exceptionally small size, and are capable of sensing magnetic objects,
including permanent magnets, through many non-magnetizable materials. Because
of their long range and special capabilities, the magnetic proximity sensors
can solve specialized applications that no other type of sensor can handle.
For instance, they can sense objects through partitioning walls and within
pipes, an especially useful feature when working with aggressive media or high
temperatures.
Magnetic Cylinder
Sensors
SICK's new line of magnetic cylinder sensors offers unparalleled
reliability, sensitivity and accuracy for position sensing in pneumatic
cylinders. They are fully electronic and extremely rugged, with high
sensitivity and exceptional repeat accuracy. SICK magnetic cylinder sensors
reliably detect any magnetic ring in the piston through aluminum, brass or
stainless steel housing walls. SICK Optic-Electronic features one of the
widest range of standard and advanced inductive proximity sensors available,
with a broad range of housing shapes and sizes and offering sensing distances
of up to 60 mm. Inductive proximity sensors can handle many applications,
including position polling and detection, transport monitoring, pulse
counting, speed monitoring and direction detection, feed and ejection control,
and no load and backlog monitoring.
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