These switches use DC input voltage and produce PNP or NPN signal output. They're often used with programmable logic controllers (PLCs).

The flexible cable on these switches withstands applications that require frequent motion, such as robotics.

Eliminate the need to calculate the sensing distance when using different metals—these switches sense all metal at the same distance. Also known as K=1 sensors.

About half the length of our other flat-body proximity switches, these switches fit in crowded spaces and along rails.

These inductive proximity switches sense metallic objects each time they pass through the slot, even when they’re obscured by water, oil, dirt, or a surface finish. Use them to measure the speed of rotating equipment and to count or detect moving objects, such as sheet metal being fed into a stamping process.

Detect aluminum cans, copper tubing, and other metal items that don’t contain iron.

Sense objects as they pass through the switch’s ring via tubing or a funnel. These switches are often used to monitor blockages, detect breaks in spooling wire, or count small metallic parts, such as screws, during the stamping process.

For use in volatile areas, these intrinsically safe switches detect objects when they pass through the slot. They use a NAMUR signal to operate at a low current and voltage, so they won’t ignite or create sparks. ATEX and IECEx certified, they protect against explosion.

Actuate your switch with precision—these proximity switches have an easy-to-read screen for precise distance inputs, measurements, and troubleshooting.

Twist the sensor to detect metallic objects where explosive dust or gas may be present—the sensor rotates for front, side, top, or bottom sensing. These switches are UL and C-UL listed as well as ATEX and IECEx certified for hazardous locations.

Most often found in older devices, these switches require AC input voltage.

Rotate the face on these switches five different directions for easy installation and positioning—they work with both AC and DC inputs.

Send signals in response to changing magnetic fields to trigger processes or monitor position, speed, and current.

These switches sense when a valve is open or closed, supporting flow and temperature control within your system and offering reliable feedback.