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Often used on conveyor systems and bin filling operations, these switches have the rapid-closing action of a snap-acting switch but have a large actuator for sensing larger objects.
These switches actuate with the slightest push for a high degree of accuracy.
Sealed actuators prevent these switches from jamming, even when exposed to oil, sand, mud, or ice.
Stack these slim switches together, or fit them into tight spaces. They're rated IP67 for protection from temporary submersion.
Secure these switches into panels using mounting nuts.
Sealed actuators prevent these switches from jamming, even when exposed to sand, mud, or dirt. They're rated IP67 for protection from temporary submersion.
Rated NEMA 6P, 13, and IP67, these switches are protected from corrosion, oil/coolant spraying, washdowns, and temporary submersion.
These switches actuate with the slightest push for a high degree of accuracy. They're rated IP67 for protection from wet locations and temporary submersion.
Rated IP67, these switches are protected from temporary submersion. When an object in motion comes into contact with the actuator, it sends a signal to open or close a circuit.
Protect machinery and ensure the safety of personnel—these switches will open the circuit when actuated even if a spring fails or the contacts stick.
Shorter and thinner than other safety limit switches, these are sized to fit tight spaces.
Prevent equipment from automatically restarting—these switches must be manually reset each time they're actuated.
Use these switches where ignitable gas and dust may be present. They meet NEC Class I, Division 1, Groups B, C, and D; and Class II, Division 1, Groups E, F, and G for hazardous locations.
Smaller than standard size snap-acting switches, these fit in tight spaces.
Open and close circuits quickly to minimize arcing and prevent contacts from sticking. These switches are often used as door-open indicators on appliances and enclosures.
Enclosures protect these snap-acting switches from the environment.
Actuate these switches with half the force of other subminiature switches for increased accuracy.
The smallest snap-acting switches we offer, these fit into the tiniest of spaces.
With a rubber-encased housing and stainless steel bracket, these switches resist vibration and corrosion. They're rated IP68 for protection from dust and temporary submersion.
Small enough to fit in the tiniest spaces, these switches are rated IP67 for protection from temporary submersion.
Rated NEMA 4 , these enclosed switches have a sealed actuator for protection from washdowns.
Keep out dirt and moisture—the sealed housing on these switches is watertight and meets MIL-PRF-8805.
Replace access door hinges with these switches; they actuate when the door opens at least 4°.
Often used with machine guards, these switches mount to a door frame.
Delay access to hazardous areas until conditions are safe; use these switches with machines that take time to stop after they are turned off. They mount to a door frame.
Sensitive along their entire length, these switches are often used to signal when an overhead door closes or an item reaches the end of a conveyor.
Prevent automatic doors from closing on a person or an object—these switches immediately turn machinery off when actuated with minimal force.
Minimize false triggers—these switches require 10 lbs. of actuation force in order to shut off machinery immediately.
These switches use DC input voltage and produce PNP or NPN signal output. They're often used with programmable logic controllers (PLCs).
The short body on these switches makes them suitable for tight spaces.
Easily mount these flat switches to a base or rail.
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.
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.
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.
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.
Turn the face on these switches to sense metallic objects from the front, sides, top, or bottom.
Mount these intrinsically safe switches to flat surfaces in volatile areas. Their low-current, low-voltage NAMUR signal means they won’t ignite or create sparks while in use. ATEX and IECEx certified, they meet international standards to protect against explosion where combustible dust and flammable gases are present.
Use these switches to sense metallic objects in environments containing flammable gases and combustible dust. ATEX and IECEx certified to protect against explosion, they produce a low-current, low-voltage NAMUR signal, so they won’t ignite or create sparks.
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.
These intrinsically safe switches detect objects as they’re routed through the ring. They produce a low-current, low-voltage NAMUR signal, so they won’t ignite or create sparks. Switches are ATEX certified to protect against explosion.
Sense objects from farther away than with other DC proximity switches that have the same diameter.
The flexible cable on these switches withstands applications that require frequent motion, such as robotics.
With a smaller diameter and shorter length than standard sized switches, these fit in the most space-constrained areas.
These switches have a longer sensing distance compared to other proximity switches with the same diameter.
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.
Mount these flat inductive switches to a base or rail to remotely detect metallic objects in wet and dirty environments.
Switches accept both AC and DC input voltage.
Often used with programmable logic controllers (PLCs), these switches use DC input voltage and produce PNP or NPN signal output.
Rated NEMA 4X, 6P, IP68 and IP69K, these switches resist corrosion and high-pressure, high-temperature washdowns, and can withstand temporary submersion.
These switches use a NAMUR signal to operate at a low current and voltage, so they won’t ignite or produce sparks. ATEX certified, they protect against explosion in environments containing flammable gases and combustible dust. Switches sense both metallic and nonmetallic objects.
Mount proximity switches into a panel cutout or tank wall.
Detect the presence or absence of an object moving at high speeds with a light beam. These switches have a longer sensing distance than proximity and ultrasonic switches.
These switches have a receiver built into the housing, eliminating the need to align components and measure sensing distance during installation.
For optimal performance in tight spaces, these switches have a smaller beam and can detect smaller objects than standard photoelectric switches.
With a narrow, flat body, these switches fit in tight spaces.
Rated IP69K, these switches can withstand high-pressure, high-temperature washdowns and temporary submersion.
Safely detect the presence or absence of an object moving at high speeds with a light beam. These switches produce a low-current, low-voltage NAMUR signal, so they won’t create sparks or ignite. ATEX and IECEx certified, they protect against explosion in environments containing flammable gases and combustible dust.
A built-in relay produces AC voltage output. These switches are often used with older programmable logic controllers (PLCs).
Scanning 275° side-to-side for people and objects, these switches (known as safety laser scanners) cover large areas and send signals to machinery to prevent accidents.
Set these switches to delay activation by up to fifteen seconds after detecting an object.
The highly flexible fiber-optic cable and small sensing end help you position these switches in hard to reach areas.
Set these switches to delay activation by up to five seconds after detecting an object.
Light beams travel up to 32 ft. between the transmitter and receiver.
These switches sense when a valve is open or closed, supporting flow and temperature control within your system and offering reliable feedback.
Support flow and temperature control in your system with these intrinsically safe switches, which sense when a valve is open or closed in volatile areas. They are ATEX and IECEx certified to protect against explosion.
Detect objects and liquid or material levels to set off actions in your system—regardless of size, shape, or surface finish.
Often used as position indicators, pump level controls, and machine limit switches, these switches actuate when tilted to a certain angle.
Control and diagnose issues with safety-critical circuits.
Send an electronic signal to your system when the piston reaches a certain location.
To provide more mounting flexibility than other sensor and switch mounting brackets, the head rotates 360°.
Position proximity, photoelectric, and light beam sensors and switches.
The spring-loaded design absorbs impact to protect sensors and switches from damage.
Clamp around sensors and switches for a secure hold.
Designed to fit most limit switches, these brackets allow switch-position adjustments after they are fastened to equipment.
Measure the distance to objects and the level of liquids and materials despite size, shape, or surface finish, and send that information to other parts of your system.
To protect equipment and personnel, these controllers shut down your machine when it gets too hot.
Built into an enclosure, these temperature controllers are protected when sitting on your workbench. They turn heating equipment on and off using a proportional-integral-derivative (PID) control algorithm to make fine adjustments, giving you the most precise and stable temperature control.
Position your sensor exactly where you need it for your conveyor setup.
Precisely adjust your sensor to the exact spot you need it on your conveyor—these mounts have graduations every 1 mm.