Rated IP69K, these switches can withstand high-pressure and high-temperature washdowns. They detect the presence or absence of an object with a light beam moving at high speeds and produce PNP or NPN signal output. To determine the signal output of a switch you are replacing, use Testers for Proximity and Photoelectric Switches (not included).

IP67 and IP68 rated switches are protected from temporary submersion.

Direct sensing switches detect objects when light reflects back from the object. The transmitter and receiver are in the same housing, so they fit in confined spaces.

Receiver switches detect objects when an object breaks the light beam between the transmitter and receiver (both included). They have a longer sensing distance than direct-sensing and reflector switches.

Reflector switches detect an object when it passes between the switch and the reflector, interrupting the beam. They have a longer sensing distance than direct-sensing switches.

Switches with a plug connect to cables with a socket (sold separately), allowing you to quickly connect and disconnect the switch.

Color immune switches have the same sensing distance for dark and light colored objects.

About half the size of standard photoelectric switches, these switches are good for use in tight spaces. They detect objects moving at high speeds with a light beam. They produce PNP or NPN signal output; to determine the signal output of a switch you are replacing, use Testers for Proximity and Photoelectric Switches (not included).

Direct sensing switches detect objects when light reflects back from the object. The transmitter and receiver are in the same housing.

Receiver switches detect an object’s presence when they break the light beam between the transmitter and the receiver (both included).

Adjustable switches let you increase the intensity of the light beam to better detect shiny or translucent objects.

IP65 rated switches protect against dust and light rinses.

Monitor a wide area around dangerous machinery. If a person or object gets too close, these scanners signal your relay or controller to either trigger a warning or shut down the machinery. For example, they can slow a robotic arm if someone comes within 20 ft., then stop it completely if they come within 10 ft. You can also set these scanners to respond only when they detect objects of a certain size. Since they continuously monitor 275°, they cover a much wider area than light beam safety barrier switches.

These scanners have a dedicated safety output for triggering emergency stops, and three inputs/outputs that you can configure. The safety output sends two duplicate signals at the same time—also called redundant signals—so even if one fails, the other will stop your equipment. Wire this output to safety relays or safety terminals on a controller. The inputs/outputs can be configured to set off warnings or adjust the scanner’s behavior. When used as outputs, they can send a signal to flash a light, sound an alarm, or slow a machine. When used as inputs, they can signal the scanner to ignore robot arms or other expected objects, while still scanning for people and unexpected objects.

Download free software onto a computer running Windows to set the monitoring distance, the size of the objects you want to detect, and the function of the inputs/outputs. You can also save up to six different configurations on the scanner itself.

Rated IP65, these switches are sealed to keep out dust and low-pressure jets of water. They’re UL and C-UL listed, CE marked, and TUV SUD certified, so they meet U.S. and international safety standards. They also meet EN, ISO, and IEC standards for performance and safety.

You’ll need a power/input/output cable to connect the scanner to your power supply, controller, or relay. Use an ethernet cord to connect the scanner to your computer for programming.

Mount these scanners to a flat surface using holes on the back. Add a mounting bracket to tilt the scanner toward the area you want to monitor. To shield the top of your scanner from falling objects and collisions, mount a protective bracket onto the mounting bracket.

A slim design and a light beam that’s angled upwards allow these switches to sense objects from between conveyor rollers. Because they’re photoelectric, they can detect objects that are moving quickly. All are adjustable, so you can increase the intensity of the light beam to sense shiny or translucent objects. These switches have an M12 connection to quickly connect and disconnect from your switch. Add cables (sold separately) to switches with a plug to wire them into your setup.

Switches with an NFC connection can be programmed and calibrated through a free app on your smartphone. This way, you can leave the switch installed while calibrating it.

Direct sensing switches project light onto an object and then detect the reflection to actuate. The transmitter and receiver are in the same housing, so these switches fit in tight spaces. They require a quick-clip mounting bracket (sold separately).

Reflector switches detect an object when it passes between the switch and the reflector, interrupting the beam. They have a longer sensing distance than direct-sensing switches. They can be mounted with an L-shaped mounting bracket (sold separately).

IP65 switches protect against dust and splashing water.Switches with a solenoid valve allow you to control air-powered conveyor drives directly from the switch.

Switches with a conveyor on/off switch allow you to control when conveyors start and stop—no need for a separate controller.

Also known as capacitive proximity switches, these remotely sense both metallic and nonmetallic objects, but their strength is in sensing materials such as plastic, ceramic, and clear targets. Sensing distance is based on the type of material being sensed. The distance listed is for mild steel. Often used with programmable logic controllers (PLCs), they produce PNP or NPN signal output. To determine the signal output of a switch you are replacing, use Testers for Proximity and Photoelectric Switches (not included).

Mount flush switches so that the sensor face is level with the surface of your material. Also known as embeddable or shielded switches, they’re more accurate than projecting switches at close range and can be mounted close together on any surface without causing interference. Projecting switches, also known as non-embeddable or unshielded switches, must be mounted with the area around the sensor face free of metal. They have a longer sensing distance than flush switches with the same diameter.

Switches with a plug connect to cables with socket (sold separately), allowing you to quickly connect and disconnect the switch.

Switches with IO link can be configured remotely when connected to a PLC, a human-machine interface (HMI), or a computer.

Switches with PNP/NPN signal output automatically produce the type of signal output that is needed based on the device they are connected to.

IP65 switches are protected from washdowns. Switches rated IP67 are protected from temporary submersion. Choose IP69K switches to withstand high-pressure, high-temperature washdowns.

Also available: If you don’t see the switch you need, please select 6693T999 and specify manufacturer and manufacturer part number.

Switches accept both AC and DC input voltage. Also known as capacitive proximity switches, they remotely sense both metallic and nonmetallic objects but their strength is in sensing materials such as plastic, ceramic, and clear targets. All are projecting switches, and must be mounted with the area around the sensor face free of metal.

Switches with a plug connect to cables with a socket (sold separately), allowing you to quickly connect and disconnect the switch.

IP65 rated switches are protected from washdowns.

Also available: If you don’t see the switch you need, please select 6693T999 and specify manufacturer and manufacturer part number.

Detect motion near your light fixture to turn lights on and off. Compared to switch-mount motion controls that detect from a single wall, these controls have a better view of the entire space since they sense motion from above. Also known as occupancy sensors, these controls have an infrared sensor that activates when it detects a change in heat. To work properly, they need an unobstructed view of your space. All have a time delay to turn lights off after a set time. Rated IP65, these controls are protected from washdowns.

These light controls monitor motion in a full circle for coverage in all directions. Those that cover 7,690 sq. ft. have lenses that can be swapped out to limit where they sense. Half-circle sensing lenses are best for concentrating coverage to a certain part of a room, such as a workstation or an entrance. Narrow sensing lenses are best for the end of aisles in spaces with high ceilings like those in warehouses and factories.

Use fingerprints to confirm the identity of personnel before granting access to secure areas or equipment. Switches light up green to indicate that they have accepted the fingerprint and are sending an output signal. The front faces of the switches meet NEMA 12 and IP65. The rear faces of the switches meet IP20.

Covers (sold separately) have an adhesive-back hinge, so you can stick them on to your switch. Keep the cover flipped down to protect the switch’s sensor from dust and debris.

The light touch of a finger turns circuits on and off without pressing down a contact. Program these switches to fit your application—control their color, pattern, and sensitivity. Change the color to show different process statuses. For more visibility, change the intensity of the color or choose a light pattern. These switches can flash, rotate, and show other patterns, all at speeds you can control. To change how much force they need to actuate, alter the sensitivity. With a high sensitivity, they’ll actuate even if you’re wearing gloves. With a low sensitivity, they’re more resistant to accidental actuation.

To program your switch, download the free Banner Pro Editor Software. You’ll need a switch programming kit (sold separately) to connect your switch to the software.

Switches with an audible alarm can be programmed to 12 different tones ranging from sirens to melodies.

It takes two hands to activate these switches, minimizing the risk of accidental equipment start up. They have an emergency stop push-button to immediately cut power. They’re rated IP65 for protection from low-pressure washdowns.

Switches with finger-touch actuators turn circuits on and off with a light touch, even when wearing gloves. An infrared sensor detects the lightest finger contact, and an indicator lights up to confirm when they are activated. Because they don't require you to press down a button to operate, they meet ANSI B11.TR1 standards to reduce hand, wrist, and arm fatigue. You'll need a relay or controller to complete your system—upgrade to a controller if you plan to operate additional devices beyond your switch.

Safety controller expansion modules can be added to safety controllers to increase the number of inputs.

Telescoping stands can be added to switches with finger-touch actuators to mount them away from a wall. The stands telescope to adjust the height of the switch and tilt to adjust the angle of the switch.