Shut off abrasive blasters if the operator loses control; also known as deadman switches
Convert continuous flow into bursts that reduce air consumption in dryers and dust collectors
Press with your hand or foot to turn circuits on and off with air pressure
Everything from bells and whistles to horns and sirens
Plugs, sockets, receptacles, and adapters to make audio connections
Turn the knob to alternate between two batteries without interrupting power
Signal when overhead doors close or items reach the end of conveyors
Sockets and receptacles to connect CB radios
Reusable way to interrupt circuits when they overload or short
Control when to transmit power with a clutch and when to hold a load in place with a brake
Turn pumps, mixers, and valves on and off based on a solution’s conductivity
Lower current flows to levels that work with panel monitors and other electrical measuring equipment
Prevent AC current overload in equipment such as motors and heaters
Plugs, sockets, receptacles, and adapters for connecting computers, monitors, and printers
Test and troubleshoot circuits without needing to solder capacitors or replace resistors
Route current in one direction and block it in the other to protect sensitive electronics
Slide actuators to open or close each circuit to configure instructions for electronic devices
Manage the flow of fluids to move equipment in air- and hydraulic-powered systems
Make sure equipment stays turned off during inspection and maintenance
Activate doorbells or buzzers with the push of a button
Connect machine tools, robots, and other vibrating equipment
Push and pull loads with more precise positioning than air and hydraulic cylinders
A motor and speed reducer in one to slow speed and increase torque in AC- or DC- power applications
Keep machinery and equipment moving with AC or DC power
Move parts with precision in electronics, robotics, and other automated processes
Cut power to equipment during emergencies
Equipment only runs while you press the switch; also known as deadman switches
Control fans, lights, and other devices inside your enclosure when you open and close the door
Lightly touch with your finger to turn circuits on and off
Use fingerprints to confirm the identity of personnel before granting access to areas or equipment
Activate to send a signal to your control panel if there's a fire
Turn equipment on or off when flow rate reaches a set point
Step on the pedal to actuate circuits while keeping your hands free for other tasks
Use as a safety switch to shut off hydraulic equipment and other machinery when the link melts
Automatically open and close overhead doors; also known as jackshafts
Replace flame detectors in HVAC equipment such as furnaces, ovens, water heaters, and boilers
Remotely view measurements, adjust settings, and identify errors in sensors and actuators
Configure your IO Link devices without a PC, outlet, or separate software
Move the joystick to steer and position cranes, robot arms, and other machinery
Turn a key to actuate circuits, preventing accidental start and limiting access
Activate equipment by detecting the liquid level in a tank
Grip and twist the lever to turn circuits on and off, preventing accidental actuation
Immediately cut power to machinery when anything blocks the light beam
Adjust the brightness of lights, even in large workspaces
Upgrade to energy-efficient LED lights without completely replacing old fixtures
Install or replace sockets in fixtures for standard household, tubular, compact, or miniature bulbs
Turn lights on and off or dim them in unison from a secure Bluetooth network
Protect light switch sensors from damage and vandalism
Automatically turn lights on and off when you enter and exit rooms
Combine a switch and receptacle into a single outlet box for a small footprint
Turn equipment on or off when objects touch the actuator; often used for conveyors and bin filling
Actuate when a magnet comes within sensing distance; often used to detect when doors or windows open
Plugs, sockets, receptacles, and adapters for equipment with metric connections
Install in walls and panels and pair with Mil. Spec. plugs
Install in walls and panels and pair with plugs to send power and signal
Determine settings such as steps, direction, and step resolution from one device
Receive signals from a motor controller and deliver them to your stepper motor
Upgrade your motor starter protector to use less energy and emit less heat
Turn motors on and off and protect them from current overloads
Turn motors, lighting, and electric heat circuits on and off
Protect electric motors by cutting power when faults occur
House electrical components such as on-off switches, receptacles, and dimmer knobs
Control machinery, such as cranes, hoists, and trolleys, from a safe distance
Pair with sensor switches to reflect light back at them
Program complex automation jobs by combining the functionality of a relay, timer relay, and switch
Keep moisture and dust out of potentiometers
Control speed, volume, and light intensity by varying electrical flow; also known as rheostats
Install in a wall or panel to transmit power to plugs or sockets
Convert your facility's AC voltage to power equipment that runs on DC voltage
Tug on a cable or rope to turn on and off circuits, often for production lines along conveyors
Pull a chain to send a signal, such as for turning on and off lights and fans
Our most common switch type actuates circuits with the push of a button
Convert AC voltage to a constant DC voltage on a circuit board
Electrically open and close circuits to control power to lights, motors, and other equipment
Scan RFID tags to sort inventory, track items, and control building access
Read RFID cards when prototyping systems or scan RFID tags to control circuits
Place across driveways or walkways to actuate when foot and vehicle traffic pass over
Plugs, sockets, and receptacles to make Ethernet connections
Press the wide, flat surface to easily turn circuits on and off
Protect people by cutting power to machines when access doors open; also known as interlock switches
Monitor objects, switch equipment on and off, and send data to control systems with a single device
Detect moving objects from a distance, triggering a circuit to open or close
Create rotary motion with accurate positioning and fine control over speed and torque
Check if the signal output of a DC switch is NPN or PNP to know how to wire components
Like a flashlight, the switch slides from one side to the other to turn circuits on and off
Test hard-to-reach HVAC smoke detectors from a convenient location
Open and close circuits quickly to minimize arcing and sticking; often used as door-open indicators
Sockets and receptacles to connect solenoid components, such as valves and motors
Wire between your speakers and sound amplifier to adjust the volume
Avoid downtime and machinery damage by detecting slowdowns in drive trains and conveyors
Stepper motor and gearbox in one for high torque in areas large motors won’t fit
The motor shaft turns in small, equal increments for precise positioning
Mount to switches to control electrical circuits as you move the switch
Step on a mat to actuate circuits, often to control doors, lights, and alarms
Mount switches to panel cutouts, tank walls, or conveyors
Trigger an emergency stop when robot arms contact a worker or object
Safely send power to switches and sensors in volatile areas such as refineries and power plants
Equip tablets with safety switches to halt robots, conveyors, and other machinery in an instant
Precisely regulate process temperatures; more accurate than temperature switches
Turn heating equipment on or off at a specified temperature
Trip circuits when tilted; use as position indicators, pump level controls, and limit switches
Turn machinery on or off after receiving an electrical signal that starts the timer
Automatically turn electrical equipment on or off after a set interval
Flip the toggle from one position to the other, turning circuits on and off
Keep torque at or below a set limit to control tension or braking or protect machinery from overload
Lay flat or mount on a wall to alert you when doors open or objects are removed
Boost weak electrical signals and rapidly control data transmission
Protect sensors, programmable logic controllers, and other small components from electrical surges
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