Built into a terminal block, these switches mount to DIN rail.

A base that lights up draws attention to emergency stops. When pushed, these switches immediately cut power.

Install in 16 mm dia. cutouts.

Install in 10 mm dia. cutouts.

Made of yellow polycarbonate plastic, these enclosed switches are easy to see and resist dents, chips, and cracks. They are more corrosion resistant than aluminum enclosed switches and withstand washdowns and oil/coolant spraying.

Make or break an electrical circuit. These contact blocks mount to manual switches and transmit an electrical signal when the switch actuator is engaged.

Keep your hands free for other tasks by triggering switches with your foot.

Control multiple devices with one switch. Turn the shaft to change switch positions.

Turn these switches by hand.

Connect these switches to a cable to control circuits from a distance. They're typically used to turn off production lines and material handling systems.

Built for tight spaces exposed to water, these switches have a housing that's less than 1" long and IP67 rated for protection from temporary submersion.

When a moving object contacts the actuator on these switches, they open or close a circuit. They have the rapid-closing action of a snap-acting switch, but with a larger actuator for large objects.

Stack these slim switches together, or fit them into tight spaces. They're rated IP67 for protection from temporary submersion.

Shorter and thinner than other safety limit switches, these are sized to fit tight spaces.

Also known as interlock switches, these ensure the safety of personnel by automatically shutting off power to machinery when an access door opens. They’re often used with machine guards.

A built-in relay produces AC voltage output. These switches are often used with older programmable logic controllers (PLCs).

With no moving parts, these solid state relays last longer, switch faster, and are quieter than mechanical relays. They interface between your controller and components to isolate input and output circuits, which protects components from voltage spikes, amplifies the relay’s signal, and reduces interference for reliable transmission.

A single, momentary input voltage switches these relays and locks them in position, so they don't require a constant input voltage to stay on or off.

Reduce connection errors on circuit boards that control machine guards and other safety devices. These relays take up less space on a board than those with electrical wiring because their solder pin terminals mount directly through circuit board holes.

These relays pair the transmission reliability of an interface relay with the fail-safe operation of a safety relay. They have interlocking contacts—also known as force-guided or mechanically linked contacts—so opposing contacts won't close at the same time.

Safeguard your equipment against overheating, wear, and malfunction from a spike or dip in voltage.

Protect electrical equipment from overcurrent and undercurrent damage—these relays continuously monitor current flow.