Mount these switches in panel cutouts where changing a battery or routing wires might be difficult—they power themselves when you push the button. These switches wirelessly send a signal to a receiver (sold separately) up to 330 feet away. Since they operate equipment without requiring wires back to your control panel, they’re often used for retrofit or temporary installations. The switches come in distinct colors to help operators quickly identify them.

Switches include enough contact blocks to control the number of circuits listed. Additional contact blocks (sold separately) can be added to control more circuits or replace the included contact block. Connect up to 32 contact blocks to one receiver.

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Make or break an electrical circuit. These contact blocks mount to manual switches and transmit an electrical signal when the switch actuator is engaged. You can stack multiple blocks, so a single switch can control several circuits. This is helpful in setups that require multiple systems to turn on or off at the same time. For example, the switch on a conveyor line could turn off the conveyor and turn on a diverter and alarm.

Quick-make blocks close the contacts milliseconds before the push-button or lever is fully actuated, so they’re often installed in safety systems. For example, you can connect one quick-make block and one standard block to a switch that controls two circuits—this ensures one contact turns on or off before the other.

Tug the cable to stop your line, then follow it back to the restart switch. Typically separate devices, the stop and reset controls are in one compact unit. As a secondary shutdown option, a push-button stop switch is also built in. A secondary push-button stop switch ensures you can halt equipment immediately, even when the cable is out of reach. Because they let you control circuits from a distance with a quick tug, these cable-pull stop switches are often used to turn off production lines and material handling systems. To notify your team on the floor that you’ve stopped equipment, a power indicator lights up when you pull the cable.

Use the tension indicator to confirm that cable is set up correctly. Circuits remain open until you tension the cable and hit the restart button. Cable is not included.

Two-direction switches support twice the total cable distance of one-direction switches. With pulls on each side, you can route cable in two opposite directions. These switches are often placed at the midpoint of conveyors and other long runs of equipment.

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Immediately cut power by pulling a cable. These switches are often used to turn off production lines and material handling systems in an emergency. All have positive-force, snap-open contacts that open a circuit when actuated, even if a spring fails or the contacts stick. The contacts will remain open until you tension the cable and reset the switch.

Switches with a power indicator illuminate when the cable has been pulled.

Switches with a tension indicator let you visually confirm that tension is set correctly in the system.

Switches with an emergency stop button can be shut off either by their button or cable. They’re often installed where equipment may block access to the cable.

For technical drawings and 3-D models, click on a part number.