Mount near a machine to deflect flying chips away from the immediate area. Guards swing in and out as needed and can be locked in any vertical position.

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

Immediately cut power to machinery by breaking the light beam between the two barriers. Light beams can travel up to 32 feet between the transmitter and receiver. For a complete system, combine a transmitter, receiver, safety relay, and connectors (sold separately). Switches will automatically produce PNP or NPN signal output based on the device they are connected to. To selectively allow material to pass through the sensing field, you can program the system to allow one or more beams to be broken without shutting off your machine.

Note: These switches cannot be used with a full-revolution clutch press or machine. Use only with machinery that can consistently and immediately stop anywhere in its cycle.

Safety relays have a microprocessor that monitors safety components, such as emergency stops and light curtains, and sends a signal to stop the operation if a failure is detected and restart when the issue is resolved. They also help with diagnostic tasks because of their feedback circuit, which allows basic relays to communicate their status back to the safety relay. Any system that doesn’t have a safety control component will need a safety relay.

Transmitter and receiver connecting cords allow you to connect multiple safety barrier switches in a row. They include one cord to connect two transmitters, and one cord to connect two receivers.

Optional adjustable brackets allow the transmitter and receiver to swivel from side-to-side, making it easier to align them during installation.

IP67 rated components are protected from temporary submersion.

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

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. Unlike other safety switches, which have a separate transmitter and receiver, these switches include the transmitter and receiver in a single unit. They trigger when light bounces off an object and back to the switch.

These switches respond to two types of areas: safety zones and warning zones. Safety zones act like traditional barrier switches—when a person or object enters the safety zone, they shut down machinery. When used with automatic guided vehicles (AGVs), the safety zone makes sure the vehicle has enough time to stop. Unlike other barrier switches, you can also add warning zones. Entering the warning zone triggers flashing lights, sirens, and other alarms, but doesn’t stop the machine. For AGVs, objects in the warning zone trigger reduced speed. Set up multiple warning zones to trigger escalating signals and precautions as the person or object gets closer to the machine. Switches with 10 or more zone settings let AGVs take more complex routes.

To program what areas to protect, what size objects they’ll detect, configure inputs and outputs, and view data, these switches come with their own software. This includes a muting feature, so you can program them to allow specific materials to pass through the scanning field without triggering a shut down. All have PNP output, so they communicate by sending a positive signal. They also have four LED status indicators and a digital display with push-button controls.

Rated IP65, these switches can be hosed down. They’re UL and C-UL listed, CE marked, and TUV certified, so they meet U.S. and international safety standards. They also meet EN, ISO, and IEC standards for performance and safety.

When choosing a switch, consider how much area you need to cover and how many machines you want to control. Independent switches monitor up to 275° of a single area. For more coverage, use master switches with up to three remote switches. This system can monitor a full circle around a large machine or a long space, such as the area along a conveyor. Connect remote switches to each other and to the master switch using remote switch cables. The number of safety outputs, also known as output signal switching devices (OSSDs), tells you how many machines you can control. Each output has a pair of signals that shut down a single machine—if one signal fails, the other takes over as a failsafe.

Master switches with encoder input monitor and adjust your AGV's speed without needing a separate PLC or other controller. Mount them directly onto your vehicle to make sure the safety zone is always large enough to prevent collisions.

Switches with 8- and 12-pole M12 sockets offer versatility as your application changes—use either the 8-pole or 12-pole connection without having to rewire. Switches with 8- and 17-pole M12 sockets require you to use the 17-pole connection; the 8-pole connection is optional if you want more inputs.

Safety relays have a microprocessor that monitors safety components, such as emergency stops and light curtains, and sends a signal to stop the operation if a failure is detected and restart when the issue is resolved. They also help with diagnostic tasks because of their feedback circuit, which allows basic relays to communicate their status back to the safety relay. They have self-monitoring circuitry, so they’ll keep working even if there’s a component or power failure. Any system that doesn’t have a safety control component will need a safety relay. They meet ISO and IEC standards for performance and safety. Rated IP20, they prevent fingers and other objects from touching live circuits. However, they’re not protected from water.

Power/input/output cables are required for independent and master switches. Data cables are required for connecting switches to your computer. This lets you program and monitor the switches, as well as read their measurement data.

Tilt mounting brackets up and down to make switches scan the correct area. Side-to-side brackets also move left and right. Add protective brackets to shield the tops of switches from falling objects and collisions. Use them with a mounting bracket.

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

Control and diagnose issues with safety-critical circuits. These relays have a microprocessor that monitors safety components, such as emergency stops and light curtains, and sends a signal to stop the operation if a failure is detected and restart when the issue is resolved. They also help with diagnostic tasks because of their feedback circuit, which allows basic relays to communicate their status back to the safety relay. These relays have a duplicate set of input and output signals, so they’ll still stop the controlled device if one of the inputs fails.

IP20 rated, they have recessed terminals which prevent fingers and other objects from touching live circuits. These relays have been tested to multiple safety standards and can help achieve PL, SIL, or CAT system ratings. They also meet ISO and IEC standards for machine safety.

Mount them to 35 mm DIN rail (also known as DIN 3 Rail) for fast installation.

Relays and auxiliary contact blocks with delayed safety outputs are often used where power must be maintained after an input signal is received. For example, after a stop button for a machine is pressed, the guard door will stay locked until the machine cycle is finished.

Auxiliary contact blocks (sold separately) allow you to control more components, such as signaling devices or basic relays.

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

Stronger and with greater load capacities than gooseneck-style positioning arms, these arms keep their shape even when moving or when exposed to vibration. They’re often used in robotics and conveyor applications when frequent repositioning isn’t required.

All accessories include the necessary hardware for attaching them to arms.

Clamp-on bases have two arm attachment locations. Place arms straight or at a right angle from the clamping screw. Clamp-on bases with a rubber V-block can be mounted to rounded surfaces such as pipe and railings.

Attach up to five arms to your base with multi-arm adapters.

Ball-and-socket adapters and ball-and-socket connectors allow 360° rotation and up to 90° tilt. A locking knob keeps them in place.

Parallel brackets grip the ends of flat items.

Threaded studs convert the threaded hole on your positioning arm.

Thread adapters convert the thread size and type on your positioning arm.

Secure items to attaching-end mounting pads with glue, hook and loop, screws, or other fasteners.

Block chips while maintaining an unobstructed view of the workpiece. Attach the included mounting bracket to the front of the lathe’s headstock, beside the lathe chuck. These guards can be locked in the swing-away or down position.

Optional headstock mounting bracket allows mounting on the top or back of a lathe’s headstock.

Optional headstock extension mounting bracket has an extension tube and can be mounted on the top or back of a lathe’s headstock.

Protect yourself from flying chips and coolant splash. Guards mount and travel on the cross slides and are fully adjustable in all directions. The adjustable arm swivels and the mounting bracket adjusts vertically. Both lock for easy positioning. Guards have a heavy gauge steel frame and a polycarbonate window that provides a clear view of the workpiece. The front panel lifts for quick access.