Improve the efficiency of your equipment—wire these transformers to step your input voltage up or down by as much as 20%.

Protect equipment from electromagnetic interference and maintain power during three-millisecond power dips.

Prevent accidental contact with live electrical connections—the screw terminals are covered or recessed. These transformers can handle momentary high-inrush current associated with contactors, solenoids, and relays.

Sealed coils protect against dust, dirt, oil, and moisture. These transformers can handle momentary high-inrush current associated with contactors, solenoids, and relays.

Use the included outlet box cover or mount these transformers to a panel. They can handle momentary high-inrush current associated with equipment start-up.

Hardwire this transformer into your panel.

Permanently install these transformers in panels.

Run your motor at 100% or normal power. Also known as rotary converters.

Less than 2 1/2" deep, mount these power supplies to a DIN rail in shallow enclosures and control panels, such as those used in building automation systems.

Made of durable components for a long life in demanding conditions, these power supplies convert AC voltage to power DC motors and other devices that require high start-up current.

Sized to fit into small and cramped enclosures, these compact power supplies mount onto DIN rails to convert AC to DC voltage. Despite their size, they're designed to power motors, solenoid valves, and other devices that require large start-up current.

Send both electrical and data signals to equipment on AS-interface networks.

When your power supply sends out DC power at a higher voltage than you need, change to the proper voltage with these converters.

Completely sealed and protected from dust and water, these power supplies don't need a separate electrical panel or enclosure. Instead, mount them directly to machine tools, process control equipment, conveyors, and other equipment found in harsh industrial areas.

Convert AC to DC voltage to power equipment in tight spaces—since these power supplies don’t have an enclosure, you can use them inside devices where enclosed power supplies can’t fit.

Communicate between a development board and other components, such as sensors and actuators, that use digital signals at a different voltage.

These transformers produce AC output that most closely resembles clean, stable AC-generated power.

Use DC voltage to power devices that run on AC voltage. Also known as inverters and converters.

Change AC voltage to DC voltage to power extremely sensitive audio, measuring, and testing devices while keeping electronic interference—often called output or ripple noise—from passing on to the device.

No need to adjust the voltage on these power supplies—they’re specifically designed to convert 120V AC to 13.8V DC.

Reduce high current flows to levels that work with panel monitors and other electrical measuring equipment.

Measure current without interrupting the circuit by connecting these test leads to a multimeter or current meter.

These kits include a set of red and black Fluke test leads with a variety of interchangeable tips.

Pairs of red and black test leads are ready to connect to a multimeter or other electrical test equipment.

Connect to Fluke multimeters with a set of red and black test leads.

Test equipment that draws more than 10 amps of current. These clips are spring loaded to hold tight for hands-free testing.

Hook up electrical testing equipment and create test circuits.

Spring-loaded clips create a secure temporary electrical connection for hands-free testing.

Use foreign devices in American outlets and American devices in foreign outlets.

Change a turn-lock to a straight-blade connection, or a straight-blade to a turn-lock connection.

Minimize the risk of electric shock by adding ground fault protection to a standard outlet.

Hardwire one of these converters to an extension cord to keep personnel safe from electric shock.

Plug these adapter cords into a standard outlet and they change AC voltage to DC voltage.

To run DC-powered lab and medical equipment from your outlet, add a power cord with the plug style and length you need. These adapters meet strict IEC, UL, or ANSI/AAMI standards for use with medical devices.

Plug these cords into a vehicle socket to charge devices that run on AC voltage.

Connect two devices to a distribution block or I/O module with just one cord. Often used with sensors and actuators, these splitters send power/signals to your devices through a single connection.

These cords have an M8 connector on one end and an M12 connector on the other.

Power multiple devices from one power source.

Turn a single outlet into five outlets with ground fault protection to minimize the risk of electric shock.

Transmit data between computers, connect two like cables, or connect devices that have different USB sizes or styles.

Extend the reach of USB devices.

Send video and audio from a single DisplayPort output to multiple displays. These splitters are often used to show the same image on multiple screens or to stretch a computer desktop across two monitors.

Protect sensitive equipment from electromagnetic interference.

Join two Ethernet cords—these adapters have an RJ45 female connection on both ends.

Mount these adapters in a panel cutout.

Convert one HDMI size or style to another.

Mount these adapters directly into panel cutouts to attach D-Sub connectors and cords to computers.

Extend an audio connection by plugging a cord into each end of these adapters.

Connect two fiber-optic cords that have the same gender and connection type. These adapters mount to panels of any thickness, as long as you drill a mounting hole first.

Send a signal from one coaxial cord to multiple devices.

Protect connections in washdown environments while maintaining access—these RJ45 plugs and adapters latch together securely, yet quickly detach.

Unlike traditional RJ45 connectors found in data centers, these connectors stand up to rugged industrial environments since they tightly thread to devices with M12 connections, sealing out contaminants and resisting shaking loose from vibration. Use them to transfer high-speed data between sensors, switches, computers, IO modules, programmable logic controllers (PLCs), and other equipment.

Connectors lock into place for a secure connection in high-vibration environments. They power small devices, such as chargers for electronics, from a vehicle. Also known as cigarette-lighter plugs and sockets.

Join two devices with M8 connectors to a single cord, distribution block, or I/O module with M12 connectors to save space and reduce the number of cords in industrial automation setups. Often used with sensors and switches, these splitters send or receive two signals through one connection.

Join two connectors that both have internal threads.

Connect different pole configurations to join sensors, switches, and other devices to cords, distribution blocks, and I/O modules.

Reduce the number of cords needed to send and receive signals where space is tight.

Join M8 connections to M12 connections.

Connect two female quick-disconnects.

Find thread size, screw size, thread pitch, diameter, and drill bit size with one tool.

Hardwire these sockets to a power source.

Convert a fixture that uses candelabra-base bulbs to accept medium-base bulbs with these adapters.

Use these extenders when bulbs are too short to fit into deep or recessed fixtures.

Includes charts that list specifications and tightening guidelines for socket screws as well as charts that provide decimal equivalents and drill sizes.

Made with metal and chemical additives, these calculators trigger metal detectors and X-rays if they fall into your food line, helping you comply with Hazard Analysis and Critical Control Point (HACCP) programs for food safety.

Replace battery terminal hardware.

Mount these gears to a NEMA motor. Spur gears minimize torque loss between your motor and drive shaft, making these speed reducers more efficient than our other speed reducers.

With output shaft openings on both sides, these speed reducers adapt to fit multiple configurations. Mount to a NEMA 56C motor.

With a sanitary design for food-processing environments, these speed reducers mount to the face of your motor—no coupler required—to slow shafts and increase torque while transmitting motion at a 90° angle.

Pair these speed reducers with NEMA stepper and servo motors. Helical gears provide exact positioning and smoother travel than our other speed reducers.

For small machinery and tight spots, these gear boxes have 1/4" diameter and smaller shafts and a footprint of less than 2½" square.