Because they tightly thread to M12 connections, these connectors won’t let contaminants in or come loose from vibration in rugged industrial environments and automated systems as they send power and signal or just power to your equipment.

Protect screw-together M12 connectors when not in use.

Protect harsh environment M12 connectors when not in use.

Plug these connectors into hazardous location devices. Using a NAMUR signal, they operate at a low current and voltage, so they prevent the risk of sparks and ignition in volatile areas.

Safely use these connectors with 12 mm proximity switches, console lights, valves, and power supplies in food, beverage, and pharmaceutical applications—they’re FDA compliant for direct food contact.

Also known as pico connectors, these connectors are often used with 8 mm and smaller proximity switches and photoelectric switches.

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

A TPE cable protects these connectors from oil, weld slag, and other tough industrial stresses as they send signal and power to low-current devices with M8 connections.

Visually check that your low-current devices with M8 connections are powered up and sending and receiving signals. These connectors illuminate green if they have power and yellow if they have signal.

Join two connectors that both have internal threads.

Send higher current than M5, M8, and M12 connectors near tough industrial jobs, such as welding and metal machining.

Protect harsh environment mini connectors when not in use.

Also known as dummy plugs, these plugs close the electrical circuit on your mini connector, so you can safely change devices or repair connections.

Send higher current than M12 connectors to automated systems, motors, and pumps in environments where washdowns are common.

Screw these micro M16 connectors together to securely connect equipment.

Join M8 connections to M12 connections.

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.

With thick threads similar to a light bulb, these connectors take only a few turns to lock into place for a secure connection in washdown and high-vibration areas. Detach them just as quickly for frequent maintenance.

Power robotic arms and other high-amperage machines in motor controls, conveyors, and sorting and packaging systems from your main M35 power line.

Caps are watertight to protect hazardous location safe-break plugs when not in use.

Protect your mated connections from moisture and light splashing.

Transmit audio, video, and data through coaxial cable.

Use these connectors and cords to make Ethernet connections in wet location environments.

The threaded ends on these cords seal out contaminants and resist coming loose from vibration in tough industrial environments and automated systems while sending power and signal to devices with M12 connections.

TPE insulation protects these cords from some of the toughest industrial conditions, including abrasion, coolants, chemicals, UV rays, and weld slag. Use them in areas with welding, machining, and fluctuating temperatures to send signal and power to M12 proximity switches, valves, and other devices.

FDA compliant for direct contact with food, these cords are safe to use with 12 mm proximity switches, valves, and power supplies in food, beverage, and pharmaceutical applications.

Send signal and power to low-current devices with M8 connections near welding, metal machining, and in spots where temperatures change.

With a higher maximum current than nano M8 and micro M12 cords, these mini cords are often used with automated systems, motors, and pumps.

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

Connect multiple M8 and M12 cords to create a network between equipment. These blocks are often used to send signal and power to proximity switches and sensors.

Like a tree trunk connecting to branches, these cords supply power to a chain of devices. Send power to high-amperage motors, robotic arms, and other machines in motor controls, conveyors, and sorting and packaging systems.