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Connect servocontrollers and servomotors in automated equipment and on assembly lines. This cable withstands continuous motion without degrading data or signal transmission.
This cable meets TC-ER crush and impact requirements for exposed runs in cable trays, so it can be used without conduit. It sends signal and data to operate, measure, or regulate automated equipment.
Nearly two-thirds the diameter of standard control cable, this cable fits in tight spaces. It sends signal and data to operate, measure, or regulate automated equipment.
This cable is used in variable-frequency drive motors. It has shielding to block signal interference caused by voltage fluctuations and current spikes.
Send data between computers, printers, servers, and switches.
Often used in automated applications that require continuous motion, this cable sends data between computers, servers, and switches without degrading signal transmission.
Use this cable for complex and high-speed data and signal transmission.
This cable has twisted pairs of wires that cancel signal interference from multiple transmission lines. Use it for complex and high-speed data and signal transmission.
Connect devices such as sensors, programmable logic controllers, and actuators to an automated network.
Often used in radio transmission, network connections, and digital audio feed, this cable transmits audio, video, and data signals.
Connect devices such as computers, printers, and mobile devices.
Adapt your USB port to connect to a variety of other devices.
With Kevlar-reinforced armor, these USB cords stand up to frequent use and bending better than standard USB cords.
With a flange on the socket end, you can mount these cords in a panel cutout to move data between computers, printers, and mobile devices.
Rated IP67, these cords withstand wet and dusty locations, such as enclosures on CNC machines.
Stretch these cords out when you need extra length and their coiled design springs back when it’s not needed to make them smaller.
Pinch the sides on the plugs of these cords to insert them; they lock into a socket to prevent the cord from detaching.
The insulation serves as a tough armor that protects these cords in high-traffic areas.
The shielding blocks signal interference from nearby equipment and devices.
The M12 threaded connectors on these cords are more vibration resistant than RJ45 connectors.
To send high-speed data in tough, rugged environments, these cords have an M12 connector on one end that threads onto switches, sensors, and other devices prone to vibration. The other end has a traditional RJ45 plug that connects to Ethernet equipment, such as computers, IO modules, and programmable logic controllers (PLCs).
Unlike the RJ45 ends on traditional Ethernet cords, the threaded M8 ends on these cords keep contaminants out and resist coming loose from vibration.
Often used in automated applications such as robotics, these cords withstand continuous motion without degrading data transmission. They have an RJ45 plug on each end.
The plugs on these cords pivot up to 90° in each direction to fit Ethernet jacks at awkward angles or in tight spots, such as behind equipment or in enclosures.
Send high-speed data between sensors, switches, or I/O modules with an M8 connection and programmable logic controllers (PLCs) and computers with a traditional RJ45 connection.
Connect computers, monitors, printers, and other devices with DB connections.
Transmit video to a single monitor.
Display video from one source on two different monitors.
Play audio from one source on two different speakers.
Often used in assembly line networks and Fieldbus connections, these cords have B-coded M12 connections.
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.