When pulled lengthwise, this wire extends 40% and then returns to its original length, so it's useful for high-vibration and continuous-motion applications such as robotics. It’s also known as hook-up wire.

Pinch clamps (sold separately) act as ferrules to hold insulation in place in continuous-motion applications. Crimp the pinch points on the clamp to install (crimper not included).

The shielding in this wire blocks signal interference from nearby equipment and devices. When pulled lengthwise, it extends 40% and then returns to its original length, so it's useful for high-vibration and continuous-motion applications such as robotics. It’s also known as hook-up wire.

Pinch clamps (sold separately) act as ferrules to hold insulation in place in continuous-motion applications. Crimp the pinch points on the clamp to install (crimper not included).

Often used in automated applications such as robotics, this wire withstands continuous motion without degrading data or signal transmission.

Wire is a UL recognized component.

Wire gauges 18-28 are UL recognized components up to 150V AC.

A thick insulation protects this wire from high voltages while maintaining flexibility. The insulation also resists moisture. Often used in automated applications such as robotics, it withstands continuous motion without degrading data or signal transmission. It meets UL 94 V-0 for flame retardance.

Also known as magnet wire, this wire is commonly used in motors, transformers, relays, and other high-speed winding applications. It meets NEMA 1000 MW-35C for material quality and -73C for use in sealed motors and material quality. It stays in the position you bend it.

This wire wraps around a post terminal on a circuit board to make an electrical connection, eliminating the need for soldering. It stays in the shape you bend it for a tight wrap around the post. A silver-plated finish provides corrosion resistance and strength.

PVDF wire is also known as Kynar wire.

Use a wire wrap tool (sold separately) to make a tighter connection than wrapping by hand. The tool also unwinds wire from the post.

Often used in computers, small electronics, and electronic prototyping, this cable is very flexible with small gauge wire to handle tight curves in narrow spaces. It withstands continuous motion, so it’s also commonly used around heavy vibration and in automated tasks, including robotics. A braid shield blocks interference from nearby equipment.

Rated to 17,000 volts AC or higher, this cable is often used in oil drilling, robotics, and festoon systems. It withstands continuous motion without degrading data or signal transmission. With a flat shape, it’s good for tight spaces. It meets UL 94 V-0 for flame retardance.

Bend radius is the point to which the cable will bend without being damaged. It is measured from the center of the bend to the edge of the cable. The smaller the measurement, the tighter the bend.

Transmit audio, video, and data signals over long distances with minimal signal loss.

Push in RCA and S-video cords to connect.

Securely connect equipment in data or signal applications. These cords have A- or B-coded plugs to meet the needs of your device. Because they have smaller connectors than standard cords, you can connect them to smaller equipment and snake them through tighter spaces. You can even use them to create multiple connection points in a compact area. These cords have a metal locking tab that secures the connectors to sockets and is less likely to break than plastic ones if yanked or bumped. All of these cords are shielded to block interference from nearby equipment. They will connect with any ix industrial sockets that meet IEC 61076-3-124. They also meet UL data transmission standards and Canadian electrical standards.

A- and B-coded plugs are not compatible with each other.

Choose cords with A-coded plugs for data applications. You can use them in place of Ethernet cords with RJ45 or M12 connectors.

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

Make quick, secure connections between your development board and your system’s components, such as sensors and actuators. These cords transmit data via I²C communication protocol, supporting up to 100 I²C devices in your system.

Machine-pin plugs and sockets use friction to make temporary connections to breadboards and the headers on development boards.

Qwiic and Grove sockets snap securely into place, making them good for short-term and long-term installations. There is no need to solder wire to your board or device.

Often used to connect multiple monitors to a single computer, these cords send video and audio to a display device. Shielding blocks signal interference from nearby equipment and devices.