Even after millions of flex cycles, this cable transmits reliable signals. Its finely stranded conductors are twisted together like a rope to resist wear from constant bending. Use it in moving equipment such as cable carriers.

Control, monitor, and regulate stationary equipment such as sensors and PLCs. You can flex and bend this cable during installation and adjustments, but it isn't made for continuous motion.

Built for rough handling and frequent positioning, this cable delivers power you can count on. Use it for everything from extension cords to cords for hydraulic presses. Made to NEC Article 400 requirements, you can trust it to power whatever you need. Plus, the flexible jacket takes the struggle out of routing it through tight spaces and around machinery.

Extend to full length for added reach, then watch this cable retract and self-coil for convenience. It's often used with hand tools, pendant switches, and other portable devices.

Eliminate the need for conduit and cable splices. Made to TC-ER (Tray Cable, Exposed Run) standards, this cable resists impact and crushing force. You can run a single length from stationary equipment to and through moving equipment, such as cable carriers. Support it every six feet to prevent sagging. Even after millions of flex cycles, this cable transmits reliable signals. Its finely stranded conductors are twisted together like a rope, strengthening the cable and preventing fatigue from constant bending.

This wire is often used for sprinkler systems.

Prevent wear and tear in rough areas and conditions. Unlike other continuous-flex control cables, the rugged polyurethane jacket on this cable protects against abrasion as well as exposure to chemicals, oil, and moisture. It’s often used in cable carriers in high-production CNC machines that need reliable signals for millions of flex cycles. Its finely stranded conductors are twisted together like a rope to resist wear from constant bending.

Ideal for multi-axis, torsional, and bending movements, this cable is often used in robot arms. It will endure millions of flex cycles while sending reliable signals, even when it's twisting. Internally, fine strands of conductors are twisted together like a rope, resisting fatigue from constant bending. On the outside, a rugged polyurethane jacket resists abrasion, chemicals, oil, and moisture.

This cable is about two-thirds the diameter of other control cables of the same gauge, so you can fit more cables into the same footprint. The mPPE (modified polyphenylene ether) outer jacket is half the weight of other materials, but still abrasion and tear resistant. This cable controls, monitors, and regulates stationary equipment such as sensors and PLCs. You can flex and bend it during installation and adjustments, but it isn't made for continuous motion.