Product Description:

The 8CCH0001.11340-1 is a hybrid cable manufactured by B&R Automation for the 8CC ACOPOSremote Hybrid Cables series. It combines power conductors, signal pairs, and data lines in one assembly, letting ACOPOSremote drive modules be installed on moving axes while a single trunk handles energy, control, and low-level communication. By integrating these functions, the cable streamlines installation, limits cabinet interface hardware, and supports decentralized motion components in industrial automation. This arrangement also reduces the number of separate cable runs along the machine, which helps keep moving harnesses compact and easier to route.

The cable can carry up to 29.1 A through its power conductors, a rating suited for mid-range servo modules mounted on machine carriages. A 15-pin female TYCO connector terminates the harness, matching the remote drive’s hybrid port for direct connection. Data integrity is supported by a 0.34 mm² data pair that maintains differential impedance while remaining flexible. Mechanical durability is indicated by a service life of ≥5,000,000 flex cycles in continuous-motion cable trays, while dielectric performance is verified by an insulation resistance of ≥500 MΩ·km. A tinned-copper braid combined with an aluminum foil shield helps reduce electromagnetic interference so encoder and bus signals remain stable next to switching currents. This shielding approach also supports reliable communication where motor power and control traffic share the same cable body.

An outer jacket of PUR resists oils, weld spatter, and abrasion, and the molded coupling achieves an IP65 ingress rating once mated, making the assembly suitable for washdown or dust-laden zones. Each of the five power cores has a cross section of 2.5 mm², while sensor supply and brake leads are grouped in a 0.75 mm² signal bundle to balance current capacity with bend radius. Fifteen contacts inside the shell allow simultaneous transmission of power, 24 V logic, and differential CAN or Ethernet signals. Mating operations are limited to twenty cycles to protect the precision-formed contacts and preserve connection quality over repeated use.