8CCH0004.11110-1 B & R Automation
Wake Industrial LLC is not an authorized distributor of this product.
The B & R Automation 8CCH0004.11110-1 is part of the 8CC ACOPOSremote Hybrid Cables series and features a 15-pin female TYCO connector with a contact count of 15. The cable offers a shield made of tinned copper braiding plus foil, includes a PUR jacket, and is rated IP65 for protection. It supports over 5,000,000 flex cycles and includes data, power, and signal lines with cross sections of 0.34 mm², 2.5 mm², and 0.75 mm² respectively.
Internal Product Review
The 8CCH0004.11110-1 from B & R Automation is a hybrid ACOPOSremote cable designed with a 15-pin female TYCO connector and an extensive shielding system featuring both tinned copper braiding and foil shield. With a durable PUR jacket and IP65 protection rating, this cable is built for demanding industrial environments. The cable's ability to reach over 5,000,000 flex cycles highlights its suitability for continuous motion applications.
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Product Description:
The 8CCH0004.11110-1 hybrid cable is produced by B&R Automation within the 8CC ACOPOSremote Hybrid Cables series. It is a combined power, signal, and data harness that links ACOPOSremote servo drives to the centralized control cabinet, supplying energy, feedback, and real-time bus communication through a single routed line. By merging these channels, the cable simplifies installation in modular machines and helps keep distributed axes synchronized with the main motion controller. This arrangement also reduces the number of separate cable runs in distributed motion systems.
Its conductor arrangement follows 5x 2.5 mm² + 2x 2x 0.75 mm² + 2x 2x 0.34 mm², separating power, signal, and high-speed differential pairs inside one sheath. The cable terminates in a 15-pin female TYCO connector, matching the ACOPOSremote interface and carrying fifteen contacts for phase conductors, protective earth, encoder, and communication cores. Continuous shielding is provided by tinned copper braiding with foil shielding, and the individual data and sensor pairs also carry their own shields. The designated signal pair uses 0.75 mm² conductors, while the data pair uses 0.34 mm² copper to support low-level transceiver currents without excessive voltage drop. A separate 2.5 mm² group feeds the drive's DC link, and its resistance remains within the stated ≤8 Ω/km limit to support stable bus voltage over extended runs.
For dynamic cable tracks, the design withstands more than 5,000,000 flex cycles, so repeated bending does not fracture strands or disturb impedance. The outer sheath is made of PUR, a material suited for industrial drag-chain service while remaining flexible at low temperatures. When connected, the connector face and molded grommet achieve an IP65 seal that blocks dust and water jets in decentralized drive enclosures. Electrical integrity is supported by an insulation resistance of 500 MΩ·km, which helps limit leakage current in humid environments. Dedicated shielding on every signal group and consistent conductor geometry help reduce crosstalk and support stable fieldbus timing during rapid axis movement.
