8BCM0023.1034C-0 B & R Automation
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The B & R Automation 8BCM0023.1034C-0 is part of the 8BC ACOPOS Cables series and has a cable length of 23 meters with a cross section featuring 4x 0.75 mm² and 2x 2x 0.34 mm² wires. It uses tinned copper stranded wire with a tinned copper braid and foil shield, and is equipped with an 8-pin female springtec motor connector. The cable has a PUR outer jacket, IP66/67 protection rating, and weighs 1.97 kilograms.
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Product Description:
The 8BCM0023.1034C-0 is a hybrid power-and-signal cable from B&R Automation for the 8BC ACOPOS Cables series. It carries motor power and encoder feedback between compatible ACOPOS servo amplifiers and motors through one assembly. That design reduces cabinet penetrations and supports synchronized motion in compact automation systems.
This assembly is supplied in a length of 23 m. Its conductor package combines a 4x0.75 mm² power section and 2x2x0.34 mm² signal pairs, allowing one cable to handle drive energy and feedback traffic. An 8-pin female Springtec motor connector terminates the motor end, providing keyed engagement and dependable strain relief.
The shielded outer construction is rated for more than 5,000,000 bend cycles in moving drag-chain duty. It also maintains an IP66/67 protection level, helping block dust and coolant splash in demanding machine environments. Electrical insulation withstands 4 kV, insulation resistance remains above 500 MΩ·km, and the PUR jacket resists oils and weld spatter while keeping total cable weight to 1.97 kg.
Wake Industrial offers a 1-year warranty on every unit and can provide same-day shipping when required. Customers can use the chat tool available on the website for questions about type codes or fault codes. For motion systems that need a single cable path for power and feedback, this assembly helps simplify routing, reduce separate cable runs, and keep moving-axis wiring organized in robots, compact gantries, and transfer equipment. Its combined layout is especially useful where cable carriers are crowded and where fewer external connections can make maintenance access cleaner around fast, repeatedly moving axes during service.