8BCM0014.1034C-0 B & R Automation
Wake Industrial LLC is not an authorized distributor of this product.
The B & R Automation 8BCM0014.1034C-0 cable is part of the 8BC ACOPOS Cables series and features an 8-pin female Series 915 connector. It has a cable cross section of 4x 0.75 mm² for power with tinned copper stranded wires, and 2x 2x 0.34 mm² individually shielded pairs for signal. The cable has a PUR jacket, offers IP66/67 protection, and is tested to a wire-to-wire voltage of 4 kV.
Internal Product Review
The 8BCM0014.1034C-0 from the 8BC ACOPOS Cables series by B & R Automation is a high-quality industrial cable featuring an 8-pin female Series 915 connector and PUR jacket for demanding environments. With IP66/67 protection and individually shielded signal pairs, it provides excellent durability and reliable signal integrity. This cable stands out for its secure operation in harsh industrial settings.
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Product Description:
The 8BCM0014.1034C-0 is a hybrid servo cable produced by B & R Automation for the 8BC ACOPOS Cables series. It connects ACOPOS drives to field devices, carrying motor power and differential feedback signals through one routed assembly in automated cells. By combining these functions inside a polyurethane sheath, the cable reduces panel wiring time and supports moving-axis installations that need sealed, quick-change terminations.
The conductor set follows a cross-section of 4x 0.75 mm² + 2x 2x 0.34 mm², so four power cores and two twisted signal pairs are bundled under one jacket. A molded 8-pin female Series 915 connector with 8 contacts terminates the drive side, providing keyed coupling and strain relief. Each power core uses tinned copper strands sized at 0.75 mm² to limit voltage drop over typical machine lengths, and the four power lines are insulated with polypropylene. The assembly withstands washdown sprays because of its IP66/67 ingress rating, and dielectric spacing supports a test voltage of 4 kV wire to wire. Signal pairs use 0.34 mm² conductors to transmit encoder or sensor data while keeping capacitance low for high-speed differential protocols.
The outer sheath is molded from abrasion-resistant PUR, providing oil and chemical resistance for gantry or conveyor routing. Inside, the power conductors use tinned copper stranded wire, so the cable remains flexible during continuous motion cycles. Both power and signal cores share polypropylene insulation, and this PP layer provides consistent dielectric strength across the full temperature range. Crosstalk is minimized because the signal pairs are individually shielded in pairs, and the design allocates four signal lines to support incremental and commutation channels at the same time.