Product Description:

The 8ECM0002.1031C-0 belongs to the ACOPOS P3 Cables series manufactured by B&R Automation. It is a preassembled power and signal cable intended to link ACOPOS P3 servo drives with matching motors and accessories inside automated machinery. By combining power conductors, signal pairs, shielding, and a keyed connector in one assembly, the cable simplifies installation, maintains stable electrical behavior, and supports reliable motion control in dynamic industrial environments. This integrated layout also helps reduce separate wiring runs in compact machine cabinets and moving axis assemblies without adding extra connection points.

The cable has a measured length of 2 m, allowing short-distance routing between the drive and motor without excess slack. At the equipment end, an 8-pin female series 915 connector provides keyed mating to the ACOPOS P3 device, while the opposite side is prepared for cabinet termination. The assembly is rated for continuous operation up to 1000 VAC and can carry a continuous current of 13 A in wall-mounted installations. Mechanical durability is indicated by a flex life of ≥5,000,000 bending cycles, making it suitable for constant-motion carrier installations. Two twisted signal pairs of 0.34 mm² support encoder or sensor channels, and each core uses tinned copper stranded wire with PP insulation to help limit capacitance. This arrangement supports stable transmission where motor power and low-level signals must run in the same cable.

An outer jacket of PUR protects the assembly from oil, coolant, and abrasion during continuous flexing. The power circuit uses 4x 0.75 mm² conductors whose loop resistance is limited to ≤26.7 Ω/km, helping reduce voltage drop over the cable length. Overall insulation resistance is no less than 500 MΩ·km, and the dual-pair signal core has a maximum loop resistance of 56 Ω/km to support differential signal integrity. During production, both wire-to-wire and wire-to-shield paths must withstand 4 kV. The shielding and insulation system help control electrical interference inside servo cabinets and along moving machine wiring during normal operation.