Schneider Servo Cable VW3M8102R50

In most cases before a servo system totally fails it will exhibit signs of wear out or erratic operation. Common issues include position errors, communication faults, and drive trips due to excessive acceleration. More often than not these issues can be traced back to the interconnection of components within the system. Therefore the Schneider servo cable VW3M8102R50 has been designed with this in mind by ensuring that the delivery of stable power and the transmission of clean feedback will support continuous motion control. At Perfect Automation & Innovation, we sell these cables as part of our overall solution for providing customers with the necessary tools to meet their daily production goals where repeatability and machine uptime play an integral part.

The cable is constructed to provide controlled impedance and adequate shielding to ensure that encoder signals remain accurate when routing close to other sources of electrical noise such as power lines or switching devices. Flexible conductors allow for smooth motion patterns during drag chain installations without producing core breakage on extended cyclic applications. The outer sheath material was selected to withstand typical industrial abuse from oil, normal wear from vibration, and extreme bending during cyclic periods without becoming hard and brittle.

The connectors provided from the factory have been designed to provide a proper pin configuration as well as reduce site wiring errors. The locking arrangement holds tightly during vibration preventing intermittent communications between the drive and motor. The length of the cable and routing are designed to compliment the panel layout and the axis travel between the machine and the drive, thus reducing signal delays and installation rework.

Prior to manufacture, each unit is tested for continuity, insulation integrity and shielding integrity.

The servo cables mentioned above will be utilized extensively in CNC machinery, automated packaging machinery, material handling applications, and robots performing high-precision processes like positioning and detecting/feedback for fast reactions, which have a direct impact on your shop's production accuracy and reliability.