V90 Servo Motor Encoder Cable Models included - 6FX30022CT201AD0 - 6FX30022CT201AF0 - 6FX30022CT201BA0 - 6FX30022CT201CA0 (6FX30022CT201BA0 is specifically highlighted as an included option) Purpose and compatibility - Specifically designed for V90 servo motors to support encoder signal transmission. - The cable is built to match the encoder interface used by V90 servo motors, ensuring proper mating and reliable connection. Key benefits and performance - Reliable encoder signal transmission for accurate motor feedback and motion control. - High quality construction to help ensure stable and dependable operation in servo systems. - Multiple model options available to meet different application requirements within V90 servo motor deployments. - The included model 6FX30022CT201BA0 provides flexibility for specific servo motor setups. Attributes to note - Function: encodes and transmits encoder signals between V90 servo motors and drives. - Compatibility: designed for V90 servo motors; available in several model variants to fit different setups. - Size and interface: sized to align with V90 encoder connectors and interfaces (specific dimensions not listed here; designed for compatibility with V90 systems). - Material and construction: described as high quality to support stable operation in industrial environments. - Performance: aims to deliver consistent signal integrity for precise motion control. Use scenarios - Robotic automation: integrated into a V90-based robotic arm for reliable encoder feedback during high-precision assembly tasks. - CNC and precision machinery: used on V90 servo axes to ensure accurate positioning and repeatable motion in milling or drilling operations. - High-speed packaging lines: employed to provide dependable encoding data for fast, synchronized motion control in packaging equipment. How to choose - Identify the V90 servo motor model and encoder interface to select the appropriate cable variant (AD0, AF0, BA0, CA0). - For setups requiring added flexibility, consider the BA0 option as part of the selection to accommodate specific motor configurations.