The part number **Y-CONC-R422L-RJ6P-2000-C** refers to a specialized industrial cable assembly, typically used in robotics and motion control systems (most commonly associated with **Yaskawa** or similar industrial automation brands). --- ### 1. General Specifications This component is an encoder or feedback cable designed for high-flex environments. Below is a breakdown of its primary characteristics: | Feature | Specification | | :--- | :--- | | **Cable Type** | Encoder / Feedback Cable | | **Length** | 2000mm (2 Meters) | | **Connector A** | Industrial Connector (often Rectangular/Circular for Motor side) | | **Connector B** | RJ45 6-Pin (6P6C) or specialized RJ-style connector | | **Application** | Servo Motor Feedback, Robot Arm control | | **Flexibility** | High-flex (C-track rated) for continuous movement | --- ### 2. Breakdown of the Part Number While specific manufacturer naming conventions vary, the alphanumeric string can generally be decoded as follows: * **Y-CONC**: Product series/Family (often Yaskawa Compatible). * **R422L**: Signal standard/Interface. This likely indicates an **RS-422** Differential Line Driver interface, used for high-speed, noise-resistant data transmission over long distances. * **RJ6P**: Connector type. Indicates an **RJ style** connector with **6 Pins** populated. * **2000**: Represents the length in millimeters (**2000mm = 2 meters**). * **C**: Typically denotes "Continuous" or "Chain" grade, meaning the cable is designed to withstand millions of bending cycles in a cable carrier. --- ### 3. Electronic Characteristics Because this is a feedback cable for precision machinery, its construction includes specific electronic protections: 1. **Twisted Pair Wiring**: To minimize electromagnetic interference (EMI) and crosstalk between signal lines. 2. **Shielding**: Usually features a tinned copper braided shield or foil shield to prevent signal degradation in electrically noisy factory environments. 3. **Low Capacitance**: Designed to maintain signal integrity for high-frequency pulse trains from encoders. 4. **Voltage Rating**: Usually rated for low voltage (5V to 24V DC) typical of control signals. --- ### 4. Common Applications * **Servo Systems**: Connecting a servo motor encoder to a Servo Drive (Amplifier). * **Robotics**: Used in the joints of industrial robots where the cable must bend constantly. * **CNC Machines**: Providing position feedback from the spindle or axes to the controller.