The **FVS-CC-R** (often associated with the **Keyence FVS Series**) is a specialized visual inspection controller or camera accessory kit designed for high-speed industrial automation and vision systems. Below is an explanation of its electronic components and technical architecture. --- ### 1. Core Electronic Components | Component Type | Function | Description | | :--- | :--- | :--- | | **CMOS/CCD Sensor Interface** | Image Acquisition | Interfaces with high-resolution image sensors to capture frame data at specific frame rates (fps). | | **FPGA / DSP** | Image Processing | Uses a Field Programmable Gate Array for real-time edge detection, pattern matching, and OCR. | | **I/O Logic Circuits** | Signaling | Manages NPN/PNP digital inputs (triggers) and outputs (Pass/Fail signals) to PLCs. | | **Communication Bridge** | Data Transfer | Supports high-speed protocols like Ethernet/IP, PROFINET, or RS-232C for industrial networking. | | **Power Regulation** | Voltage Management | Typically operates on 24V DC, utilizing internal buck converters to step down to 5V or 3.3V for logic chips. | ### 2. Technical Specifications The "CC" in the model name often refers to **Camera Cable** or **Color Control** depending on the specific assembly context, but in the FVS series, it generally denotes the controller interface unit. * **Input Voltage:** 24 VDC ± 10%. * **Signal Response Time:** Microsecond-level latency for high-speed rejection lines. * **Protection Circuitry:** Built-in isolation to prevent electrical noise from high-voltage motors affecting the vision logic. ### 3. Connection Architecture The electronic layout is designed to sit between the "Eyes" (Camera) and the "Brain" (PLC). 1. **High-Density Connector:** A multi-pin connector that carries both power and differential signaling for image data. 2. **Trigger Input:** An optoisolated circuit that waits for a sensor pulse to capture an image. 3. **Output Driver:** Transistor-based outputs that trigger a physical actuator (like an air blast) to remove defective parts. --- ### 4. Integration Example (Pseudo-Code) When configuring the electronic triggers for this unit, the logic often follows this pattern: ```yaml system_config: device: FVS-CC-R trigger_mode: External_Rising_Edge io_logic: input_01: Trigger_Sensor output_01: Reject_Actuator output_02: PASS_Indicator communication: protocol: EthernetIP ip_address: 192.168.0.10 ``` ---