F2VS-AF-R/Q
AI

The **F2VS-AF-R/Q** is a high-performance, compact **image processing sensor** (often categorized within vision sensor series) typically manufactured by companies like **OMRON** (F2VS Series). These devices are designed for automated inspection, positioning, and quality control in industrial environments.
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## 1. Core Electronic Specifications
Below are the primary electronic and technical characteristics of the F2VS-AF-R/Q:
| Feature | Specification |
| :--- | :--- |
| **Type** | Vision Sensor / Smart Camera (AF = Auto Focus) |
| **Supply Voltage** | 20.4 to 26.4 VDC (includes ripple) |
| **Current Consumption** | Approx. 0.5A or less |
| **Sensor Type** | CMOS or CCD (Depending on specific sub-revision) |
| **I/O Logic** | NPN or PNP (Configurable/Model dependent) |
| **Focusing Mechanism** | Liquid Lens or Internal Motorized Auto-focus |
| **Lighting** | Integrated Ring LED (Red or White depending on R/Q suffix) |
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## 2. Component Breakdown
The "AF-R/Q" designation refers to specific hardware configurations:
### A. The "AF" (Auto-Focus) Module
Unlike fixed-focus sensors, the AF version uses an internal electronic focus mechanism. This allows the sensor to adjust to varying product heights on a conveyor belt without manual lens adjustment.
### B. Lighting and Optics (R/Q)
* **R (Red LED):** Optimized for high-contrast inspection on neutral surfaces.
* **Q (Polarized/Specialized):** Often denotes a polarized filter or a specific light wavelength to reduce glare on metallic or reflective surfaces.
### C. Processing Unit
The internal PCB contains a dedicated **DSP (Digital Signal Processor)** or **FPGA** designed to execute image algorithms (edge detection, area calculation, OCR) in real-time, typically within milliseconds.
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## 3. Interface and Connectivity
The electronic interface is handled through high-density industrial connectors:
1. **Power/IO Cable:** Carries the 24V DC power and provides discrete triggers (Input) and Pass/Fail signals (Output).
2. **Ethernet/Serial Port:** Used for data transmission to a PLC (Programmable Logic Controller) or a PC for monitoring.
3. **Monitor Output:** Some models include a dedicated analog or digital video out for real-time calibration.
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## 4. Key Electronic Features
* **Electronic Shutter:** Provides high-speed capture (up to 1/10,000s) to prevent motion blur on fast-moving lines.
* **Non-Volatile Memory:** Stores multiple "scenes" or inspection profiles so the device can switch tasks electronically without a reboot.
* **Reverse Polarity Protection:** Integrated circuitry to prevent damage if the 24V DC leads are swapped.
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What are the specific wiring differences between the NPN and PNP versions?
- ⤷ How does the liquid lens technology in the AF module work compared to mechanical focus?
- ⤷ Which communication protocols (EtherNet/IP
- ⤷ Modbus) are supported by this sensor?