USD 1,155.00
Intel-powered vision controller supporting 4 cameras. Features AI matching, EtherCAT, and Windows 10 IoT for high-speed industrial inspection.
The Omron FH-2051-10 is a high-performance, medium-speed vision system controller designed for industrial quality control, robot guidance, and precision measurement. Powered by an Intel Celeron dual-core processor and running Windows 10 IoT Enterprise 2019 LTSC, this controller supports up to four high-resolution cameras simultaneously. It integrates advanced machine vision capabilities including AI Fine Matching, OCR/OCV, bead inspection, and defect detection. With built-in support for EtherCAT Slave, PROFINET Slave, Serial RS-232C, USB, and NPN/PNP I/O protocols, it seamlessly integrates into complex manufacturing automation environments.
| Parameter | Value |
|---|---|
| Processor | IntelCeleron(2Cores)[1.1] |
| Memory (RAM) | 8 GB (ECC) |
| Storage (ROM) | 64 GB |
| Operating System | Windows 10 IoT Enterprise 2019 LTSC (64-bit) |
| Maximum Cameras Supported | 4 |
| I/O Polarity | NPN / PNP (Common) |
| Dimensions | 190 mm x 115 mm x 182.5 mm |
| Weight | 3.72 kg |
| Communication Ports | EtherCAT Slave, PROFINET Slave, RS-232C, USB |
Utilizing the 4-camera capacity to inspect packaging from multiple angles simultaneously on high-speed bottling or cartoning lines.
Prevents defective, mislabeled, or improperly sealed packages from reaching consumers by using OCR/OCV and AI Fine Matching to verify text and package integrity in real-time.
Integrating the FH-2051-10 with delta or SCARA robots to locate randomly oriented components on a moving conveyor belt.
Eliminates the need for strict mechanical fixturing by dynamically computing and communicating object coordinates to the robot controller via EtherCAT or PROFINET with sub-millisecond latency.
Verifying the width, continuity, and placement of liquid adhesive beads (like RTV silicone) applied to automotive engine blocks before mating parts.
Prevents catastrophic fluid leaks by catching adhesive gaps or path deviations before assembly, leveraging the system's processing power to continuously track the complex gasket path.
