Panasonic FX-MR9 Fiber Sensor
Panasonic FX-MR9 Fiber Sensor

 

Panasonic FX-MR9 Fiber Sensor: Parallel Light Lens for Precise Long‑Range Sensing

The Panasonic FX‑MR9 Fiber Sensor is a high‑performance small spot lens designed for reflective‑type fiber systems, offering enhanced detection over longer distances with a compact unit FX‑MR9 build. Its design delivers excellent performance for detecting small or opaque targets up to 30 mm away, making it ideal for industrial automation, packaging, and inspection tasks where clarity and reach matter.

High Precision with Fast, Reliable Detection

Equipped with fast signal FX‑MR9 capability, this lens enables quick response Panasonic FX-MR9 Fiber Sensor of objects with minimum lag. The optical structure provides high accuracy FX‑MR9, especially when paired with compatible FD‑series fibers. Users will appreciate the stable output FX‑MR9 even under varied ambient lighting and reflections. The spot diameter is approximately 4.0 mm (parallel light) when used with standard fibers, which ensures consistent coverage while maintaining detailed detection.

Industrial Use & Durable Housing

Designed for industrial use FX‑MR9, this lens assembly features a durable design FX‑MR9 with stainless steel (SUS 303) materials to resist wear from tightening torque and environmental exposure. The durable housing Panasonic FX-MR9 Fiber Sensor protects internal optics while the external build stays rugged. Operating ambient temperature ranges from −55 °C to +70 °C ensure it can work reliably in harsh settings.

Sleek Build and Easy Installation

This is a compact sensor FX‑MR9 accessory with a low profile FX‑MR9 structure designed for minimal intrusion into machine layouts. The slim sensor FX‑MR9 / slim format FX‑MR9 allows installing in tight enclosures. With easy install FX‑MR9 threading (M3 × 0.5 internal thread; Ø 4.3 mm outer body) and compatibility with many FD/FT fibers, setup is streamlined. The plug and play Panasonic FX-MR9 Fiber Sensor feature makes integration simpler for technicians.

Smart Detection & Reliable Signal

With smart detection FX‑MR9, this lens helps improve signal‑to‑noise ratio by controlling beam divergence and suppressing stray reflections. The reliable signal FX‑MR9 output remains consistent across usage. Because of its thoughtful design, the sharp reading FX‑MR9 results are maintained even with less ideal surface textures.

Stock‑Ready & Top Performance Promise

Many distributors list this product as stock available FX‑MR9, helping minimize procurement delay. For users seeking top performance FX‑MR9, this lens delivers—it balances reach, spot size, and robustness. The reliable model FX‑MR9 ensures production environments maintain high throughput with fewer false signals thanks to stable optics and durable construction.

Compact Profile for Clean Setups

This lens keeps things tidy: a clean setup FX‑MR9 is possible thanks to its mini format FX‑MR9 optics and minimal body size. The lightweight body FX‑MR9 eases mechanical mounting, and the Panasonic FX-MR9 Fiber Sensor design allows for flexible positioning without interfering with existing mechanical or optical components.

Panasonic FX-MR9 Fiber Sensor Technical Specifications

  • Lens Type: Parallel light lens, Add‑on accessory for reflective fiber sensors.
  • Sensing Distance: 0 to 30 mm (parallel light mode) with compatible fibers.
  • Spot Diameter: Approx. Ø 4.0 mm with standard fibers.
  • Applicable Fibers: FD‑R33EG, FD‑EG31, FD‑R34EG, FD‑R32EG, FD‑EG30, FD‑R31G, FD‑42G, FD‑42GW, FD‑32G, FD‑32GX.
  • Operating Ambient Temperature: −55 °C to +70 °C.
  • Mounting: Ø4.3 mm body, M3 × 0.5 internal thread.

Use Cases & Applications

The FX‑MR9 excels in detection of opaque or small targets, presence/absence checks of parts, quality control of edges, and any system that benefits from a wider beam coverage (approx. Ø 4.0 mm) over longer distances (up to 30 mm). Its fast response FX‑MR9 and sharp signal FX‑MR9 make it valuable in packaging machines, assembly lines, robotic vision setups, or sorting systems where accuracy and reach are required.

Explore Similar Lens & Sensor Products

If you want to compare the Panasonic FX-MR9 Fiber Sensor with other fiber sensor lenses or need alternatives, visit our “Fiberoptic Sensors” page at Emaconn for full product lines, datasheets, and compatibility guidance that fit your industrial needs.

Advanced Optical Engineering for Long-Range Precision

The Panasonic FX-MR9 Fiber Sensor sets a new standard for FX-MR9 long-distance precision in fiber optic detection. Its parallel light beam design ensures that even over extended distances, light remains focused and stable, providing reliable detection results. With FX-MR9 consistent accuracy, it eliminates false readings caused by reflections or uneven surfaces. This makes it an ideal choice for automation systems where detection consistency and extended range are critical — from precision alignment to object verification tasks across large workspaces.

Industrial Durability and Easy Integration

Built with FX-MR9 industrial strength materials, this sensor offers long-lasting performance even in high-demand environments. The stainless steel housing protects the optics from mechanical stress, ensuring FX-MR9 durability under constant use. The FX-MR9 lightweight and compact design allows effortless integration into existing setups, while its M3 threaded mount enables quick installation and precise alignment. This thoughtful design ensures that the FX-MR9 provides not only top-level sensing accuracy but also simplified maintenance and long-term reliability.

Panasonic Quality for Modern Automation

As part of Panasonic’s renowned fiber sensor lineup, the FX-MR9 Fiber Sensor delivers FX-MR9 reliable detection for a wide range of industrial applications. Its optimized optics and fast signal transmission make it indispensable for inspection, packaging, and robotic automation. By combining FX-MR9 robust engineering with advanced optical precision, this sensor enhances productivity, minimizes downtime, and ensures error-free performance across all detection scenarios.