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Narrow beam type optical fibers, also known as convergent beam or focused beam fiber optics, are precision components designed to concentrate light into a tight, collimated beam for high-accuracy detection in automated systems. These fibers, compatible with Panasonic photoelectric sensors, feature a narrow emission angle, typically ranging from ...
Narrow beam type optical fibers, also known as convergent beam or focused beam fiber optics, are precision components designed to concentrate light into a tight, collimated beam for high-accuracy detection in automated systems. These fibers, compatible with Panasonic photoelectric sensors, feature a narrow emission angle, typically ranging from 5° to 15°, which allows for precise target discrimination even in confined spaces or at longer sensing distances. They are constructed with high-grade plastic or glass core materials, encased in flexible stainless steel or PVC sheathing for durability in industrial environments. Key technical parameters include core diameter (e.g., 0.5 mm to 2.5 mm), minimum bend radius, and operating temperature range (often -40°C to +70°C). These fibers are available in through-beam, reflective, and coaxial configurations, each optimized for specific sensing tasks.
These optical fibers are deployed across a wide spectrum of industrial sectors, including automotive manufacturing, electronics assembly, packaging, and material handling. They are ideal for applications requiring precise object presence detection, edge sensing, or gap measurement in automated assembly lines, robotic cells, and conveyor systems. Their narrow beam characteristic makes them particularly effective for detecting small components, such as screws, pins, or electronic chips, and for use in environments with high ambient light or reflective surfaces. They are commonly integrated into control cabinets, machine tools, and specialized automation equipment where space is limited and accuracy is paramount.
Within this category, key subcategories include through-beam fiber units (e.g., Panasonic FD-61 series), reflective fiber units (e.g., FD-42 series), and coaxial fiber units (e.g., FD-31 series). Article codes typically follow a pattern such as FD-XXXX-YY, where XXXX denotes the fiber type and YY indicates the cable length (e.g., 1M for 1 meter, 2M for 2 meters). For example, the FD-61-1M is a through-beam fiber with a 1-meter cable, while the FD-42-2M is a reflective fiber with a 2-meter cable. These codes are standardized across Panasonic's product line, ensuring easy identification and compatibility with their amplifier units.
Partnering with Electric Automation Network ensures access to a comprehensive inventory of narrow beam optical fibers, all available with real-time pricing and technical documentation. Our team of specialized engineers provides personalized support to help you select the correct fiber type, core diameter, and cable length for your specific application. We offer express worldwide shipping, minimizing downtime and keeping your production lines running. Benefit from up to 65% discount compared to list prices, with no minimum order quantities.
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