FFTC4-210 Coaxial through-beam fiber optic cable

Product Overview

The FFTC4-210 Coaxial Through-Beam Fiber Optic Cable is engineered for demanding industrial environments where precision and space constraints are critical factors. Featuring a highly durable stainless steel head and a flexible fiber core, this sensor component delivers reliable detection of micro-objects across automated production lines. Designed without the need for a bulky conduit tube, it offers engineers a streamlined, lightweight solution that integrates smoothly into complex machinery. The combination of a microscopic footprint and robust environmental tolerance ensures consistent performance, minimizing downtime and maintenance requirements in fast-paced operational settings. Its front-exit light design provides a focused beam that cuts through operational noise, ensuring that every reading is accurate and dependable.

Technical Specifications

Engineering Application & Performance Details

Material Resilience and Thermal Stability

Engineered for longevity, the FFTC4-210 features a robust stainless steel head that provides exceptional resistance to mechanical impacts and vibrations commonly found in heavy-duty environments. The cool, rigid surface of the metal housing protects the delicate internal optics, while the specialized fiber cable (featuring a Φ1.0 outer diameter and four Φ0.25 cores) offers remarkable tensile strength. This construction prevents internal fracturing even under continuous operational stress. Furthermore, the cable is rated for a broad temperature range of -20°C to +70°C. Whether exposed to the chilling drafts of cold storage facilities or the residual heat generated by active motor drives, the sensor maintains its structural integrity and optical clarity, ensuring uninterrupted data transmission without thermal degradation.

Precision Detection with Coaxial Through-Beam Technology

At the core of this device is its advanced coaxial through-beam fiber technology, tailored for the meticulous identification of minute objects. The front light exit delivers a highly concentrated optical path, allowing the system to achieve a standard sensing distance of 150MM, which can be extended up to a LONG setting of 180MM. This extended reach does not compromise accuracy; rather, it provides engineers with the necessary buffer zone to mount the sensor safely away from moving mechanical parts while still capturing precise positional data. The coaxial alignment ensures that the emitted and received light paths are perfectly synchronized, significantly reducing the risk of false triggers caused by ambient light interference or reflective background surfaces.

Installation Flexibility in Confined Machine Clearances

Space is often a premium commodity in modern equipment design. The FFTC4-210 addresses this challenge with its ultra-compact Φ2 fiber head diameter, allowing it to slide into the narrowest machine clearances where traditional sensors simply cannot fit. The cable itself boasts an impressive R5 bending radius. You can feel the resilient flexibility of the cord as it routes tightly around sharp corners and complex mechanical assemblies without kinking or losing signal strength. Additionally, the 1M cable length is fully cuttable, giving assembly technicians the freedom to tailor the exact length required for a clean, organized control panel layout. Weighing a mere 2.77g and requiring no external conduit tube, it adds virtually zero drag to robotic arms or moving gantries.

Primary Industry Applications

• Smart Manufacturing: Used for precise component positioning on automated assembly lines, verifying that microscopic parts are correctly seated before the next fabrication step.
• Packaging Machinery: Ideal for detecting the presence of thin, transparent films or ensuring that small consumer goods are properly aligned within blister packs.
• Plastic Molding Equipment: Employed to monitor the ejection of molded parts, confirming that the mold cavity is completely clear before the next injection cycle begins, thereby preventing catastrophic tool damage.

Technical Support and Engineering Resources

Integrating new sensor technology into existing frameworks requires confidence and exact specifications. To facilitate a smooth design-in process, comprehensive engineering resources are readily available. Project teams can access detailed 3D models and precise CAD drawings to simulate mounting locations and verify clearances within their digital prototypes before physical assembly begins. Full specification sheets provide all necessary electrical and optical data for system programming. Additionally, sample testing programs are offered, allowing technical teams to evaluate the sensor's performance with their specific target materials and environmental conditions, ensuring optimal alignment with project requirements prior to full-scale rollout. This dedicated technical backing accelerates the validation phase, reducing time-to-market for complex automation upgrades.