FFRC-310-MQ Coaxial diffuse reflection optical fiber

Product Overview: Precision Sensing for Confined Spaces

The FFRC-310-MQ Coaxial Diffuse Reflection Optical Fiber is engineered specifically to address the rigorous demands of modern industrial automation, where equipment miniaturization frequently limits installation space. By integrating a highly sensitive detection mechanism into an ultra-compact form factor, this sensing component provides reliable object recognition in environments where traditional sensors simply cannot fit. Designed for integration into complex machinery, robotic assemblies, and tight production lines, it delivers consistent optical feedback without compromising on structural integrity. The combination of its specialized coaxial architecture and robust physical construction ensures that operational efficiency remains uninterrupted, even under continuous mechanical stress and fluctuating environmental conditions.

Comprehensive Technical Specifications

The following table details the exact mechanical, environmental, and electrical parameters of the FFRC-310-MQ, providing engineers and procurement specialists with the precise data required for system integration.

Advanced Detection Performance & Precision

At the core of the FFRC-310-MQ lies its sophisticated coaxial diffuse reflection technology. Unlike standard side-by-side emitter and receiver configurations, the coaxial architecture aligns the light beams precisely, entirely eliminating near-field blind spots. This structural advantage allows the sensor to accurately identify micro-components even when they pass within millimeters of the stainless steel probe.

Furthermore, this unit features exceptional background suppression capabilities. It focuses strictly on the target object within its designated sensing range—achieving a standard distance of 80mm and extending up to 85mm in LONG mode—while ignoring reflective backgrounds or moving machine parts behind the target. This targeted sensing prevents false triggers, drastically reducing machine downtime and improving overall production yield in fast-paced manufacturing setups.

Material Craftsmanship & Environmental Resilience

When handling the FFRC-310-MQ, technicians immediately notice the deliberate contrast in materials designed for longevity. The sensing head is machined from industrial-grade stainless steel, presenting a smooth, rigid exterior that resists physical impact, chemical exposure, and corrosive elements commonly found in factory settings.

Protecting the delicate internal optics is a non-bendable, 40mm long conduit tube with a compact Φ1.5 diameter. This rigid conduit ensures that mechanical stress from nearby moving parts never reaches the critical fiber junction. Transitioning from the rigid head is the highly adaptable 1-meter fiber optic cable. Built with a specialized multi-core structure (Φ0.5*1+Φ0.25*9 inner core), the cable boasts a remarkable R15 bending radius. It maintains excellent light transmission even when routed through tight corners, operating flawlessly across a broad thermal range from -20°C to 70°C.

Installation Flexibility for Complex Machinery

Adaptable Cable Management

• Cuttable Fiber Design: The standard 1-meter cable length can be cleanly cut to match the exact dimensional requirements of your specific machine chassis, preventing cable clutter and reducing the risk of accidental snags.
• Micro-Probe Integration: The ultra-slim Φ3 stainless steel head easily slides into narrow mounting brackets or pre-drilled machine panels where standard photoelectric sensors cannot be accommodated.
• Front Exit Light Direction: Engineered for straightforward alignment, the front-exit light path simplifies the initial setup process, allowing technicians to rapidly calibrate the sensor during assembly.

Quality Assurance & Dedicated Procurement Support

Procurement managers and engineering leads require components that mitigate project risk. The FFRC-310-MQ is backed by multiple structural patents and holds comprehensive national-level safety certifications. Before leaving the manufacturing facility, every single unit undergoes rigorous optical transmission and thermal stress testing to guarantee absolute consistency across large-volume orders.

To ensure this component perfectly aligns with your operational requirements, we offer a streamlined evaluation process. Enterprise clients can request free samples for hands-on laboratory testing or arrange for on-site demonstration integrations. Coupled with our optimized inventory management and rapid delivery protocols, we ensure that your automation upgrades or new machine builds proceed exactly on schedule without supply chain interruptions.