Fiber Optic Sensor TP 11C High Precision Area Reflection Optical Probe with 0 210mm Detection Distance Flexible 2M Cable for Automotive LCD Packaging Electronics Industries

[LESS INTERFERENCE] The Fiber Optic Sensor TP 11C features an advanced detection area design where the emitted light spot and received light field intersect. This innovative technology ensures minimal interference even when detecting objects against glossy backgrounds. The sensor maintains consistent performance in challenging environments making it ideal for industrial applications where reliability is crucial. Its superior design eliminates false triggers and provides accurate detection every time.[WIDE APPLICATION RANGE] With an impressive detection distance of 0 210mm this fiber optic sensor offers unparalleled versatility for various industrial needs. The high performance sensor delivers excellent reliability and stability even in demanding conditions. Whether you need to detect tiny components or larger objects this sensor provides consistent results across its entire range making it for precision manufacturing and quality control applications.[FLEXIBLE OPERATION] The included 2 meter flexible cable allows for easy customization to your specific setup requirements. You can conveniently cut the cable to your desired length without compromising performance. This practical feature provides exceptional flexibility in installation and use saving you time and effort during setup while ensuring optimal sensor placement for your application.[AREA REFLECTION TECHNOLOGY] Designed as a direct replacement for KEYENCE FU 11 sensors this fiber optic probe features advanced area reflection technology. It can detect objects as small as 0.5mm in diameter with remarkable precision. The sensor's minimum bending radius of R25mm and tightening torsion of 0.3Nm ensure durability and long term performance in various industrial environments.[VERSATILE INDUSTRIAL APPLICATIONS] This high performance fiber optic sensor is engineered for diverse industries including automotive manufacturing LCD production food processing packaging lines and electronic device

• [LESS INTERFERENCE] The Fiber Optic Sensor TP 11C features an advanced detection area design where the emitted light spot and received light field intersect. This innovative technology ensures minimal interference even when detecting objects against glossy backgrounds. The sensor maintains consistent performance in challenging environments making it ideal for industrial applications where reliability is crucial. Its superior design eliminates false triggers and provides accurate detection every
• [WIDE APPLICATION RANGE] With an impressive detection distance of 0 210mm this fiber optic sensor offers unparalleled versatility for various industrial needs. The high performance sensor delivers excellent reliability and stability even in demanding conditions. Whether you need to detect tiny components or larger objects this sensor provides consistent results across its entire range making it for precision manufacturing and quality control applications.
• [FLEXIBLE OPERATION] The included 2 meter flexible cable allows for easy customization to your specific setup requirements. You can conveniently cut the cable to your desired length without compromising performance. This practical feature provides exceptional flexibility in installation and use saving you time and effort during setup while ensuring optimal sensor placement for your application.
• [AREA REFLECTION TECHNOLOGY] Designed as a direct replacement for KEYENCE FU 11 sensors this fiber optic probe features advanced area reflection technology. It can detect objects as small as 0.5mm in diameter with remarkable precision. The sensor's minimum bending radius of R25mm and tightening torsion of 0.3Nm ensure durability and long term performance in various industrial environments.
• [VERSATILE INDUSTRIAL APPLICATIONS] This high performance fiber optic sensor is engineered for diverse industries including automotive manufacturing LCD production food processing packaging lines and electronic device assembly. Its robust design withstands temperatures from 40°C to 70°C making it suitable for challenging industrial environments. The sensor excels in lithium ion battery production and solar cell manufacturing applications where precision and reliability are paramount.