IFM OBF506 is a switching amplifier for fiber optics that offers precise object detection and material identification with its advanced features. It seamlessly integrates with IFM fiber optics types FE-50 and FT-50, providing extended sensing ranges. The device excels in various applications, including presence detection, material differentiation, and level monitoring.
With automatic sensitivity setting, the OBF506 effortlessly adapts to changing conditions, ensuring reliable switching. Its manual sensitivity adjustment allows for fine-tuning to meet specific application requirements. Additionally, the adjustable pulse stretching feature extends the output signal duration, making it suitable for applications where objects move quickly or have short dwell times.
IFM OBF506 is a switching amplifier for fiber optics that offers precise object detection and material identification with its advanced features. It seamlessly integrates with IFM fiber optics types FE-50 and FT-50, providing extended sensing ranges. The device excels in various applications, including presence detection, material differentiation, and level monitoring.
With automatic sensitivity setting, the OBF506 effortlessly adapts to changing conditions, ensuring reliable switching. Its manual sensitivity adjustment allows for fine-tuning to meet specific application requirements. Additionally, the adjustable pulse stretching feature extends the output signal duration, making it suitable for applications where objects move quickly or have short dwell times.
IFM OBF506 is a switching amplifier for fiber optics that offers precise object detection and material identification with its advanced features. It seamlessly integrates with IFM fiber optics types FE-50 and FT-50, providing extended sensing ranges. The device excels in various applications, including presence detection, material differentiation, and level monitoring.
With automatic sensitivity setting, the OBF506 effortlessly adapts to changing conditions, ensuring reliable switching. Its manual sensitivity adjustment allows for fine-tuning to meet specific application requirements. Additionally, the adjustable pulse stretching feature extends the output signal duration, making it suitable for applications where objects move quickly or have short dwell times.
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