<p>The 716 Series Encoder Sensor is a robust and reliable choice for professionals seeking precision in industrial and commercial applications. Designed with versatility in mind, this encoder sensor operates efficiently within a wide voltage range of 4.75 to 24 VDC, ensuring compatibility with various systems. With a rated current of 80 mA, it offers energy-efficient performance suitable for continuous operation.</p><p>One of the standout features of this encoder sensor is its line driver output type, which provides strong signal integrity over long cable runs—ideal for environments where maintaining signal quality is crucial. The sensor&#39;s ability to operate effectively in high humidity conditions up to 98% ensures reliability even in challenging environments.</p><p>Built from durable aluminium, the 716 Series Encoder Sensor combines lightweight construction with resilience against environmental stressors. Its IP50 degree of protection means it&#39;s adequately shielded against dust ingress while being designed for indoor use or controlled environments.</p><p>Temperature extremes are no match for this encoder sensor as it functions smoothly between -25&#176;C and 85&#176;C. This makes it adaptable to various climatic conditions without compromising accuracy or performance.</p><p>In terms of mechanical resilience, the sensor boasts vibration resistance from 58-500 Hz, making it capable of withstanding the rigors often encountered in industrial settings without degradation over time.</p><p>With a resolution of 305 pulses per revolution (PPR), this encoder delivers precise feedback necessary for applications requiring exact positioning or speed control. Whether you&#39;re involved in automation tasks or need accurate motion detection, the detailed feedback provided supports enhanced system control and optimization.</p><p>Overall, the combination of these technical specifications positions the 716 Series Encoder Sensor as an excellent component within any setup demanding reliability and precision. It’s engineered to meet rigorous demands while offering straightforward integration into existing systems thanks to its comprehensive design considerations tailored towards real-world application needs.</p>