CL Encoder 760N1T14FB0500NCHVSXSTIP64 Non-Commutated Thru-Bore Encoder 760 4.75-24 V 63.5mm IP64

<p>The Series 760 represents a reliable choice for professionals seeking robust performance in challenging environments. Designed to operate within a rated voltage range of 4.75 to 24 V and a rated current of 100 mA, this product offers the versatility necessary for various industrial applications. Its line driver output type ensures efficient signal transmission over long distances, making it suitable for complex systems requiring precise communication.</p><p>Engineered with durability in mind, the Series 760 boasts an impressive degree of protection with an IP64 rating. This means it&amp;#39;s well-protected against dust ingress and water splashes from any direction, ensuring consistent performance even in demanding conditions. The operational temperature range extends from -40 to 100 degrees Celsius, allowing this product to function reliably in both extreme cold and heat scenarios.</p><p>For environments where moisture is prevalent, the Series 760 can handle humidity levels up to 98%, demonstrating its resilience in high-moisture settings such as outdoor or unconditioned indoor spaces.</p><p>Mechanical robustness is further highlighted by its shock resistance of up to 50 g for durations of 11 ms, coupled with vibration resistance spanning frequencies from 58-500 Hz. These features ensure that the device maintains operational integrity even under significant mechanical stress or vibrations typical in heavy machinery or transportation industries.</p><p>The Series 760&amp;#39;s performance capabilities are underscored by its pulses per revolution (PPR) count of 500 PPR and a maximum shaft speed of up to 6000 RPM. This makes it ideal for applications requiring precise rotational measurement and control at high speeds—an essential feature for automation processes where accuracy is paramount.</p><p>Whether you&amp;#39;re integrating into new systems or upgrading existing ones, the Series 760 provides a balance between technical sophistication and rugged reliability that meets industry demands without compromising on quality or efficiency.</p>