<p>The Series 776 line driver is a robust and reliable choice for industrial and commercial applications requiring precise motion control. Designed to operate within a wide voltage range of 4.75-28 VDC, this product offers flexibility in various power environments. With a current rating of 100 mA, the Series 776 ensures efficient performance without overloading your system.</p><p>One of the standout features is its output type—a line driver—known for delivering strong signal integrity over longer distances, which is crucial in complex installations where maintaining signal quality is paramount. The encoder boasts an impressive rated frequency of 200 kHz and delivers high-resolution feedback with its 1000 pulses per revolution (PPR), making it suitable for high-speed operations up to 3500 RPM.</p><p>This unit&#39;s resilience is evident in its ability to withstand harsh conditions. It operates efficiently across a broad temperature range from -25&#176;C to 100&#176;C, ensuring reliability in both freezing and scorching environments. With humidity resistance up to 98%, the Series 776 performs well even in extremely moist conditions.</p><p>Structurally, the encoder is housed in durable metal material, providing robustness against physical wear and tear. Although it holds an IP50 degree of protection, indicating limited dust ingress protection but no water resistance, it&#39;s designed primarily for indoor or controlled environments where such exposure can be managed.</p><p>In terms of mechanical durability, it can endure shock resistance levels up to 50 g/11 ms and vibration resistance between frequencies of 58-500 Hz, ensuring stable operation amidst mechanical disturbances often found in industrial settings.</p><p>Connectivity is straightforward with a convenient connector type featuring a sturdy 2-meter cable complemented by a gland nut for secure installation. This design provides ease during setup while ensuring that connections remain intact under operational stresses.</p><p>Overall, the Series 776 caters well to demanding applications that require precision and dependability without compromising on performance metrics essential for today&#39;s advanced automation systems.</p>