Red Lion Controls ZOH1800A 1800 PPR 0.375 inch thru-bore

# Hollow Shaft Type Incremental Encoder The Red Lion Controls ZOH1800A is a premium hollow shaft type incremental encoder designed to deliver precise position feedback in a variety of industrial applications. With a resolution of 1800 pulses per revolution (PPR) and a compact 0.375-inch thru-bore, this encoder is ideal for use in automation systems requiring high accuracy and reliability. ## Key Features • **High Resolution:** Offers 1800 PPR, ensuring precise measurement for both speed and position control. • **Compact Design:** Features a 0.375-inch thru-bore, allowing for easy integration into tight spaces without compromising performance. • **Durable Construction:** Built to withstand harsh industrial environments, providing long-lasting operation in challenging conditions. • **Versatile Compatibility:** Can be used with various control systems and devices, enhancing integration flexibility. • **Easy Installation:** Designed for straightforward mounting and alignment, minimizing downtime during installation. ## Applications • **Factory Automation:** Ideal for applications requiring precise motion control and feedback in manufacturing processes. • **Robotics:** Perfect for providing accurate positional data in robotic arms and automated machinery. • **Material Handling:** Used in conveyor systems and other material movement equipment for enhanced control and efficiency. • **Alternative Energy:** Supports applications in wind turbines and solar tracking systems for optimized performance. ## Benefits • **Enhanced Accuracy:** The high PPR allows for precise control and monitoring of mechanical systems, reducing errors and improving productivity. • **Increased Reliability:** Designed to operate reliably in demanding environments, ensuring consistent performance over time. • **Flexible Integration:** Compatible with a wide range of industrial equipment, facilitating easy upgrades to existing systems. --- *Product information compiled with AI assistance for reference purposes.*