Allen Bradley 1326AB-B430G-S2LS Servo Motor

# AC Servo Motor The **Allen Bradley 1326AB-B430G-S2LS** is a high-performance AC servo motor designed for precision control in various automation applications. Engineered by Allen-Bradley, a leader in industrial automation, this servo motor ensures reliable operation and optimal performance in demanding environments. ## Key Features • **Power Rating:** 400 W with a peak torque of 1.26 Nm, providing robust performance for high-load applications. • **Rated Speed:** Operates effectively at 3000 RPM, allowing for rapid response and high-speed operation. • **Feedback Type:** Equipped with an incremental encoder for precise positioning and control, enhancing accuracy in motion applications. • **Construction Material:** Built with durable materials to withstand harsh industrial conditions, ensuring longevity and reliability. • **Compatibility:** Designed to integrate seamlessly with Allen-Bradley drives and controllers, promoting efficient system performance. ## Applications • **Robotics:** Ideal for robotic arms and automated assembly lines requiring precise motion control. • **CNC Machinery:** Suitable for CNC machines where accuracy and speed are crucial for machining operations. • **Packaging Equipment:** Perfect for packaging systems that demand quick and reliable operation. • **Material Handling:** Utilized in automated material handling systems to enhance efficiency in logistics and warehousing. ## Benefits • **Enhanced Precision:** The incremental encoder feedback allows for accurate positioning, reducing errors in automation tasks. • **High Efficiency:** The motor’s design optimizes energy consumption, leading to reduced operational costs. • **Durability:** Robust construction ensures the motor can withstand the rigors of industrial environments, minimizing downtime and maintenance needs. • **Versatile Integration:** Easily integrates with existing Allen-Bradley automation solutions, facilitating upgrades and expansions. --- *Product information compiled with AI assistance for reference purposes.*