8.A128.F384.G323 Многооборотный абсолютный энкодер Пользовательская замена
Custom Replacement Capability
The 8.A128.F384.G323 is offered as a custom replacement encoder fully compatible with the original in mechanical and electrical specifications. Our production cycle is approximately fifteen working days, allowing customers to maintain continuous operations without delays. The unit preserves key dimensions, shaft interfaces, and signal outputs, ensuring seamless integration with existing systems and eliminating installation concerns.
Product Overview
This multiturn absolute encoder provides accurate absolute position feedback over multiple rotations, maintaining accuracy even after power interruptions. It offers high-resolution singleturn and multiturn measurements, supporting precision automation, robotics, and motion control applications. Communication interfaces include SSI, Profibus, and CANopen, ensuring compatibility with various industrial control platforms. The robust housing and precision bearings provide long-term durability, while multiturn capability enables continuous monitoring of multi-revolution motion, essential for complex automation systems.
Visual Note
Customized product real photos available.
Industrial Applications
The 8.A128.F384.G323 is widely used in steel mills, cranes, automated conveyors, wind energy, and robotic systems. It ensures accurate roller positioning and hoist control in steel production, precise cable handling in cranes, synchronized material movement in conveyors, and optimal blade pitch and nacelle monitoring in wind turbines. Robotic and packaging systems rely on the encoder for repeated high-precision operations. Its reliability under continuous operation improves productivity and reduces maintenance requirements across these applications.
Our Advantage
Our replacement solution is cost-effective, reliable, and customizable. Customers can adjust electrical interfaces, resolution, and mechanical features to suit specific application requirements. Production lead times are short, typically around fifteen working days, while the encoder’s robust construction ensures long-term stability. This provides a dependable alternative to original units while maintaining precision and operational efficiency.
