FANUC Robot Pulse Coder Models and Specifications

The resolution choice depends on your precision requirements. Our FANUC pulse coders support ranges from 32K to 1024K counts per revolution. Higher resolutions like 1024K provide ultra-precise positioning for demanding applications, while 32K-128K ranges work well for standard industrial automation tasks. Our specialists can help determine the optimal resolution for your specific application.

Our FANUC pulse coder converters output quadrature signals with commutation (Hall) signals, which are specifically designed for comprehensive motor control in PWM servo systems. This signal combination ensures proper motor commutation and precise position feedback, enabling accurate positioning control essential for demanding motor control applications in industrial automation.

Yes, our FANUC pulse coder converters are ideal for modernizing existing FANUC equipment. They enable seamless integration with PWM servo systems and provide high-resolution signal conversion for equipment retrofitting projects, making them perfect for upgrading older industrial automation systems.

Our FANUC pulse coder converters work with both types. Absolute encoders produce commutation signals immediately at power-on without requiring battery backup, while incremental encoders track relative position. Both versions are fully compatible with our converters and support resolutions from 32K to 1024K counts per revolution.

Installation is simplified by the lightweight design at just 0.5 lbs, making mounting and integration straightforward. Additionally, we provide comprehensive technical documentation and online resources to support the installation process for all our pulse coder products.

While technical knowledge in servo control systems is helpful, we provide comprehensive technical documentation and expert support. Our motion control specialists offer technical guidance and custom solutions, with consultation available within 24 hours to assist with implementation.

Our FANUC pulse coder converters provide hardware-level signal conversion that works independently of specific programming languages or control systems. With specialized technical knowledge in servo and stepper control systems and comprehensive LinuxCNC software compatibility, we enable professional interfaces between different control systems and hardware for seamless position tracking.