Mitsubishi Electric Servo Amplifier MR-E-100A-KH003

The MR-E-100A-KH003 is a general-purpose AC servo amplifier belonging to the MR-E series, designed for high-performance motion control applications. It delivers a rated output of 1.0 kW, making it suitable for a wide range of mid-power servo systems. The unit features a universal pulse train interface, enabling straightforward integration with various motion controllers and PLCs.

The suffix "KH003" denotes a special specification variant of the MR-E Super series, which incorporates enhanced features for improved system performance and operational ease. This model is engineered to reduce operator workload through simplified setup and intuitive operation, while also offering cost-effective system configuration without compromising reliability.

Key capabilities include high-resolution positioning, supported by a servo motor encoder resolution of 131,072 pulses per revolution, ensuring precise and accurate motion control. The amplifier also provides high responsiveness, enabling rapid acceleration and deceleration for demanding dynamic applications.

To minimize mechanical vibration and improve system stability, the MR-E-100A-KH003 employs an adaptive vibration control function. This feature automatically suppresses resonance and oscillation, contributing to smoother operation and extended machine life.

For advanced tuning and optimization, the amplifier is compatible with personal computer-based servo setup software. This allows users to perform fine adjustments, monitor performance parameters, and save configuration data, facilitating efficient commissioning and maintenance.

The amplifier supports two distinct interface types to accommodate various control modes:

●A pulse train interface for position control and internal speed control.

●An analog input interface for speed control and torque control.

This dual-interface flexibility makes the MR-E-100A-KH003 a versatile solution for applications ranging from simple indexing to complex motion profiles, all while maintaining high efficiency and reliability.