Product Description

The PU0A015EM11S00 servo amplifier is engineered for precision and efficiency in automation systems. This standard type amplifier is part of the PU Super Servo Amplifiers series and supports speed control status, making it suitable for various industrial applications. It is designed to provide reliable performance, ensuring stability and effective heat dissipation for prolonged operational life. The servo amplifier offers a blend of essential features and robust design. In addition, its compatibility and functions can be easily incorporated for seamless usage through different industrial machines, but remember not to exceed its limitations.

This servo amplifier is equipped to handle an input voltage of 200 VAC with a dynamic brake, ensuring stable operation through some fluctuations and providing an added level of safety, especially through emergency stops. The amplifier capacity is 15 A, which allows for precise control and responsiveness in demanding applications. Designed with a wiring-saving incremental hardware and sensor type, it reduces wiring complexity and makes installation easier through simplified connections, contributing to a cleaner setup. This focus on simplified wiring enhances maintainability, ensuring minimal downtime through regular maintenance or system upgrades. Its M1 motor type is paired optimally to receive the specific signal that will dictate operation, which leads to a proper response.

The PU0A015EM11S00 servo amplifier offers practical benefits, primarily through its wiring-saving design which contributes to system streamlining. The unit's incremental hardware type simplifies the setup process of the sensors, and reduces potential points of failure through complicated wiring schemes. Furthermore, the motor type M1 is specifically for the amplifier so customers won't spend the extra time with the technical aspect of compatibility. Type identification is standard, ensuring ease of integration within existing systems through straightforward protocols for identification that can be easily identified. Ultimately, the combination of a reliable performance through safe braking means it fits seamlessly through various automation systems, ensuring operational safety and continuity.