Allen-Bradley 1398-DDM-075 Digital Servo Drive

Output Current (Peak):75A

Continuous Output Power:200W

Input Voltage Range:100-240V AC

Frequency Range:47-63 Hz

Main AC Input Current:28 A

Continuous Output Current:15 A

Bus Overvoltage Protection:452V DC

Shunt Operation Voltage:420V DC

    The Allen-Bradley AB 1398-DDM-075 Digital Servo Drive is designed to elevate operational efficiency with its robust performance capabilities. Engineered for applications requiring precise control and high-power output, this drive seamlessly integrates into complex industrial machinery to optimize processes and enhance productivity.

    Featuring advanced microprocessor technology, the drive offers unparalleled programmability and rapid feedback signal processing, ensuring seamless interaction with modern automation systems. Its modular design allows for easy customization to meet diverse industrial needs, making it a versatile choice for manufacturers seeking superior control solutions.

    Built with durability and reliability in mind, the AB 1398-DDM-075 boasts a sleek, compact form factor that facilitates efficient integration into existing setups without compromising on performance. Its high-quality materials ensure longevity and minimal maintenance requirements, providing a cost-effective solution for long-term industrial use.

    This servo drive supports a wide range of machine control architectures, including compatibility with Allen-Bradley’s renowned Logix 5000 controllers and interface modules, ensuring seamless integration with the latest automation technologies. Its compatibility with industry-standard protocols ensures broad interoperability, making it a preferred choice for integration within multi-vendor environments.

    With its ability to handle peak currents up to 75A and deliver continuous output power of 200W, the AB 1398-DDM-075 is capable of powering heavy-duty tasks while maintaining exceptional accuracy and speed. Its built-in shunt operation provides enhanced protection against overvoltage conditions, safeguarding critical components and prolonging system lifespan.