Allen-Bradley 2098-DSD-010X Digital Servo Drive
The Allen-Bradley 2098-DSD-010X is a high-performance digital servo drive designed for precision motion control applications in industrial automation. It offers versatile indexing and multi-axis control capabilities, making it ideal for enhancing productivity in various manufacturing processes.
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Content details
Input Voltage:100-240VAC rms, 1-Phase
Frequency Range:47-63 Hz
Continuous Output Power:1kW
Continuous Output Current:5A
Intermittent Output Current:15A
Number of General Purpose Inputs:Eight
Number of General Purpose Outputs:Four
Serial Communication Ports:One (RS232 and RS485)
Support for Multi-Turn Absolute Encoders:Embedded
External Logic Power Support:Available
Integrating advanced technology, the Allen-Bradley 2098-DSD-010X Digital Servo Drive is engineered to deliver precise control over machinery and automation systems, enhancing efficiency and performance in various industrial applications.
Featuring an input voltage range of 100-240VAC, 1-Phase, and a frequency range of 47-63 Hz, this drive ensures compatibility with a wide array of industrial environments, accommodating diverse operational demands.
With continuous output power of 1kW and a maximum continuous output current of 5A, coupled with an intermittent output current of 15A, the 2098-DSD-010X provides robust power delivery tailored for demanding tasks.
Equipped with eight selectable general purpose inputs and four selectable general purpose outputs, including one relay output, this drive offers flexible integration with other components, enhancing system scalability and adaptability.
Supporting both RS232 and RS485 communication standards, the 2098-DSD-010X ensures seamless data exchange with controller platforms from the Allen-Bradley Logix 5000 series and interface modules, optimizing control and monitoring capabilities.
Embedded support for multi-turn absolute encoders allows for precise position feedback, ensuring accurate movement control. An optional external logic power supply maintains actuator position during power loss, safeguarding against potential downtime.