• Brand : Allen-Bradley
• Series : 2098
• Continuous output power @ 480 VAC : 2.0 kW
• Continuous output power @ 230 VAC : 1.0 kW
• Communication Port : One (1) Serial Port
• Output Current (Continuous) : 10 Amps (0-peak)
• Output Current (Intermittent) : 30 Amps (0-peak)
• Input current : 18 Amperes
• Output voltage : 120 / 240 VAC rms, 3-Phase
• Auxiliary Power Supply : No
• Nominal Input Current (AC) : 18 Amps Root Means Square
• Input Frequency (AC) : 47-63 Hz
• Input Voltage (AC) : 120 – 240 Voltage rms, 1-Phase
• Bus Overvoltage : 400 Volts dc
• Dimensions : 7.8 x 5.68 3.89 x in (198.12 x 144.27 x 98.1 mm)

The 2098-DSD-020X-DN is an Allen-Bradley Digital Servo Drive (DSD) from the Ultra 3000 Product family of motion control components. This drive is mainly used to interface with Servo motors such as Allen-Bradley’s Kinetix Servo Motor series to implement motion and position control to the connected load. The 2098-DSD-020X-DN accepts feedback position data from encoders such as the Allen-Bradley sine/cosine and incremental external encoders from the Bulletin 842HR, 844D, 847H, and 847T. The 2098-DSD-020X-DN product is operable at an input supply voltage of 120VAC / 240 VAC, 1-Phase, 50-60 Hz, and an input current of 18 Amperes. This servo drive delivers an output voltage of 120 / 240 VAC, 3-Phase, programmable frequency range of 0-400 Hz, maximum continuous output current of 10 amperes, and maximum peak output current of 30 Amperes. It generates a continuous output power of 115 kW at 115 VAC input and 2.0 kW at 230 VAC input. The 2098-DSD-020X-DN has an integrated DeviceNet communication interface that allows the drive to directly communicate with DeviceNet capable controllers such as Allen-Bradley’s SLC and Logix controllers with appropriate DeviceNet scanner capability. This enables the driver to perform data exchange at high-speed communication and cover longer distances. Aside from the integrated communication interface, the 2098-DSD-020X-DN comes with a built-in indexing capability. With the indexing function, pre-configured servo motor movements can be stored in the servo drive’s memory which enables users to select the predefined indexing profile for a specific load or product type. These movements include acceleration, velocity deceleration, ramp-up, ramp down, positional data, and other parameters.