ALLEN-BRADLEY 2098-DSD-020 DIGITAL SERVO DRIVE

ALLEN-BRADLEY 2098-DSD-020 DIGITAL SERVO DRIVE

Specification

  • Manufacturer: Allen-Bradley
  • Model: 2098-DSD-020
  • Type: Digital Servo Drive
  • Condition: New
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Description

Manufacturer: Allen-Bradley

Model: 2098-DSD-020

Part No: 9101-2340

Type: Digital Servo Drive

Condition: New

 

TECHNICAL SPECIFICATIONS:

Output Current (Continuous): 10 Amps (0-peak)

Status Indicator: Seven Segment Status LED

Communication Port: One (1) Serial Port

Nominal Input Current (AC): 18 Amps Root Means Square

Input Voltage (AC): 100-240 Voltage Root Means Square (Single Phase)

Input Frequency (AC): 47-63 Hz

Bus Overvoltage: 400 Volts dc

Dimensions: 7.8 x 5.68 x 2.86 in

 

Maritek Solutions can supply new and refurbished parts of Allen Bradley Digital Servo Drive.

To receive a quote for any Marine-Industrial Allen Bradley Digital Servo Drive, Kindly email us at sales@mariteksolutions.com

Technical Data

The Allen-Bradley 2098-DSD-020 is an Ultra 3000 Digital Servo Drive.

This drive is a Standard drive, designed to implement simple indexing or preconfigured drive motions as well as perform multi-axis motion control.

The 2098-DSD-020 is operated by applying an input voltage range of 100-240VAC rms, 1-Phase, input current of 18 Amperes with frequency of 47-63 Hz.

It has an output voltage of 100-240VAC and frequency range of 0-400 Hz continuous output power of 1kW with Continuous Output Current 1A and Intermittent Output Current of 30A and power of 1.0 kW at 115VAC input and 2.0 kW at 230VAC input.

The 2098-DSD-020 Digital Servo Drive has Eight (8) Opto-isolated discrete input channels.

The input channels have ON State Voltage of 10.8.V, minimum, and 26.4V, maximum while the ON-state current is 3.0 mA, minimum and 12.0 mA, maximum.

The OFF-State Voltage is IOCOM, to guarantee an OFF state. -1.0V minimum, and 2.0V maximum.

It also has a relay output, composed of Normally Open contacts.

The 2098-DSD-020 drive provides automated identification through the use of Smart Motor Technology.

This means that each specific motor attached to drive will have an identity that helps to safeguard the drive against inaccurate motor alternatives and reduced commissioning time.

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