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Product Description
The 2098-DSD-HV220X-DN servo drive is a digital servo drive from the Allen-Bradley Ultra 3000 series. It's designed and manufactured by Allen-Bradley for industrial control and regulation applications. This drive operates with an input voltage range of 230 to 480 Volts AC and has a running frequency between 47 and 63 Hertz. It's used to power electric servo mechanisms, monitoring feedback from the larger machine and adjusting operation to achieve the desired output.
Specifically, the 2098-DSD-HV220X-DN servo drive uses 28 Amps of AC input current and provides a continuous output current of 47 Amps. The drive has a bus overvoltage protection of 810 Volts DC and a shunt-on voltage capability of up to 800 Volts DC. It delivers a power output of 11 kilowatts under normal loading conditions. The continuous output current rating of the drive is 47 Amps. It is designed to operate within a temperature range of 0 to 40 degrees Celsius, and the installation area should maintain a relative humidity range of 5 to 95% (non-condensing).
The 2098-DSD-HV220X-DN servo drive is equipped with advanced indexing capabilities for enhanced machine control and performance. It utilizes PWM frequency as its input frequency. This 3-phase device is certified to meet various drive standards and complies with all relevant EMC directives. The drive incorporates a variable PID control system, which regulates the servo drive's velocity and aids in precise positioning.
The 2098-DSD-HV220X-DN servo drive offers a wide range of power platforms, connectivity options, and functions, making it a versatile standalone solution for diverse machine control architectures, including Logix, SLC, and third-party systems. It is capable of handling complex motion profiles.
Is Your Device Showing These Signs?
The Allen Bradley 2098-DSD-HV220X-DN commonly experiences issues related to resolver feedback malfunction, resulting in erratic motor control or complete drive failure. Resolve this by inspecting resolver wiring for continuity and shorts, confirming proper resolver signal amplitude and offset, and recalibrating the resolver parameters within the Kinetix drive configuration. Communication errors on the DeviceNet network are also frequent, stemming from incorrect baud rate settings, node address conflicts, or physical layer problems such as damaged cabling or faulty terminators; verify network settings and cabling integrity to restore communication. Overcurrent faults occur due to excessive load, shorted motor windings, or incorrect drive parameters; address this by evaluating the motor load, testing motor insulation resistance, and adjusting current limits within the drive configuration.
Technical specifications
Part Number: 2098-DSD-HV220X-DN
Product Type: Digital Servo Drive
AC Input Voltage: 230-480V AC
AC Input Frequency: 47-63 Hz
Main AC Input Current: 28 A
Continuous Output Current: 47 A
Continuous Power Output: 11 kW
Bus Overvoltage: 810V DC
Shunt On: 800V DC
Interface: DeviceNet
Our Repair Process for the
2098-DSD-HV220X-DN
Our repair process for the Allen Bradley 2098-DSD-HV220X-DN begins with a thorough inspection of resolver wiring to guarantee continuity and absence of shorts, followed by confirmation of correct resolver signal amplitude and offset, and concluding with a mandatory recalibration of resolver parameters within the Kinetix drive configuration. We then verify DeviceNet network settings and cabling integrity to eliminate communication errors arising from incorrect baud rates, node address conflicts, or physical layer defects. Finally, we evaluate the motor load, test motor insulation resistance, and adjust current limits within the drive configuration to resolve overcurrent faults stemming from excessive load, shorted motor windings, or incorrect drive parameters.
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Your satisfaction is our top priority, and we confidently stand behind the quality of our repairs. That's why every repair service is covered by our comprehensive 24-month warranty. Furthermore, we offer lifetime phone support – if you have questions or need assistance related to our repair down the road, we're here to help. Our service commitment is straightforward: we guarantee our work, and if you're not satisfied, we will make it right. Learn More about our Repair process.
Comprehensive Repairs You Can Depend On
We take immense pride in the quality and reliability of our work. Our process goes beyond simply fixing the immediate problem. We perform a comprehensive inspection of your main board (or other equipment) and proactively replace components known to be failure-prone or showing signs of potential future failure. Before any item is returned, it undergoes rigorous functional testing to ensure it meets performance specifications and operates flawlessly. Visit our main Repair Services page to learn more.
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Our primary goal is to save you hundreds, or even thousands, of dollars compared to the cost of new equipment replacement. By repairing existing components, we provide an economical solution that is also eco-friendly. At Roc Industrial, our commitment to integrity and community drives our consistent growth and ensures you receive a reliable, cost-effective solution.
Please Note: Roc Industrial operates as an independent service provider and is not an authorized distributor for the manufacturers or brands mentioned. Consequently, the original manufacturer's warranty is not applicable to items repaired or sold by us. Roc Industrial provides its own 2-year warranty on all repair services performed.
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