ALLEN BRADLEY ULTRA 3000 DRIVE 2098-DSD-010X
ALLEN BRADLEY ULTRA 3000 DRIVE 2098-DSD-010X

ALLEN BRADLEY ULTRA 3000 DRIVE 2098-DSD-010X

ALLEN BRADLEY ULTRA 3000 DRIVE 2098-DSD-010X Specification

  • Rated Current
  • 10 Amps
  • Rated Power
  • 1 kW
  • Cooling Method
  • Natural Convection
  • Application
  • Industrial Automation
  • Features
  • Compact design High performance Easy integration
  • Output Current
  • 10 Amps
  • Power Factor
  • 0.99
  • Operating Temperature
  • 0C to 40C
  • Current Range
  • 10 Amps
  • Working Temperature
  • 0C to 40C
  • Output Type
  • Servo Drive
  • Phase
  • Single Phase
  • Noise Level
  • Low
  • Connector Type
  • Standard
  • Power Supply
  • External
  • Product Type
  • Servo Drive
  • Output Power
  • 1 kW
  • Output Frequency
  • Variable
  • Input Voltage
  • 240V AC
  • Voltage Protection
  • Overvoltage Protection
  • Efficiency
  • High
  • Material
  • Metal housing
  • Line Regulation
  • Stable
  • Storage Temperature
  • -20C to 85C
  • Weight
  • Approximately 2 Kg
 
 

About ALLEN BRADLEY ULTRA 3000 DRIVE 2098-DSD-010X

ALLEN BRADLEY ULTRA 3000 DRIVE 2098-DSD-010X


High Efficiency & Power Factor

The Ultra 3000 Drive boasts a high efficiency with a rated output of 1 kW and a power factor of 0.99, ensuring minimal energy loss and cost efficiency in continuous operation. Its external power supply and stable line regulation contribute to consistent output, supporting various industrial automation processes seamlessly.


Reliable Protection & Durable Construction

Equipped with advanced overvoltage protection and constructed with a robust metal housing, this servo drive is engineered to withstand fluctuating industrial conditions. The natural convection cooling method and wide storage temperature range safeguard the devices longevity, reducing maintenance needs.


Versatile Applications and Easy Integration

Designed for straightforward integration into industrial systems, the Ultra 3000 Drive supports standard connectors and variable output frequency. Its compact structure, low noise emission, and high performance enable seamless application in manufacturing environments subject to strict automation requirements.

FAQs of ALLEN BRADLEY ULTRA 3000 DRIVE 2098-DSD-010X:


Q: How does the Ultra 3000 Drive ensure stable operation in automation applications?

A: The Ultra 3000 Drive features stable line regulation, advanced overvoltage protection, and efficient cooling through natural convection. These features collectively maintain consistent performance and protect against voltage fluctuations in demanding industrial automation environments.

Q: What is the process for integrating the Ultra 3000 Drive into existing systems?

A: Integration is straightforward due to the drives compact design, standard connector types, and compatibility with 240V AC external power supplies. Follow the installation guide to securely mount the drive, connect input/output wiring, and set parameters for your application.

Q: When should I consider the Ultra 3000 Drive for my automation project?

A: This drive is ideal when you require precise control with 1 kW output, high efficiency, and easy integration for tasks in industrial automation. Its reliability and strong protective features make it suitable for environments where stable operation is critical.

Q: Where can the Ultra 3000 Drive be used?

A: It is primarily used in industrial automation settings across India, including manufacturing plants, machine control systems, and any application demanding reliable servo drive performance operating within 0C to 40C.

Q: What are the usage benefits of the Ultra 3000 Drive?

A: Users benefit from its high efficiency, low noise level, durable metal housing, and stable operation. These features contribute to reduced operational costs, minimal downtime, and improved system longevity.

Q: How does the drives cooling method contribute to its performance?

A: The natural convection cooling mechanism allows for silent, maintenance-free, and efficient heat dissipation, ensuring consistent operation without the need for additional cooling appliances or complex systems.

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