ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BM02
ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BM02

ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BM02

ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BM02 Specification

  • Output Current
  • 2A
  • Power Factor
  • 0.98
  • Power Supply
  • AC Power
  • Application
  • Industrial Automation
  • Rated Current
  • 2A
  • Cooling Method
  • Natural Convection Cooling
  • Connector Type
  • D-Sub Connector
  • Current Range
  • 2A
  • Rated Power
  • 1.2 kW
  • Phase
  • Single Phase
  • Operating Temperature
  • 0C to 50C
  • Output Type
  • Variable Voltage Output
  • Noise Level
  • Low Noise
  • Features
  • Modular Design Compact Size
  • Working Temperature
  • 0C to 50C
  • Product Type
  • Servo Drive
  • Output Power
  • 1.2 kW
  • Output Frequency
  • Variable Frequency
  • Input Voltage
  • 230 VAC
  • Voltage Protection
  • Over Voltage Protection
  • Efficiency
  • High Efficiency
  • Material
  • Industrial Grade Plastic
  • Line Regulation
  • Stable Performance
  • Storage Temperature
  • -20C to 70C
  • Weight
  • 3.5 kg
 
 

About ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BM02

ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BM02  


High Efficiency Operation

Benefit from the ALLEN BRADLEY KINETIX 6000 DRIVEs advanced efficiency, ensuring minimal energy loss and reliable performance. The drive operates at a power factor of 0.98, making it ideal for energy-conscious industries focused on sustainable practices. Its combination of high efficiency and stable line regulation translates into consistent output and reduced operational costs.


Compact and Modular Design

Engineered for flexibility, this drives modular and compact form factor allows for straightforward integration into control panels or machinery. At just 3.5 kg, it occupies minimal space without sacrificing functionality. The robust, industrial-grade plastic housing ensures long-term durability in challenging environments.


Safe and Versatile Usage

Designed with safety and versatility in mind, the drive includes over-voltage protection and operates reliably across a wide temperature range (-20C to 70C in storage and 0C to 50C when in use). Its natural convection cooling method ensures low noise operation, making it suitable for noise-sensitive environments.

FAQs of ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BM02:


Q: How is the ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BM02 typically used in industrial automation?

A: This drive is utilized in various automated industrial applications, providing efficient motor control for processes requiring variable frequency and voltage outputs. Its modular design allows seamless integration within manufacturing lines or motion control systems.

Q: What are the advantages of its high efficiency and stable performance?

A: High efficiency minimizes energy consumption, while stable line regulation ensures consistent power delivery. This combination enhances equipment reliability and reduces operational costs over time.

Q: When should the drive be stored or operated to prevent performance issues?

A: For optimal reliability, store the drive between -20C and 70C. During operation, maintain ambient temperatures between 0C and 50C to ensure peak performance and equipment longevity.

Q: Where can I source this drive in India?

A: The ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BM02 can be obtained through authorized suppliers and traders specializing in industrial and automation equipment across India.

Q: What process does the drive use for cooling, and how does this impact operation?

A: It utilizes natural convection cooling, which eliminates the need for additional fans and reduces maintenance. This ensures quiet operation and reliability even in spaces with limited ventilation.

Q: How does the drive enhance operational safety?

A: Safety is strengthened by its built-in over-voltage protection and robust design. These features safeguard both the drive and connected equipment from electrical irregularities.

Q: What are the main benefits of its modular, compact construction?

A: The modular and compact design enables easy installation, flexible system expansion, and optimal space utilization, making it suitable for modern automation environments.

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