ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BC01-M01

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ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BC01-M01 Specification

Current Range
0.5-4 Amps

Noise Level
Low noise operation

Features
Scalable multi-axis drive systems

Phase
3-phase

Power Factor
Optimized for motor control

Rated Current
4 Amps RMS

Output Type
AC Output

Cooling Method
Air cooling

Power Supply
AC Power Supply

Operating Temperature
0C to 50C

Output Current
Variable based on axis load

Application
Industrial motion control

Working Temperature
0C to 40C

Connector Type
Serial connectors

Rated Power
7 kW

Product Type
Servo drive

Output Power
Up to 7 kW

Output Frequency
50/60 Hz

Input Voltage
230-480 VAC

Voltage Protection
Over-voltage protection

Efficiency
High efficiency

Material
Metal enclosure

Line Regulation
Stable under load variations

Storage Temperature
-40C to 85C

Weight
12 lbs

About ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BC01-M01

ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BC01-M01

Reliable Performance for Industrial Motion Control

The KINETIX 6000 Drive is tailored for precise motion control tasks in industrial automation. Its scalable architecture allows integration into multi-axis systems, optimizing performance for diverse applications. With high efficiency and low noise levels, it contributes to smooth operation in demanding environments.

Advanced Features for Enhanced Safety

Designed with over-voltage protection, a metal enclosure, and serial connectors, the drive ensures safe and secure operation. Stable current regulation and air cooling deliver lasting performance while protecting critical components under varying loads and temperatures.

FAQs of ALLEN BRADLEY KINETIX 6000 DRIVE 2094-BC01-M01:

Q: How is the KINETIX 6000 Drive 2094-BC01-M01 utilized in industrial motion control systems?

A: The drive serves as a scalable solution for multi-axis motion control, managing the movement and power delivery for various motors in automated industrial settings, thus increasing precision and efficiency.

Q: What benefits does the air cooling method provide in this drive?

A: Air cooling maintains optimal temperatures during operation, preventing overheating and promoting consistent, reliable performance without complex liquid cooling systems.

Q: When should the drive be operated to maintain safe functioning?

A: It should be operated within the specified temperature range of 0C to 50C to ensure safety and maximize its lifespan.

Q: Where can this drive be installed for optimal usage?

A: The drive is suitable for installation in industrial environments with adequate airflow, away from excessive moisture or dust, and within its operational temperature parameters.

Q: What is the process for connecting the drive to a motor system?

A: The drive is connected through serial connectors to the control system and motor, ensuring secure and efficient signal transmission for synchronized multi-axis movement.

Q: How does the drive enhance efficiency and precision in motion control applications?

A: Its high efficiency, variable output current, and stable line regulation ensure motors receive accurate power, resulting in smooth, precise, and energy-efficient motion control.

Q: What are the primary benefits of choosing this drive for automation projects?

A: The drives robust build, low noise, high efficiency, and integrated voltage protection offer reliable operation and longevity, making it ideal for demanding industrial automation projects.

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