ALLEN BEADLEY SERVO DRIVE 2094-BC07-M05-S

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ALLEN BEADLEY SERVO DRIVE 2094-BC07-M05-S Specification

Current Range
0-20 A

Cooling Method
Forced Air Cooling

Output Current
14.6 A

Rated Power
7 kW

Operating Temperature
0C to 55C

Power Factor
>0.95

Noise Level
65 dB

Power Supply
AC Input

Phase
Three Phase

Working Temperature
0C to 55C

Application
Automated Machinery, Robotics, Industrial Motion Control

Rated Current
14.6 A

Output Type
Three Phase

Connector Type
Terminal Block, Plug-in Connectors

Features
Short Circuit Protection, Overload Protection, Diagnostics, Compact Size

Product Type
Servo Drive

Output Power
7 kW

Output Frequency
0-599 Hz

Input Voltage
360-480 V AC

Voltage Protection
Overvoltage, Undervoltage Protection

Efficiency
Approx. 98%

Material
Industrial Grade Components, Metal Housing

Line Regulation
0.5%

Storage Temperature
-40C to 85C

Weight
Approx. 6 kg

About ALLEN BEADLEY SERVO DRIVE 2094-BC07-M05-S

The ALLEN BEADLEY SERVO DRIVE 2094-BC07-M05-S is a supreme, top-rated solution for precision motion control. Featuring instant checkout options, this excellent, industrial-grade servo drive is designed for panel mounting and seamless integration with Kinetix Series Servo Motors. Its first-string 7 kW output, three-phase power and advanced digital servo control ensure optimal performance for robotics and automated machinery. Enjoy Ethernet/IP and SERCOS III communication, LED status indicators, and robust protection features such as overvoltage and diagnostics. Its compact, metal housing and approx. 98% efficiency make this drive an outstanding choice for demanding environments.

Exceptional Control for High-End Automation

Engineered for demanding industrial use, the ALLEN BEADLEY SERVO DRIVE 2094-BC07-M05-S offers three-phase digital servo control, making it ideal for automated machinery, robotics, and motion control. Users benefit from its intuitive panel-mount design and simple installation via terminal block and plug-in connectors. The drives primary competitive advantages include a compact yet highly efficient build, extensive protection mechanisms, and compliance with international standards, positioning it among the most reliable options for your automation needs.

Clear Sample Policy & Export Information

For potential buyers, a sample estimate can be provided on request, ensuring transparency regarding the list price. We arrange safe transportation and prompt delivery for domestic and international markets. The ALLEN BEADLEY SERVO DRIVE 2094-BC07-M05-S is primarily exported to top markets, with flexible payment terms available to suit customer requirements. Our sample policy and export procedures are tailored for convenience, giving clients the confidence to proceed with their purchase easily.

FAQs of ALLEN BEADLEY SERVO DRIVE 2094-BC07-M05-S:

Q: How does the ALLEN BEADLEY SERVO DRIVE 2094-BC07-M05-S enhance automated machinery applications?

A: This servo drive delivers precise digital control, seamless integration with Kinetix motors, and multiple communication interfaces, ensuring superior efficiency, reliability, and adaptability in advanced automated machinery projects.

Q: What protection features are included in this servo drive?

A: The drive incorporates overvoltage, undervoltage, short circuit, and overload protection, along with diagnostic capabilities, guaranteeing operational safety and equipment longevity.

Q: Where can the 2094-BC07-M05-S be installed?

A: Designed for panel mounting, this servo drive is suitable for industrial environments requiring robust motion control, such as factories and automation setups.

Q: What payment terms and export options are available for international buyers?

A: We offer flexible payment terms and organize transportation for both domestic and international customers, aiming to provide a smooth purchasing and delivery process.

Q: What are the benefits of its compact size and high efficiency?

A: The compact size allows for easy integration into limited spaces, while its 98% efficiency ensures reduced energy costs and minimal heat generation during operation.