ALLEN BRADLEY AXIS MODULE

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ALLEN BRADLEY AXIS MODULE Specification

Operating Temperature
0C to +55C

Phase
Three Phase

Connector Type
Screw Terminals

Working Temperature
0C to +55C

Power Supply
24 V DC External Supply

Rated Power
5.5 kW

Power Factor
>0.95

Application
Automation, Robotics, CNC Machinery

Noise Level
<60 dB

Current Range
016 A

Output Type
Digital and Analog Output

Output Current
2.6 A

Features
Short Circuit Protection, LED Indicators, Easy Mounting

Rated Current
2.6 A

Cooling Method
Fan Cooling

Product Type
Axis Module

Output Power
5.5 kW

Output Frequency
0500 Hz

Input Voltage
24 V DC

Voltage Protection
Overvoltage, Undervoltage Protection

Efficiency
Up to 98%

Material
Industrial Grade Components

Line Regulation
0.5%

Storage Temperature
-40C to +85C

Weight
2.2 kg

About ALLEN BRADLEY AXIS MODULE

Unlock unmatchable performance and reliability with the renowned ALLEN BRADLEY AXIS MODULE, a favorite among automation engineers worldwide. Take advantage of its marvelous suite of communication ports, including Ethernet/IP, RS232, and RS485, paired with optical isolation for signals and advanced protection features like overvoltage and undervoltage safeguarding. Its compact DIN rail mount design, intuitive status LED display, and multi-mode control (Position, Torque, Velocity) make it a popular choice for demanding applications. Engineered with industrial-grade components, this module delivers up to 98% efficiency, ensuring exceptional results in automation, robotics, and CNC machinery environments.

ALLEN BRADLEY AXIS MODULE: Features & Industrial Applications

Engineered for versatility, the ALLEN BRADLEY AXIS MODULE boasts advanced control modes, including position, torque, and velocity regulation, with easy DIN rail mounting for seamless integration. Optical signal isolation, robust LED indicators, and triple communication ports ensure reliable real-time operation. This module excels in automation, robotics, and CNC machinery, thriving in industrial plants thanks to its rugged construction, fan-based cooling, and IP20 enclosure. Marvelous efficiency and swift response times make it indispensable across modern manufacturing settings.

Supply Ability, Payment, and Packaging for ALLEN BRADLEY AXIS MODULE

We offer competitive quotations and ensure swift delivery of the ALLEN BRADLEY AXIS MODULE backed by efficient transport services enhancing its market value. Flexible payment terms allow businesses to acquire this advanced module without hassle. Every unit is packed using high-grade industrial packaging materials, securing durability in transit. With consistent supply ability, clients can rely on us for timely restocking, ensuring uninterrupted plant operations and securing your investment in automation excellence.

FAQs of ALLEN BRADLEY AXIS MODULE:

Q: How does the ALLEN BRADLEY AXIS MODULE enhance automation processes?

A: The module provides precise position, torque, and velocity control, coupled with high-speed communication and optical isolation. This ensures accuracy, efficient operation, and seamless integration into complex automation systems.

Q: What types of applications benefit most from using this axis module?

A: This module is tailored for automation processes, robotics, and CNC machinery, particularly in industrial manufacturing plants where performance, reliability, and robust control are crucial.

Q: Where is the ALLEN BRADLEY AXIS MODULE typically installed?

A: It is designed for DIN rail mounting within control panels or machinery in factories, industrial plants, or environments requiring advanced motion control and system monitoring.

Q: What are the voltage protection features of the module?

A: It includes comprehensive overvoltage and undervoltage protection, safeguarding both the device and connected systems from electrical anomalies, ensuring lasting performance.

Q: How can customers purchase and receive the ALLEN BRADLEY AXIS MODULE?

A: Customers can request a quotation, finalize payment terms, and benefit from secure packaging and reliable transport services, assuring safe and efficient delivery worldwide.

Q: What are the cooling and isolation methods employed in this module?

A: The module utilizes a fan cooling method for thermal management and employs optical signal isolation for enhanced operation reliability and noise reduction.

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