ALLEN BRADLEY CPU

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ALLEN BRADLEY CPU Specification

Thickness
55 mm

Base Material
Die-Cast Aluminium

Way
Single

Features
High Speed Processing, Real-Time Monitoring, Modular Design

Operating Voltage
24V DC

Protection Level
IP20

Rated Operation Voltage
24V DC

Protection Class
Class II

Cabinet Material
Metal

Rated Current
2A Per Channel

Cooling System
Passive Cooling

Panel Type
Mounting Panel

Current Rating
2A

Control System
Microprocessor-Based

Rated Insulation Voltage
500V AC

Connectivity Type
Ethernet, Serial Port (RS232, RS485)

Components
Main Processor, Memory Module, Communication Ports

Cover Material
Polycarbonate

Product Type
Programmable Logic Controller CPU Module

Material
Industrial Grade Plastic, Metal Base

Surface Finish
Matte

Standard
IEC 61131, UL, CE

Surface Color
Gray

Rated Voltage
24V DC

Frequency (MHz)
50-60 Hz

Maximum Output Current
2A

Dimension (L*W*H)
118 x 35 x 87 mm

Application
Industrial Automation, Control Panel Automation

IP Rating
IP20

Display Type
LED Indicator

About ALLEN BRADLEY CPU

The ALLEN BRADLEY CPU is highly recommended for sophisticated industrial automation and control panel applications. Explore seamless connectivity with top-notch communication protocols including Ethernet/IP, Modbus RTU, and DH+. Access valuable processing speeds with <1 ms response time, powered by a microprocessor-based control system. The CPU features a robust 512 KB program memory and 2 MB data memory, enabling ineffable performance for demanding projects. Designed for DIN rail or panel mounting, it supports expansion for digital and analog I/Os, with industrial grade materials ensuring reliability and compliance with IEC 61131, UL, and CE standards.

Application Surface and Competitive Advantages

This ALLEN BRADLEY CPU is optimized for control panel automation in industrial environments. Its sturdy die-cast aluminium base and polycarbonate cover make it suitable for harsh conditions, providing reliable IP20 protection. The device stands out with high-speed processing, real-time monitoring, and efficient passive cooling. Its modular design offers scalability and adaptability, giving users a competitive edge when managing complex automation requirements for factories, process plants, and manufacturing setups.

FOB Port and Export Market Details

ALLEN BRADLEY CPUs are shipped promptly from established FOB ports, ensuring quick dispatch to various destinations. The main export markets include Southeast Asia, Europe, and North America, where demand for industrial automation solutions is robust. Samples are available for domestic markets, allowing traders and buyers to assess product quality before large-scale purchases. Efficient shipment processes guarantee timely delivery, supporting both local and globe-wide automation needs.

FAQs of ALLEN BRADLEY CPU:

Q: How do I install the ALLEN BRADLEY CPU in my industrial control panel?

A: Installation is straightforward on either DIN rail or a mounting panel. Ensure you follow IEC 61131, UL, and CE standards, connect power and communication cables, and secure the unit with appropriate screws for reliable operation.

Q: What protocols are supported for communication and integration?

A: The CPU supports Ethernet/IP, Modbus RTU, DH+ (Data Highway Plus), RS232, and RS485, making it versatile for integration into diverse control systems and industrial networks.

Q: When is it necessary to upgrade the firmware, and how is this done?

A: Firmware upgrades are recommended periodically or when new features are released. Upgrades can be accomplished easily via USB or Ethernet, ensuring your system benefits from the latest enhancements and security updates.

Q: Where is the optimal environment for using this CPU?

A: The device is best suited for industrial automation settings with operating temperatures between 0C and 60C and storage conditions of -40C to 85C. Its IP20 rating makes it ideal for protected indoor environments.

Q: What specific benefits does the modular design offer in industrial usage?

A: The modular design allows you to expand the CPUs input/output capabilities efficiently, adapting to evolving automation needs and streamlining maintenance by making upgrades and repairs hassle-free.

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