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ALLEN BRADLEY CPU 1747-L551 C

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ALLEN BRADLEY CPU 1747-L551 C Specification

Cover Material
Polycarbonate

Base Material
Thermoplastic

Cooling System
Passive

Panel Type
Modular

Rated Current
0.5A

Operating Voltage
24V DC

Protection Class
Class I

Control System
Microprocessor based

Connectivity Type
RS-232, DH-485

Protection Level
IP20

Features
High-speed processing, Expandable, Non-volatile memory

Cabinet Material
Plastic

Way
Single

Components
CPU Module, Memory, Communication Ports

Current Rating
2A

Rated Operation Voltage
24V DC

Rated Insulation Voltage
300V

Thickness
Standard

Product Type
Programmable Logic Controller (PLC) CPU

Material
Plastic, Metal

Surface Finish
Matte

Standard
IEC, UL, CSA

Surface Color
Grey

Rated Voltage
24V DC

Frequency (MHz)
8 MHz

Maximum Output Current
2A

Dimension (L*W*H)
143 x 57 x 87 mm

Application
Industrial Automation Control

IP Rating
IP20

Display Type
No Display

Expansion Slots
Supports up to 30 I/O modules

Memory Type
EEPROM/Flash

Mounting Type
DIN Rail/Panel Mount

Storage Temperature Range
-40C to 85C

Communication Ports
1 x RS-232, 1 x DH-485

Series
SLC 500

Battery Backup
Yes (User replaceable)

Program Scan Time
0.9 ms/K

Processor Memory
32 KB

Model Number
1747-L551 C

Relative Humidity
5% to 95% non-condensing

Weight
Approx. 0.48 kg

Operating Temperature Range
0C to 60C

About ALLEN BRADLEY CPU 1747-L551 C

Unlock dazzling performance with the ALLEN BRADLEY CPU 1747-L551 Cyour first-class choice for industrial automation control. Equipped with a meritorious 32 KB processor memory, ultra-fast 0.9 ms/K program scan time, and versatile communication ports (RS-232, DH-485), this hot deal delivers reliability and flexibility for expanding systems. Its robust build, IP20 protection, and compliant standards (IEC, UL, CSA) ensure secure operation across a broad temperature range. With competitive pricing and stock ready, order today to enhance your automation suite with industry-leading excellence!

Versatile Usage for Industrial Automation

The ALLEN BRADLEY CPU 1747-L551 C excels in dynamic industrial environments including manufacturing floors, process automation plants, and machinery control systems. Suited for DIN rail or panel mounting, this modular CPU integrates seamlessly into both new and existing setups. To use, install by mounting in the control cabinet, connect your RS-232 or DH-485 interface, and configure via compatible software for powerful, high-speed control. Its adaptability makes it ideal for engineers and automation specialists in diverse sectors.

Logistics, Supply, and Export Markets

Our ALLEN BRADLEY CPU 1747-L551 C units are handed over efficiently at major FOB ports, ensuring prompt and secure logistics for global customers. With robust supply ability and constant stock ready, we meet demands for small or large-scale orders swiftly. Main export markets include North America, Europe, and Asia. Each order is meticulously processed to guarantee smooth delivery and customer satisfaction, making us your reliable partner for industrial automation solutions worldwide.

FAQs of ALLEN BRADLEY CPU 1747-L551 C:

Q: How is the ALLEN BRADLEY CPU 1747-L551 C typically used in industrial automation?

A: The CPU 1747-L551 C is primarily employed to control and automate machinery, manage production lines, and handle data processing in various industrial plants, thanks to its high-speed processing and expandable I/O modules.

Q: What are the main benefits of choosing this PLC CPU module?

A: Key advantages include its dazzling program scan speed, first-class battery backup, robust memory options, and meritorious expandabilitymaking it ideal for both complex and scalable automation projects.

Q: Where can I install the 1747-L551 C CPU module?

A: This module can be mounted on DIN rails or installed directly onto control panels, providing flexibility for use in different cabinet setups and automation environments.

Q: What is the process to connect communication ports on this controller?

A: Simply use the available RS-232 and DH-485 ports to link with external devices, such as HMIs or SCADA systems, then follow standard configuration protocols to establish communication.

Q: When should the user-replaceable battery be changed?

A: The battery should be replaced when prompted by the maintenance schedule or when the controller indicates a low battery, ensuring non-volatile memory retention and uninterrupted operation.