SLC 1747 CPU 1747-L542 B 3

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SLC 1747 CPU 1747-L542 B 3 Specification

Operating Temperature
0C to 60C

Connector Type
Removable Terminal Block

Working Temperature
0C to 60C

Noise Level
Low

Features
Modular, Expandable, Data handling capability

Phase
Single Phase

Cooling Method
Natural Air Cooling

Application
PLC Control Systems

Output Type
Digital

Power Supply
24V DC

Product Type
SLC 1747 CPU 1747-L542 B 3

Input Voltage
24V DC

Voltage Protection
Built-in surge protection

Efficiency
High reliability

Material
Industrial grade flame retardant plastic

Storage Temperature
-40C to 85C

Weight
Approx. 0.6 kg

Backplane Current
350 mA @ 5V DC

Chassis Compatibility
Compatible with SLC 500 chassis

Data Handling
Advanced data handling and diagnostics

Communication Ports
RS-232, DH-485, and DeviceNet

Memory
32K words user memory

Processor Type
Allen-Bradley SLC 500 Series

Programming Software
RSLogix 500

Expansion Modules Supported
Yes

Max I/O Points
4096

Mounting
DIN Rail or Panel Mount

About SLC 1747 CPU 1747-L542 B 3

Purchase the redoubtable SLC 1747 CPU 1747-L542 B 3 to capitalise on robust automation for your industrial requirements. This polished Allen-Bradley SLC 500 Series CPU boasts a lofty 32K words user memory, flexible DIN rail or panel mount options, and advanced data handling. Featuring RS-232, DH-485, and DeviceNet ports, 24V DC power supply, and modular expandability, it fits seamlessly into SLC 500 chassis. Secure a discount when you trade with our reputable supplier in India. Enjoy long-term efficiency, built-in surge protection, and low noise operation for peak PLC control system performance.

Competitive Advantages & Application Areas of SLC 1747 CPU 1747-L542 B 3

The SLC 1747 CPU 1747-L542 B 3 delivers resilient performance, ideal for demanding PLC control systems. Its high memory, advanced data handling, and modular expansion give users a competitive edge. Suitable for use in manufacturing, process automation, and utilities, it meets the requirements of industries needing reliable digital processing and robust communication protocols. Its compatibility with SLC 500 chassis and RSLogix 500 programming makes integration straightforward, ensuring continued operational excellence across various sectors.

Packaging, Export Markets & Certifications for SLC 1747 CPU 1747-L542 B 3

We offer secure packaging solutions to protect each SLC 1747 CPU 1747-L542 B 3 during transportation. Our proposal amount includes all packaging and freight handling. This product is mainly exported to Asia, Africa, and the Middle East, ensuring broad market accessibility. Certifications related to industry safety standards, quality, and environmental compliance accompany every unit, reinforcing reliability. Our efficient supply and logistics process guarantees timely delivery and genuine product support for each transaction.

FAQs of SLC 1747 CPU 1747-L542 B 3:

Q: How is the SLC 1747 CPU 1747-L542 B 3 typically used in automation systems?

A: It is commonly used as the central controller in PLC control systems, facilitating real-time data processing and communication with a variety of I/O modules and devices via RS-232, DH-485, and DeviceNet ports.

Q: What benefits does the advanced data handling capability provide?

A: Advanced data handling allows for efficient processing of large data sets, diagnostics, and high-speed response to control commands, which enhances system reliability and productivity.

Q: Where can the SLC 1747 CPU 1747-L542 B 3 be mounted in an industrial environment?

A: This CPU supports both DIN rail and panel mounting, making it versatile for seamless integration into existing SLC 500 chassis within control panels or enclosures.

Q: When should you opt for the SLC 1747 CPU 1747-L542 B 3 regarding expansion needs?

A: Choose this CPU when you require expandable options for future upgrades, as it supports additional modules and up to 4096 I/O points, making it ideal for scalable automation projects.

Q: What application areas are best suited for this processor?

A: Its best suited for manufacturing, utilities, and process automation industries where robust data management, reliability, and flexible communication are critical.

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