Model:1761-L16BWA
Manufacturer:Allen-Bradley
Type:Programmable Controller
MicroLogix Family:Yes
Number of I/O:16
Input Voltage:24VDC
Output Voltage:20.4-26.4VDC
Mounting:DIN Rail
Power Supply:24VDC
Operating Voltage Range:20-26.4VDC
Temperature Range:-20°C to 60°C
Environmental Conditions:5-95% non-condensing humidity
Vibration Resistance:Up to 3G at 10-500Hz
Shock Resistance:Operating: 30G, Non-operating: Panel mount 50G, DIN rail 40G
The AB 1761-L16BWA MicroLogix Programmable Logic Controller is an essential component in modern industrial automation systems, offering seamless integration with other Allen-Bradley components and a wide range of third-party devices. Its compact design ensures minimal space consumption on the factory floor, making it ideal for space-constrained environments.
With its robust processor and ample user memory, this controller is capable of handling complex programming tasks, making it suitable for a broad spectrum of applications from simple logic control to sophisticated process automation. The inclusion of multiple communication interfaces ensures compatibility with diverse industrial protocols, enhancing connectivity and efficiency within the production line.
Featuring 16 programmable inputs and 16 outputs, the AB 1761-L16BWA allows for direct control of machinery and equipment, facilitating precise operation and monitoring. Its ability to execute ladder logic, structured text, and other programming languages enables users to tailor their control strategies to specific needs, ensuring optimal performance and flexibility.
Designed with reliability and durability in mind, the controller is engineered to withstand harsh industrial conditions, including varying temperatures, vibration, and shock. Its high-quality materials guarantee long-lasting performance, minimizing maintenance requirements and downtime.
Installation and configuration are straightforward, thanks to Allen-Bradley’s user-friendly software tools. Comprehensive documentation and support resources ensure that users can easily integrate the controller into existing systems or develop new applications, fostering a smooth and efficient transition to advanced automation technologies.
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