Ladder-Logic Programming Support:Yes
Structured-Text Programming Support:Yes
File Handling Capability:Advanced
Sequencer Instructions:Included
Diagnostic Tools:Integrated
Shift Register Functions:Multiple
Immediate I/O Control:Efficient
Program Control Instructions:Comprehensive
Main Control Programs Segregation:Multiple
Processor Input Interrupts:Supports
Global Status Flags:Programmable
Fault Response Programming:For proactive system management
Timed Interrupt Routine:For precise data acquisition
Protected Memory Selection:Word-level customizable
Maximum Forced Memory:Up to 3072 words
Memory Protection Level:Selectable
Experience unparalleled performance and reliability with the 1769-SDN/B 1769SDNB DeviceNet Scanner from Rockwell Automation. This industrial control module is specifically engineered to optimize communication within complex automation environments.
Featuring advanced ladder-logic and structured-text programming capabilities, the scanner enables users to write sophisticated control logic with ease. Its support for DeviceNet protocol ensures seamless interoperability across diverse industrial devices.
The scanner includes a suite of powerful features designed to enhance operational efficiency. These include robust file handling for managing large datasets, sequencer instructions for complex process control, diagnostic tools for proactive maintenance, and shift register functions for data retention.
With its programmable fault response feature, the scanner can react to system anomalies before they escalate, ensuring continuous operation without interruption. The timed interrupt routine allows for the precise gathering of critical data at predetermined intervals.
Customizable protected memory selection and the ability to manage up to 3072 words of memory offer flexibility and scalability, catering to the needs of both small-scale and large-scale industrial applications. The scanner’s lightweight design and compact size make it suitable for integration into existing machinery without compromising on functionality.
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