Allen Bradley 1769-ADN/B DeviceNet Adapter, Industrial Networking Module
The Rockwell Automation 1769-ADN/B DeviceNet Adapter facilitates seamless communication between PLCs and peripheral devices, enhancing efficiency in industrial automation systems.
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Content details
Model Type:DeviceNet Adapter
Manufacturer:Rockwell Automation
Model Number:1769-ADN/B
Amperage Rating:400 mA Load
Capacity:8 I/O Modules
Mounting:DIN Rail, Panel
Voltage Rating:19.2 – 31.2 VDC
Communication Speeds:125/250/500 Kbps
Dimensions:Length: 3.7 IN, Width: 3.6 IN, Height: 3.4 IN
Enclosure:Open Type
Temperature Rating:-20 to 70 DEG C
Power Dissipation:7.6 W at 19.2 VDC
Environmental Conditions:5 – 95% Non-Condensing Relative Humidity
Shock Resistance:30 G Operating
Vibration Resistance:5 G at 10 – 500 HZ
Standard/Approvals:UL listed
The 1769-ADN/B DeviceNet Adapter is a critical component in Rockwell Automation’s comprehensive suite of industrial control solutions. It facilitates robust, high-speed communication on DeviceNet networks, ensuring that machines and devices can operate in harmony.
Engineered for reliability and efficiency, this adapter is ideal for integrating with PLCs (Programmable Logic Controllers) and other I/O modules, enabling streamlined data exchange and control commands across various industrial settings.
With a versatile mounting option that includes DIN rail or panel, this adapter offers flexibility in installation and compatibility with diverse automation systems. Its wide voltage range ensures stable operation across different environments and power conditions.
Designed for harsh industrial environments, the 1769-ADN/B DeviceNet Adapter withstands extreme temperatures, shock, and vibration, making it suitable for use in manufacturing floors, factories, and other demanding applications.
Its compact size, combined with a low power dissipation, makes it energy-efficient and easy to integrate into existing systems without compromising performance. This makes it an excellent choice for optimizing automation setups and enhancing overall system efficiency.