Yokogawa’s 1794-ASB/C FLEX Remote I/O Adapter: Streamlining Industrial Control Systems

Model Type:Remote I/O Adapter

Adapter Supply Power:Flexible, adjustable

Amperage Rating:Up to 1A Load

Capacity:8 I/O Modules

Mounting:DIN Rail, Panel

Voltage Rating:19.2 – 31.2 VDC

Communication Speed: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 Allen-Bradley 1794-ASB/C FLEX Remote I/O Adapter is engineered to meet the stringent demands of industrial automation environments. Its robust design ensures reliable operation under extreme conditions, providing a stable platform for real-time data processing and control.

    This adapter seamlessly integrates with the FLEX I/O network, enabling efficient communication and data transfer between various field devices and control systems. Its high-speed communication capabilities significantly enhance operational efficiency and system responsiveness.

    Featuring an open-type enclosure, this adapter provides easy access for maintenance and customization, without compromising on its durability or performance. It is compatible with a wide range of mounting options, including DIN rail and panel, offering flexibility in installation.

    With its versatile compatibility and comprehensive specifications, the Allen-Bradley 1794-ASB/C FLEX Remote I/O Adapter is an ideal choice for upgrading or expanding existing industrial control systems. Its compatibility with diverse voltage ratings ensures adaptability across different applications, from low to high-demand environments.

    Designed for ease of use and long-term reliability, this adapter supports a variety of industrial protocols, ensuring seamless interoperability with other Allen-Bradley components and third-party devices. Its inclusion in a broader automation ecosystem can lead to enhanced productivity, reduced downtime, and optimized resource management.