1715-A3IO

The Allen-Bradley/Rockwell Automation 1715-A3IO adapter base for the redundant I/O System can be used with up to 3 modules. This adapter base comes from the Bulletin 1715 product family that offers different redundant I/O platforms for demanding applications. The platforms from the 1715 series are extremely easy to use and they do not require the implementation of user programming codes, Add-On Instructions (AOIs), or the usage of special wiring methods. These are the things that separate Allen-Bradley 1715 redundant I/O platforms from other I/O platforms on the market. Other platforms tend to be difficult to use with redundant systems and their use requires complex programming that the users need to perform, the usage of Add-On Instructions (AOIs), and the usage of the unorthodox wiring of inputs and outputs. The 1715 I/O supports different configurations and it can be adjusted for a variety of different applications. The amazing 1715-A3IO can be implemented with critical applications, including non-safety and simplex/duplex configurations. This platform also features fault-tolerant capabilities through designated redundant Ethernet adapters, and it provides advanced diagnostics capabilities.

The 1715-A3IO is an I/O base with 3 slots and its implementation does not mean that the users need advanced programming knowledge or that they need any additional hardware component. The 1715 adapter base operates as a single entity, offering superior flexibility, modularity, and user-friendliness. The 1715 I/O platform for redundant systems will put redundancy exactly where the users need it. The platforms such as the 1715-A3IO provide the flexibility of the non-redundant (simplex) or redundant (duplex) operation of the module. In addition to the above-mentioned features, the redundant I/O modules are known for their ability to perform important diagnostics that are vital for the system. These modules can detect open and short circuits, they can provide rate-of-change alarms that are easily configurable, they can provide thresholds that are configurable, and they can also monitor the health status of the module through its internal diagnostics capabilities.