Product Description:

The X67IF1121-1 module is an industrial I/O device manufactured by B & R Automation and delivered within the X67 Analog Input Output Modules series. Engineered for on-machine installation, the housing routes sensor and actuator signals directly to a distributed control network without a control-cabinet breakout. Mounting the module close to the process shortens field runs and helps preserve signal quality where sensors and small actuators are spread across moving equipment. By combining analog measurement, discrete status capture, and serial ports in one enclosure, the part streamlines wiring in packaging equipment, assembly lines, and other automation cells that favor decentralized islands of control. Its fully encapsulated design tolerates oil spray and vibration typical of conveyor or gantry installations.

Its discrete input section provides 2 dedicated inputs, each wired through a sink input circuit so field devices source current into the module. To accommodate different debounce requirements, the stage includes a configurable input filter that can be lengthened for slow mechanical contacts or shortened for rapid proximity switches. The dual output section is rated for 0.5 A, allowing it to drive solenoids or pilot relays while remaining within normal operating limits. All logic and output transistors operate from the common 24 VDC field supply, keeping the module compatible with standard machine power buses. Using a shared field supply also simplifies power distribution on machine sections that already rely on standard 24 V control power.

Complementing those functions are dual digital I/O channels that can be reassigned as inputs or sourcing outputs, giving the module flexibility when signal requirements change. A dedicated RS232 interface supports direct point-to-point communication, whereas the balanced RS422/485 interface allows multidrop wiring over extended cable runs in electrically noisy environments. These ports share a common connector scheme with other X67 nodes, which helps keep distributed machine wiring orderly across adjacent modules. The mixed I/O and serial layout can reduce the number of separate field modules needed at a single station.