CX1100-0001

Product Description

This small yet powerful device is well-suited for industrial applications where space is limited but reliability is paramount. Measuring just 45 by 100 by 91 millimeters, the CX1100-0001 packs an impressive set of features into its compact aluminum enclosure. At the heart of the system sits a powerful processor, allowing it to perform complex functions with ease despite its microscopic footprint.

Weighing only 180 grams, the CX1100-0001 is lighter than some mobile phones yet contains all the hardware required to serve as a standalone industrial controller. Its low mass means it can be inconspicuously integrated into virtually any machinery or prototype design. An open-style five-pin connector provides straightforward interfacing to external I/O, powering the device through its regulated 24 volt DC supply. Information is clearly conveyed via the backlit two-line display, keeping operators updated even in environments with changing light levels. Menu navigation and status readings remain easily readable thanks to the permanent LCD illumination. Inside, 8KB of non-volatile memory retains critical parameters should power ever be interrupted to the machine.

Robustness was a key consideration during development, as the CX1100-0001 must withstand demanding industrial settings. It endures vibrations and impacts far exceeding office or consumer device tolerances. Temperatures from 0 to 55 degrees Celsius pose no issue, with a wider storage range allowing flexible deployment anywhere in the world. Dust and liquids pose no risk with an IP20 rating sufficient for interior industrial applications. All electronics are electromagnetically shielded to prevent interference with sensitive signals. Wireless communications can occur without worry of corruption from the compact computer. Strict testing ensures both immunity from external noise sources and low emissions, keeping it compliant with worldwide EMC standards. After thousands of hours of accelerated durability testing, the mean time between failures exceeds the expected lifespan of any machine in which it resides.