Product Description

The CX1100-0920 embedded PC provides reliable operation in demanding industrial environments thanks to its ruggedized design. Part of the CX Series, this particularly robust model utilizes capacitive storage technology within its 24V DC power supply to facilitate temporary backup power during interruptions. Offering 40As of capacity to draw from, users benefit from an adjustable retention time that can be tailored based on specific application needs and load requirements. With a maximum output current of 1.1A at 24V, the 0920 ensures essential embedded control functions continue uninterrupted.

Despite hosting valuable backup power reserves, the CX1100-0920 maintains a reasonably compact physical stature measured at 95mm wide by 100mm high by 91mm deep. Its approximately 617g weight also enables effortless mounting almost anywhere space allows. Reflecting exacting engineering standards, vibration resistance of this embedded PC conforms rigidly to IEC 60068-2-6 testing parameters. Operating temperatures range a wide -25°C to 55°C, and IP20-rated enclosure protects against dust yet permits natural convection cooling. Together, these attributes qualify it for unrelenting duty cycles out on the factory floor.

Notable LED indicators up front clearly communicate the status of inputs, outputs, and charging operations. Meanwhile, installed wiring harnesses simply and securely via removable spring clamp terminals. Configured via TwinCAT automation software, the 0920 readily interfaces with Beckhoff I/O and motion controllers using standard 16-bit ISA interfaces. Its low 2W maximum power loss further enhances operational sustainability in energy-conscious applications. Where uninterrupted power matters most, embedded PCs like this capably fulfill 24/7 mandates through intelligent power solutions. Whether stationed at a machine HMI panel or distributed throughout a process node, the CX1100-0920 serves as a backbone industrial PC platform. Years in service corroborate its longevity merits despite enduring shakes, heat/cold fluctuations, and electrical noise.