The D100CA40 device is a Cutler-Hammer PLC Controller, belonging to the Series A1 of device configurations. The D100CA40 series A1 device of the modular PLCs (Programmable Logic Controllers) product line stands out from the rest on account of its highly scalable design and its ability to easily integrate into the different modern communication systems, as well as the respective high-performance features. Under the D100CA40 device configuration, different CPU performance classes along with a wide range of expansion modules are available to ensure the overall efficiency. The D100CA40 device A1 series incorporates highly flexible and powerful PLCs (smaller programmable logic controllers) with highly advanced functional levels that can be expanded modularly through the specific input-output components of the overall D100CA40 system. This enables the device, along with the given systems engineering to implement the customized PLC solutions that make use of the minimum amount of space.

The D100CA40 PLC device is used to excel in traditional applications, in which multiple relays, push buttons, timers are utilized. These features of the D100CA40 device offer enhanced styles that support multiple input-output units. Typical uses of the D100CA40 device include various industry-specific applications for advanced automotive and machinery. It is understandable that an advanced system of PLC (Programmable Logic Controller) is the main module of many factory automation and industrial control systems. Due to its importance in the industrial applications, the D100CA40 PLC device is manufactured to be highly robust. Additionally, its overall successful design offers more reliability, system stability, and 100% interoperability with connected automated systems. Additional factors that enhance the engineering of the PLC unit include its overall time to market, high demand for components, effective space limitations, and a good price ratio. The D100CA40 PLC device is used to control a wide range of functions by receiving and processing relevant data from different machines and sensors.