Smart pumping systems of tomorrow will feature pumps and drives that respond to real-time changes downstream to keep operations at high efficiency and meet growing performance demand. A key component of a smart pumping system is its digital twin, an exact 3D digital copy of the facility. A digital twin enhanced with Augmented Reality (AR) encompasses as-built facility data captured with 3D scanning devices, as well as precise measurement data collected on the actual rigs with high precision instruments. An interactive model based on augmented reality allows the autonomous and efficient use of pumping systems. It provides clear instructions for the step-by-step management of the system. In addition, it shows relevant information with the exploded views of the components for a better understanding of the operation of the equipment. This research is about the interconnection of the digital twin of pumping systems with the real-world using automation and augmented reality systems. In this project, a local area network is configured to exert control and monitoring on an industrial PLC. This PLC controls a test bench with two centrifugal pumps by means of a web page. An augmented reality application is also developed in Unity 3D with the Vuphoria SDK integration.