In the field of industrial automation, precise control of hydraulic systems has always been a goal pursued by engineers. As a technical expert with years of experience in the field of industrial PC control, today I will explain in detail how to achieve high-precision feedback control of hydraulic systems. 1. Control System Architecture The feedback … Read more
Image Source: Moxa Author | Eddie Lee Utilizing IT/OT convergence technologies, through monitoring and data acquisition (SCADA) software, industrial PCs for edge computing, machine learning software, and cloud connectivity, helps create sustainable applications. A process for measuring and removing hydrogen sulfide (H2S) from natural gas uses sensors, industrial computers (PCs) for edge processing, cloud-based applications, … Read more
In the context of the rapid development of smart grids, accurately predicting power loads is crucial for the safe and stable operation of power systems. As a technical engineer with years of experience in industrial PC programming, I will provide a detailed introduction on how to build an efficient power load forecasting system. 1. System … Read more
In the field of industrial automation, high precision motor control has always been a challenging topic. As a technical expert with over ten years of experience in the industrial PC control domain, today I will explain in detail how to implement high precision motor control algorithms. Overview of Motor Control Algorithm Library In industrial PC … Read more
In the field of industrial automation, achieving efficient scheduling of resources has always been an important topic. As a technical expert with 10 years of programming experience in industrial PCs, I will detail how to develop a dynamic resource optimization scheduling tool. Introduction to Dynamic Scheduling Library The Resource Optimization Framework (ROF) is a resource … Read more
The control cabinet is the most common device in mechanical equipment and automated production lines. For safety and centralized management, mechanical devices and most electrical components such as switches, instruments, protective devices, controllers, and auxiliary equipment are often concentrated in the control cabinet. With the continuous development of manufacturing technology and driven by demand, control … Read more
Etching NIAK_2 Industrial PC 1. Industrial PC Equipment Description 1.1 Model The Etching NIAK_2 control uses the SIMATIC IPC427D industrial PC 1.2 PC Interfaces 1.3 LED Status Display 1.4 Features 1.5 Device Identification 2. Industrial PC Hardware and Software Installation 2.1 External Device Connection 1. During PC operation, hot-swappable I/O devices (USB) can be connected; … Read more
Strengthening industrial PCs can be achieved by methods such as fixing known vulnerabilities, locating systems, and logging system activities. Image source: Maverick Technologies Author | Robert Henderson, Maverick Technologies “ Computer hardening helps industrial systems resist cybersecurity attacks. Here are six tips to help engineers make better decisions. ” As cybersecurity attacks on industrial processes … Read more
Industrial computers (Industrial PCs) and tablets have continuously evolved, providing users with significant benefits in production capacity, usability, and diagnostic accuracy. The shift from wired controls, which rely on operator knobs and buttons, to wireless Ethernet touchscreen equipment is underway. These devices have developed in parallel with wireless devices in the personal consumer space, from … Read more
The manufacturing process is always being reassessed to discover ways to improve productivity and reduce costs. Ultimately, the introduction of industrial automation has changed the way this efficiency is achieved. This is accomplished through the use of control systems that can handle multiple machines and complete tasks that were once performed by human employees. In … Read more