Electrical automation in a manufacturing company - from the basics to advanced system integration

Estimated reading time: approx. 13 minutes

TL;DR:

• Electrical automation integrates equipment and software to increase production efficiency
• Cooperation of PLCs and SCADA systems is the foundation of effective control
• Key benefits come from comprehensive integration with ERP and MES, among others
• Robotisation and Industry 4.0 are leading trends influencing the future of the industry
• It is worth betting on the many years of experience and comprehensive support of companies such as Automation Michale

Table of contents

• Introduction
• What is electrical automation?
• Fundamentals of systems integration in electrical automation
• Key stages in the implementation of electrical automation
• Benefits of integrating electrical automation with other solutions
• Trends and the future of electrical automation
• Why work with Michale Automation?
• Practical conclusions and recommendations
• Summary
• FAQ

Introduction

Electrical automation has become one of the key elements of the manufacturing industry in the 21st century. Its role is growing as demands for product quality and process efficiency increase. The implementation of advanced electrical automation solutions enables companies to remain competitive and seamlessly scale production without compromising quality. In this article, we outline what electrical automation is all about, why systems integration is so important for efficiency, and how to implement such solutions step-by-step in a company. You will also learn how Michale Automation can support your company in building machines, production lines and implementing robotic workstations so that you can reap the full benefits of industrial automation.

What is electrical automation?

Electrical automation is the branch of engineering concerned with the design, implementation and maintenance of control systems that enable the automatic management of industrial processes. In practice, it encompasses a combination of equipment and systems in the fields of electrical power, control and signalling, as well as software that monitors and regulates the operation of machines and entire production lines.

In a typical electrical automation system, we distinguish between:
- Input devices (Sensors, sensors, buttons) - responsible for collecting data on the state of the machine, line or product.
- Control devices (usually PLCs - Programmable Logic Controllers) - process the data from the sensors and make decisions about the further operation of the system.
- Implementing elements (valves, motors, industrial robots) - they physically carry out commands, e.g. they actuate a conveyor drive or a robotic arm to move components.
- Visualisation interfaces (HMI panels, SCADA systems) - allow operators to monitor and supervise the operation of all equipment in real time.

A well-designed and well-functioning electrical automation system speeds up many processes, minimises the risk of human error and allows companies to better manage resources.

Fundamentals of systems integration in electrical automation

Integration in electrical automation means harmoniously linking different systems and devices so that they form a single, coherent whole. In this way, the company is able to exploit the full potential of its machines and production lines, and data from different areas of the business (production, warehouse, quality control) can be linked together.

PLCs and SCADA systems

One of the key elements of integration in electrical automation is the interaction of PLCs with SCADA systems.

• PLC: It is a device that collects data from sensors, processes it according to a programmed logic and then initiates specific actions. PLCs are the 'brain' of the entire control system.
• SCADA (Supervisory Control and Data Acquisition) system: It is used to monitor and visualise data from the equipment in real time, allowing the operator to react immediately to deviations.

By integrating PLC and SCADA, the company gains the ability to respond immediately to process irregularities. This is particularly important in industries where maintaining continuity of operations is crucial.

Sensors and actuators

Sensors (such as temperature, pressure, presence or vision sensors) provide actual data from the environment and from the processes themselves. The actuators (motors, robots, actuators) operate according to instructions from, for example, a PLC. If a company integrates these devices in a comprehensive way, it can create a sophisticated architecture in which every stage of production is continuously monitored and actions are corrected in real time.

Key stages in the implementation of electrical automation

Any implementation of electrical automation - no matter how advanced - requires a well-thought-out plan and adequate preparation. The following are the basic steps to consider before making a decision.

System design and component selection

1. Analysis of the company's needs: Identify which processes in the company need to be automated and take strategic objectives into account.
2. Defining the scope of integration: Determine whether the automation covers part of a line, the whole line or several departments.
3. Selection of controllers and equipment: Select components appropriate to the specific process and production parameters required.
4. Development of technical documentation: Prepare a comprehensive design including electrical diagrams, equipment layout and safety aspects.

Implementation and commissioning tests

Once the system has been planned and the components selected, installation begins. It is crucial that the work proceeds in accordance with the approved documentation. Control cabinets, power and signal cables are installed. The installed devices (e.g. robots) are pre-configured. PLC software, HMI panels and SCADA modules are then implemented.

Once this work is completed, tests (SAT - Site Acceptance Test) take place to check the correct installation and configuration: that all sensors and actuators are working as intended and that the system responds correctly to alarm conditions.

Staff training and safety

End users, i.e. operators and maintenance staff, should be trained in the operation and basic diagnostics of the system. Special emphasis is placed on safety procedures, emergency scenarios and service and maintenance activities.

If you need help with the maintenance and servicing of your stand, check out our range of activities in this area:
Service and maintenance stands

Benefits of integrating electrical automation with other solutions

The main goal of implementing and integrating electrical automation is to streamline processes, reduce costs and maximise the use of resources within a company. However, the greatest impact is usually achieved when automation becomes part of a larger ecosystem, including production management software and robotisation, among others.

Integration with ERP and MES systems

ERP (Enterprise Resource Planning) and MES (Manufacturing Execution System) systems are designed to manage manufacturing operations at a higher level.

• Integration of automation with ERP: It allows automatic recording of production data to facilitate resource planning and order accounting.
• Integration of automation with MES: Allows ongoing monitoring of line performance, event reporting and analysis of key indicators.

Thanks to such connections, it is possible to track data in real time, plan production based on current inventories and respond immediately to downtimes or shortages of raw materials.

Electrical automation and robotisation

Today's companies are increasingly choosing to implement industrial robots, whether for welding, packaging, grinding or handling and stacking tasks. Electrical automation is the foundation of such robotisation.

• PLCs can interact with robots in real time, giving them information about the state of the line.
• Vision sensors and other measurement systems integrated into the robots enable automatic adjustment of the movement of the robotic arm.

If you are considering the implementation of complete robotic systems, take a look at the
Robotisation at Michal Automatics.
Such integration offers extensive opportunities to scale production, reduce downtime and eliminate human error.

Trends and the future of electrical automation

Technological advances in the field of electrical automation are extremely dynamic, with more and more advanced and versatile solutions appearing on the market. It is worth noting a few trends that are already shaping the future:

1. Industry 4.0 and IoT (Internet of Things) - full digitalisation and remote management of production processes.
2. Collaborative robots (cobots) - working side-by-side with people, fewer safety guards, greater flexibility.
3. Advanced analytics (Big Data, AI) - prediction of breakdowns, optimum machine performance or wear and tear of components.
4. Modularity and flexibility of systems - rapid change of production profile thanks to standardised modules and easy expansion.
5. Sustainability - energy reduction, energy audits and environmental measures.

Why work with Michale Automation?

Michale Automation is a company with many years of experience in the construction of machines and production lines, as well as in the design and integration of advanced control systems. Our team of engineers has extensive expertise in both industrial automation and robotics. We are also an official distributor of SIASUN robots, which guarantees access to state-of-the-art technology.

Our main strengths:
- Comprehensive turnkey approach - from design to implementation.
- Flexibility in the choice of solutions and adaptation to the requirements of each industry.
- Guarantee of high quality components and cooperation with reputable suppliers.
- Extensive service and maintenance - technical support and training.
- Possibility of a rapid return on investment - process optimisation generating real savings.

We encourage you to familiarise yourself with
Industrial Automation Services at Michale Automation and full range of services.

Practical conclusions and recommendations

The implementation of electrical automation can produce spectacular results if preceded by careful analysis and planning. Here are the key findings and recommendations:

1. Define business objectives: Determine whether the priority is to reduce production time, increase quality or reduce costs.
2. Conduct a process analysis: Map the stages and identify bottlenecks that need improvement.
3. Opt for comprehensive integration: You will gain the greatest benefits by combining PLCs, SCADA, robots and ERP/MES systems.
4. Harness the potential of robotisation: Find out how solutions within
   Robotisation of packagingto increase productivity and precision.
5. Provide service and training: Invest in staff competence development and regular maintenance.
6. Analyse efficiency: Monitor data from the system, making improvements and adapting to market changes.

Summary

Electrical automation plays an outstanding role in modern industry, becoming the foundation for efficient and profitable production processes. Its implementation requires a well-thought-out strategy, the selection of the right components and proper integration with other areas of the business, such as SCADA systems, ERP or industrial robots.

With a comprehensive, integrated approach, companies can enjoy better quality, faster production rates and lower operating costs. Working with an experienced partner such as Michale Automation additionally ensures service, training and continuous process optimisation.

If you are interested in the topic of electrical automation and would like to seek professional advice, please contact us or visit our website. We also encourage you to read other content on the blog and to leave a comment or subscribe to our newsletter to keep up to date with automation and robotics news.

FAQ

How long does it take to implement automation in a company?
The implementation time depends on the complexity of the processes and available resources. It can range from a few weeks for simple solutions to several months for extensive projects and large integrations.

Does automation mean redundancies?
Usually no. Automation allows employees to focus on more creative and strategic tasks, freeing them from monotonous tasks. Many companies use automation for retraining and professional development of the team.

Does robotisation only pay off for large companies?
Today, advances in technology are leading more and more small and medium-sized companies to turn to robotisation. Costs are coming down and flexible solutions can deliver a favourable return on investment even for smaller operations.