How To Buy
EN
TR

Industrial automation is the cornerstone of process control in modern manufacturing facilities. PLC (Programmable Logic Controller) systems are used to manage automation control, which is the foundation of industrial automation. In PLC programming, the use of calendar and timing functions is highly significant because effective time management affects various factors such as production efficiency, error prevention, energy conservation, and workforce optimization.

Calendar and Timing Functions: Two Key Elements

Calendar functions are programming functions that work with date and time information and trigger specific operations based on this data. In industrial automation applications, calendar functions play a critical role in managing time, synchronizing processes, and organizing workflows effectively. Timing functions, on the other hand, control specific time periods or events in PLC programs. These functions ensure that certain events occur within specific time intervals, organize process sequences, and support error prevention.

1. Timing of Production Processes:

Efficient timing is crucial for the smooth operation of industrial production processes. Initiating work orders, maintenance tasks, or product changes at the right time enhances production efficiency. Calendar functions assist in accurately scheduling such events, while timing functions control specific time intervals or events.

2. Energy Conservation:

Reducing energy costs is a top priority for many industrial facilities. Automatically shutting down processes at specific times or activating devices that enhance energy efficiency contributes to energy savings. Both calendar and timing functions facilitate energy management.

3. Maintenance Management:

Machine maintenance needs to occur at regular intervals. Calendar functions ensure that maintenance tasks are performed on time. For example, maintenance for a machine can be automatically scheduled when the usage time or product count reaches a certain level. Timing functions can also help monitor maintenance periods.

4. Data Logging and Reporting:

Calendar and timing functions are essential for data logging and reporting. Automatically recording and reporting events or production data that occur over a specific period makes it easier to monitor and improve business processes.

5. Workforce Management:

Managing worker working hours or shifts is crucial for enhancing workforce productivity. Calendar functions can be used to automatically schedule shift changes, holidays, or break times. Timing functions assist in organizing worker shifts.

6. Error Prevention:

Calendar and timing functions can be utilized to protect automation systems from faulty conditions. For instance, they can generate alerts or safely halt the automation process if a specific device doesn’t operate for a certain duration.

Mikrodev PLC programming interface provides 7 different timing functions and 14 different calendar functions. This wide range of functions enables effective time management, ensuring that business processes run more efficiently and reliably. Properly planned calendar and timing functions can lead to cost savings, worker satisfaction, production quality, energy conservation, and various other advantages. Therefore, engineers designing and programming industrial automation systems should prioritize the effective use of these functions. With technological advancements, the critical role these functions play in the success of industrial automation is bound to increase further.

To summarize, PLC programming is at the heart of industrial automation systems and plays a major role in automation technologies today. In particular, advanced PLC automation systems, such as Mikrodev PLC, are widely used in industrial automation solutions. These systems provide advanced functionality, reliability and flexibility for a variety of industrial automation applications. For example, PLC software programs often provide communication between programmable logic controllers and electrical, energy automation, SCADA systems and other automation solutions. This makes it possible to manage industrial processes more efficiently, accurately and reliably. Domestically produced PLC solutions, such as Mikrodev PLC programming, continue to be an important player in industrial automation applications; because Mikrodev’s domestically produced PLC solutions solidify its position in the sector with its unique software and hardware support. In addition, developments in PLC programming and application areas increase the efficiency of industrial automation and enable better control of processes.

Other Post
All Posts
What is Data Management in PLC and the Advantages of Using Data Management ?
What is Data Management in PLC and the Advantages of Using Data Management ?
In the realm of industrial automation, Programmable Logic Controllers (PLCs) stand out as crucial automatic control devices, frequently employed in industrial sectors. As we emphasized in our blog pos
Read More
Understanding the Differences Between PLC, DCS & SCADA
Understanding the Differences Between PLC, DCS & SCADA
Understanding the Differences Between PLC, DCS & SCADA - A Selection Guide In today's industrial landscape, the selection of an appropriate control system architecture plays a pivotal role in ens
Read More
FAQs (Frequently Asked Questions) About PLC
FAQs (Frequently Asked Questions) About PLC
Programmable logic control systems (PLC) have become an indispensable tool of modern industrial automation. Programmable logic controllers are an essential cog in industrial systems and provide flexib
Read More
MODBUS TCP Protocols and Applications in Mikrodev PLC Devices
MODBUS TCP Protocols and Applications in Mikrodev PLC Devices
In previous blog titled “What is PLC Programming?”, MODBUS PROTOCOL Blocks and MODBUS RTU MODBUS Master and MODBUS RTU Slave connection and programming in Mikrodev MP110 and MP211 PLC Series devices a
Read More
Understanding the Essence of Industrial Automation
Understanding the Essence of Industrial Automation
Understanding the Essence of Industrial Automation     In the dynamic landscape of modern industries, the concept of industrial automation has emerged as a fundamental driver of efficiency, prec
Read More
What is a Distributed Control System (DCS)?
What is a Distributed Control System (DCS)?
Distributed Control System (DCS) is an automation system and is used to control a manufacturing facility or an industrial process. These systems work in connection with each other by communicating man
Read More
Turkcell Telecommunication Istanbul Seabus (IDO) – Ferry Rotary Antenna Automation System
Turkcell Telecommunication Istanbul Seabus (IDO) – Ferry Rotary Antenna Automation System
In the system, which aims to prevent Turkcell network disconnections in sea buses, the axis control of the base station is carried out according to the sea bus GPS coordinate information. 4 MP211
Read More
What is the MQTT?
What is the MQTT?
What is the MQTT Communication Protocol? The rapid proliferation of Internet of Things (IoT) and other similar distributed systems has increased the importance of data communication. The requirements
Read More
Republic of Türkiye General Directore of Agricultural Enterprises (TIGEM) Pivot Arm Irrigation, Fertilizing & Seed Dressing SCADA System
Republic of Türkiye General Directore of Agricultural Enterprises (TIGEM) Pivot Arm Irrigation, Fertilizing & Seed Dressing SCADA System
Mikrodev PLC and Remote I/O products were used in the Pivot Arm Irrigation, Fertilization and Seed Dressing SCADA System at more than 90 points in Konya - Türkiye region. Agricultural irrigation area
Read More
What is PLC Programming? MOBDUS RTU Protocols in Mikrodev PLC Programming
What is PLC Programming? MOBDUS RTU Protocols in Mikrodev PLC Programming
PLCs (Programmable Logic Controllers), one of the indispensable elements of industrial automation, are one of the main tools used today to regulate and control complex production processes. PLC progra
Read More
CATALOG