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PLC (Programmable Logic Controller)

Programmable Controller is a micro-computing device that processes the information accordance with the given program then conveys it to other elements. By providing high production speed and automation, PLCs contributes to production very much. PLCs are controller devices that can make sequence check, movement and process control and be use for collecting wide range of data. Since 80’s their sizes have been getting smaller but their capabilities have increased. They have been designed for preventing human induced failures.

They are inevitably used for checking the errors that might occur in production elements. Formerly they were used in a production field for controlling. Todays, with developed communication technology, it is possible to monitor and supervise, remotely, the process controls made by PLC Applications. The advantage of this application is that they comprise of the unit of which all elements are completely isolated from possible dangers. Their size very small as against their capabilities. Thus, they can be used in any kind of places, without having a problem.

Considering their contribution to production, the cost of the Plc Applications is not a big deal. Because they are designed for being used in industrial areas, they have decent durability for production processes. PLCs can communicate with each other, and PCs, and the other smart devices and they can control multiple devise simultaneously with using the sub programs that is assigned to each element, in memory. As a result, companies can make any change at their programs in a fast and simple way. Moreover, these applications can enhance the memory and compute a program, comprised of logical and arithmetical steps, very fast. Working of a Plc application program and corresponding circuit can be watched via screen. Moreover, scanning error and viewing on-position history is possible as well.

Field of Applications: Furnace Control… Energy Distribution Control… Production (food, chemical ındustry etc…) Automation… Elevator Control… On Off Control of the Motors and Valves… Automatically replacing the broken pump with new one… Cooling down the motors by shifting to their backup in certain intervals.

Application of Sequence Check: Checking if tasks are completed in correct order. (For example; Checking the order in which elevator moves between floors…. Setting and order by which the machine in production line would work)

Application of Movement Control: Providing reciprocating or radial movement. (For example; metal cutting, metal forming…).

Application of Process Control: Checking the parameters such as temperature, pressure, velocity, weight and etc…