What Are the Applications for the Siemens Open Controller?

Siemens open controller is a control system, which is not an open-loop controller. In the Siemens control system, it is embedded multiple processors in order to run ladder logic and windows-based applications inside a singular enclosure. The consolidation of these processes has the characteristics of flexibility, which can provide your controller the ability to run, monitor, and access a plethora of applications. So, Siemens open controller device is widely used in many contemporary factories and applications. In this article, we will take you understand the applications of a Siemens open controller part in modern industries and product classification.

The applications

Siemens programmable controller is also widely used in our country, and has wide applications in metallurgy, chemical industry, printing production line and other fields. Here we give an instance around us. We know that almost every family now has air-conditioning. No matter it is used for cooling or heating, air-conditioning has become an indispensable part of every family, especially in the southern part of our country. In the cold winter, people only rely on air-conditioning to resist cold weather since there is no heating. The Siemens controller component is a kind of controller used for the control of cold air conditioning and refrigeration systems. It can achieve precise control for the comfort of air conditioner, so it is also an important part of the air conditioner.

Product classification

Siemens controller series are produced by the needs of modern production, so the classification of Siemens controller products must also meet the needs of modern production. Siemens control machine tool can be divided into high-end machines, mid-range machines and low-end machines according to control performance.

Low-end machine: This type of programmable controller has basic control functions and general computing capabilities. The working speed is relatively low, and the number of input and output modules that can be taken is relatively small. For example, the S7-200 produced by SIEMENS in Germany falls into this category.

Mid-range machine: This type of programmable controller has strong control functions and strong computing capabilities. It can not only complete general logic operations, but also complete more complex trigonometric functions, exponents and PID operations. The working speed is relatively fast, and the number of input and output modules that can be carried is also relatively large, and the types of input and output modules are relatively large. For example, the S7-300 produced by SIEMENS in Germany belongs to this category.

High-end machine: This type of programmable controller has powerful control functions and powerful computing capabilities. It can not only perform logic operations, trigonometric function operations, exponential operations and PID operations, but also perform complex matrix operations. The working speed is very fast, and the number of input and output modules that can be carried is large, and the types of input and output modules are also very comprehensive. This type of programmable controller can complete large-scale control tasks. It is generally used as the master station in networking. For example, the S7-400 produced by SIEMENS in Germany belongs to this category.