Instrumentation Automation

AKSH Offers the complete automation package for automatic operation of industrial drying and evaporation plants. The automation package include MCC/ICP/PLC/SCADA /DCS Followed by instruments & controls ,based controls configurations. The company has its own in-house team for electrical/ Instrumentation / PLC Design , installation and commissioning as well. Also, some special features like remote operation and cable less panels have already been introduced by AKSH .

Instrumentation automation systems typically consist of the following components:

Drives/Invertors- Invertor are used to control speed /RPM of the equipment’s to control ,air flow ,feed flow, Pressure etc.

Level Sensors:Sensors are used to measure the physical characteristics of a process, such as Tank level, to control over flow wastage and smoot operation and level indication to system etc

Actuators:Actuators are used to control the physical characteristics of a process, such as the position of a valve or the speed of a motor.

Controllers: Controllers are used to process the data from the sensors and send signals to the actuators to control the process.

Pressure Transmitters- Are used to auto control of air quantity ,required for the systems between 02 fans ,for dryers,

Instrumentation automation systems can be simple or complex, depending on the needs of the specific industrial process. Simple systems may only have a few sensors and actuators, while complex systems may have hundreds or even thousands of sensors and actuators.

Instrumentation automation systems are typically programmed using a variety of software tools. These tools allow users to define the relationships between the sensors, actuators, and controllers. Once the system is programmed, it can be used to automatically monitor and control the industrial process.

Instrumentation automation systems are typically programmed using a variety of software tools. These tools allow users to define the relationships between the sensors, actuators, and controllers. Once the system is programmed, it can be used to automatically monitor and control the industrial process.

Instrumentation automation has a number of benefits, including:

Improved efficiency: Instrumentation automation can help to improve the efficiency of industrial processes by reducing the amount of manual intervention required.:

Increased safety: Instrumentation automation can help to improve the safety of industrial processes by reducing the risk of human error.

Improved quality: Instrumentation automation can help to improve the quality of industrial products by ensuring that the process is consistently controlled within the desired parameters.

Reduced costs: Instrumentation automation can help to reduce the costs of industrial production by improving efficiency and reducing waste.

Overall, instrumentation automation is a valuable tool for businesses in a wide variety of industries. It can help businesses to improve their efficiency, safety, quality, and costs.

Here are some specific examples of how instrumentation automation is used in different industries:

Manufacturing: Instrumentation automation is used to control the production of a wide variety of manufactured goods, such as automobiles, chemicals, and food products. For example, it is used to control the temperature of ovens, the pressure of hydraulic presses, and the flow of materials on assembly lines.