Analog Automation involves the use of continuous signals to control and monitor processes using technology such as analog sensors & transducers, controllers, actuators, proportional solenoids and variable-speed drives are utilized to control processes where precise regulation of physical variables like temperature, pressure, flow and level is required. These systems are typically deployed in applications where real-time adjustments are necessary based on continuous input data. It is commonly employed in industries where real-time process control and high precision are critical, such as chemical processing, oil and gas, pharmaceuticals, food, beverage production power generation, and water treatment.

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The course is 10% theory and 90% interactive using practical based exercises. and is delivered over 2 days.

 

Areas covered include:

• Principle of operation of PLCs

• Fundamentals of analog signal processing

• Essential elements of communication with PLCs via TIA (Totally Integrated Automation)

• Ladder logic-based programming encompassing analog inputs & outputs, signal scaling, comparison & conditional logic, timers and continuous control

• Data types & tagging philosophies

• Fault finding and resetting systems

 

The software platform is Siemens TIA using Siemens 1500 PLCs with integrated HMIs. The course provides a hands-on approach to the utilisation of PLCs using tailored practical exercises based on real-life industry scenarios. These real-life scenarios can be tailored to mimic the learner’s area of employment.