Microconroller&PLC Training Lab

https://youtu.be/LDtrODVvmVE

GEMO PLC state machine "Ladder" lesson part 5 final #Menu designer & Analog comparator & PTC learn how to program GEMO PLC using state machine AR2, Ladder editor V2.3 rev C washing machine example. also you will learn how to use Analog comparator and...

https://youtu.be/gWqrP1nsx4g

GEMO PLC state machine "Ladder" lesson part 4 learn how to program GEMO PLC using state machine AR2, Ladder editor V2.3 rev C washing machine example.

https://youtu.be/fGmsH-MVyEo

GEMO PLC state machine "Ladder" lesson part 3 learn how to program GEMO PLC using state machine AR2, Ladder editor V2.3 rev C washing machine example.

https://youtu.be/cZSd616qL0M

GEMO PLC state machine "Ladder" lesson part 2 learn how to program GEMO PLC using state machine AR2, Ladder editor V2.3 rev C washing machine example. درس كيفية برمجة وحدة PLC AR2 , بستخدام طريقة الـ sta...

https://youtu.be/BNel5cTKgYY

introduction to state machine "Ladder" this is small intro to state machine and how to make a program with state machine for "washing machine" مقدمة لطريقة البرمجة بالـستيت ماشيت

Types of pressure sensors (MPX family)

1-Absolute pressure sensor
This sensor measures the pressure relative to perfect vacuum.

2-Gauge pressure sensor
This sensor measures the pressure relative to atmospheric pressure. A tire pressure gauge is an example of gauge pressure measurement; when it indicates zero, then the pressure it is measuring is the same as the ambient pressure.

3-Vacuum pressure sensor
This term can cause confusion. It may be used to describe a sensor that measures pressures below atmospheric pressure, showing the difference between that low pressure and atmospheric pressure (i.e. negative gauge pressure), but it may also be used to describe a sensor that measures low pressure relative to perfect vacuum (i.e. absolute pressure).

4-Differential pressure sensor
This sensor measures the difference between two pressures, one connected to each side of the sensor. Differential pressure sensors are used to measure many properties, such as pressure drops across oil filters or air filters, fluid levels (by comparing the pressure above and below the liquid) or flow rates (by measuring the change in pressure across a restriction). Technically speaking, most pressure sensors are really differential pressure sensors; for example a gauge pressure sensor is merely a differential pressure sensor in which one side is open to the ambient atmosphere.