Pressure control device

In this test, the goal is to measure and control the pressure in a tank. In this system, an electric motorized valve is used as the final control element and a pressure transmitter is used as a measuring element.
Controlling a system in a general sense means that a desired quantity in a system or mechanism or machine remains at a certain value or changes according to a desirable and desired routine.
Pressure control in industries is sometimes used to create safety. The safety valves installed in the tanks control the pressure to prevent the explosion. When the pressure rises above a certain level, these valves are opened and the pressure increase is prevented by discharging the gas. Sometimes pressure control is done to maintain the work quality of a unit. For example, in a type of gas reactor, the reactions are carried out at a certain pressure, so in order to maintain the quality of the manufactured product, it is necessary to control the pressure.

Category Process control laboratory

Description

Description

• Computer hardware and software for control, data collection and drawing the necessary graphs
• Suitable interface for connecting the device to a computer with a USB port
• Along with teaching power point and student’s agenda and calculation book
• The structure of the device has an electrostatic color
• 2 tanks of 10 bar
• Care unit with regulator to control the air entering the tanks
• 2 manometers of Indomart Canada 10 bar for tank pressure reading
• Two Italian safety valves to prevent pressure increase in tanks
• Pressure control system using a European sensor
• European PID control valve suitable for pressure control
• Process control monitor of EMKO brand of Turkey to display and control the valve manually
• 316L steel pipe and fittings