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Teaching suggested applications*

-          Technical data on the elements of a regulating loop

-          Study of a pressure regulating loop and of flow rate

-          Identification of elements Sensors, Regulator, Actuator, disruptive element

-          Configuration of the regulator by computer interface

-          PID control parameters

-          Visualization of different signals by software

-          Characteristics curves

Description

The RCP 300 bench allows the study of the pressure regulation and air flow rate .The air comes from the compressed air network and is modulated by a control valve. The pressure regulating where a pressure sensor is carried out in a tank where a pressure sensor is installed. At the output of the tank, silencers are connected to create a disturbance. The flow rate regulation is carried out via orifice (diaphragm) connected to differential. A digital PID controller receives pressure or flow rate information (measuring a ∆P) and must adjust the opening of the regulating valve to achieve the setpoint. The unit comes complete with instrumentation, technical and educational materials in french and all the accessories required for proper operation (Included the supervision software)

The robust design of this equipment makes it perfectly suited for school use.

Its anodized aluminum structure gives it great strength as well as great flexibility of integration into your premises. The manufacture of this equipment meets the European machine directive

Tanks under pressure

Volume 2 L

Max pressure: 4 bars, 3 bar operating pressure

Overpressure valve

Manometer for direct pressure reading

Electronic pressure sensor

Measuring range: 0 to 4 bar

Differential pressure sensor

Measuring range: 0 to 100 mbar

Orifice

Stainless steel diaphragm

Regulating valve (Cv = 0.12)

Equipped with pneumatic actuator

Converter intensity –pressure

• Electricity: 230 VAC single - 50 Hz
• Compressed air (dry and oil) 3- 6 bars max