Water Flow Control Bench
Categories: Mechanical Lab Equipment ManufacturerWater Flow Control Bench Teaching Objectives of Water Flow Control Bench Study of a pressure process control Study of a static answer Identification in open loop and closed-loop mode Answer t...
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Description
Water Flow Control Bench
Teaching Objectives of
Water Flow Control Bench- Study of a pressure process control
- Study of a static answer
- Identification in open loop and closed-loop mode
- Answer to a disturbance
- Measure of the output power of the regulator on the control cabinet with the help of secured plugs
Technical specifications
- A water supply tank in transparent PVC
- A circulating pump
- A proportional pneumatic valve
- A converter P/I
- A diaphragm
- A differential pressure sensor with transducer, output 4-20 mA
- 2 flow meters
- A set of manual valves
- Filter regulator
- A pressure disturbance circuit
- A digital controller : universal input: mV, V, mA, T/L, RTD - output 4-20 mA
- Control Algorithm : P, PI, PID, auto adaptive.
- Shunt for the measure of the output power of the regulator and the signal of the pneumatic valve with the help of secured plugs for connecting recorder or other devices.
Options :
- Data acquisition module ref MAC composed with :
- A regulator with a RS485 communication card. In this case the reference number of the equipment equipped with the regulator with card become.
- A converter RS485/RS232.
- A data acquisition software under Windows allowing :
- Reading PID parameters.
- The drawing of the curves.
- The remote control of the regulator parameters.
- The storage of the values
- PC computer type Pentium IV
Dimensions
- 1 700 x 1 500 x 500 mm.
Essential requirements
- Power supply : 380 V three phases - 50 Hz – 0.37 kW (other voltages on inquiry)
- Compressed Air supply: 6 NL/h - 6 bars (not supply as standard)
quick overview :
Water Flow Control Bench
Teaching Objectives of
Water Flow Control Bench- Study of a pressure process control
- Study of a static answer
- Identification in open loop and closed-loop mode
- Answer to a disturbance
- Measure of the output power of the regulator on the control cabinet with the help of secured plugs
Technical specifications
- A water supply tank in transparent PVC
- A circulating pump
- A proportional pneumatic valve
- A converter P/I
- A diaphragm
- A differential pressure sensor with transducer, output 4-20 mA
- 2 flow meters
- A set of manual valves
- Filter regulator
- A pressure disturbance circuit
- A digital controller : universal input: mV, V, mA, T/L, RTD - output 4-20 mA
- Control Algorithm : P, PI, PID, auto adaptive.
- Shunt for the measure of the output power of the regulator and the signal of the pneumatic valve with the help of secured plugs for connecting recorder or other devices.
Options :
- Data acquisition module ref MAC composed with :
- A regulator with a RS485 communication card. In this case the reference number of the equipment equipped with the regulator with card become.
- A converter RS485/RS232.
- A data acquisition software under Windows allowing :
- Reading PID parameters.
- The drawing of the curves.
- The remote control of the regulator parameters.
- The storage of the values
- PC computer type Pentium IV
Dimensions
- 1 700 x 1 500 x 500 mm.
Essential requirements
- Power supply : 380 V three phases - 50 Hz – 0.37 kW (other voltages on inquiry)
- Compressed Air supply: 6 NL/h - 6 bars (not supply as standard)
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