The unit includes: a water supply tank, an immersion heater, a centrifugal pump, an electrical box, a digital regulator allowing all the control loops to be created, actuators, a pneumatic valve, pressure sensor, level sensor, electronic flow sensor, float flowmeters, temperature probe, pressurized tank, plate heat exchanger. The bench allows the regulation of temperature, flow, pressure, level and temperature. It is possible to use two different actuators (a pneumatic control valve with proportional I / P converter or a solenoid valve to achieve on-off control).
| 1
| Centrifugal pump Q=5m3/h et Hm = 21mCe
|
| 2
| Stainless steel water tank V=50L including : an immersion heater 6000 W ; low level switch and temperature switch to protect the heater
|
| 3
| Float flowmeter 1.5-15 L/h
|
| 4
| Control valve with positioner
|
| 5
| ON/OFF solenoid valve for discrete control and perturbation
|
| 6
| Manual valve for perturbation
|
| 7
| Plate exchanger
|
| 8
| Pressure vessel (stainless steel) V=15L (level and pressure control) including : safety valve 3 bars pressure gauge 0-2,5 bars and level gauge
|
| 9
| Synoptic with double well sockets to do the wiring of the regulation loop
|
| 10
| Electromagnetic flowmeter 0-50 L/min
|
| 11
| Pressure sensor 0-6 bars
|
| 12
| Capacitive level sensor L=700mm
|
| 13
| Temperature sensor (termocouple)
|
|
The first loop allows the study of flow regulation. It is composed of the water tank (V = 50L), the pump N ° 1, an electromagnetic flowmeter and one of the actuators (pneumatic control valve or solenoid valve). The disturbance is effected by the ball valve located downstream of the actuator. The second loop makes it possible to study the temperature regulation in the water tank (V = 50L) with the immersion heater. It is made up of a water tank, the circulation pump N ° 1, the immersion heater, the plate heat exchanger, a temperature sensor (T) with analog output placed in the tank, a low level safety float and a safety system in the event of overheating. The disturbance is achieved by cooling with the aid of network water from the plate heat exchanger. The flow sensor is on the cooling loop. The third loop allows to study the regulation of pressure in the stainless-steel vessel (Vol =15L). It is composed of a water tank, of the pump N°1, of one of the two actuators, (regulating valve or solenoid valve), of the stainless-steel vessel and a pressure sensor with analogic output (P), a drain valve and a venting valve into the atmosphere. The disturbance is performed by a ball valve fitting which allows to create a leak of the stainless steel vessel towards the water tank. The fourth loop is used to study the regulation of the level in stainless steel vessel (Vol = 15L). It is composed of a water tank, of the pump N°1, one of the two actuators (regulating valve or solenoid valve) of the stainless-steel vessel and the level sensor (N) with analogic output. The disturbance is performed by a ball valve fitting which allows to create a leak from the stainless steel tub towards the water tank. |
EN
FR
ES
