Conditioner for Analysis of Level, Pressure and Flow Transducers Didactic Equipment Electrical Lab Equipment

Conditioner for Analysis of Level, Pressure and Flow Transducers Didactic Equipment Electrical Lab Equipment

ZE3213 Conditioner for Analysis of Level, Pressure and Flow Transducers Didactic Equipment Electrical Lab Equipment for college, vocational training center, university. 

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ZE3213 Conditioner for Analysis of Level, Pressure and Flow Transducers Didactic Equipment Electrical Lab Equipment

The module should enable theoritical analysis and the expireament of the following main subjects General chrastarestic of transducer; flow transducer; windmall flowmeter

Main subject of automatic control theory for linnear and countinousin -time system

types of regulator P1D regulator (prportional-intergrative-derivative)

Response of the P1D regulator to the typical signals

The experimental unit provides a comprehensive experimental introduction to the fundamentals of control engineering using an example of combined flow and level control. The level and flow rate can be controlled individually and as a cascade. In cascade mode the level is the primary controlled variable. The flow control then provides optimum adjustment of the controlled variable to the reference variable (setpoint).

All components are clearly laid out on a vertical panel. The large-format process scheme provides an aid to understanding. A pump delivers water from a storage tank into a piping system which contains a rotameter. From there the water passes into the transparent level-controlled tank. The level is measured by a pressure sensor installed at the base of the level-controlled tank. The controllers used are two state-of-the-art digital industrial controller. The actuator in the control loop is an electromagnetic proportional valve. Ball valves in the tank outlet and in the pipe system enable defined disturbance variables to be generated. The controlled variable X and the manipulating variable Y can be tapped as analogue signals at lab jacks. This enables external recording equipment, such as a plotter or an oscilloscope, to be connected.

An instrumentation and control software with interface module (USB) is available as an accessory. This enables the key process variables to be represented, and control functions executed.

Specification

experimental unit for control engineering experiments

level and flow control individually, and cascaded

level measurement by pressure sensor

flow rate measurement by rotameter with electrical output

generation of disturbance variables by ball valves with scale

tank with overflow and scale

control valve: electromagnetic proportional valve

2 digital industrial controllers, parameterisable as P, PI or PID controllers, cascade

large process schematic on front panel

key process variables accessible as analogue signals at lab jacks

Technical data

Storage tank

stainless steel

capacity: 15L

Pump, 3-stage

power consumption: 90W

max. flow rate: 83L/min

max. head: 6m

Pressure sensor: 0…100mbar

Rotameter with electrical output: 0…600L/h

Electromagnetic proportional valve: Kvs: 1,1m3/h

2x controllers: parameterisable as P, PI or PID controller

Process variables as analogue signals: 0…10V

Connection of external recording devices (e.g. oscilloscope, line recorder) via lab jacks

230V, 50Hz, 1 phase

230V, 60Hz, 1 phase

120V, 60Hz, 1 phase

Dimensions and weight

LxWxH: 1000x500x1080mm Weight: approx. 73kg

 

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