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  • PID SYSTEM SIMULATION TRAINER

PID SYSTEM SIMULATION TRAINER

PID SYSTEM SIMULATION TRAINER
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PID SYSTEM SIMULATION TRAINER
Product Code: MZM - 6008
Availability: In Stock
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Description

DESCRIPTION:

This trainer provides a comprehensive experimental introduction to the fundamentals of control engineering using an example of flow control. A pump delivers water from a storage tank through a piping system. The flow rate is measured by an electromagnetic sensor, which permits further processing of the measured value by outputting a standardized current signal. A rotameter indicates the flow. The controller used is a state-of-the-art digital industrial controller. The actuator in the control loop is a control valve with electric motor operation. A ball valve in the outlet line enables defined disturbance variables to be generated. The controlled variable X and the manipulating variable Y are plotted directly on an integrated 2-channel line recorder. Alternatively, the variables can be tapped as analogue signals at lab jacks on the switch cabinet. This enables external recording equipment, such as an oscilloscope or a flatbed plotter, to be connected.

Process control software (MZ 650.50) is optionally available. The software permits the construction of a complete networked. The key process variables can also be represented, and control functions executed.

The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments.

 

Featured :

  • Experimental introduction to control engineering using an example of flow control1
  • Construction of the system with components commonly used in industry1  
  • Digital controller with freely selectable parameters: P, I, D and all combinations1 
  • Integrated 2-channel line recorder1
  • Construction of a complete networked system via Profibus interface possible

Specification :

  • Trainer for control engineering experiments
  • Flow control process, equipped with standard industrial components
  • Flow rate measurement by electromagnetic sensor
  • Rota meter for direct observation of the flow
  • Generation of disturbance variables by ball valve with scale in outlet line
  • Control valve with electric motor
  • Digital controller, parameter sable as a P, PI or PID controller
  • 2-channel line recorder
  • Process variables X and Y accessible as analogue signals via lab jacks 

 

Learning Objectives / Experiments

  • fundamentals of control engineering
  • real industrial control engineering components: controllers, transducers, actuators
  • operation and parameterization of the local industrial controller  
  1. Manually (by keyboard)
  2. Using the process control software 
  • investigation of disturbance and control response
  • controller optimization 
  • investigation of the properties of the open and closed control loops
  • processing of process variables using external equipment, e.g. oscilloscope or plotter

 

Technical Data

1. Storage tank : 30L

  • Centrifugal pump
  • power consumption: 550W
  • max. flow rate: 230L/min
  • max. head: 11m
  • speed: 2.850min-1
  • Rota meter: 0...1.960L/h
  • Electromagnetic flow rate sensor: 0...6.000L/h 
  • Control valve with electric motor
  • Kvs: 5,7m³/h
  • stroke: 5mm
  • characteristic curve equal-percentage

2. Valve-opening position sensor: 0...1.000 Ohm

  • Line recorder
  • 2x 4...20mA
  • feed rate 0...3.600mm/h, stepped
  • Controller
  • process variables X, Y as analogue signals: 4...20mA

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