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kit didatico, controle de temperatura, controle da temperatura do fluxo, edibon, fluxo de agua, Bancada Didática de Controle de Temperatura do Fluxo de Água Edibon RYC TAG

  • Bancada Didática de Controle de Temperatura do Fluxo de Água Edibon RYC TAG

A Unidade de Ensino Controlada por Computador para o Estudo de Regulação e Controle, “RYC”, é projetada pela EDIBON. Permite que os alunos aprendam os conceitos mais importantes sobre Regulação e Controle de uma maneira fácil e abrangente.


A unidade é fornecida com um conjunto de práticas, através das quais o usuário entenderá como caracterizar sistemas inteiros, sistemas de primeira ordem e sistemas de segunda ordem, e como o controlador PID e o controlador Lead & Lag funcionam. 




ESPECIFICAÇÕES:


RYC. Unit:

Unit:

 Metallic box.

 Diagram in the front panel with distribution of the elements similar to the real one.

 Reference signals module:

This module allows to generate four different

types of signals: step, square, ramp and sine.

The frequency and amplitude of the signals can

be adjusted through the computer.

Step output. Square output. Ramp output.

Sine output.

Step: amplitude: 0 V to 5 V, frequency: 0Hz

to 200 Hz.

Square: amplitude: ±10 V, frequency: 0Hz to

200 Hz.

Ramp: amplitude: ±10 V, frequency: 0Hz to

200 Hz.

Sine: amplitude: ±10 V, frequency: 0Hz to

200 Hz.

Frequency sweep: this module performs a

frequency sweep needed for calculating the

Bode plot.

 PID controller module:

This module is subdivided into proportional, integrative and derivative blocks. The module allows

to adjust each parameter independently from the computer:

 P controller: Kc: -10 to +10. I controller: Ti: 0 to 100 s. D controller: Td: 0 to 100 s.

 Sample time: 0.1 to 100 ms.

 Lead/Lag compensator:

This module represents a compensator system in the Laplace domain. The system allows to modify

the zero, the pole and the gain of the compensator through the computer:

 K lead: 1 to 100 s. K lag: 1 to 100 s. Gain: 1 to 10. Sample time: 0.1 to 100 ms.

 Integrator system:

This module represents and integrator system in the Laplace domain. The system allows to modify

the gain and the saturation valve of the system through the computer:

 Gain: -10 to 10.

 Saturation: -10 to 10.

 First order system:

This module represents a first order system in the Laplace domain. The system allows to modify

the time constant of the system through the computer. The gain can be also adjusted using the

computer:

 Gain: 0 to 10. Time constant T: 0 to 100 s.

 Second order system:

This module represents a second order system in Laplace domain. The system allows to modify

through the computer the three parameters of the system: gain, damping coefficient and the

natural frequency:

 Gain: 1 to 10.

 Damping coefficient x: 0 to 1.5 in steps of 0.1.

 Natural frequency (w n): 1Hz to 2 p*100 rad/s (100 Hz).

 Perturbation module:

This module allows to insert disturbances in the systems. The perturbation can be inserted in

different places of the control loop:

 Perturbation value: -10 to 10.

 Offset module:

 This module allows to add an offset to the input signal.

 Offset value: -10 to 10.

 Analog Inputs:

This module is provided with 4 analog inputs. The inputs are used to visualize different signals in

the computer.

 Connector to computer.

 Control Interface included.


RYC-TAG. Water Flow Temperature Control Module.

The “RYC-TAG” Water Flow Temperature Control module has been designed to study a practical

control system, through the control of water flow temperature.

The “RYC-TAG” module consists of two main components: the “RYC-TAG” apparatus and the “RYCTAG” interface box. The “RYC-TAG” apparatus contains all the sensors and actuators such

as temperature sensor, flow meter, water pump, etc. and the “RYC-TAG” interface box

contains all necessary components for power supplying, signal conditioning, etc.

The components are used in conjunction with the “RYC” unit to control the water temperature

of the cold water circuit, through the control of the water flow of the hot water circuit. Both

circuits are related by a heat exchanger.

The system allows to insert disturbances manually, through a manual valve that change the

water flow of the cold water circuit.

Specifications:

 Metallic structure.

 Reservoir Tank: 15 l.

 Level switch: level float switch sensor with an ON/OFF output.

 Water Pump: max. water flow 8 l./min.

 Manual valve to generate disturbances.

 Regulation valve control de the cold circuit flow value.

 Electronic Proportional Valve:

 Control input voltage: 0 to 3V.

 Aperture range: 0 to 100%.

 Analog flow meter:

 Range of measurement: 0-2 l./min.

 Temperature sensors:

 Transducer type: “J” type thermocouple.

 Output: 0.1 V/ºC.

 Heating element:

 Power consumption: 1500W.

 Control input voltage: ±10V.

Dimensions: 900 x 900 x 700 mm. approx. (35.43 x 35.43 x 27.55 inches approx.).

Weight: 50 Kg. approx. (110 pounds approx.).


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