You are here

Ball and Plate System

$ 0.00
 Origin:China                                                   Pedido N° ref.: GBP2001
 Shipping: to all of Latin America Delivery time: Inquire 

Direct drive inverted pendulum system 

Googol technology, starting from HKUST in 1999, is the first high-tech company in the Asia Pacific region specializing in R&D, production, marketing, and assisting regulators and motion control systems. Googol technology provides a platform for technological innovation for machine manufacturers, focusing on research in four base technologies - motion control technology, servo drive technology, computer vision technology, and mechanical design optimization. With deepened international and national cooperation, combining production and research, and actively cultivating system integrators, Googol technology's motion control products and systems are applied in a wide range of industries, such as microelectronics, robotics, CNC machine tools, electronic processing and testing, printing, packaging, production automation, and other industrial control uses.

The ball and plate system is a nonlinear multivariable control objective, which is the 2D extension of the ball and beam system. The control target is a plate with 2 mutually perpendicular rotating axes, aimed at balancing a freely rotating ball in a specific position on the plate, or making it rotate on a specific trajectory. The rotation of the plate along the X and Y axes is controlled by 2 motors, the vision sensor obtains the position of the ball on the plate and feeds back to the control system; certain control strategies are applied to control the plate for the rotation angles along the X and Y axes through the control system, thus achieving the equilibrium position and the movement trajectory of the ball on the plate..

Experimentar:

● Calibration of linear and nonlinear models of the chamber ● 

Dynamic modeling analysis of the system 

● Research and application of image removal 

● Servo Control based on two-dimensional vision

● PID controller and research on classical control theory 

● Research of custom algorithms 

● Stable control of the ball in the center of the disc

● Stable Controls the ball to the specified position of the disk.

● Move the ball to the specified position along the established track

Technical Specifications

 

Function

Description

Cuerpo principal

DC servo motor accionado

Platform dimension: 300mm x 300mm

Base dimension: 400 mm x 400 mm

Electric control module

Specific GPB2001

Modulo visual

Image acquisition card

Software information

Ball and plate control software.

LabVIEW Experiment Software

Nominal power of the DC motor

36W

Poder

CA 220V 50HZ 3.2A

Motor deceleration ratio of the DC brush

1:10

Ball diameter

25mm

Image pixel

768 x 576

Sampling frequency

> 25fps

Image acquisition card

- Support the acquisition of standard video sources NTSC, PAL, RS170 and CCIR

- The dual visual decoder structure allows for quick channel switching.

- Can be connected and switched with 16 CVBS channels, 8 Y/C or composite input channels

- Auxiliary I/O TTL interface with 16 channels and RS-485 serial interface

- The monitoring timer is used to ensure the integrity of the system.

- Supports 32-bit PCI bus mode at 33/66 MHz

- The software development package includes Matrox Imaging Library (MIL) / ActiveMIL, MIL-Lite / ActiveMIL-Lite

- Microsoft Windows 2000 and Windows XP OS support.

Dimensions

525 x 391 x 635 mm

More information:               

 

Includes:
** 2-year warranty.
** Discounts for the sale of two or more Robots educativos.
** Metrological calibration certificate for Robots educativos.
** Preventive, corrective maintenance (repair)  Robots educativos.
** Sales, maintenance, calibration, certification, and technical service 24 hours.
Envios a: Argentina, Bolivia, Brasil, Chile, Colombia, Costa, Rica, Cuba, Ecuador, El Salvador, Guatemala, Honduras, Mexico, Nicaragua, Panama, Paraguay, Peru, Puerto Rico, Dominican Republic, Uruguay, Venezuela.
Quick contact:     [email protected] mail     [email protected] mail

 

Price: $ 0.00