DC Servo Control Trainer
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| Potentiometer | Linearity +- 1.5 % |
| Power | AC220 V 50HZ 1A |
| Size | 450(L) 280(W) 190(H) mm |
| Gear Ratio | 1:4 |
| System Weight | Less Then 10 Kg |
Overview:
The GSMT series DC servo control experiment platform provides the basic experiment device for elementary control and automation courses in electronic and computer engineering, mechanical engineering. Various experiments such as system identification, modeling of DC servo motor, controller design and controller performance analysis etc. can be performed. With this platform, users can understand the basic principles of PID's influence on system performance index, master the method to adjust the PID current controller, speed controller and position controller parameters of the DC servo motor and comprehend the influence of damping torque and disturbing torque on position and speed control performance, so as to learn the practical skills of the motion control. The series contains GSMT2012, the system of intelligent servo drive-based single motor; and GSMT2014, the system of twin motors based on high-performance motion controller GT-400 developed by Googoltech and the intelligent servo drive, which enables the real time control experiment under MATLAB/Simulink, and covers system modeling and stability analysis, time-domain analysis of second-order system, root locus analysis of third-order system, frequency-response analysis, PID calibration, root locus correction, frequency domain method correction and state feedback. By contrasting different control methods, one can better understand the control theories and learn their applications. In addition, Googoltech also provides controller free DC servo experiment platform GSMT2004 that allow users to integrate the self-developed controller or third party controllers flexibly. The model GSMT2004 come with sensors of DC servo motor, encoder, speed measuring motor, rectilinear potentiometer.
Control Modes:
- Digital Control: The basic model (GSTM2012) uses PC com port to communicate with the intelligent driver and motor with velocity and position.
- Analog Control: The optional analog control box model GAES1001 directly uses amplifier to control the motor by the analog circuit. User could implement simple PID control.
* Control under Googoltech motion controller: For model GSTM2014 only, using dedicated PCI motion controller model from Googoltech to achieve real time control in the MatLab environment with high accuracy and degree of linearity.
The GSMT series DC servo control experiment platform provides the basic experiment device for elementary control and automation courses in electronic and computer engineering, mechanical engineering. Various experiments such as system identification, modeling of DC servo motor, controller design and controller performance analysis etc. can be performed. With this platform, users can understand the basic principles of PID's influence on system performance index, master the method to adjust the PID current controller, speed controller and position controller parameters of the DC servo motor and comprehend the influence of damping torque and disturbing torque on position and speed control performance, so as to learn the practical skills of the motion control. The series contains GSMT2012, the system of intelligent servo drive-based single motor; and GSMT2014, the system of twin motors based on high-performance motion controller GT-400 developed by Googoltech and the intelligent servo drive, which enables the real time control experiment under MATLAB/Simulink, and covers system modeling and stability analysis, time-domain analysis of second-order system, root locus analysis of third-order system, frequency-response analysis, PID calibration, root locus correction, frequency domain method correction and state feedback. By contrasting different control methods, one can better understand the control theories and learn their applications. In addition, Googoltech also provides controller free DC servo experiment platform GSMT2004 that allow users to integrate the self-developed controller or third party controllers flexibly. The model GSMT2004 come with sensors of DC servo motor, encoder, speed measuring motor, rectilinear potentiometer.
Control Modes:
- Digital Control: The basic model (GSTM2012) uses PC com port to communicate with the intelligent driver and motor with velocity and position.
- Analog Control: The optional analog control box model GAES1001 directly uses amplifier to control the motor by the analog circuit. User could implement simple PID control.
* Control under Googoltech motion controller: For model GSTM2014 only, using dedicated PCI motion controller model from Googoltech to achieve real time control in the MatLab environment with high accuracy and degree of linearity.
Exports To: Saudi Arabia | Nepal | Myanmar | Rwanda | Afghanistan
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Technosys Systems
Jhotwara, Jaipur, Rajasthan
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GST- 08AEXPC2758N1ZQ
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Product Specification
| Potentiometer | Linearity +- 1.5 % |
| Power | AC220 V 50HZ 1A |
| Size | 450(L) 280(W) 190(H) mm |
| Gear Ratio | 1:4 |
| System Weight | Less Then 10 Kg |
| Encoder | DC 1,000P/R |
| Gross Weight | Less Then 20 Kg |
| Motor | DC 70 W |
Product Description
Overview:
The GSMT series DC servo control experiment platform provides the basic experiment device for elementary control and automation courses in electronic and computer engineering, mechanical engineering. Various experiments such as system identification, modeling of DC servo motor, controller design and controller performance analysis etc. can be performed. With this platform, users can understand the basic principles of PID's influence on system performance index, master the method to adjust the PID current controller, speed controller and position controller parameters of the DC servo motor and comprehend the influence of damping torque and disturbing torque on position and speed control performance, so as to learn the practical skills of the motion control. The series contains GSMT2012, the system of intelligent servo drive-based single motor; and GSMT2014, the system of twin motors based on high-performance motion controller GT-400 developed by Googoltech and the intelligent servo drive, which enables the real time control experiment under MATLAB/Simulink, and covers system modeling and stability analysis, time-domain analysis of second-order system, root locus analysis of third-order system, frequency-response analysis, PID calibration, root locus correction, frequency domain method correction and state feedback. By contrasting different control methods, one can better understand the control theories and learn their applications. In addition, Googoltech also provides controller free DC servo experiment platform GSMT2004 that allow users to integrate the self-developed controller or third party controllers flexibly. The model GSMT2004 come with sensors of DC servo motor, encoder, speed measuring motor, rectilinear potentiometer.
Control Modes:
The GSMT series DC servo control experiment platform provides the basic experiment device for elementary control and automation courses in electronic and computer engineering, mechanical engineering. Various experiments such as system identification, modeling of DC servo motor, controller design and controller performance analysis etc. can be performed. With this platform, users can understand the basic principles of PID's influence on system performance index, master the method to adjust the PID current controller, speed controller and position controller parameters of the DC servo motor and comprehend the influence of damping torque and disturbing torque on position and speed control performance, so as to learn the practical skills of the motion control. The series contains GSMT2012, the system of intelligent servo drive-based single motor; and GSMT2014, the system of twin motors based on high-performance motion controller GT-400 developed by Googoltech and the intelligent servo drive, which enables the real time control experiment under MATLAB/Simulink, and covers system modeling and stability analysis, time-domain analysis of second-order system, root locus analysis of third-order system, frequency-response analysis, PID calibration, root locus correction, frequency domain method correction and state feedback. By contrasting different control methods, one can better understand the control theories and learn their applications. In addition, Googoltech also provides controller free DC servo experiment platform GSMT2004 that allow users to integrate the self-developed controller or third party controllers flexibly. The model GSMT2004 come with sensors of DC servo motor, encoder, speed measuring motor, rectilinear potentiometer.
Control Modes:
- Digital Control: The basic model (GSTM2012) uses PC com port to communicate with the intelligent driver and motor with velocity and position.
- Analog Control: The optional analog control box model GAES1001 directly uses amplifier to control the motor by the analog circuit. User could implement simple PID control.
- Control under Googoltech motion controller: For model GSTM2014 only, using dedicated PCI motion controller model from Googoltech to achieve real time control in the MatLab environment with high accuracy and degree of linearity.
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About the Company
Year of Establishment2001
Legal Status of FirmIndividual - Proprietor
Nature of BusinessManufacturer
Number of Employees11 To 25 People
Annual TurnoverRs. 10 - 25 Crore
IndiaMART Member SinceAug 2007
GST08AEXPC2758N1ZQ
Import Export Code (IEC)13130*****
Exports to Saudi Arabia | Nepal | Myanmar | Rwanda | Afghanistan
Since 2001, we are engaged in providing cutting-edge technology solutions for the innovative embedded computing world. It carries a clear vision of providing the best in the world to engineers engaged in electrical, electronic mechanical designs. We are rich in our technical experience with skilled engineers and are also capable of offering an unrivaled portfolio of products like data acquisition systems, software solutions, DSPs, etc., that caters to research & development establishments, defense, aerospace, industrial application and technical institutions.
MISSIONS & OBJECTIVES
- Build a first-class research and development team
- Provide comprehensive technical support and cost effective solutions to customer by teams of regional automation engineer
- Provide competitive products and services to help customers become successful enterprises
- Become a leading provider of innovative motion control products and service to our clients around the world.
Seller Contact Details
Jitendra Chauhan
Plot No. B-16(b), Indrapuri, Satya Nagar, Jhotwara Jaipur - 302012, Rajasthan, India
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