Twin Rotor Mimo Trainer

Twin Rotor Mimo Trainer

Twin Rotor Mimo Trainer

Twin Rotor Mimo Trainer

Twin Rotor Mimo Trainer

Twin Rotor Mimo Trainer

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Twin Rotor Mimo Trainer

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MOQ : 1 Piece

Twin Rotor Mimo Trainer Specification

Usage
Electronic Testing and Measuring Equipments

Application
Electronic Testing and Measuring Equipments

Core Components
Twin Rotors, Main Chassis, Control Panel

Power Source
AC Mains

Voltage
230V AC

Model No
Twin Rotor MIMO Trainer

Feature
Twin Rotor Mechanics, Real-Time MIMO Control, Modular Design

Automation Grade
Semi-Automatic

Frequency
50 Hz

Temperature Range
Ambient

Accuracy
High Precision (Lab Grade)

Measurement Range
Angle/Position/Speed Measurement (Sensor Integrated)

Product Type
Twin Rotor Mimo Trainer

Equipment Materials
Mild Steel, Aluminium, ABS Plastic

Type
Educational Trainer

Display Type
Digital

Dimension (L*W*H)
Approx. 540 x 370 x 260 mm

Weight
Approx. 9 kg

Drive Mechanism
Dual Motor with Encoder Feedback

Sensors
Position and Velocity Sensors for Both Rotors

Connectivity
USB/RS232 for Interface with PC

Educational Use
Suitable for Real-Time Control System Experiments

Control Interface
Integrated Digital Control Panel with Data Output

Twin Rotor Mimo Trainer Trade Information

Minimum Order Quantity
1 Piece

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Twin Rotor Mimo Trainer

Twin Rotor Mimo Trainer

The Twin Rotor System demonstrates the principles of a non-linear MIMO (Multiple Input Multiple Output) system, with significant cross-coupling.
Its behaviour resembles a helicopter, but the angle of attack of the rotors is fixed and the aerodynamic forces are controlled by varying the speeds of the motors.

Advanced Real-Time Control System Training

The Twin Rotor MIMO Trainer is purpose-built for students and professionals to conduct experiments in real-time control systems. Its modular design enables users to explore complex control algorithms and test electronic measuring equipment in a hands-on laboratory setting. The digital display and intuitive control interface support immediate feedback and precise data collection, enhancing educational outcomes.

Robust Dual Rotor Mechanism

With two independently controlled rotors, each equipped with position and velocity sensors, users can investigate the dynamic interactions characteristic of MIMO (Multi-Input Multi-Output) systems. The dual motor drive with encoder feedback ensures accuracy and responsiveness, making the trainer ideal for both teaching and advanced experimental research.

Seamless Interface and Data Management

Featuring USB and RS232 connectivity, the trainer easily connects to PCs for control, monitoring, and data output. The integrated digital control panel simplifies operations while supporting advanced measurement tasks. This connectivity streamlines experiment setup, data analysis, and troubleshooting, supporting a wide range of educational and testing needs.

FAQs of Twin Rotor Mimo Trainer:

Q: How can the Twin Rotor MIMO Trainer be used in real-time control system experiments?

A: The trainers integrated digital control panel and dual-motor design with encoder feedback provide a practical platform for implementing, analyzing, and modifying real-time control algorithms. Its position and velocity sensors offer precise measurements, making it ideal for hands-on experiments in system dynamics, feedback control, and MIMO system analysis.

Q: What kind of data output and connectivity does the trainer offer?

A: It features both USB and RS232 interfaces for easy connection to computers. This allows users to collect experiment data, monitor system behavior, and control parameters directly from a PC, streamlining both experimentation and data analysis processes.

Q: When is this educational trainer most beneficial for students or researchers?

A: The Twin Rotor MIMO Trainer is most beneficial during laboratory courses on control systems, system identification, robotics, and electronic measurements. It provides practical experience in real-time control and system modeling, making theory more accessible and engaging.

Q: Where can this trainer be utilized effectively?

A: It is best suited for use in educational institutions, research laboratories, and technical training centers where hands-on control systems or electronic measurement training is required. Its robust construction and modular design also make it suitable for demonstrations and workshops.

Q: What is the process for setting up and using the trainer?

A: Setup involves positioning the unit on a laboratory bench, connecting it to the AC mains, linking the trainer to a PC via USB or RS232, and initializing the digital control panel. Users can then begin configuring experiments using included sensors, collecting measurements, and adjusting control parameters in real-time.

Q: Why choose the Twin Rotor MIMO Trainer for educational purposes?

A: It provides a comprehensive, interactive platform for understanding MIMO systems and feedback control with high precision. Its real-time measurement, modularity, and compatibility with electronic testing equipment make it an invaluable tool for both foundational study and advanced research.

Twin Rotor Mimo Trainer

Twin Rotor Mimo Trainer

Twin Rotor Mimo Trainer

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