Dynamic Control System Applications Trainer Electrical Machine Teaching Equipment
Product Specifications
Prod Model: |
ZE3118 |
Markets: |
North America,South America,Eastern Europe,Southeast Asia,Africa,Oceania,Mid East,Eastern Asia,Western Europe |
Whole Capacity: |
<2.0kVA |
Dimension: |
1600mm,800mm,1800mm |
Weight: |
<300kg |
Input Power: |
Single Phase, Three Wires, 220V 50Hz |
Type: |
Teaching Model |
Laser Model: |
Teaching Aids |
Usage: |
Teaching Aids |
Product Description
Dynamic Control System Applications Trainer Teaching Equipment

I. Overview
The system is based on electrical motor, control machine, automatic control element, micro &special motor course teaching, it consists of ac servo motor and drive unit, step motor and drive unit, dc brushless motor and drive unit, etc is suitable for motor mechanical characteristics, control technology, drive technology, monitoring technology is colleges and universities automation and electromechanical integration professional integrated application of teaching training device.

I. Experiment
1.Pass response for the position control (closed loop)
2.Frequency response for the position control (closed loop).
3.Time constants.
4.Limit frequency.
5.Determining the control characteristic, transient response,control deviation, gate time.
6.Determining the adjustment angular rate.
7.Determining the adjustment speed of the output signal.
8.The components of the training unit should be assembled on a frame be mounted on a table.

I. Overview |
The system is based on electrical motor, control machine, automatic control element, micro &special motor course teaching, it consists of ac servo motor and drive unit, step motor and drive unit, dc brushless motor and drive unit, etc is suitable for motor mechanical characteristics, control technology, drive technology, monitoring technology is colleges and universities automation and electromechanical integration professional integrated application of teaching training device. |
II. Experiment |
1.Pass response for the position control (closed loop) 2.Frequency response for the position control (closed loop). 3.Time constants. 4.Limit frequency. 5.Determining the control characteristic, transient response,control deviation, gate time. 6.Determining the adjustment angular rate. 7.Determining the adjustment speed of the output signal. 8.The components of the training unit should be assembled on a frame be mounted on a table. |
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