MR241E Dynamic Control System Applications Trainer Didactic Education Equipment For School Lab Electrical Laboratory Equipment
1.Product introduction
1.1 Profile
This trainer include multi kinds of servo motor, industrial control transducers, through experiments, students and teachers will be familiar with servo motor function features, master control principles, cultivate students’ ability to knowledge and technical skills, it’s suitable for technical schools, colleges, training institute, technician schools.
1.2 Features
a. Training stand bottom with universal wheels, it’s flexible. Inner with test meter and training power, it’s easy to use, can use for many years.
b. Equip with many kinds of electric machines, machines can combination, and fulfill training content.
c. Training stand with safety protection system.
2 Technical specifications
a. Input power: three phases five wires, 380V±10% 50Hz
b. Dimension:1600mm×800mm×1300mm
c. Whole capacity＜1.5KVA
d. Weight about 250kg
e. Work condition
Environment temperature -10℃～+40℃
Relative humidity ＜85%(25℃)
3 Product composition
3.1 Power control console
a. Five line of three-phase power input, the residual current circuit breaker control, a stop control button, an emergency stop button circuit breaker to cut off the power supply.
b. Configuration and secure power light, European-style outlet power output terminal.
c. Configuration of AC electrical machine is special protection switch, built-in ac power supply, with short circuit protection function. Power console use metal sheet.
3.2 Training workbench
Training workbench use anti fire panel, it’s sound and beautiful.
4 Training content
4.1 AC servo motor experiment
a. AC servo motor static test
b. AC servo motor principle features and function test
c.AC servo motor start function control
d.AC servo motor servo position control
e.AC servo motor angular displacement
f.AC servo motor linear displacement
g.AC servo motor slow down positioning control
4.2 DC servo motor experiment
a. DC servo motor static test
b. DC servo motor principle features and function test
c. DC servo motor start function control
d. DC servo motor servo position control
e. DC servo motor angular displacement
f. DC servo motor linear displacement
h. DC servo motor slow down positioning control
4.3 Step motor experiment
a. Step motor static test
b. Step motor principle features and function test
c. Step motor open loop control
d. Step motor close loop control
e. Step motor angular displacement
f. Step motor linear displacement
g. Step motor slow down positioning control
4.4 Motor loader experiment
(1) Step motor loader feature experiment
(2) AC servo motor loader feature experiment
(3) DC servo motor loader test feature experiment 
