1. Modular design provides flexible experimental requirement
2. Each Module panel height compatible with DIN A4 standard
3. Using 4 mm safety sockets and plugs
4. Each DC/AC power supply equipped with overload protection
5. Rotary machine and brake with overheating protection
6. Adopting digitized and microprocessor-based measuring instrument to provide high-accuracy measurement
7. Brake with constant speed / constant torque function, easy to operate
8. Drawing complete T/N curve
9. Connecting to PC, measuring and drawing characteristic curve available
10. 300W-grade designed equipment suitable for learning the theory and characteristics of electrical machines
11. Stand-alone machine design equipped with two shaft ends and aluminum alloy base for coupling to other machines
12. Training panel uses 5 mm isolation bakelite, printed component symbol, value and function, easy to connect
13. Fully protected system safe to connect various kind of machines
14. Providing powerful computer measuring software for saving graphic file, drawing and printing characteristic curves
15. For the sake of safety, the system normally operates at three-phase 220V. Different line voltages can be adjusted
by system transformer.
The electrical machines system leads students to distinguish the mechanical similarities and differences among all electrical machinery. Students study and turn all kind of electrical machinery into circuit models for the foundation. Moreover, it enhances students ability for further application and control. Besides facilitating teaching, it makes students be familiar with a different kind of electrical mechanical test.
1. Single-Phase Transformer
(1) Polarity test
(2) Turns ratio test
(3) Open circuit test
(4) Short circuit test
(5) Load characteristic tests
Resistive load
Inductive load
Capacitive load
2. Three-Phase Transformer
Three-phase connections
Y -Y connection
Y -∆ connection
Y -Z connection
∆-Y connection
∆-∆ connection
∆- Z connection
3. DC Machines
(1) DC permanent-magnet motor
Connection and motor direction control
Torque-speed characteristic
(2) DC shunt wound motor
Connection and motor direction control
Torque-speed characteristic
Speed control
(3) DC separately excited generator
No load saturation characteristic
Load characteristic
(4) DC shunt wound generator
No load characteristic
Load characteristic
(5) DC series wound motor
Connection and motor direction control
Torque-speed characteristic
Speed control
(6) DC series wound generator
Load characteristic
(7) DC compound wound motor
Connection and direction control of DC cumulative-compound wound motor
Torque-speed characteristic of DC cumulative-compound wound motor
Speed control of DC cumulative-compound wound motor
Connection and direction control of DC differential-compound wound motor
Torque-speed characteristic of DC differential-compound wound motor
Speed control of DC differential-compound wound motor
(8) DC compound wound generator
Load characteristic of DC cumulative-compound wound generator
Load characteristic of DC differential-compound wound generator
4. Induction Machines
(1) Single-phase induction motor
Torque-speed characteristic with split-phase winding starting
Torque-speed characteristic with capacitor starting and running
(2) Three-phase squirrel cage induction motor
Connection and motor direction control
Y-∆ starting
PF correction
No-load characteristic
Blocked-rotor test
Torque-speed characteristic
(3) Three-phase rotor winding induction motor
Connection and motor direction control
Blocked rotor test
Torque-speed characteristic
(4) Three-phase salient pole synchronous motor
Connection and motor direction control
Excitation characteristic
Load characteristic
(5) Three-phase salient pole synchronous generator
Armature resistance measurement
No load saturation and short circuit characteristic
Load characteristic
Excitation characteristic
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Remark : System Transformer is provided at extra charge for the area where 3-phase 220 V power is not available. |
