Electrical Machines System Laboratory Vocational Education Equipment Educational School Laboratory Workbench Electrical Training Equipment

TB-240301-V-101 Electrical  Machines System Laboratory Vocational Education Equipment Educational School Laboratory Workbench Electrical Training Equipment

1. Product Introduction
1.1 Product Description
The Motor System Laboratory is a teaching device used to study the functions of various motors. The system can teach the use principles of various motors and the load capacity of various motors and measure the specific values ​​of the load capacity through the braking system. The Motor System Laboratory consists of three parts. The first part is the various power supply parts, which include a variety of power supplies. The second part is the measurement and braking unit, which is responsible for detecting data and braking. The third part is the various motor parts, mainly single-phase induction motors, three-phase asynchronous motors, three-phase multi-function machines, multi-function DC machines, AC and DC universal motors and other motors. In this system, a servo motor is responsible for performing braking. The advantage of using this brake is that the braking data can be accurately obtained.
1.2 Product Features
1. The product has a beautiful appearance design, is made of light and durable materials, and is sturdy and durable.
2. The product can have a variety of power supplies, including three-phase AC, single-phase AC and DC.
3. The product modules are rich and can be used for a variety of teaching.
4. The product supports digitalization and can perform digital acquisition and control.
2. Technical Specifications
2.1 Technical Parameters
Power supply parameters: three-phase AC380V;
Multifunctional DC motor parameters: 2000 rpm, 220V, 0.2kW; Functions: parallel, series and compound winding motor/generator;
General motor (DC and AC) parameters: 3000rpm, 220V, 0.25kW;
Single-phase induction motor parameters with working capacitor and auxiliary capacitor: 2870 rpm, 0.37kW
Three-phase asynchronous motor parameters, 1380 rpm, 690/400V, 0.37kW
Three-phase multifunctional motor parameters, 1420/1500 rpm, 400/230 V, 0.27 kW; Functions of three-phase asynchronous motor with slip ring; Functions of three-phase synchronous motor;
Regulated high voltage DC power supply parameters: 1000W, 500V;
Three-phase capacitive load parameters: 3x 1µF / 2µF / 4µF / 8µF;
Transformer trainer parameters: 300 VA, with motor protection switch; Input voltage: 3x 230/400V, 50/60Hz, output 6x 115V;
Working environment conditions: ambient temperature -10℃～+40℃, relative humidity < 85% (25℃).
2.2 Dimensions and weight
Dimensions: 1300x750x2000mm
Weight: 150kg

3. Product component names and function introduction
3.1 Product main part

5. Product teaching experiment list (see the experiment guide for details)
(1) Wiring experiment of general transformer as three-phase isolation transformer
(2) Wiring experiment of general transformer as autotransformer
(3) Series excitation wiring and forward and reverse operation experiment of DC multi-function motor
(4) Shunt excitation wiring and forward and reverse operation experiment of DC multi-function motor
(5) Separate excitation wiring and forward and reverse operation experiment of DC multi-function motor
(6) Wiring and forward and reverse operation experiment of AC and DC general motor
(7) Wiring and forward and reverse operation experiment of single-phase induction motor
(8) Wiring and forward and reverse operation experiment of three-phase asynchronous motor
(9) Three-phase synchronous Electric motor generator wiring experiment
(10) DC multifunctional motor wiring and operation experiment with starter
(11) Use different capacitors to compensate for reactive power of the power grid
(12) Use servo brake system to simulate three-phase asynchronous motor load capacity test experiment
(13) Use servo brake system to simulate AC/DC universal motor load capacity test experiment
(14) Use servo brake system to simulate single-phase capacitor motor load capacity test experiment
(15) Use servo brake system to simulate DC multifunctional motor load capacity test experiment