Address:
Shandong,China
Main Products:
Education equipment,Teaching Equipment,science laboratory equipment,mechatronics training Equipment,elevator trainer,position control trainer,robot trainer,Industrial Automation Training set,PLC Training set,Inverter Training set,Pneumatic and hydrau
XK-DT2 type electric traction and motor control training equipment
1 Overview
XK-DT2 type electric traction and motor control training equipment is suitable for subject teaching and training, and for students’ pre-job training and trainees’ retraining of electronic and electrical technology application, mechatronics, electric traction and industrial electric automation in all kinds of advanced colleges and vocational schools. The experiment table is double-layer honed and microgroove plastic-spraying steel structure and the desktop is high-density board that is fireproof, waterproof and wear-resistant. The experiment can carry out operation training items of above courses. It can practice trainings of DC motor, transformer, single/three-phase asynchronous motor, synchronous motor, relay contacting control, electric traction( electric control) training. It has good comprehensiveness and can practice electrical accident analysis training of manufacturing machine and all kinds of relays, contactors, lights, buttons, fuses it equipped can practice electric control training of motor.
With the equipment, we equip detailed operation instruction manual and typical project case.
2 Technical data
1) Power supply input: three-phase four-wire/ three-phase five-wire 380V/220V,50Hz
2) Temperature:-10°C~+40°C Relative humidity: <85%(25°C) Height: <4000m
3) Capacity: <1.5kVA
4) Weight: 200kg
5) Dimensions: 1700mm*750mm*1500mm
3 Function
1) DC motor experiments
1) Be familiar with DC motor experiment
2) DC generator
3) DC shunt motor
2) Transformer experiments
1) No-load, loading and short current characteristics of single-phase transformer
2) No-load, loading and short current characteristics of three-phase transformer
3) Parallel running of single-phase transformer
4) Parallel running of three-phase transformer
3) Step motor experiments
1) Operation characteristics of three-phase synchronous generator
2) Parallel running of three-phase synchronous generator
3) Parametric measurement of three-phase synchronous generator.
4) Three-phase synchronous generator
4) Relay-contactor control and electric traction (electrical control)
1) Jogging and self-locking control circuit of three-phase asynchronous motor
2) Positive and negative rotation of three-phase asynchronous motor
3) Y-Δ reduced voltage starting control circuit or three-phase asynchronous motor
4) Dynamic braking control of three-phase asynchronous motor
5) Reverse braking control of three-phase asynchronous motor
6) Sequential starting control of two sets of three-phase asynchronous motor
7) Control circuit of double-speed asynchronous motor
8) Workbench automatically moves back-and-forth cycle control circuit
9) Circuit control at two different places of three-phase asynchronous motor
10) Electrical control circuit of C620 lathe
11) Electrical control circuit experiment of electric hoist
12) To control single-phase capacitor operating asynchronous motor
5) Motor characteristic experiment
1) Mechanical characteristics of DC separated excitation motor in all kinds of running state
2) Mechanical characteristics of three-phase asynchronous motor in all kinds of running state
3) Working characteristics of three-phase squirrel-cage asynchronous motor
4) Working characteristics of DC separated excitation motor
motor
4) Working characteristics of DC separated excitation motor