Model: | DLWD-DGJS13 |
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Brand: | DOLANG |
Origin: | Made In China |
Category: | Office Supplies / Education Appliances |
Label: | electrotechnics , electric , trainer |
Price: |
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Min. Order: | - |
Last Online:03 Jan, 2015 |
DLWD-DGJS13 Electrotechnics, Electric and Electrical Drive Training Set |
A overview for electrotechnics,electric and electrical drive training set The equipment composed by training bench,the power box,circuit basic experiment modules,ac circuit experiment,systainer,digital circuit experiment,analog circuit experiment,relay contact control module ,Three phase squirrel-cage induction motor. The experiment equipment is the new experiment device that launched and improved according to the traditional electric experimental equipment, this experiment device can meet “the electrician foundation” “the electrician skills training ", and other relevant course and electrician professional teaching requirements in the university, college, technical school or technical college to adapt to the requirements of Vocational education and practical training, introduce from Germany "dual-script system" education mode, under the guidance of students studying abroad, after introduce, digest and absorb advanced foreign vocational training teaching equipment, strictly produced accordance with the German teaching equipment (DIN) standard . And it is electrician electric tractors training equipment that most approach industrial site. |
B. Trainer features: |
1, intuitive is strong: major equipment use direct exposed installation forms, the equipment can be more intuitive demonstrated in front of the student, shorten the students from the classroom to the scene of the industry transition and adoption time. 2, flexible: system uses modular structure, hanging box easy to change, system use and combination are more flexible, which can meet the experiment and practice and so many kinds of requirements. |
3, comprehensive is strong: comprehensive all experimental project of kinds of national schools electrical basic courses |
4, close to the actual: the equipment training content is for industrial site mainstream |
technology application, meet the electrical technology development, can satisfy the students do the experiment, course design requirements. |
5, strong adaptability: The depth and breadth the experiment do flexible adjustment according to need, popularize and improve according to the teaching process to make organic union. |
6, a complete set is strong: from the special power supply to the connection special wire and so on is complete. |
7, consistency is strong: experimental devices proper, the supporting complete, make much test result has good uniformity, facilitate teachers organize and guide the teaching experiment. |
8, protection perfect: the configurations of device required are industrial electrical parts. Moreover, considering that the students using actual situation, in the input and output of industrial components to increase the function of protection interface board and so on, to avoid duplication, frequent and wrong operation damages the equipment. |
9, Subject ductility and malleability is strong: the training device can meet “the electrotechnics”,” the electrician skills training”, “the electrician foundation "and so on the related courses and electrician kind professional teaching training in the technical secondary school and technical colleges. |
C . Technical feature: |
1, Input power: the three-phase five wire 380V±10% 50Hz 2, Work environment: temperature-10 ~ + 40 degree relative humidity < 85% (25 degree) height < 4000 m |
3, Device capacity: < 1.5 kVA |
4, Dimension: 1660 * 800 * 1840 cm |
5. Device self-weight: 200 Kg |
D Experiment contents that can complete: Electrician basic experimental |
1) Basic electrical instrument using and measurement error calculation 2) Reduce the meter measuring error method |
3) Surveying and mapping of linear and nonlinear circuit components current-voltage characters. |
4) The measurement of potential, the voltage and drawing of circuit potential figure 5) Kirchhoff's law verification |
6) Superposition theorem verification |
7) Equivalent conversion of voltage source and current source 8) Thevenin theorem validation |
9) NORTON's theorem verification |
10) Two-port network test |
11) Reciprocity theorem verification |
12) Controlled source VCCS, VCVS, CCVS, CCCS experiments research 13) Typical electrical signals observation and measurement 14) Test of RC one order circuit response |
15) Research of second order dynamic circuit response 16) The test of R, L, C components impedance characteristics 17) RC series and parallel frequency selective network characteristics testing 18) R, L, C series resonant circuit research |
19) Using three meter method measuring ac circuit equivalent parameters 20) Sine steady-state AC circuit phasor research (fluorescent lamp power factor improve the experimental) |
21) Mutual inductance experiment |
22) Test of single-phase transformer core characteristics 23) Three-phase ac circuit voltage, current measurement 23) Three-phase circuit power measurement |
24) Single phase watt-hour meter verify) |
25) Negative impedance transformer and its application 26) Rotary device and its application |