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Electrical Training Equipment

Bench for the Study of Choppers teaching aid equipment Electrical Laboratory Equipment

Item No.: ZE3181T
ZE3181T Bench for the Study of Choppers teaching aid equipment Electrical Laboratory Equipment
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Description

ZE3181T Bench for the Study of Choppers teaching aid equipment Electrical Laboratory Equipment
I. Product 
1.1 Overview
The training sets include a variety of types of thyristor typical application circuit units, through the related experiments, can be familiar with thyristor electrical characteristics, to master the control principle and control mode, raises the student the corresponding knowledge and skills, suitable for higher vocational colleges, higher technical, secondary vocational school and technical school related professional teaching and skill training evaluation.
1.2 Feature
(1) Training bench with aluminum column frame structure, the power supply built-in integrated installation, safe and convenient to use, is not easy to damage.
(2) unit circuit hanging box configuration are complete, combination use, complete variety of critiquing the training content.
(3) It can be set for an experiment subjects related units hang flexible increase or decrease in the box, in order to meet different user requirements.
(4) Training platform has a good safety protection system.
II Character parameter
(1)  Input power: three phase, five wire, 380V±10% 50Hz
(2)  Dimension:1600mm×800mm×1800mm
(3) Whole capacity: 2.0KVA
(4) Weight: 100kg
(5) Work condition:
Environment temperature: -10℃+40℃
Relative humidity: 85%(25℃)
3.1   Power control panel
The power control panel using aluminum alloy profile panel, enclosed body structure, and placed at the bottom of a connection as one.
3.2   Training workbench


Training workbench use aluminum structure. There are universal 4 wheels at the bottom of workbench, there are 2 breakers on wheel. The trainer can be moved or stop convenient . The workbench panel thick is 25mm high density substrate , there is high temperature high pressure anti-fire treatment process. It equip with three guide rail type drawer, 2 push and plug cabinet. The structure is sound and reliable, outlook is beautiful.
3.3   Power box
(1)Three phases, five wires power input, it has been tested by leakage
breaker control, it has emergency stop button, you can cut off electricity
when emergency. 
(2)Control panel has two point type voltage meter, one current meter, one power meter, one non power meter.
(3)It equipped with indicator, Europe power plug output, safety output sockets.
(4)Inner AC 220V current output, DC 220V wound power, DC 0-220V continuous adjustable DC armature power, with short circuit protection function.
4.Bench for the study of choppers 0.5 kW mini:
Bench allowing a complete study of choppers with different types of semiconductor power used in industry and with different loads of minimum power 0.5 kW. The bench shall include:
. A power module (0.5 kW mini) must have at least three (03) of the semiconductor technologies most used in practice (eg transistors IGBT transistor FET, GTO thyristor, Darlington transistor, etc.) Circuits, the current-voltage measuring transformers and the inputs for the signals transmitted from the control module
The module must be supplied with masks corresponding to semiconductor technologies. Power-driven seedlings must be protected against over-current and short-circuiting. The current measuring sockets must be isolated from the power circuit (eg galvanic separation).
. A power semiconductor control module with its masks ensuring: . Manual duty cycle and cyclic frequency control;
 . Current control with analog input of the reference variable;
. PI-type speed control with cascaded current regulation;
 All measuring points must be available on 4 mm safety sockets
Bench for the study of choppers 0.5 kW mini:
 

5.Required accessories:
. Bridge rectifier with flutter capacitor for having a DC voltage source;
. Three-phase power isolation transformer suitable for the bench;
. Variable resistive load of suitable power to the bench;
. Variable inductive load of suitable power to the bench;
. Continuous current machine with shunt power suitable for the bench;
. Sensor for controlling the speed of rotation (to ensure a control loop);
. Specific connection and operating accessories (safety cords of different lengths, fixing elements of the devices, etc.)