Electrical Machines and Elecric drive 1,5 kw. EMiEP-1,5-SR
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EMiEP-1,5-SR
Electrical Machines and Elecric drive 1,5 kw. Manual design with stand
Delivery time is 10 weeks
Commisioning is advisable
Electrical Machines and Elecric drive 1,5 kw. Manual design with stand
Delivery time is 10 weeks
Commisioning is advisable
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Description
This laboratory bench provides the following laboratory and practical works to be performed in professional educational institutions of the subjects of Electrical Machines, Electrical Machines and basics of electric drive, Basics of electric drive, Electric drive theory, Automated electric drive, Electric drive control system.
Electrical Machines
- Study of single-phase transformer:
- study of short-circuit characteristic;
- study of no-load characteristic;
- study of external characteristic.
- Study of separately excited DC generator:
- study of short-circuit characteristic;
- study of no-load characteristic;
- study of external characteristic;
- study of control characteristics;
- study of load characteristic.
- Study of DC shunt generator:
- study of no-load characteristic;
- study of external characteristic;
- study of control characteristics;
- study of load characteristic.
- Study of separately excited DC motor:
- study of operating characteristics;
- study of speed characteristics;
- study of control characteristics at variable armature voltage;
- study of control characteristics at variable excitation current;
- study of control characteristics at adding an additional resistance in the armature circuit.
- Study of DC shunt motor:
- study of operating characteristics;
- study of speed characteristics;
- study of control characteristics at variable excitation current;
- study of control characteristics at adding an additional resistance in the armature circuit.
- Study of asynchro generator:
- study of operating characteristics.
- Study of asynchro squirrel-cage motor:
- study of operating characteristics;
- study of control characteristics at variable stator voltage;
- study of control characteristics at adding an additional resistance in the stator circuit.
- Study of DC motor:
- study of natural characteristic, electromechanical characteristic;
- study of forced characteristic at variable armature voltage;
- study of forced characteristic at variable stator resistance;
- study of forced characteristic at variable excitation current;
- characteristic of dynamic braking;
- study of power diagram.
- Study of asynchro squirrel-cage motor:
- study of natural characteristic, electromechanical characteristic;
- study of forced characteristic at variable stator voltage;
- study of power diagram.
- Study of Thyristor converter – DC motor system:
- study of speed-torque characteristic, electromechanical characteristic;
- definition of index of control;
- study of control characteristics;
- Study of open-loop Frequency Converter-Asynchro Motor system:
- study of speed-torque characteristics;
- study of control characteristics;
- slip compensation;
- forcing voltage;
- definition of index of control;
- Elements of electric drive control system:
- study of ramp generator circuit;
- study of P-controller;
- study of I-controller;
- study of PI-controller.
- Study of dependent control system for DC motor with external speed loop:
- tuning of current Loop parameter PI controller;
- tuning of limit unit;
- tuning of speed loop parameter PI controller;
- tuning of ramp generator circuit;
- study of control characteristics of electric drive loop system;
- study of speed-torque characteristics of electric drive loop system;
- Study of dependent control system for DC motor with external voltage loop:
- tuning of current Loop parameter PI controller;
- tuning of limit unit;
- tuning of voltage Loop parameter PI controller;
- tuning of ramp generator circuit;
- study of control characteristics of electric drive loop system;
- study of speed-torque characteristics of electric drive loop system;
- Study of frequency converter:
- control of the frequency converter using the operator keypad;
- control of the frequency converter using external elements.
- Study of vector control at «Frequency Converter - Asynchronous motor» closed loop system :
- speed loop tuning;
- study of speed-torque characteristics;
- study of control characteristics;
- study of control characteristics at variable field current.
- Modules of:
- Bench power supply;
- Power supply;
- Power meter;
- Measuring; Controllers;
- Power,
- Frequency converter;
- Thyristor converter;
- Auto transformer;
- of single-phase transformer.
- DC motor added resistance unit.
- Unit of braking resistors.
- Electrical machine unit (asynchro squirrel-cage machine, DC machine, speed sensor).
- Laboratory table.
- Set of connecting cables.
- Technical description.
- Methodology instructions on how to perform the laboratory works.
Specifications
Design style | stand design |
Type of control | manual design |
Dimensions, mm | 1700х1600х1000 |
Weight, kg | 230 |
Voltage, V | 3х380 |
Power consumption, VA | 4000 |