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The trainer is designed to teach fundamental concept of a asynchronous single phase and three phase AC Machine. The student will learn the characteristic of a asynchronous single phase and three phase AC machine. The trainer already has measuring equipment for electrical machine (Torque, Speed, Voltage, current, Power and Frequency). The electrical machine can be attached from one to another with coupling system.
Experiment topic:
- Starting characteristic of a single phase capacitor AC machine
- Changing the rotational directional of a single phase AC machine
- Load characteristic n, I, cosσ, Ihi, P2, s, η = f(M) of a single-phase induction machine
- Starting characteristic of three-phase induction machine with squirrel-cage rotor
- Changing the rotational directional of three-phase induction machine with squirrel-cage rotor
- Compensation of reactive power of three-phase induction machine with squirrel-cage rotor
- Load Characteristic n, I, Iu, Iv, Iw cosσ = f(M) of Three-phase induction machine with squirrelcage rotor-Steinmetz circuit
- Load Characteristic n, I, Iu, Iv, Iw cosσ = f(M) of Three-phase induction machine with squirrelcage rotor
- Starting characteristic of three-phase Induction machine with slip-ring rotor
- Changing the rotational directional of threephase induction machine with slip-ring rotor
- Load characteristic n, I, cosσ, P2, η, s = f (M) of three-phase induction machine with slip-ring rotor
- Rotational-frequency characteristics n = f (Rv) of Three-phase induction machine with slip-ring rotor
- Pole changeable (dahlander circuit) connection and change rotation of threephase induction machine with squirrelcage rotor
- Load characteristics n, I, cos σ, P2, s, η = f (M) Three-phase induction machine with squirrel-cage rotor, pole changeable (dahlander circuit)
Complete specification.
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