The simulator is designed for studying the concepts of single-phase and three-phase asynchronous AC machines and their characteristics.
The training stand is equipped to measure characteristics such as torque, speed, voltage, current, power and frequency.
One electrical machine can be connected to another with special connectors.
The system consists of modular units, which allows students to learn asynchronous machines in a modular fashion.
The panel-type design is easy for students to handle when doing lab work.
The current protection panel is used to provide ground-fault protection. Operating current 30 mA with indicator lamp.
All inputs and outputs on each panel are equipped with safety connectors and 4 mm safety jumper connectors.
Includes a complete step-by-step guide to conducting experiments.
The composition of the set:
Three-phase power supply with FCCB
– 4-pole switch
– Fault current circuit breaker 30 mA
– Motor protection switch 2.5 – 4 A
– Phase control lamps L1, L2, L3
– Main cable with plug
Single phase power supply
– Two-pole switch
– Automatic protection 30 mA
– Phase control lamp L1
Single-phase AC power supply
– Power supply voltage : 230 V, 50 Hz
– Output: 0 – 240 VAC
– Max. current: 5 A
– Power: Max. 1 kVA
Three-phase AC power supply
– Power supply voltage : 380 V, 50 Hz,
– Output: Three-phase AC power supply, max. 0 – 415 VAC,
– Three-phase supply voltage, 380 V AC. current,
– Power: Max. 3 kVA
Single-phase AC capacitor machine
– Nominal voltage 230VAC,
– Power 370W,
– Current 2.9A,
– Frequency 50 Hz,
– Speed 2750RPM,
– Cos φ 0.72,
– Operation of a 12.5μF capacitor
Three-phase AC machine with squirrel-cage rotor
– Power 370W,
– Voltage 230/400V,
– Current 1.56/ 0.9A Y/Δ,
– Cos φ 0.78,
– Speed 2840 rpm,
– 2 poles,
– Frequency 50 Hz
Dalander three-phase alternating current machine
– Power 220 – 290W,
– Voltage 400 V,
– Current 0.9/ 1.06A,
– Cos φ 0.56/059,
– Speed 1440/2907 rpm,
– 4/2 poles,
– Frequency 50 Hz
Three-phase AC machine with slip ring
– Power 200W,
– Voltage 220/380V Δ/Y
– Rotor 220V,
– Current 1.1-0.65A,
– Speed 3000 rpm,
– Frequency 50 Hz
Brake machine
– Used in conjunction with the brake machine control unit to record brake machine torque and speed in electric machines.
– The power source is in the brake control unit of the machine.
– The brake control unit of the machine through the connecting wire.
– Nominal voltage: 12 VDC, current: 0.52 A.
– Maximum torque: 5 N*m
Brake machine control unit
– Serves for power control and adjustment of the magnetic brake.
– Recording of characteristics (speed/torque) is possible when operating in automatic mode.
– Main source: 220 V / 50 Hz.
– Display: RPM readings in four digits and maximum: 0 – 9,999 rpm for torque and residual torque – 0.1 N*m
– Size: 228 x 297 mm
3-pole rheostat for three-phase AC machine with slip rings
– 3-pole rheostat for three-phase AC machine with slip ring
– Resistance: 330 ohms, 330W
Main switch
– On/off switch, switching load 10 A/ 400 V, 4 poles
– Switch position: OFF – ON
– Size: 114 x 297 mm
Star-delta switch
– Switch load : 10 A / 400 V, switch position: OFF – ON – Δ
– Dimensions: 114 x 297 mm
Pole changer
– Switch load: 10 A / 400 V, switch position: OFF – 1 – 2
Motor starter and safety circuit breaker
– 3-pole, equipped with overload protection and instantaneous short-circuit cutoff
– Setting range: 1 – 1.6 A
– Dimensions: 114 x 297 mm
Digital power meter
– Power meter, main power supply 220 VAC.
– Can be used to measure current voltage, frequency, power (VA), power (W), reactive power (RAP) and power factor.
– 4-digit LED display
Capacitive load
– Voltage max: 450 V AC
– Capacitor: 3×1 μF; 3×2 μF; 3×4 μF
Capacitor for Steinmetz circuit
– Voltage max: 400 VAC
– 26μF capacitor
Set of connecting wires:
Safety connecting wire 100 cm – 50 pcs.
Safety connecting wire 50 cm – 30 pcs.
Safety connecting wire 30 cm – 25 pcs.
Safety cross-connector – 20 pcs.