Motors, Generators and Transformers Construction Application

The Motors, Generators and Transformers Construction Application, for theoretical and practical training in the field of electromechanical construction of electrical machines such as DC motors, AC motors, single-phase and three-phase transformers.

ATENG 11207 — Motors, Generators and Transformers Construction Application

• The “ATENG 11207” includes de following elements:
• N-VPS01. 3PH AC Power Supply Module.
  ON / OFF removable key.
• Supply voltage: 3 x 400 VAC + N.
  Emergency stop push-button.
• Three-phase supply hose with IP44 3PN + E 32 A 400 V connecting plug.
• Differential magnetothermal 4 poles, 25 A, 30 mA AC 6 KA.
  N-VPS01
• Fuses: 3 x 6 A.
• Motorized variable autotransformer:
• Nominal power: 3000 VA.
• Input voltage: 400 VAC.
• Fixed output voltage: 3 x 400 VAC+N.
• Variable output voltage:
• 0 – 450 VAC (3PH + N).
• 0 – 240 VDC.
• Nominal current: 2 A.
• Three-position switch with automatic return:
• Position I: Voltage reduction.
• Position 0: Constant voltage.
• Position II: Voltage increase.
• DC ammeter: 0 – 5 A.
• AC ammeter: 0 – 5 A.
• DC voltmeter: 0 – 300 V.
• AC voltmeter: 0 – 500 V.
  Autotransformer.
• Nominal power: 3000 VA.
• MWMT. Manual Winding Machine for Motors and Transformers.
  Mechanical flywell.
  Winding templates.
  Spin counter.
  Rods to place the winding molds.
  Transformer winding pieces.
  Rod to place smaller coils. MWMT
  Alen keys.
• MED65. Digital Multimeter.
• Digital multimeter with 3 ½ digits, with 4 mm double connector termination cables
  to facilitate interconnections.
• With this digital multimeter we can measure:
  Voltage.
  Current.
  Resistance. MED65
  Capacitors capacity.
  Temperature.
• BRLA. Compass.

BRLA

3

Specifications

• CHER. Tool Box.
  Crimper.
  Tin.
  Meter.
  Insulation tape.
  Heat shrink.
  Voltage tester screwdriver.
  Cross-head screwdriver and flat-head screwdriver.

CHER

Allen keys.

Soldering iron.

Rubber hammer.

Wire terminals and Connection terminals.

Flanges.

Wire cutter.

Screw Clamp Terminals.

• Required elements (at least one) (Not included):
  MGTC-K1. Construction of a DC Motor-Generator Kit
• DCMG-KIT. DC Motor-Generator Kit.
• Nominal power: 250 W.
• Armature voltage: 200 VDC.
• Excitation voltage: 190 VDC.
• Armature current: 1.5 A.
• Excitation current: 0.3 A.
• RPM: 3000 rpm.
  DCMG-KIT
• N-REV. Single-Phase Variable Resistor Module.
• Variable resistor: 150 Ohm.
• Maximum power: 500 W.
  Potentiometer.
• Terminals:
  Three terminals to choose all resistance or variable resistance.
• Fuse: 2 A. N-REV
  MGTC-K2. Construction of a Three-Phase Asynchronous Motor of Squirrel Cage Kit.
• ACIMS-KIT. Three-Phase Asynchronous Motor of Squirrel Cage Constrruction Kit.
• Nominal power: 370 W.
• Nominal voltage: 3 x 230 / 400 VAC Δ / Y.
• Frequency: 50 / 60 Hz
• Number of poles: 2.
• Speed: 2730 rpm.
• Nominal current: 1.67 / 0.97 A. ACIMS-KIT
  MGTC-K3. Construction of a Three-Phase Reluctance Motor Kit.
• ACRM-KIT. Three-Phase Reluctance Motor Construction Kit.
• Nominal power: 300 W.
• Nominal voltage: 3 x 400 VAC.
• Frequency: 50 / 60 Hz.
• Speed: 3000 rpm.
• Nominal current: 1.4 A.
  ACRM-KIT
  4

Specifications

MGTC-K4. Construction of a Three-Phase Asynchronous Motor with Wound Rotor.

• ACWR-KIT. Three-Phase Asynchronous Motor with Wound Rotor Kit.
• Nominal power: 300 W.
• Nominal voltage: 3 x 230 / 400 VAC Δ / Y.
• Frequency: 50 / 60 Hz.
• Number of poles: 2.
• Speed: 2870 rpm. ACWR-KIT
• Nominal current: 1 / 0.5 A.
  MGTC-K5. Construction of a Three-Phase Synchronous Motor.
• ACSM-KIT. Three-Phase Synchronous Motor Kit.
• Nominal power: 250 W.
• Nominal output voltage: 3x 400 VAC.
• Frequency: 50 / 60 Hz.
• Speed: 3000 rpm.
  ACSM-KIT
• Nominal output current: 1 A.
• Nominal excitation current: 0.25 A.
• N-VVCC/M. DC Motor Speed Controller (Intermediate Option) Module.
• Maximum power: 500 W.
• Supply voltage: 230 VAC.
• Variable output voltage: 0 – 300 VDC.
  N-VVCC/M
• Fuse: 2 A.
  MGTC-K6. Construction of a Three-Phase Transformer Kit.
• PTSIM-KIT. Three Phase Transformer Kit.
• Core: Iron.
• Dimensions: 150 x 150 x 30 mm (approx.)
  PTSIM-KIT
• N-REFT. 3PH Commutable Resistor Load Module.
• Nominal voltage: 400 VAC.
• Resistance: 3 x 150 Ohm.
• Maximum power: 500 W.
• Commutator:
• Position 0: open circuit.
• Position 1: closed circuit.
  N-REFT
• Fuses: 3 x 2 A.
• Terminals:
  Three terminals for connecting resistors.
• N-INDT. Three-Phase Commutable Inductive Load Module.
• Nominal voltage: 400 VAC.
• Inductance: 1.4 H.
• Maximum power: 500 VAr.
• Commutator:
• Position 0: open circuit.
• Position 1: closed circuit.
  N-INDT
• Fuses: 3 x 2 A.
• Terminals:
  Four input terminals (3PH + N).
  Four output terminals (3PH + N).
  5

Specifications

• N-CONT. Three-Phase Commutable Capacitive Load Module.
• Nominal voltage: 400 VAC.
• Capacitance: 3 x 7 µF.
• Commutator:
• Position 0: open circuit.
• Position 1: closed circuit.
  N-CONT
• Fuses: 3 x 4 A.
• Terminals:
  Four input terminals (3PH + N).
  Four output terminals (3PH + N).
  MGTC-K7. Construction of a Single-Phase Transformer Kit.
• PSPIM-KIT. Single-Phase Transformer Kit.
• Core: Iron.
• Dimensions: 150 x 125 x 52 mm (approx.)
  PSPIM-KIT
• N-REF. Single Phase Fixed Resistor Module.
• Resistor value: 150 Ohm.
• Maximum power: 500 W.
• Selector:
• Position 0: Circuit opened.
• Position 1: Circuit closed.
  N-REF
• Fuse: 2 A.
• N-IND. Single-phase Inductance Module.
• Inductance: 1.4 H.
• Maximum power: 500 VAr.
• Switch:
• Position 0: Circuit opened.
• Position 1: Circuit closed.
  N-IND
• Fuse: 2 A.
• N-CON. Variable Capacitor Module.
• Maximum power: 500 VAr.
• Capacitor value: 7 µF.
• Selector:
• Position 0: circuit opened.
• Position 1: circuit closed.
• Fuse: 16 A. N-CON
• All necessary cables to realize the practical exercises are included.
  Cables and accessories, for normal operation.