Intelitek’s Three Phase Synchronous Motor Lab serves as a versatile training system designed for electrical laboratories. This educational tool facilitates a comprehensive understanding of the fundamental principles, operational mechanisms, and functionality of a Three Phase Synchronous Motor. It encompasses experiments such as the V and inverse V curves associated with synchronous motors. For engineering students, it is crucial to comprehend how variations in field current can influence the power factor of the synchronous motor, thereby enhancing the overall performance of the system.

The motor is equipped with separate terminals for the windings, which are accessible via a terminal box located on the motor’s upper section. This design allows for individual connections to the control panel, enabling corresponding experimental setups. Additionally, all protection circuits are integrated, significantly reducing the likelihood of faults or hazards to the user. The diverse range of learning opportunities provided by this system contributes to a clearer understanding of the subject matter.

Features:

  • Arrangement of Flexible Shaft Coupling
  • Control panel constructed with Modular setup with plug and play system
  • Features supply indication lamps
  • Includes a Digital Tachometer
  • The machine is designed with Class “B” Insulation
  • Robust Heavy Duty Base/Channel
  • Engineered with adherence to all safety standards
  • Diagrammatic representation provided for simplified connections
  • Unique and Visually Appealing Design
  • Online Product Tutorial available
  • Three phase variable and DC variable supply provided in the workbench

Technical Specifications

  • Mains Supply : Three Phase, 415V±10%, 50Hz
  • Machines Specification (2 nos.)
  • Both the Machines are flexibly coupled and mounted on a M.S. channel base
  • Three Phase Synchronous Motor
  • Type : Salient Pole
  • Rating : 3 HP
  • Voltage rating : 415V ±10%
  • Speed : 1500 RPM
  • Insulation : Class ‘B’
  • Excitation Voltage : 120V±10%
  • DC Machine (Acts as Generator)
  • Type : Shunt
  • Rating : 2 HP
  • Speed : 1500 RPM ±5%
  • Insulation : Class ‘B’

Digital Meters Used

  • AC Ammeter : 10A
  • DC Ammeter : 10A
  • AC Voltmeter : 450V
  • DC Voltmeter : 300V
  • Wattmeter : 1500W (2nos.)

The workstation is furnished with a floor-mounted arrangement and incorporates an industrial-grade particle board. The working area should be minimum dimensions of 1500mm x 450mm x 25mm (Thickness). The particle board, which is 25mm thick, features a 0.8mm Marino laminate on one side in a flat profile, while the other side is covered with a 0.6mm white balancing laminate. Additionally, the table’s dimensions ought to be 1500X700X1400mm and is equipped with four caster wheels that include brake mechanisms. Moreover, there is an additional pedestal wooden cabinet measuring approximately 450mm x 450mm x 700mm, comprising three drawers.

The power supply console should be a rectangular box with dimensions of 1420X300X300mm, featuring two exhaust fans on the back side and screen printing on the front displaying relevant information.

The table should be constructed using CR grade sheet metal and tubes to ensure longevity. The panel material needs to be both isolated and non-breakable at a thickness of 4mm. The workstation includes aluminum pillars measuring at least 120mm x 40mm x 1200mm and a modular horizontal aluminum profile sized at 1200mm x 50mm x15 mm with top grooves of no less than7 mm and bottom grooves of no less than10 mm. An optional attachment for securing a PC desktop and LCD monitor, along with a keyboard drawer, are also included. The standard size for the modular panels should be established at330 mm x220 mm to facilitate straightforward assembly.

Moreover, all panels must be depicted through schematic diagrams to aid in understanding during experimentation.

Scope of Learning

  • To study the V curve of Three Phase Synchronous Motor
  • To study the Inverse V curve of the Three Phase Synchronous Motor.

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