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Speed Control of 3 Phase Slip-Ring Induction Motor By Rotor Resistance Control

Speed Control of 3 Phase Slip-Ring Induction Motor By Rotor Resistance Control

Product Details:

  • Core Components 3-phase slip-ring induction motor, variable rotor resistance box, analog meters, control switches, wiring terminals
  • Feature Demonstrates rotor resistance control method for speed regulation
  • Model No SC-3PSRM/2024
  • Accuracy 1% on instrument readings
  • Frequency 50 Hz
  • Automation Grade Manual
  • Power Source 3-phase AC supply
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Speed Control of 3 Phase Slip-Ring Induction Motor By Rotor Resistance Control Product Specifications

  • Demonstrates rotor resistance control method for speed regulation
  • 3-phase slip-ring induction motor, variable rotor resistance box, analog meters, control switches, wiring terminals
  • SC-3PSRM/2024
  • Electrical laboratory experiments, speed control demonstrations
  • Analog meters (Ammeter, Voltmeter)
  • 50 Hz
  • 1% on instrument readings
  • Laboratory trainer kit for 3-phase slip-ring induction motor
  • 3-phase AC supply
  • Manual
  • 415V AC
  • Speed: 01500 RPM, Current: 05A, Voltage: 0500V
  • Up to 3 HP
  • Powder-coated MS cabinet, high-quality copper, Bakelite panel
  • 980 mm x 780 mm x 450 mm
  • Approx. 65 kg
  • Ambient to 50C

Speed Control of 3 Phase Slip-Ring Induction Motor By Rotor Resistance Control Trade Information

  • All India
  • ISO

Product Description

Speed Control of 3 Phase Slip-Ring Induction Motor By Rotor Resistance Control 

Supplied with 3 Phase AC Slip-Ring Induction Motor 2HP  fitted with Mechanical Load Proximity Sensor , Rotor Resistanace Strater &  Control Panel fitted with Necessary Meters , DOL Starter & Digital RPM Meter



Precision Speed Adjustment and Protection

This trainer kit showcases stepless speed control for a 3-phase slip-ring induction motor using variable rotor resistance, letting users safely conduct experiments. The system integrates overload and short-circuit protection via MCB, as well as safety interlocks, ensuring both equipment and operator protection during demonstrations.


Comprehensive Laboratory Features

Designed for engineering colleges and R&D labs, the kit is equipped with analog ammeters and voltmeters, engraved marking plates, and a user-friendly Bakelite panel. All necessary accessories, such as connecting leads and terminal tags, are included for a complete learning experience.


Built to Last and Easy to Operate

With a heavy-duty base-mounted design, powder-coated finish, and air-cooled system, the equipment is both durable and easy to use. It supports a broad operating range and is capable of withstanding high humidity and varying ambient conditions, making it suitable for regular laboratory use.

FAQ's of Speed Control of 3 Phase Slip-Ring Induction Motor By Rotor Resistance Control:


Q: How is the speed of the 3-phase slip-ring induction motor controlled in this trainer kit?

A: Speed adjustment is achieved steplessly by varying the rotor resistance using a wire-wound, high wattage rheostat. This allows precise regulation of motor speed from 0 to 1500 RPM for experimental demonstrations.

Q: What protection mechanisms are included to ensure safe laboratory operation?

A: The kit incorporates overload and short-circuit protection through an MCB and has safety interlocks on the main panel. These features safeguard users and equipment during laboratory experiments.

Q: When is the optimum time to use this equipment in an educational environment?

A: The trainer kit is best used during practical laboratory sessions for demonstrative experiments on motor speed control, particularly in courses focused on electrical machines and motor control techniques in engineering colleges and technical institutes.

Q: Where is this trainer kit typically installed for use?

A: It is designed for installation in electrical laboratories, training centers, and R&D labs. The heavy-duty base mounting and durable construction provide stability for repeated educational use.

Q: What processes can be demonstrated with this laboratory trainer kit?

A: Users can demonstrate the rotor resistance control method for varying speed of slip-ring induction motors, observe voltage and current changes on analog meters, and study motor behavior under different load and speed conditions.

Q: How does using the SC-3PSRM/2024 trainer kit benefit students and researchers?

A: This hands-on equipment helps users thoroughly understand speed regulation methods, fosters practical skills for motor control, and provides accurate readings for critical analysis-a vital learning tool for future electrical engineers.

Q: What accessories and supporting materials come with the equipment?

A: The kit includes connecting leads, a detailed experiment manual, terminal tags, and engraved marking plates to facilitate setup, measurement, and learning during laboratory exercises.

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