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SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE
SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE
SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE
SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE

SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE

MOQ : 1 Piece

SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE Specification

  • Features
  • Variable rotor resistance, circuit diagram, safety covers, digital RPM display
  • Resolution
  • 1 rpm
  • Mounting Type
  • Table top
  • Application
  • SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE
  • Power Supply
  • 230V AC, 50 Hz, Single phase
  • Measuring Range
  • 0 - 1500 rpm
  • Accuracy
  • 1% of reading
  • Max Height
  • 350 mm
  • Number of Specimens
  • Single motor
  • Port Size
  • Standard Terminal Connectors
  • Response Time
  • <2 seconds
  • Frequency
  • 50 Hz
  • Display Type
  • Digital RPM meter
  • Operating Voltage
  • 230 V AC
  • Equipment Type
  • SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE
  • Temperature
  • 0C - 45C
  • Product Type
  • SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE
  • Humidity
  • Up to 85% RH, non-condensing
  • Automation Grade
  • Manual
  • Specimen Size
  • 3-phase slip ring induction motor (0.5 - 1 HP)
  • Test Range
  • Speed control from 0 to synchronous speed
  • Interface Type
  • Banana terminals for connections
  • Usage
  • SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE
  • Capacity
  • Up to 1 HP motor
  • Machine Weight
  • 45 kg
  • Test Speed
  • 1440 rpm
  • Test Width
  • 250 mm
  • Test Stroke
  • Adjustable rotor resistance
  • Control Mode
  • Manual / Rotary Switch
  • Finish
  • Powder coated panel
  • Protection
  • Overload and short circuit protection
  • Standards Compliance
  • Meets IS and IEC safety requirements
  • Operating Environment
  • Indoor
  • Demonstrable Experiments
  • Speed vs. rotor resistance characteristics
  • Colour
  • Blue/Grey
  • Wiring
  • Pre-wired with safety sockets
  • Teaching Aids
  • Supplied with circuit diagrams and test manual
  • Rotor Resistance Steps
  • 3-step variable resistance
  • Motor Type
  • 3-phase Slip Ring Induction Motor
  • Panel Dimensions
  • 600 x 400 x 300 mm
  • User Level
  • Engineering / Technical Institutions
 

SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE Trade Information

  • Minimum Order Quantity
  • 1 Piece
  • Payment Terms
  • Cash Advance (CA), Cash in Advance (CID), Cheque, Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Letter of Credit (L/C)
  • Packaging Details
  • Carton Box, Export Quality also Available
  • Main Export Market(s)
  • Asia, Middle East, Africa
  • Main Domestic Market
  • All India
  • Certifications
  • ISO 9001, 14001, CE
 

About SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE

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

Suppliedwith 3 Phase AC Slip-Ring Induction Motor 2HP fitted with Mechanical LoadProximity Sensor , Rotor Resistance Starter & Control Panel fitted withNecessary Meters, DOL Starter & Digital RPM Meter



Comprehensive Speed Control Analysis

This equipment allows users to examine the fundamental principle of speed control in 3-phase slip-ring induction motors via adjustable rotor resistance. Its 3-step variable resistance enables the investigation of how changes in rotor resistance impact the motor's speed, delivering valuable insights into electrical machine behavior.


Safety-First Design for Educational Use

Designed with powder-coated panels and fully pre-wired safety sockets, the system includes thorough overload and short-circuit protections. These features ensure a safe learning environment for students, while robust construction and user-friendly interfaces support repetitive laboratory use in technical institutions.


Accurate & Rapid Measurement

A digital RPM meter with a 1% accuracy and 1 rpm resolution allows quick response times (<2 seconds) in speed readings. The setup covers a measuring range from 0 to 1500 rpm, enabling clear demonstration and precise analysis of speed variations under different loads and resistances.

FAQ's of SPEED CONTROL OF 3 PHASE SLIP-RING INDUCTION MOTOR BY ROTOR RESISTANCE:


Q: How does the equipment control the speed of the 3-phase slip-ring induction motor?

A: Speed is controlled by varying the rotor resistance through a 3-step manual rotary switch, allowing adjustment of the slip in the motor. Increasing the rotor resistance reduces the speed, enabling demonstration of the speed versus resistance relationship.

Q: What safety features are included in this speed control panel?

A: The system includes overload and short-circuit protection, pre-wired safety sockets, and safety covers to ensure safe operation during laboratory experiments and demonstrations.

Q: When should the equipment be used in the educational process?

A: It is ideal for use during laboratory sessions in engineering or technical courses focused on electrical machines, motor controls, or practical demonstrations of speed control by rotor resistance methods.

Q: Where can this speed control unit be installed or used?

A: The equipment is designed for indoor use and is best placed in engineering laboratories on a table top, where its robust, portable powder-coated panel can be easily accessed and safely operated.

Q: What is the process for conducting a speed control experiment with this system?

A: Connect the 3-phase slip-ring induction motor using the banana terminals, select different rotor resistance steps via the rotary switch, and observe speed changes on the digital RPM display. The test manual provides step-by-step guidance.

Q: What are the benefits of using this equipment for learning motor speed control?

A: It provides hands-on experience, allowing users to visualize and analyze the physical relationship between rotor resistance and motor speed, thereby deepening understanding of motor control concepts in compliance with safety and academic standards.

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