SPEED CONTROL OF 3PHASE INDUCTION MOTOR COUPLED WITH DC SHUNT GENERATOR USING THREE PHASE AC PHASE CONTROL USING ANTIPARALLEL THYRISTOR

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SPEED CONTROL OF 3PHASE INDUCTION MOTOR COUPLED WITH DC SHUNT GENERATOR USING THREE PHASE AC PHASE CONTROL USING ANTIPARALLEL THYRISTOR Specification

Type
Speed Control Training Kit

Material
Mild Steel Frame, High Grade Copper Windings

Size
Standard Laboratory Bench Size

Input Voltage
415V AC, 50 Hz, Three Phase

Color
Educational Standard Finish (Blue/White)

Dimension (L*W*H)
800 mm x 600 mm x 400 mm (approx.)

Capacity
3 HP (Induction Motor), 1.5 kW (DC Generator)

Noise Level
Within industrial permissible limits

DC Generator Type
Shunt Wound

Applications
Motor speed control, machine loading, electrical engineering laboratories

Overload Protection
Provided for both motor and generator

Enclosure
Powder coated, ventilated sheet metal

Mounting
Bench top

Thyristor Configuration
Six antiparallel SCRs (2 per phase)

Accessories Supplied
Connecting leads, user manual, experiment sheets

Cooling
Air cooled

Control Method
Three phase AC phase control using antiparallel thyristors

Rated Speed
1440 RPM

Starter Type
Direct online (DOL) or Star-Delta as required

Panel Features
Mimic diagram, test points, protective fuses

Metering
Digital/Analog meters for voltage, current, and speed

Induction Motor Type
Squirrel cage, 3-phase

Compliance
Conforms to IS/IEC standards as applicable

About SPEED CONTROL OF 3PHASE INDUCTION MOTOR COUPLED WITH DC SHUNT GENERATOR USING THREE PHASE AC PHASE CONTROL USING ANTIPARALLEL THYRISTOR

Experience fresh innovation in speed control with this special SPEED CONTROL OF 3PHASE INDUCTION MOTOR COUPLED WITH DC SHUNT GENERATOR kit. Skillfully engineered using select components such as high-grade copper windings and a mild steel frame, this valorous training system incorporates six venerable antiparallel thyristors for noteworthy three-phase AC phase control. With protected direct online or star-delta starting, powder-coated ventilated enclosure, and digital/analog metering, the kit delivers reliable performance within IS/IEC standards. Ideal for electrical engineering labs and machine loading, it comes complete with all necessary accessories and educational documentation.

Key Advantages & Applications

Used by educational institutions, R&D centers, and industrial training labs, this speed control kit stands out for its noteworthy reliability, easy operation, and special compliance with IS/IEC standards. Its valorous design is ideal for motor speed manipulation, machine loading, and professional skill development. The durable construction, selective materials, and advanced control system make it a preferable choice for students and professionals seeking hands-on experience in electrical engineering.

Sample, Payment & Shipping Details

We offer fresh samples for direct evaluation by prospective clients, ensuring a transparent exchange process. Flexible payment terms are available to accommodate different outlay requirements, supporting both online and offline transactions. Our FOB port service operates from renowned Indian ports, providing speedy and secure shipment. This ensures that every distributor, supplier, exporter, or trader receives the product in pristine condition, backed by our noteworthy commitment to customer satisfaction.

FAQ's of SPEED CONTROL OF 3PHASE INDUCTION MOTOR COUPLED WITH DC SHUNT GENERATOR USING THREE PHASE AC PHASE CONTROL USING ANTIPARALLEL THYRISTOR:

Q: How does the three-phase AC phase control using antiparallel thyristors optimize motor speed?

A: The antiparallel thyristor configuration enables precise modulation of the supplied AC voltage to the motor, allowing for controlled variation of its speed. By adjusting the firing angles of the six SCRs, users can effectively manage the rotational velocity according to experimental or operational requirements.

Q: What components are included with the speed control training kit?

A: The kit is supplied complete with connecting leads, a comprehensive user manual, detailed experiment sheets, digital or analog meters for voltage, current, and speed, a mimic diagram panel, and protective fuses, ensuring readiness for immediate installation and usage.

Q: When should direct online or star-delta starter types be used with this system?

A: Direct online starters are typically used for smaller motors where inrush current is acceptable, while star-delta starters are preferable for higher capacity applications, reducing initial current and protecting the motor during startup in demanding laboratory conditions.

Q: Where is this speed control kit manufactured and supplied from?

A: This product is engineered, manufactured, and supplied by reputable distributors, exporters, and manufacturers based in India, ensuring compliance with all relevant IS/IEC standards and industrial benchmarks.

Q: What are the benefits of incorporating this kit into an electrical engineering laboratory?

A: The primary benefits include hands-on training opportunities for students and professionals, precise speed control for experimental setups, enhanced learning through real-time metering and diagnostics, and compliance with safety and industry standards, making it a noteworthy addition to any laboratory.

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