SPEED CONTROL OF SYNCHRONOUS THREE PHASE AC PHASE CONTROL USING ANTIPARALLEL THYRISTOR

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SPEED CONTROL OF SYNCHRONOUS THREE PHASE AC PHASE CONTROL USING ANTIPARALLEL THYRISTOR Specification

Type
Synchronous Three Phase AC Speed Control Trainer

Material
Mild Steel Cabinet with High Quality Electronic Components

Size
Standard Lab Bench Top

Input Voltage
3 Phase 415V AC ±10%, 50 Hz

Color
Blue and White

Dimension (L*W*H)
Approx. 450mm x 400mm x 220mm

Capacity
Up to 1 HP Motor Supported

Noise Level
< 60 dB

Thyristor Type
SCR, 800V/25A

Indications
LED status indicators

Ambient Operating Temperature
0C to 45C

Phase Adjustment Range
0 to 180

Cooling Method
Natural Air-Cooled

Control Method
Phase Control using Antiparallel Thyristors

Motor Compatibility
3 Phase Synchronous Motors

User Interface
Manual Potentiometer for Speed Adjustment

Protection Features
Fuse Protection, Overload Safety

Package Includes
Control Board, Input Panel, Connecting Accessories

Application
Educational, Laboratory Testing, Research Demonstration

Connectivity
Test Points for Measurement and Analysis

SPEED CONTROL OF SYNCHRONOUS THREE PHASE AC PHASE CONTROL USING ANTIPARALLEL THYRISTOR About

Discover the blue-ribbon SPEED CONTROL OF SYNCHRONOUS THREE PHASE AC PHASE CONTROL USING ANTIPARALLEL THYRISTORa best-seller lauded for its sterling performance and acclaimed by users for its astonishing reliability. Engineered with SCR antiparallel thyristors (800V/25A) and intuitive LED status indicators, this robust trainer is perfect for research, laboratory, and educational applications. It boasts safe fuse protection, overload safeguards, and natural air-cooling. Housed in a mild steel cabinet with standard lab dimensions, it supports up to 1 HP 3-phase synchronous motors, ensuring favorable reviews from professionals and academics alike.

Exceptional Features for Superior Control and Versatile Application

The SPEED CONTROL OF SYNCHRONOUS THREE PHASE AC PHASE CONTROL USING ANTIPARALLEL THYRISTOR is designed for precision and reliability. Key features include an easily adjustable manual potentiometer, LED indicators, and robust overload safety. Suited for use in educational labs, research centers, and demonstration settings, its three-phase control and antiparallel thyristor configuration deliver optimal performance for 3-phase synchronous motors, making it an indispensable tool for hands-on learning and technical testing.

Certifications, Market Reach, and Reliable Purchase Experience

This product is manufactured with international quality certifications, ensuring a sterling standard for institutions worldwide. Available for export and domestic sale, especially across India and key global education and research markets. Benefit from sale price offers, secure shipping, and streamlined order processing, providing peace of mind with every purchase. Distributors, exporters, and suppliers can expect prompt delivery and comprehensive after-sales support when ordering this acclaimed speed control trainer.

FAQs of SPEED CONTROL OF SYNCHRONOUS THREE PHASE AC PHASE CONTROL USING ANTIPARALLEL THYRISTOR:

Q: How does the phase control using antiparallel thyristors work in this trainer?

A: The trainer utilizes antiparallel thyristors (SCRs) to modulate the phase angle from 0 to 180, enabling precise speed control of 3-phase synchronous motors by effectively managing the AC input power.

Q: What types of motors are compatible with this speed control trainer?

A: This trainer is specifically designed for synchronous three-phase AC motors with a capacity of up to 1 HP and an input voltage of 415V AC 10% at 50 Hz.

Q: When should I use this trainer for my applications?

A: This equipment is ideal for laboratory experiments, educational demonstrations, and research testing, providing students and professionals with interactive and practical insights into phase control techniques.

Q: Where are the test points located for measurement and analysis?

A: Test points are conveniently integrated on the control board, allowing users to connect instruments for real-time monitoring, diagnostics, and performance evaluation safely during operation.

Q: What protection features are integrated into the system?

A: The trainer includes fuse protection and overload safety mechanisms to prevent damage, ensuring long-lasting and safe operation in diverse testing environments.

Q: How does the cooling mechanism maintain optimal performance?

A: Natural air-cooling ensures the internal components remain at safe temperatures, maintaining a noise level of less than 60 dB while supporting reliable, uninterrupted operation.

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