SCR SINGLE PHASE HALF CONTROLLED RECTIFIER USING UJT FIRING

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SCR SINGLE PHASE HALF CONTROLLED RECTIFIER USING UJT FIRING Specification

Type
SCR Single Phase Half Controlled Rectifier Using UJT Firing

Material
High-grade Electronic Components, PCB, Metal Housing

Size
Laboratory Tabletop Module

Input Voltage
230V AC, 50Hz

Color
Multi-color (as per image)

Dimension (L*W*H)
Approx. 340mm x 220mm x 100mm

Capacity
Designed for up to 1A load current

Noise Level
Silent Operation

Display
Test Points Provided for Waveform Observation

Mounting Type
Tabletop/Benchtop Module

Protection Features
Fuse Protection Provided

Weight
Approx. 2 kg

Control Technique
UJT Based Triggering Circuit

Circuit Board Type
High Quality Printed Circuit Board with Component Layout

Included Accessories
Mains Cord, Detailed Manual, Test Points

Educational Use
Designed for Power Electronics Laboratories and Technical Training

Output Voltage Range
0170V DC (approx. with load)

Cooling Method
Natural Air Cooled

Load Type Supported
Resistive or Lamp Load

Application
Demonstration of SCR Firing, Phase Control, and Rectification Principles

Firing Angle Adjustment
Continuous (using potentiometer)

Rectifier Configuration
One SCR, One Diode (Converters)

Safety Compliant
Earthing Terminal Provided

SCR SINGLE PHASE HALF CONTROLLED RECTIFIER USING UJT FIRING About

Get a hot deal on the SCR Single Phase Half Controlled Rectifier using UJT Firing-crafted for power electronics mastery! This exquisite tabletop module provides matchless precision, boasting a best price for features like continuous firing angle adjustment via potentiometer and test points for waveform observation. Its majestic construction includes high-grade electronic components, fuse protection, and a sturdy metal housing. Pick yours now for effortless demonstration and training on phase control, rectification, and SCR firing, ideal for laboratories, distributors, and technical education.

Versatile Educational Demonstrator for Power Electronics

The SCR Single Phase Half Controlled Rectifier using UJT Firing offers a sophisticated application method with continuous firing angle adjustment, making it suitable for technical institutions, laboratory demonstrations, and skill development in phase control technologies. Its comprehensive design supports resistive or lamp loads and provides prominent features such as a high-quality printed circuit board, safety with fuse and earthing, and natural air cooling, ensuring reliable and effective educational use.

Sample Policy and Global Shipping Overview

Sample requests for the SCR Single Phase Half Controlled Rectifier are managed with transparent valuation and careful transportation considerations. Main export markets include Asia, the Middle East, and Africa, assuring widespread availability and convenience for global clients. FOB Port is primarily India, enabling cost-effective expenditure by distributors and traders seeking prompt and secure delivery of this premium educational equipment worldwide.

FAQ's of SCR SINGLE PHASE HALF CONTROLLED RECTIFIER USING UJT FIRING:

Q: How does the UJT-based triggering circuit enhance the performance of the SCR rectifier?

A: The UJT-based triggering circuit provides reliable and precise control of the firing angle, enabling smooth and continuous adjustment of output voltage, making the rectifier ideal for educational demonstrations and technical training.

Q: What types of loads can be used with this rectifier module?

A: The module is compatible with resistive or lamp loads, making it versatile for a range of educational experiments and practical demonstrations in power electronics laboratories.

Q: Where can waveform observations be made on the device?

A: The rectifier features well-marked test points on its circuit board, enabling convenient waveform observation using standard oscilloscopes for hands-on student learning and lab activities.

Q: What protective features are incorporated in this rectifier module?

A: For enhanced safety, the module is designed with fuse protection and an earthing terminal, safeguarding equipment and users during operation.

Q: What is the process for adjusting the firing angle?

A: The firing angle can be continuously adjusted using a built-in potentiometer, allowing users to demonstrate and study the effects of phase control in real-time during experiments.

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