SPEED CONTROL OF DC MOTOR USING SINGLE PHASE HALF WAVE BRIDGE CONTROLLED BRIDGE COVERTER TRAINER (PMDC MOTOR)

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SPEED CONTROL OF DC MOTOR USING SINGLE PHASE HALF WAVE BRIDGE CONTROLLED BRIDGE COVERTER TRAINER (PMDC MOTOR) Specification

Type
Speed Control of DC Motor Trainer (Single Phase Half Wave Controlled Bridge Converter with PMDC Motor)

Material
Powder coated MS cabinet, high-quality electrical and electronic components

Size
Standard laboratory trainer size

Input Voltage
230V 10%, 50Hz, single phase AC

Color
Blue and White

Dimension (L*W*H)
Approx. 425 mm x 340 mm x 145 mm

Capacity
2A output (adjustable as per PMDC motor) (typical)

Noise Level
< 60 dB

Front Panel
Block diagram, circuit diagram, and test points silk-screened

Speed Indication
RPM meter (digital/analog) provided on panel

Accessories
Patch cords and user manual included

Protection
Fuse and overload protection provided

Operating Environment
0C to 40C, RH up to 85% non-condensing

Motor Power
10W (approximate)

Learning Scope
Demonstrates principle of phase control, firing angle influence, speed control characteristics and motor dynamics

Converter Topology
Single Phase Half Wave Controlled Bridge Converter

Control Method
Phase angle control using SCRs (Thyristors)

Display
Digital or analog voltmeter and ammeter for output voltage and current indication

Output Voltage
012V DC variable (controlled via firing angle adjustment)

Motor Voltage Rating
12V DC

Terminals
4mm safety terminals for easy experiments

Motor Type
Permanent Magnet DC (PMDC) Motor

Weight
Approx. 7 kg

About SPEED CONTROL OF DC MOTOR USING SINGLE PHASE HALF WAVE BRIDGE CONTROLLED BRIDGE COVERTER TRAINER (PMDC MOTOR)

The SPEED CONTROL OF DC MOTOR USING SINGLE PHASE HALF WAVE BRIDGE CONTROLLED BRIDGE CONVERTER TRAINER (PMDC MOTOR) stands as a popular and opulent laboratory instrument, highly featured for academic and technical demonstrations. Equipped with a virtuoso 12V PMDC motor of 10W, it offers reduced power loss and precise speed modulation through a phase angle control method using SCRs. Its robust, powder-coated MS cabinet ensures durability, while its finest safety terminals, overload protection, and clear panel displays simplify experimentation. This distinguished unit embodies the gold standard for learning motor dynamics, phase control, and firing angle effects.

Versatile Application and Outstanding Features

This advanced trainer serves as the finest demonstration tool for electrical labs, enabling comprehensive understanding of phase angle control in PMDC motors. Primarily applied in technical institutes and training centers, it features a variable output voltage, digital indicators for current, voltage, and RPM, and opulent test point access for experimental flexibility. Additional features include robust fuse and overload protection, a vividly silk-screened front panel, and high-quality components to ensure safe and reliable learning experiences.

Certifications, Sample Availability, and Efficient Supply

Certified for educational use, this trainer offers industry-standard safety and performance, making it a favored choice among institutions. Sample units can be requested to evaluate quality before significant outlay or expenditure. With streamlined order processing, a reliable supply ability ensures timely delivery to meet large or recurring institutional demands. This guarantees minimal downtime and fosters a seamless integration into existing laboratory setups, maximizing value with every order.

FAQ's of SPEED CONTROL OF DC MOTOR USING SINGLE PHASE HALF WAVE BRIDGE CONTROLLED BRIDGE COVERTER TRAINER (PMDC MOTOR):

Q: How does the phase angle control method work in this trainer?

A: The trainer employs phase angle control using SCRs (Thyristors), allowing precise adjustment of the output voltage supplied to the PMDC motor. By varying the firing angle, users can finely modulate motor speed, demonstrating fundamental power electronics principles.

Q: What kinds of experiments can be performed with this trainer?

A: Users can explore principles of motor speed control, analyze the impact of firing angle on output voltage and speed, observe motor dynamics, and study protection mechanisms, making it an excellent tool for practical education in electrical engineering.

Q: Where is the SPEED CONTROL OF DC MOTOR TRAINER most commonly utilized?

A: This trainer is most popularly featured in institutions such as engineering colleges, vocational training centers, and research laboratories for hands-on education in DC motor control and related electronic concepts.

Q: What safety features does the trainer offer during usage?

A: The system integrates a fuse and overload protection to safeguard the user and components during operation. The front panel's silk-screened diagrams and 4mm safety terminals further ensure secure and informed experimental setups.

Q: What benefits do users gain from the digital and analog displays provided?

A: The digital and analog voltmeter, ammeter, and RPM meter enable real-time, accurate readings of key operational parameters. This enhances user experience by supporting precise monitoring, comparison, and analysis during experiments.

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