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Full Wave Rectifiers In Rajkot

Full Wave Rectifiers In Rajkot Specification

Product Type
Full Wave Rectifier

Application
Conversion of AC to DC, Electronic Instruments, Power Supplies

Input Voltage
230V AC

Output Frequency
50Hz

Output Current
Up to 5A

Output Voltage
Up to 12V DC

Modular
Yes

Interface Type
Terminal Block

Operation Type
Automatic

Size
Compact

Color
Grey

Weight
Approx. 350g

Dimension (L*W*H)
120mm x 80mm x 45mm

Full Wave Rectifiers In Rajkot Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
2 Days

About Full Wave Rectifiers In Rajkot

Full Wave Rectifier Description

A Full Wave Rectifier is an electronic device used to convert Alternating Current (AC) into Direct Current (DC) by utilizing both halves of the AC waveform. It delivers a smoother and more efficient DC output compared to half-wave rectifiers, making it suitable for applications that require stable and continuous DC power.

Full wave rectifiers are widely used in industrial control panels, electromagnetic brake systems, power supplies, battery charging units, and automation equipment. They play a crucial role in ensuring consistent and reliable performance of DC-operated components.

Advanced Diode Bridge Technology

These single-phase full wave rectifiers employ reliable diode bridge technology to ensure low ripple factor and consistent DC output. The integrated heat sink efficiently manages thermal build-up, supporting safe operation from 0C to 50C. Featuring automatic control and modular architecture, users benefit from easy installation and streamlined panel mounting for versatile industrial deployment.

High Efficiency and Safety Features

With an efficiency rate exceeding 85%, these rectifiers maximize energy conversion while keeping power losses minimal. Safety is prioritized through advanced overcurrent and short circuit protection systems. The device ensures durable performance and low maintenance needs, contributing to continuous operation in sensitive electronic and power supply applications across India.

FAQs of Full Wave Rectifiers In Rajkot:

Q: How does the built-in heat sink aid in heat dissipation for these rectifiers?

A: The integrated heat sink is specially designed to absorb and dissipate excess heat produced during rectification. This helps maintain stable temperatures within the operating range of 0C to 50C, ensuring the rectifier functions reliably and preventing thermal damage.

Q: What applications are suitable for these full wave rectifiers in Rajkot?

A: These rectifiers are ideal for conversion of AC to DC in electronic instruments, power supplies, and various industrial settings. Their high efficiency and compact design make them perfect for environments where space and reliable performance are crucial.

Q: When should I consider using a full wave rectifier with low ripple factor?

A: You should opt for a full wave rectifier with low ripple factor when you need a smooth and stable DC output. This is essential for sensitive electronic equipment and power supplies that demand consistent voltage levels to function correctly.

Q: Where can these single-phase panel mount rectifiers be installed?

A: They are built for universal panel mounting in control panels, enclosures, or equipment cabinets. The modular design and terminal block interface facilitate quick installation across diverse settings in factories, laboratories, and commercial establishments in India.

Q: What protection mechanisms are integrated in these rectifiers?

A: These rectifiers come with overcurrent and short circuit protection, automatically disconnecting output if abnormal conditions are detected. This safeguards the device and connected equipment from damage and electrical hazards.

Q: How does automatic operation enhance user experience?

A: Automatic operation ensures seamless functionality, reducing human intervention and minimizing setup errors. Users can rely on consistent performance and protection, even during fluctuating input supply conditions.

Q: What are the benefits of minimal maintenance for these rectifiers?

A: Minimal maintenance means reduced downtime and lower operational costs. The robust construction and automated protection systems contribute to long service life, making them a cost-effective solution for continuous industrial and electronic operations.

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