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Your Position: Home - Industrial Chiller - The Crucial Role of Rectifiers in PCB Electroplating

The Crucial Role of Rectifiers in PCB Electroplating

Author: Jesse

Aug. 06, 2024

The Crucial Role of Rectifiers in PCB Electroplating

Printed Circuit Boards (PCBs) are integral components of modern electronic devices, providing the foundation for the interconnection of electronic components. Electroplating is a critical process in PCB manufacturing, enabling the deposition of metal layers onto conductive surfaces. The key to a successful electroplating process lies in the proper functioning of rectifiers, which play a pivotal role in regulating the electrical current. This article explores the crucial role of rectifiers in PCB electroplating and highlights their significance in achieving high-quality, reliable circuitry.

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Rectifiers serve as vital components in PCB electroplating by converting alternating current (AC) into direct current (DC). The conversion to DC is essential because electroplating requires a unidirectional flow of electrical current. Rectifiers ensure that the current flows in a single direction, preventing unwanted reactions and enabling controlled metal deposition onto the PCB surface.

Rectifiers play a crucial role in regulating the magnitude of the electrical current during electroplating. The desired plating thickness and quality depend on maintaining a precise and consistent current density across the PCB surface. Rectifiers facilitate this by providing a stable and adjustable output voltage, allowing for fine-tuning of the current flow. By controlling the current, rectifiers prevent variations that could lead to uneven plating, inadequate thickness, or poor adhesion of the metal layer.

Another critical function of rectifiers in PCB electroplating is providing overcurrent protection. Unforeseen circumstances such as a short circuit or an excessive load can cause a sudden surge in current, posing a risk to the electroplating process and equipment. Rectifiers incorporate protective features, such as fuses or circuit breakers, to prevent damage caused by overcurrent situations. By promptly interrupting the current flow, rectifiers safeguard the PCB, ensuring the plating process remains within safe operating parameters.

Rectifiers are indispensable components in PCB electroplating, playing a critical role in controlling current flow, regulating current density, reducing voltage ripples, providing overcurrent protection, and ensuring energy efficiency. Their proper functioning enables consistent and high-quality metal deposition, resulting in reliable and robust printed circuit boards.

Electroplating Rectifiers - Bharti Engineers

Product Description

If you want to learn more, please visit our website electroplating rectifier for sale.

Additional reading:
4 Tips for Choosing What Is a Water Chiller

Certified by ISO : certification, our company is noted as one of the well-known manufacturers & exporters of Electroplating Rectifiers. Perfect to change high voltage A.C to low voltage D.C, these rectifiers is widely used for anodizing, electro plating and hydrogenation applications.  To manufacture these rectifiers in compliance with industrial standards, we source optimum quality materials & components from reliable vendor base. These Electroplating Rectifiers are available in current output varying from 10 Amp to Amp and 1 Volt to Volt D.C.

Features:

  • Low power consumption
  • Durability
  • Safe and reliable operations

Further Details:

We are involved in the manufacturing of industrial electroplating rectifier. It is a device utilized for various industrial applications, and we offer rectifiers in a range varying from 1 Volt to Volt D.C., with output of current varying from 10 Amp to Amp, suitable for both L.T. And H.T supply.

It is used for: Electro Plating, Hydrogenation, Anodizing and Electro Chemical Processes.

Key Features:

  • Fine Look & Modern Design
  • Less Power Consumption
  • Minimum Losses of Power
  • Low Maintenance & Long Life
  • Trouble Free Operation

Roller Type Regulator Advantages:

  • No distortion of wave form at any load
  • High power factors, over 0.95 is accomplished
  • This system is simple, and easy to repair & maintain
  • Less overall losses
  • Copper section for specific current is 3 times higher than conventional regulators

Conventional Regulator:

  • Distortion of wave form
  • Low power factor, between 0.5 to 0.9
  • The system needs trained experts for repairing
  • Higher overall losses
  • Copper section for specific current is 1/3 than regulator rectifier.

Construction:

The winding of transformer is made-up from electrolytic winding conductor, which is paper insulated. The core is made from high-grade cold rolled grain oriented silicon. All equipment components are mounted on a mild steel frame work housing, installed with cooling pipes to give a natural cooling.

In-house tested silicon diodes, six diodes of 150 amps 400 PIV / 500 amps, rating of Rectifier D.C. is used.

We offer vertical rolling contact form voltage regulator, with insulated copper strips heavy section, suited for fully continuous duty cycle, installed with carbon roller construction and more than 15/20 years of operational life.

Assembled with high-quality switches in panel board and meters shunts indicators.

C.V.C (Control Voltage Controller) (Optional):

With rectifier equipments we provide C.V.C. electronic attachment, it will continue constant output voltage or current automatically as per setting, regardless of output variation.    

Standard Fitting & Accessories:

Rating Plate

  • Lifting Lugs
  • Oil Level
  • Drain Valves
  • Oil Filling Hole & Plate
  • Wheels

Optional

  • CVC
  • Regular
  • Tripping System
  • Thyristor Control

Method of Control:

15 Step Control: In this Rectifier type, the output voltage can be tuned from 40% to 100%, supplied with suitable rating four way two rotary switches.    

63 Step Control: In this type of Rectifier, the output voltage is tuned from 12% to 100%, provided with suitable rating four way three rotary switches. (63 Steps for fine control)

Stepless Control: This discontinuity type creates undesirable transient voltage. This is through with using a continuously variable regulator, which can be motorized or hand operated.

Servicing:

We have well-kept a trusted reputation in the market for after sale services, and this fact can be proved from any of our clients.

If you are looking for more details, kindly visit a Water Cooled Rectifier.

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