Switch Mode Coating Rectifier

1. High Efficiency

• Efficient energy conversion: Switch mode rectifiers perform power conversion by switching at high frequency. This ensures low energy loss and up to 90% efficiency compared to traditional linear rectifiers.
• Less heating: High efficiency results in less heating of the system, ensuring longer device life.

2. Compact and Lightweight Design

• Small size: Switch mode rectifiers can be designed in smaller sizes because of their high switching frequency, allowing the use of smaller components.
• Less weight: Being lightweight provides portability and ease of installation.

3. High Current and Voltage Support

• High current capability: Switch mode coating rectifiers are powerful enough to meet high current requirements. This is crucial as large currents are often used in coating processes.
• Multip le voltage output: Suitable voltage and current levels can be provided for different coating needs.

4. Better Control and Adjustment

• Digital control: Switch mode rectifiers use digital microcontrollers, allowing precise control and adjustment of output voltage and current.
• Adjustable current/voltage: Current and voltage settings can be easily adjusted according to coating process requirements. In some models, output voltage and current can be continuously monitored and optimized.

5. Low Ripple

• Low ripple level: Switch mode rectifiers provide low ripple, helping achieve a smooth and even coating surface.
• Stable output: Ripple levels are very low, resulting in a higher quality coating surface.

6. High-Frequency Switching

• High-frequency switching: Higher frequency switching compared to traditional linear rectifiers results in more efficient and compact designs.
• Low magnetic field: Operating at high frequencies leads to less magnetic field radiation, reducing its impact on the environment.

7. Advanced Protection Features

• Overcurrent protection: Switch mode rectifiers have automatic shutdown and limit protections for system protection in case of overcurrent.
• Overheating protection: When the device overheats, the system is protected to prevent damage.
• Short circuit protection: Protection mechanisms prevent system damage when short circuit situations are detected.

8. High Stability and Performance

• Stable output voltage and current: Due to low ripple and high efficiency, switch mode rectifiers provide very stable output voltage and current.
• High performance: They exhibit very good output characteristics to ensure high quality in electroplating and other coating processes.

9. Flexible Operating Modes

• Pulsed DC: This mode, used to improve quality in coating processes, allows the current to increase and decrease at specific intervals, resulting in smoother coatings.
• DC and AC conversion: Coating rectifiers can use both direct current (DC) and alternating current (AC) output modes.

10. Low EMI (Electromagnetic Interference)

• Low electromagnetic interference: Switch mode rectifiers generally have low electromagnetic interference (EMI) levels, ensuring that surrounding electronic devices are not affected.