Electroplating Power Supply (Laboratory Rectifier)
The electroplating power supply (laboratory rectifier) is a high-precision, specialized power source designed for laboratory R&D and process testing. This benchtop rectifier converts unstable incoming AC into a highly smooth, stable DC output, ensuring rigorous voltage and current control. This precision electroplating power supply allows metal ions to deposit uniformly onto substrates, making it an essential asset for diverse testing processes including zinc, chrome, gold, and silver plating.
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Technical Specifications
- Rated Output Current: 0–2000mA (Precision down to 0.01mA, customizable to any rating).
- Rated Output Voltage: 0–20V (Precision down to 0.01V, customizable to any rating).
- Customization: Fully tailorable to client-specific laboratory protocols.
Core Features
This R&D plating power system offers outstanding technical performance across several key metrics:
- High Efficiency: Driven by advanced IGBT high-frequency switching technology, achieving 85%–94% efficiency—saving 15%–30% energy compared to traditional SCR rectifiers.
- Ultra-Compact Design: Weighs and measures only 1/5 to 1/10 of traditional power cabinets, allowing for easy desktop installation, mobility, and maintenance.
- Ultra-Low Ripple: Features a ripple factor of < 0.5%–1%, guaranteeing fine-grained, uniform, and high-gloss coating layers.
- Microsecond Response: Implements microsecond-level closed-loop controls to stabilize output instantly against grid or load fluctuations.
- Broad Adjustability Range: Scalable from 0–24V / 0–30,000A to bridge the gap between pilot laboratory scale and full mass production.
- Robust Anti-Interference: Utilizes multi-pulse rectification and filtration to minimize harmonics and reduce grid pollution.
