SKBPC3516 35A Three Phase Bridge Rectifier

Name: SKBPC3516 35A Three Phase Bridge Rectifier
Brand: Wuxi Xuyang Electronics Co., Ltd.
SKU: 60766352648_1
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

High-Power Rectification: Converts three-phase AC input (up to 1600V) to DC output efficiently, supporting high-current applications up to 35A.
Thermal Efficiency: Metal-aluminum casing with heat-dissipating design ensures optimal thermal management for stable performance in high-load scenarios.

Key features

1. Corrosion-Resistant Metal Construction for Enhanced Durability

With a corrosion-resistant metal casing, ensure reliable operation in harsh industrial environments. The anodized surface improves electrical conductivity and protects against humidity and temperature fluctuations.

2. High-Power Performance for Demanding Applications

With a 1600V/35A rating, handle extreme power demands up to 20% more efficiently than standard rectifiers*. This makes it ideal for high-voltage systems in industrial machinery and renewable energy setups.

3. Three-Phase Design for Commercial and Industrial Use

Designed for continuous operation in commercial applications like inverters and power supplies, ensuring uninterrupted performance under heavy loads. Its three-phase capability optimizes energy conversion in large-scale systems.

4. UL Certified for Safety and Compliance

With UL certification, guarantee adherence to rigorous safety standards, making it trusted for use in regulated industrial and commercial settings.

5. Easy Integration with Standardized Mounting

Surface-mount design with standardized terminals simplifies installation and reduces downtime, enabling seamless integration into existing power systems.

Product details

The SKBPC3516 35A Three Phase Bridge Rectifier is a high-performance power electronics component designed for demanding applications requiring robust AC/DC conversion. With a 1600V rating and 35A capacity, it delivers industry-leading power handling capabilities in a durable aluminum casing.

Technical specifications

Feature	Specification	Application Scenario
Voltage Rating	1600V AC/DC	Industrial inverters, renewable energy systems
Current Capacity	35A	Heavy-duty power conversion in manufacturing
Phase Type	Three Phase	AC/DC conversion in industrial machinery
Material	Aluminum casing	Harsh environments with corrosion/temperature
Thermal Management	Enhanced heat dissipation	High-temperature industrial settings

Customization guide

Adjustable voltage and current ratings to meet specific power requirements of industrial or renewable energy applications.

Get inspired

Maximize power efficiency in your industrial systems with the SKBPC3516. Its 1600V rating ensures reliable operation in high-voltage environments, while three-phase capability simplifies integration into complex power grids.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Voltage Rating	1000V	1500V	1600V
Current Capacity	25A	30A	35A
Thermal Dissipation	Standard	Improved (+20%)	Enhanced (+30%)*
*Compared to Base Model

Supplier's note

Technical Breakthroughs:
- The Pro model’s 1600V rating exceeds industry standards by 20%, enabling safe operation in high-voltage industrial setups.
- Enhanced thermal dissipation in the Pro model reduces heat buildup by 30%, extending component lifespan.
- Three-phase capability allows flexible integration into both AC and DC systems, optimizing power conversion efficiency.
Version Selection Guidance:
- Pro Model: Ideal for high-power industrial applications (e.g., mining equipment) requiring 1600V handling.
- Advanced Model: Suitable for mid-range applications like solar inverters or HVAC systems.
- Base Model: Best for standard commercial systems (e.g., lighting control) with lower power demands.

With its 1600V rating, you can ensure reliable operation in harsh industrial environments. The Pro model’s tripled thermal stability compared to competitors maintains performance under continuous load. Pair its three-phase design with renewable energy systems to achieve seamless AC/DC conversion.

Frequently asked questions

Which three-phase rectifier is best suited for high-voltage industrial applications?
How do I ensure proper thermal management for the SKBPC3516 rectifier?
Can the SKBPC3516 handle both AC and DC circuits in power electronics?
What certifications does the SKBPC3516 have for safety and compliance?
Is the SKBPC3516 customizable for specific voltage or current requirements?
What applications are best for the SKBPC3516’s 35A current capacity?
Does the SKBPC3516 require special mounting for stability?
How does the SKBPC3516 compare to plastic-encased rectifiers?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
High Voltage Rectifiers	Industrial power systems, renewable energy inverters	1600V AC/DC rating (IEC 60747-9) ▲ (Industry Standard: 1500V) Three-phase configuration	Handles extreme voltages (e.g., wind turbines) Compact design for space-constrained systems	Higher cost due to advanced materials Requires robust thermal management
Low Voltage Rectifiers	Consumer electronics, small appliances	<300V AC/DC rating (IEC 60747-9)	Compact and lightweight Cost-effective for low-power applications	Limited to low-power systems Not suitable for industrial use
Industrial Three-Phase Rectifiers	Factories, manufacturing equipment	600V–1500V (IEC 60747-9) ▲ (Our Advanced: 1600V vs Base: 1200V) Modular design	High reliability for heavy machinery Scalable for multi-unit setups	Requires precise voltage regulation Larger footprint
Automotive Rectifiers	Electric vehicles, car charging systems	400V–800V (ISO 16750) ▲ (EV-specific certifications) Compact form factor	Lightweight for vehicle integration Optimized for DC fast-charging	Limited to automotive voltage standards Sensitive to vibration/shock
Solar Inverter Rectifiers	Solar power systems	600V–1000V (IEC 61730) ▲ (Our Advanced: 1200V for hybrid systems) MPPT compatibility	Efficient energy conversion from variable solar input Compatible with grid-tie systems	Performance drops in low-light conditions Requires frequent maintenance
High-Frequency Rectifiers	Telecom power supplies, server racks	50kHz+ switching (IEC 61000-3-2) ▲ (Industry Standard: 20kHz) Low EMI design	Fast response for dynamic loads Compact for space-critical applications	Higher cost due to advanced semiconductor materials Sensitive to temperature fluctuations