The DY series power connectors are applied in UPS uninterruptible power supply, portable charging power supply, photovoltaic inverter power supply, stackable energy storage, drawer-type low-voltage distribution cabinet, communication power supply, intelligent high-frequency switching power supply, large LED power supply, charging module interface inside charging piles, variable power supply for electric vehicles and bicycles, and power supply for flatbed trucks, etc. They can be interchanged and compatible with similar products on the market. The connector is a crown spring socket, ensuring reliable connection of the product.
This series currently has multiple models such as DY01-DY06: CM end-mounted pins (pin-type connector); CF end-mounted sockets (socket-type connector). The contacts are treated with gold plating or silver plating. The connection forms include: PCB type, welding type and compression wire type.
The High-Integrity Power Interconnect Connector is engineered to deliver stable and efficient electrical power transmission across a wide range of industrial and electronic systems. Designed with a focus on current capacity, mechanical robustness, and long-term reliability, this connector addresses the growing demand for dependable power interfaces in compact and performance-driven equipment.
At YFS Technology (SZ) Co., Ltd, power connectors are developed as part of an integrated connector solution strategy, ensuring electrical performance aligns with mechanical design, thermal behavior, and assembly requirements. Rather than treating power delivery as an isolated component, this product is designed to support complete system architecture and operational stability.
As electronic systems continue to increase in power density and functional integration, the role of power connectors has expanded beyond basic conduction. Today’s designs require connectors that can manage high current loads, resist environmental stress, and maintain consistent contact performance over long service cycles.
The High-Integrity Power Interconnect Connector is built to meet these demands through optimized contact structures, controlled mating force, and adaptable housing designs. It supports both standard and customized configurations, enabling seamless integration into diverse power distribution frameworks.
Engineered contact geometry ensures efficient current flow while minimizing resistive loss and localized heating.
Maintains consistent contact pressure to prevent intermittent power loss caused by vibration or mechanical stress.
Connector materials and internal layouts are selected to manage heat dissipation under continuous load conditions.
Supports multiple pin counts, orientations, and mounting styles to match system layout requirements.
Designed to reduce accidental disengagement during operation, transport, or maintenance.
Delivers consistent electrical performance even in demanding operating environments.
Stable contact behavior minimizes power interruptions that could lead to system failure.
Engineered for repeated mating cycles without significant degradation of electrical or mechanical properties.
Supports modern device miniaturization while maintaining high power-handling capability.
Easily adapts to various enclosure designs, PCB layouts, and cable assemblies.
Used in control cabinets, motor drives, and power distribution units requiring dependable energy delivery.
Supports power transmission in networking equipment, base stations, and data processing systems.
Provides stable power connections in diagnostic, monitoring, and therapeutic devices.
Applied in rail systems, electric vehicles, and onboard power modules.
Ensures uninterrupted power supply for motion control, sensing, and processing units.
Q1: What types of current ranges can this connector support?
A: The connector is designed to accommodate a wide range of current ratings depending on configuration and material selection.
Q2: Can it handle continuous power loads?
A: Yes. Thermal performance and contact stability are optimized for sustained power transmission.
Q3: Is customization available?
A: Custom pin layouts, housings, and termination styles can be developed to meet specific project requirements.
Q4: How does it perform under vibration?
A: Mechanical retention and contact design help maintain stable electrical connections in dynamic environments.
Q5: Is it suitable for compact systems?
A: Yes. The connector balances high power capacity with space-efficient design.
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Mobile Phone：+86 17656553585
Email：davykou0@gmail.com
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