Dual-Core Hybrid Busbar Compact Circuit Distribution Block

The Yiqi BU-10-B Dual-Core Hybrid Busbar Compact Circuit Distribution Block is a precision multi-circuit power distribution device designed for confined electrical system scenarios. Unlike traditional single-core distributors, its innovative dual-core conductive structure enables independent current control for both channels, significantly improving the balance and efficiency of multi-circuit power supply.

The product features an integrated, compact housing design, greatly reducing installation space while ensuring neat and orderly wiring. Based on stringent industrial-grade production standards, the products possess excellent conductivity, structural stability, and environmental adaptability, enabling continuous and stable power transmission under high vibration and complex mobile operating conditions. As a professional manufacturer specializing in automotive and industrial DC power distribution components, Yiqi supports OEM customization, brand customization, sample testing, and bulk project procurement, comprehensively meeting the diverse needs of global customers.

Product Specification

Core Advantages and Technical Features

1. Dual-Core Hybrid Conductive Structure for Efficient and Balanced Power Distribution

The unique dual-core hybrid busbar structure optimizes the internal current transmission path, enabling balanced power supply to multiple loads and avoiding uneven power supply and current overload issues in single circuits, effectively improving the overall power distribution efficiency of the electrical system. The equipment can operate continuously for extended periods without easily accumulating heat, ensuring stable and reliable current output.

2. Ultra-Compact and Lightweight Design for Flexible and Space-Saving Installation

The Dual-Core Hybrid Busbar Compact Circuit Distribution Block is compact and weighs only 112g, perfectly fitting into confined installation spaces such as automotive electrical compartments and marine equipment bays. It simplifies complex wiring processes, enabling neat and organized wiring layouts and significantly reducing the difficulty of later equipment maintenance.

3. Industrial-grade durability, suitable for harsh mobile conditions

Utilizing a high-strength zinc alloy conductive substrate and a flame-retardant PC shell, it possesses excellent pressure resistance, insulation, and vibration resistance. It can operate stably in complex scenarios involving long-term bumps and vibrations, such as vehicle travel and ship navigation, eliminating loose wiring and circuit failures, ensuring long-term safe operation of the equipment.

4. Standard interfaces + customized services, wide compatibility

Equipped with 4 M6 + 6 M4 standard input/output interfaces, compatible with mainstream DC electrical equipment terminals on the market. Yiqi also supports personalized customization of structural dimensions, interface layout, brand printing, etc., and provides flexible cooperation models such as sample procurement and long-term exclusive supply.

Real-world application cases

Case 1: RV full vehicle electrical upgrade project.

Several domestic RV conversion companies have adopted the Yiqi Dual-Core Hybrid Busbar Compact Circuit Distribution Block to upgrade the electrical systems of their self-driving RVs. Traditional RVs, after adding audio equipment, water pumps, lighting, and expanded battery capacity, generally suffer from problems such as scattered wiring, chaotic circuits, and insufficient load. After replacing with this product, the dual-channel power management enables independent power supply and current distribution control for multiple devices, and its compact design fits snugly in the confined electrical cabinets of RVs. After 12 months of road testing and outdoor use, the equipment showed no faults or overheating issues, and the power supply stability of the RV's electrical system improved by 35%.

Case Study 2: Yacht DC Power Distribution Retrofit Project

A European marine equipment distributor applied Yiqi products to the electrical system retrofit of a medium-sized yacht. The humid and frequently vibrating environment on ships places extremely high demands on the insulation and stability of power distribution components. This product, made of zinc alloy and PC, offers excellent moisture resistance and shock resistance. Its dual-core balanced power distribution effectively avoids voltage fluctuations in the yacht's navigation lights, communication, and entertainment equipment. Standardized interfaces simplify onboard wiring, reduce the rate of loose connections, and ensure the long-term safe and stable operation of the yacht's electrical system.

FAQ

Q1: What voltages and usage scenarios are compatible with this Dual-Core Hybrid Busbar Compact Circuit Distribution Block? 

Yiqi's dual-core hybrid power distributor supports a wide DC voltage range of 12-48V, specifically designed for low-voltage DC power distribution scenarios. It is suitable for automotive electrical systems, RV power supply, yacht and marine equipment, off-road vehicle modifications, battery capacity expansion systems, and small industrial DC power distribution equipment. The product is optimized for mobile vibration scenarios and confined installation spaces, but is not suitable for high-voltage AC circuits.

Q2: Does the product support customization and bulk purchasing?

We support comprehensive customization services and bulk purchasing. Yiqi can provide personalized services such as size adjustments, interface modifications, brand logo printing, and packaging customization according to customer needs. We also support flexible cooperation models such as sample trials, project bulk purchasing, and long-term exclusive supply, and can provide OEM/ODM support services for global distributors and integrators.

Q3: What are the advantages of the dual-core hybrid structure compared to traditional single-core distributors?

Compared to traditional single-core power distribution units, Yiqi's dual-core hybrid bus structure has significant advantages: First, it achieves independent current control for dual channels, which can evenly distribute the load current of multiple devices, avoid overheating and overload of a single circuit, and improve power utilization; Second, it optimizes the internal conductive path, resulting in stronger overall conductivity and operational stability, and can continuously and stably output current under vibration and complex working conditions, with safety and durability far superior to traditional products.

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