242-5530N NEGATIVE TERMINAL BATTERY BUS BAR 3 HOLES Voltage: 12V Application for Use: 2004-2015 Vn,Vnl,Vnm Volvo Type: Flat Bar Positive or Negative: Negative Color: Black Number of Holes: 3 Holes - 3/8" Style: Oe#21107826 Dorman：2425530N Volvo：21107826 Automann：178.2025BK
Precision Current Distribution for Pack Builders This positive terminal bus bar is designed for battery pack engineers, module integrators, and system assemblers seeking reliable conduction across multi-cell platforms. The 4-hole layout supports flexible wiring routes, enabling stable current transfer with reduced resistance in both compact and large-format packs. Its copper-based construction enhances thermal balance and effectively minimizes hot-spot formation during high-load cycles. The design ensures compatibility with diverse wiring harnesses, including battery connector cables required in pack-level distribution. It is well suited for lithium-ion, energy-storage, and LFP module builders who value consistent electrical behavior. By integrating this bus bar, users can streamline terminal organization, lower assembly time, and ensure dependable connection performance commonly required in systems using battery connector components.
Mechanical Stability and High-Load Adaptation Engineered for environments requiring repetitive charge–discharge cycles, the bus bar delivers structural rigidity that protects terminals from deformation, torque stress, and vibration. The precision-machined surfaces improve fastening stability and achieve uniform contact pressure across all mounting points, enabling predictable conduction under varying loads. Its corrosion-resistant finish helps maintain long-term system reliability, particularly in ESS cabinets, commercial vehicles, AGVs, forklifts, and testing stations. The component performs well alongside high-current terminations and supports configuration standards where lipo battery connectors or parallel distribution nodes must be integrated. With reinforced geometry, the bus bar helps reduce maintenance frequency and ensures clean, stable electrical pathways essential for professional integrators and OEM technical teams seeking dependable power-routing solutions from a trusted battery connector supplier.
Adaptable Integration for Multi-System Requirements This model is structured to support parallel or series configurations in modular battery racks, allowing installers to optimize layout according to equipment specifications and internal clearance limitations. The 4-hole arrangement enables flexible grounding or branching options while keeping wiring neat and accessible for ongoing inspection. Its thermal transfer characteristics provide uniform temperature flow, supporting systems with long operating hours and frequent peak-load demands. The bus bar is also compatible with BMS harness designs that incorporate battery connector wholesale accessories or auxiliary sensing lines. Its robust compatibility ensures smooth integration into renewable energy banks, UPS units, solar storage cabinets, and industrial test benches where long-term reliability and accurate power routing are essential performance indicators. For teams managing multi-voltage architectures, this bus bar offers a stable foundation for consistent system behavior and safe operational margins.
Product Advantages
Reinforced Structural Layout Enhancing Electrical Consistency The bus bar’s geometry is designed to maintain balanced current flow while minimizing losses at contact points. Its reinforced surface flatness ensures consistent tightening force, reducing micro-arcing and enabling secure fastening under vibration or repeated service. The enhanced rigidity also prevents bending during installation, keeping alignment precise when integrating parallel circuits or high-current distribution modules. This advantage becomes significant in applications involving multiple wiring branches, especially where battery connector cables or battery connector terminals must fit in confined spaces. The structure supports long-term operational stability for OEM assemblers that require predictable electrical behavior across the entire service life.
Integration Flexibility Supporting Diverse Connector Systems A key advantage is its broad compatibility with professional wiring ecosystems, including systems using lipo battery connectors, pack-level terminal blocks, and sensing-line arrangements. The 4-hole design offers installers multiple pathways for routing, simplifying upgrades or reconfiguration of voltage groups. The component adapts to both low-profile cabinets and external battery enclosures without requiring special tooling. Its versatility helps manufacturers reduce SKU complexity while supporting international project variations. For battery connector supplier networks or assemblers handling OEM customization, this bus bar enhances workflow efficiency by enabling standardized installation procedures and reducing troubleshooting time.
Operational Performance Optimized for High-Demand Environments Through controlled material conductivity and anti-corrosion processing, the bus bar delivers stable performance in continuous-use scenarios such as commercial energy-storage systems, heavy equipment, and multi-string charging platforms. Its thermal stability minimizes performance drift during extended operation, ensuring uniform current sharing across terminals. The reliability of this component reduces the likelihood of intermittent faults, supporting predictive maintenance and system uptime. Its robust performance also aligns with procurement requirements for battery connector wholesale projects, where consistent specifications and repeatable quality are essential. Engineers can rely on this component to support safe, durable, and efficiently managed power routing in demanding professional contexts.
Use Scenarios
Battery Pack Assembly Engineers Managing Multi-Cell Layouts In pack assembly workshops, engineers often require a stable terminal platform for distributing current across parallel strings. This bus bar assists in maintaining uniform resistance paths and simplifies cable routing during module construction. When builders integrate battery connector cables or battery connector accessories, the 4-hole configuration provides flexibility for grounding, branching, or stacking terminals. Its design supports rapid installation, reducing production bottlenecks and improving consistency across high-volume pack manufacturing, whether for LFP, NMC, or lithium-polymer cells.
Energy-Storage Integrators Configuring System Cabinets For system integrators deploying residential, commercial, or industrial storage cabinets, the bus bar enables reliable power transfer between modules, inverter nodes, and protection components. Its conductive efficiency supports long-duration loads typical in ESS environments. When combined with wiring systems that incorporate lipo battery connectors or BMS signal pathways, this bus bar ensures stable contact quality and clear terminal organization. Integrators benefit from reduced thermal imbalance and improved accessibility during commissioning, inspection, or long-term maintenance.
Technical Service Teams Handling Field Maintenance Maintenance teams working onsite often need predictable terminal layouts to diagnose current imbalances or verify system continuity. The bus bar’s structural clarity allows quick identification of connection points and rapid tightening checks. It functions reliably within platforms supported by battery connector wholesale parts or installations supplied by a battery connector supplier, enabling consistent servicing practices across distributed sites. This helps minimize downtime and supports safe, controlled intervention when equipment undergoes periodic evaluation or operational upgrades.
About Us
Our company specializes in the development and production of precision battery components for power-storage systems, industrial equipment, and electric mobility platforms. With a focus on conductive reliability and structural integrity, we serve manufacturers, integrators, and engineering teams that require stable electrical interfaces for high-demand applications. Our product line covers bus bars, terminals, connectors, and customized conductive parts designed to support multi-cell configurations and stringent operational requirements. Through strict quality control, material consistency, and technical support, we provide dependable components used across energy-storage projects, EV applications, automated equipment, and testing facilities. Our clients include OEMs, system integrators, and distributors who prioritize long-term durability and validated performance in their supply chains. Strengthen your system reliability—contact our technical team to obtain project-ready solutions!
FAQ
1.What installation torque is recommended for this bus bar? Use torque values aligned with your terminal hardware specification; consistent pressure ensures stable contact and prevents micro-arcing.
2.Is the component compatible with different connector types? Yes. It supports standard terminals, BMS sensing leads, and wiring systems built with battery connector or lipo battery connectors.
3.What is the typical lead time for bulk orders? Standard production lead time is 2–3 weeks, with scheduling adjustments available for large-scale battery connector wholesale projects.
4.Does the bus bar require additional surface treatment before use? No additional treatment is needed; the corrosion-resistant finish maintains long-term conductivity and structural stability.
5.How should the component be maintained in field applications? Perform periodic tightening checks and visual inspections for vibration-induced shifts. The surface is designed for clear visibility and easy servicing.
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