242-5530P POSITIVE TERMINAL BATTERY BUS BAR 3 HOLES
Voltage: 12V Application for Use: 2004-2015 Vn,Vnl,Vnm Volvo Type: Flat Bar Positive or Negative: Positive Color: Red Number of Holes: 3 Holes - 3/8" Style: Oe#21107822 Dorman： 2425530P Volvo：21107822 Automann：178.2025RD
Optimized Component for Battery System Connections The 242-5530P Positive Terminal Battery Bus Bar is engineered to meet the needs of manufacturers and system integrators who require stable, secure connections within 12V battery assemblies. Designed with three 3/8" holes, this product facilitates the efficient layout of multiple battery cable wires, enabling streamlined grounding and distribution paths. Its compact flat bar form factor reduces wiring congestion and simplifies assembly workflows, catering specifically to users engaged in the production of modular energy storage solutions and electric vehicle battery packs. The bus bar’s compatibility with diverse battery cable supplies ensures adaptability across varying system designs and integration requirements.
Durability and Precision for Reliable Electrical Performance Constructed from corrosion-resistant copper alloy, the bus bar offers excellent electrical conductivity combined with long-term durability under thermal cycling and mechancial vibration conditions. Precision-machined mounting points ensure consistent compression, preventing micro-movements and maintaining stable electrical contact throughout its operational lifespan. This component supports multiple battery cable manufacturers’ wiring layouts by accommodating standard terminal connectors and sensing leads, optimizing current flow management. Its design complies with typical OEM standards, providing measurable performance benefits such as reduced resistance and enhanced grounding reliability in 12V systems.
Versatile Application Across Battery Assembly Industries This positive terminal bus bar caters to various industrial applications including electric vehicle battery modules, energy storage racks, and portable power systems. Its role in facilitating direct-path wiring and branching in multi-cell arrays improves the overall system efficiency and serviceability. By supporting consistent electrical performance, it enables OEMs and integrators to implement repeatable installation procedures that meet stringent quality and safety standards. The product’s integration with battery cables for car and large-scale battery cable supplies ensures predictable reliability, critical for high-demand environments like UPS systems and commercial energy storage.
Product Advantages
Structural and Design Advantages Supporting System Integration The bus bar’s flat bar design featuring three precisely dimensioned holes enables versatile wiring configurations compatible with numerous battery cable manufacturers’ products. Its copper alloy composition provides corrosion resistance essential for maintaining stable electrical connections over extended use cases. The precision machining of mounting points enhances compression stability and minimizes connection failures caused by vibration or thermal expansion. Furthermore, its compatibility with standard battery cable wires allows easy adoption in existing electrical assemblies, significantly reducing lead times and manufacturing complexities in battery pack production lines or maintenance workflows.
Enhanced Performance and User Value in Electrical Systems This positive terminal bus bar delivers reliable electrical performance by maintaining low resistance contacts, which ensures efficient current distribution and grounding in 12V systems. Its design supports quick, secure fastening that simplifies assembly and inspection processes, adding operational value for system integrators focusing on uptime and quality assurance. The product’s durability minimizes service intervals and replacement costs, reinforcing its appeal to users handling battery cable supplies for car systems or portable power modules. Overall, it enables improved electrical reliability and system longevity, aligning with the rigorous standards required in commercial battery management applications.
Use Scenarios
Application in Electric Vehicle Battery Module Assembly Within electric vehicle manufacturing environments, the 242-5530P bus bar functions as a critical component for precise positive terminal grounding in modular battery packs. It ensures stable current flow and system grounding by securely linking multiple battery cable wires in a compact configuration, which is essential for meeting electrical safety and performance standards. Its corrosion-resistant copper alloy construction delivers consistent conductivity even under thermal and vibrational stress common in automotive conditions. The component integrates seamlessly into OEM assembly lines, supporting efficient wiring layouts and reducing downtime during installation and quality checks.
Role in Energy Storage and UPS System Integration In energy storage and uninterruptible power supply (UPS) systems, this bus bar facilitates orderly wiring and dependable current distribution across multi-cell battery arrays. It maintains compliance with electrical performance requirements by providing secure, low-resistance connections compatible with various battery cable supplies used in these sectors. The design aids in minimizing wiring congestion, which enhances system serviceability and reduces troubleshooting time. As part of the installation workflow, this bus bar ensures repeatable secure fastening, contributing to the overall reliability and lifespan of critical power backup and storage infrastructure.
FAQ
What materials are used in the 242-5530P Positive Terminal Battery Bus Bar? The 242-5530P is constructed from a corrosion-resistant copper alloy, ensuring reliable conductivity and long-term durability. This material withstands thermal cycling and vibration, making it ideal for stable battery cable connections in 12V systems.
Is the bus bar compatible with different battery connector cables? Yes, this bus bar supports multiple battery connector cable types, including standard terminals and lipo battery connectors. Its design simplifies wiring layouts for efficient assembly and secure positive terminal connections.
Can the 242-5530P be customized for specific wiring configurations? While the 242-5530P features a standard flat bar with three 3/8" holes, its versatile design supports various wiring layouts. For custom specifications or volume orders of battery cable supplies, please contact our technical team for tailored solutions.
What is the typical delivery time for bulk orders of this bus bar? Bulk procurement of the 242-5530P usually requires 2–3 weeks lead time. Our production capacity and supply chain support large orders of battery cables for car or industrial battery pack assemblies efficiently. Reach out to discuss your project timeline.
Stable Negative Conduction for Modular Battery Assemblies This 3-hole negative terminal bus bar is designed for battery pack engineers and module integrators who require secure grounding and uniform current pathways. Its compact layout supports precise alignment within multi-cell packs, reducing wiring congestion and improving electrical stability across parallel or series structures. The controlled surface contact minimizes voltage variation and ensures steady discharge behavior, particularly under high-cycle operations. Its compatibility with various wiring standards—including systems employing battery connector cables—allows seamless placement in EV modules, energy-storage trays, and power-tool packs. For teams involved in high-volume assembly, the bus bar provides predictable performance and structural clarity, helping maintain grounding accuracy when integrating widely used battery connector components into complex installations.
Precision Machining Supporting Long-Term Reliability The bus bar’s construction leverages corrosion-resistant copper alloy materials to maintain stable conductivity in environments where long operating hours and repeated maintenance cycles are common. Each mounting point is machined to ensure even compression distribution, which helps prevent micro-movement and improves fastening durability under vibration or load changes. This stability is crucial for ESS cabinets, automated equipment platforms, and lithium-based testing environments where negative terminals experience substantial thermal cycling. System designers who rely on lipo battery connectors or high-accuracy sensing lines benefit from the bus bar’s consistent surface quality, which supports accurate signal reference and grounding. For distributors and OEMs working with a trusted battery connector supplier, this component meets project demands for low resistance, repeatable performance, and installation predictability.
Flexible Integration Across Battery and Power Platforms The 3-hole configuration offers versatility for compact systems where grounding points must be accessible yet arranged within space-constrained casings. Its geometry simplifies branching or direct-path wiring, enabling installers to achieve orderly routing without compromising current distribution. It adapts well to UPS units, solar storage racks, AGVs, mobility devices, and portable power modules that require precise negative terminal reference. When used with accessories obtained through battery connector wholesale channels, the bus bar maintains consistent fitment and allows standardized installation processes across multiple projects. For engineering teams managing diverse pack sizes, the component supports scalable system planning and ensures coherent electrical behavior across all operational stages.
Product Advantages
Compact Structural Layout Improving Space Efficiency The 3-hole structure is optimized for installations where space needs to be conserved without reducing conduction quality. Its compact footprint allows engineers to route negative-side wiring more efficiently, especially in systems that integrate multiple strings or require discrete sensor path placement. The rigid profile prevents flexing during assembly, ensuring stable termination even when connected to battery connector cables or grounding plates. This structural advantage reduces assembly complexity and minimizes error risks during torqueing, benefiting OEM production lines that demand consistent, repeatable workflows involving battery connector components.
System Compatibility Supporting Multi-Connector Ecosystems A key advantage of this bus bar is its compatibility with a wide range of connector formats, including professional wiring systems using lipo battery connectors, negative-side sensing terminals, or auxiliary monitoring links. The mounting arrangement allows integrators to configure branching paths and distribution points without requiring additional adaptors. This compatibility helps simplify BOM planning and ensures that supply-chain variations—such as sourcing from a different battery connector supplier—do not disrupt assembly. The unified fitment profile also contributes to faster on-site commissioning, enabling service teams to perform adjustments with minimal downtime.
Operational Consistency in High-Demand Electrical Environments Designed to perform reliably under continuous load and thermal cycling, the bus bar delivers consistent grounding behavior for systems deployed in demanding operational settings. Its corrosion-resistant finish preserves the integrity of contact surfaces, reducing resistance drift and extending component life. This stability is particularly valuable for integrators handling battery connector wholesale projects where long-term reliability and clear specification adherence are essential. By maintaining uniform performance across variations in temperature, load, and vibration, the bus bar supports predictable system diagnostics and enhances uptime for critical equipment.
Use Scenarios
Pack Assembly Technicians Handling Grounding Paths Technicians assembling lithium-based battery packs rely on precise negative-terminal grounding to avoid imbalance across cells. This bus bar provides predictable conduction and simplifies the arrangement of return-path wiring. When connected to systems utilizing battery connector cables, the 3-hole design offers clean alignment and reduces wiring overlap, improving efficiency in repetitive production routines. Its clarity helps technicians identify correct placement quickly, reducing error rates and installation time during pack fabrication.
Energy-Storage Cabinet Integrators Configuring Rack-Level Modules In rack-mounted storage installations, integrators need grounding components that fit within tight cabinet geometries while offering stable electrical reference points. This bus bar supports clear and organized routing for negative returns, even when multiple modules share the same distribution path. Systems incorporating lipo battery connectors or monitoring leads benefit from the bus bar’s stable surface contact and low-resistance conduction, which supports accurate BMS readings and smooth electrical behavior. The sturdy design also assists during commissioning and periodic field testing, where fast verification is essential.
Maintenance Engineers Conducting Field Diagnostics Service engineers performing site inspections require grounding components that allow quick testing and straightforward verification of continuity. The 3-hole arrangement provides clear visibility of each fastening point, enabling safe torque checks and simplified wire identification. When paired with components sourced through battery connector wholesale networks or installed by a battery connector supplier, this bus bar supports consistent maintenance standards across sites. Its robust build ensures that field tests—whether thermal, voltage-drop, or contact integrity checks—can be carried out with predictable results.
About Us
Our company specializes in manufacturing precision conductive components for battery systems, energy-storage platforms, mobility equipment, and industrial power modules. We focus on developing terminals, bus bars, and connection elements that meet demanding requirements for long-term conductivity, structural strength, and installation reliability. Through controlled material processes and strict inspection, we deliver components that support high-current pathways and stable performance in modern power applications. Our clients include system integrators, OEM manufacturers, renewable-energy developers, and distribution partners who need dependable hardware to maintain consistent electrical behavior across their products. By aligning engineering expertise with practical application requirements, we provide solutions that help ensure safe and efficient system operation. Request a detailed quotation and technical specification—our team will prepare project-matched configurations for your system needs!
FAQ
1.What torque values should be used when fastening the bus bar? Follow torque specifications from the terminal hardware; maintaining consistent pressure ensures stable grounding and prevents micro-arcing.
2.Can this bus bar be paired with multiple connector types? Yes. It supports standard terminals, sensing leads, and wiring layouts using battery connector or lipo battery connectors.
3.How long is the lead time for bulk procurement? Typical lead time is 2–3 weeks, with capacity options available for large battery connector wholesale orders.
4.Does the component require additional coating before integration? No, the corrosion-resistant finish is prepared for direct installation and ensures consistent contact behavior.
5.How can field engineers maintain the grounding connection over time? Regular torque checks and visual inspections are recommended; the layout is designed to make identification and servicing straightforward.
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