Copper Bus Bar Universal Stud 1.5mm SS304

COPPER BUSBAR UNIVERSAL STUD 1.5MM SS304

The COPPER BUSBAR UNIVERSAL STUD 1.5MM is a copper battery busbar designed for rigid electrical interconnection in prismatic lithium battery packs. Copper provides high electrical conductivity and is widely used for compact, low-loss battery interconnections. The product is supplied in a battery-interconnect format intended for compact module assembly. The integrated stud/nut or screw-terminal format combines the conductor and fastening point in one practical battery interconnect. The product is suitable for EV, ESS, inverter, solar-storage and industrial battery-pack assembly.

A battery busbar replaces long flexible cable runs between adjacent cell terminals with a short, rigid conductor. This helps battery builders create a compact series or parallel current path while keeping the module layout neat and serviceable. The COPPER BUSBAR UNIVERSAL STUD 1.5MM is positioned as a lithium battery busbar / prismatic cell interconnect, with its product-specific battery interconnect format and battery busbar with stud/nut hardware making it easy to identify for production, replacement and custom pack-building requirements.

Copper provides high electrical conductivity and is widely used for compact, low-loss battery interconnections. In prismatic battery modules, a properly designed busbar also simplifies pack assembly because the electrical path, terminal spacing and mechanical fastening are handled in a compact component rather than separate cables and lugs.

The busbar's electrical role is to transfer charge and discharge current between battery connection points with minimal unnecessary conductor length. Copper is a proven busbar material for lithium battery systems, and the rigid profile helps maintain a stable cell-to-cell connection inside the module. The product is supplied in a battery-interconnect format intended for compact module assembly. The integrated stud/nut or screw-terminal format combines the conductor and fastening point in one practical battery interconnect.

For flat busbar variants, the stated width and thickness create a broad conductor section that also provides useful mechanical stiffness. A 3 mm profile offers greater conductor section and rigidity than a 2 mm profile of the same width, while compact 2 mm links are common where lower weight and tighter packaging are priorities. Stud and clinch variants streamline fastening by integrating the terminal hardware into the interconnect format.

The COPPER BUSBAR UNIVERSAL STUD 1.5MM is suited to prismatic LiFePO4 and lithium-ion battery modules that use a busbar in this product-specific battery interconnect format / connection format. It can be used in series or parallel cell groups, battery-module prototypes, replacement work and production assemblies. The integrated ss304 stud/nut hardware makes the part especially practical for pack builders who want a compact, rigid connection instead of a flexible jumper between adjacent terminals.

Applications

• Prismatic LiFePO4 and lithium-ion battery packs using bolted cell-to-cell interconnections.

• EV and e-mobility battery modules requiring a rigid busbar with integrated fastening hardware.

• Solar, inverter and stationary ESS battery banks with modular prismatic-cell layouts.

• Battery manufacturing lines that benefit from repeatable stud/clinch-style terminal assembly.

• Battery repair, replacement and custom pack-building projects using compatible prismatic terminals.

Installation Guide

Position the component squarely on clean battery terminals or enclosure hardware and keep polarity clearly identified throughout assembly. Use the battery-cell or enclosure manufacturer's specified fastener stack and tightening torque so the connection remains mechanically stable without stressing the terminal. Keep conductive tools insulated around energized cells and prevent loose hardware from falling across adjacent terminals.

After assembly, inspect the connection for full seating, alignment and secure fastening. For busbars and terminals, a clean contact surface and firm mechanical joint support efficient current transfer. For enclosure fasteners, ensure the mounted hardware sits flush and does not interfere with insulation, wiring or nearby cells. A final visual inspection and controlled pack test help maintain consistent production quality.

For volume production, standardize the busbar or fastener part number in the battery BOM so the same geometry and hardware are used across every pack. This improves repeatability during assembly, service and future replacement work.

Why Choose ARB Accessories?

ARB Accessories supplies battery-pack interconnects, busbars, terminals, fasteners and related lithium battery hardware for Indian pack assemblers, OEMs, EV builders, solar and ESS manufacturers, service teams and custom battery projects. COPPER BUSBAR UNIVERSAL STUD 1.5MM gives buyers a ready-to-source component for battery-module production while allowing related BMS, cells, wires, terminals, connectors, insulation and enclosure hardware to be purchased from the same specialist supplier. This makes it practical for both prototype quantities and repeat battery-pack manufacturing requirements.