What is the primary advantage of this dual AA battery contact design?

By consolidating the negative conical spring and the positive dimple onto a single heavy-duty bracket, it enables a direct series circuit connection for two AA cells. This eliminates the need for separate jumper wires, streamlining BOM costs and assembly time.

Why is there a horizontal rib stamped into the base plate?

The stamped horizontal stiffening rib provides crucial structural reinforcement. It prevents the steel bracket from warping or flexing under the continuous, asymmetrical lateral compression forces generated by two adjacent AA batteries.

Are 3D models available for the plastic compartment design?

We explicitly prohibit the distribution of unverified 3D models to prevent enclosure clearance errors. Our Senior NPI Engineering Team provides official Technical Datasheets and 2D Footprint Specs to ensure perfect seating consistency in your molded slots.

AA Battery Spring Contact Positive Connection Piece

Engineering Bulletin: AA Dual-Cell Slide-In Contact Integration

Managing dual AA battery compartments in high-vibration handheld devices requires absolute structural integrity to prevent circuit disruption. The Jiatel Slide-In AA Dual Battery Contact consolidates a negative conical compression coil and a positive stamped button onto a single heavy-duty steel bracket. Engineered specifically for series circuit configurations utilizing standard AA (LR6) cylindrical cells, this integrated component eliminates the need for separate terminal wiring. It allows hardware engineers to streamline BOM costs and accelerate assembly time within standardized plastic battery compartments.

Verified Electro-Mechanical Parameters

Cell Compatibility	Standard AA (LR6) Cylindrical Cells
Configuration	Dual Contact (Negative Spring + Positive Dimple)
Mounting Architecture	Slide-In with Central Solder Lug / THM
Base Metallurgy	Nickel-Plated Steel Frame / Music Wire Spring
Compliance & Directives	RoHS \| REACH Certified

Target Deployments

Industrial Telematics: Multi-AA ruggedized scanners.
Medical Diagnostics: High-drain portable monitoring tools.
Consumer Electronics: High-power remote controls and transmitters.

Structural Rigidity & Anti-Warping Geometry

Dual AA configurations subject the contact plate to continuous, asymmetrical lateral compression forces. Generic battery clips frequently suffer from material warping under the load of two AA cells, leading to coplanarity failure and power loss. To enforce rigid metallurgical boundaries, the main bracket of this Jiatel contact is precision-stamped with a horizontal stiffening rib. This structural reinforcement prevents base plate flexing, while the full-body nickel electroplating maximizes fluid wetting during wave soldering and defends against acidic electrolyte fluid leaks.

NPI Compartment Layout & SLA Directive

Automated assembly lines and molded plastic enclosures demand zero mechanical distortion to prevent terminal short-circuit risks. Our engineering directive strictly prohibits the deployment of unverified 3D STEP models for compartment clearances. We execute footprint validation and structural seating checks exclusively through official [Technical Datasheets] and verified [2D Footprint Specs].

To confirm that our dual AA slide-in contact precisely matches your plastic compartment injection mold, deploy our Senior NPI Engineering Team. Submit your spatial constraints directly to our technical desk: NPI Engineering Queue

SLA Commitment: Upon form submission to our NPI Engineering Queue, we guarantee the dispatch of matched, production-ready PDF drawings within 12 working hours.