SPIDER Automation | 6x AA Back-to-Back Battery Holder | Series Battery Supply for Electronics & Robotics
The SPIDER Automation 6x AA Back-to-Back Battery Holder provides a practical battery mounting solution for electronic systems requiring a six-cell AA battery supply. Its series-connected arrangement combines the voltage of the installed cells, making it suitable for compatible development boards, robotics projects, embedded electronics and portable battery-powered assemblies.
The holder features an open-frame back-to-back construction that allows convenient battery installation and replacement. Integrated 150mm wire leads simplify connection to a circuit board, power input or compatible electronic assembly, while the lightweight plastic body supports compact project integration.
Technical Features & Design
- Six-Cell Battery Arrangement: Accommodates six AA-size batteries within a single holder.
- Series-Wired Configuration: Connects the six cells in series to combine their individual voltages.
- Back-to-Back Construction: Positions the battery compartments in a compact arrangement suitable for electronic assemblies.
- Open Battery Access: The holder is supplied without a cover, allowing direct access to the installed cells.
- Integrated Wire Leads: Provides a convenient electrical connection between the battery holder and the connected circuit.
- Lightweight Plastic Body: Supports installation in portable devices, prototypes and custom electronic enclosures.
- Unswitched Output: Provides a direct battery connection without an integrated ON/OFF switch.
Electrical Configuration & Output Details
The six battery positions are connected in series. The total nominal voltage depends on the chemistry of the installed AA cells.
- Alkaline AA Cells: Six 1.5V cells provide approximately 9V nominal.
- NiMH / NiCd AA Cells: Six 1.2V rechargeable cells provide approximately 7.2V nominal.
- Direct Battery Output: The holder does not incorporate a DC-DC converter, voltage regulator or charging circuit.
- Supply Compatibility: The connected electronics must support the actual voltage range produced by the installed batteries.
Mechanical Design & Wiring
The back-to-back battery layout provides a compact mounting arrangement for six AA cells. Integrated wire leads allow the holder to be positioned conveniently within the project while maintaining a wired connection to the electronic system.
- Housing Material: Plastic construction.
- Body Colour: Black.
- Overall Dimensions: 58 × 46 × 28mm.
- Wire Length: 150mm.
- Cover: Not included.
Applications
This six-cell AA battery holder is suitable for electronic and electromechanical projects that require a removable battery supply with a series-connected configuration.
- Arduino-Based Projects: Can supply compatible Arduino systems through an appropriate power input or regulator.
- Single-Chip Microcontroller Systems: Suitable for compatible microcontroller circuits with an appropriate supply-voltage arrangement.
- 2WD Mobile Robots: Provides a battery mounting solution for compatible two-wheel-drive robotics platforms.
- Line-Following Robots: Can be integrated into battery-powered track-following and line-sensing robot designs.
- RP5 Tracked Vehicles: Suitable for compatible tracked robot platforms designed for the available battery supply.
- Embedded Electronics: Supports battery integration in custom embedded systems.
- Portable Electronic Prototypes: Provides a removable power source for compatible development assemblies.
- Educational Robotics: Useful for student projects involving mobile robots and electronic control systems.
- Motor Control Prototypes: Can supply compatible motor-control electronics when the voltage and current requirements are satisfied.
- DIY Battery-Powered Devices: Suitable for custom electronic equipment designed around a six-cell AA battery supply.
Package Contents
- 1 × 6x AA Back-to-Back Battery Holder without Cover
Note: AA batteries are not included and must be purchased separately.
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | AA Battery Holder |
| Compatible Battery Size | AA |
| Battery Capacity | 6 Cells |
| Internal Connection | Series |
| Nominal Output Voltage | Approximately 9V with alkaline cells; approximately 7.2V with NiMH/NiCd cells |
| Holder Arrangement | Back-to-Back |
| Housing Material | Plastic |
| Colour | Black |
| Cover | Not Included |
| ON/OFF Switch | Not Included |
| Wire Length | 150mm (15cm) |
| Length | 58mm |
| Width | 46mm |
| Height | 28mm |
| Weight | 16g |
Connection & Operating Recommendations
For reliable integration, select six compatible AA cells and match the resulting battery voltage to the power requirements of the connected electronics. Since the holder provides an unswitched battery output, the connected system should include an appropriate power-control arrangement wherever manual switching is required.
- Use Matched Battery Cells: Install six cells of the same chemistry, capacity and similar charge condition to support consistent operation.
- Select the Correct Supply Voltage: Account for the difference between alkaline and rechargeable cell voltages when designing the connected circuit.
- Use a Suitable Voltage Regulator: Where the electronic system requires a regulated supply, use an appropriate DC-DC converter or regulator between the battery holder and the circuit.
- Plan Motor Power Separately: For mobile robotics, ensure the battery cells and wiring can support motor startup and operating current requirements.
- Provide External Switching: Add a suitably rated switch if the project requires manual disconnection of the battery supply.
- Route Wire Leads Securely: Keep the leads clear of moving wheels, tracks, sharp edges and other mechanical components.
- Protect Exposed Connections: Insulate exposed wire joints and terminals to prevent accidental short circuits during operation.
