SPIDER Automation | 4×AAA Battery Holder with Soldered Wire | 6V Series Battery Pack
Product Overview
The SPIDER Automation 4×AAA Battery Holder is a compact battery mounting solution designed to accommodate four AAA-size cylindrical cells in an integrated series configuration. By connecting all four cells in series, the holder combines their individual voltages to provide a nominal 6V output when using standard 1.5V AAA batteries. This makes it suitable for electronic circuits and devices designed to operate from a four-cell battery supply.
The holder features a soldered 120mm open-end wire for convenient connection to external electronic circuits, control boards and equipment. Its compact 52 × 49 × 12mm body includes integrated mounting holes, allowing it to be installed inside suitable enclosures, project housings and electronic assemblies.
Designed for practical battery integration, this holder provides an organized arrangement for four AAA cells while simplifying electrical connections. It can be used with compatible alkaline, NiMH and NiCd AAA batteries, depending on the voltage requirements of the connected application.
Technical Features & Construction
- Four-Cell AAA Battery Configuration: Provides four individual battery compartments arranged in a compact housing. The structure keeps the cells organized and maintains their designated positions during normal operation.
- Internal Series Connection: The four battery positions are electrically connected in series. This arrangement combines the voltage of each cell to provide a nominal 6V supply with four standard 1.5V cells.
- Pre-Soldered Wire Connection: Supplied with an integrated 120mm open-end wire, allowing convenient connection to external circuits. The wire can be connected through an appropriate terminal, PCB solder point or compatible electrical connector.
- Metal Spring Contact System: Internal spring contacts provide electrical contact with the installed battery terminals. Their spring-loaded construction helps accommodate battery insertion and removal while maintaining contact within the holder.
- 3mm Mounting Holes: Integrated mounting holes with a specified 3mm diameter allow the holder to be fixed to compatible panels, chassis and equipment enclosures.
- Compact Low-Profile Construction: With dimensions of 52 × 49 × 12mm, the holder is suitable for installations where available mounting space is limited.
- Black Housing: The black-coloured body provides a clean, conventional appearance for electronic equipment, battery-powered devices and embedded project assemblies.
Electrical Configuration & Output Details
This holder uses an internal series battery configuration. In a series connection, the positive terminal of one cell is connected to the negative terminal of the next cell. As a result, the individual cell voltages are combined to produce a higher total output voltage.
When four standard 1.5V AAA cells are installed, the resulting nominal output is 6V. The actual measured voltage may vary depending on battery chemistry, charge condition and connected load.
| Parameter | Specification |
|---|---|
| Battery Quantity | 4 Cells |
| Battery Type | AAA |
| Connection Configuration | Series Connection |
| Nominal Output Voltage | 6V with four 1.5V cells |
| Wire Connection | Soldered Open-End Wire |
| Wire Length | 120mm |
Battery Chemistry Compatibility: The holder supports compatible AAA alkaline, NiMH and NiCd cells. However, the nominal voltage depends on the chemistry used. Four 1.5V alkaline cells provide a nominal 6V, whereas four rechargeable NiMH or NiCd cells typically provide a different nominal voltage.
Mounting & Electrical Connection
The holder is designed for straightforward integration into electronic assemblies. Its 3mm mounting holes provide fixing points for installation on a suitable mounting surface, while the pre-soldered output wire eliminates the need to create separate cell-to-cell connections externally.
The 120mm open-end wire can be connected to the power input of a compatible circuit or electronic device. Depending on the assembly design, the wire may be terminated using a suitable connector, terminal block or direct solder connection.
Recommended Installation Practices:
- Check Battery Polarity: Insert all four cells according to the polarity markings inside the holder.
- Verify Output Voltage: Measure the holder’s output using a multimeter before connecting sensitive electronic components.
- Secure Mounting: Use compatible mounting hardware through the integrated 3mm holes to keep the holder firmly positioned.
- Insulate Wire Connections: Ensure that exposed wire ends and electrical joints are properly insulated to prevent accidental short circuits.
- Check Circuit Compatibility: Confirm that the connected device can safely operate with the voltage and current characteristics of the installed batteries.
Functional Advantages
- Higher Combined Output Voltage: The internal series arrangement combines four individual cell voltages, providing a convenient battery supply for circuits designed around a nominal 6V input.
- Simplified Wiring: Internal battery interconnections reduce the need for separate external wiring between individual cells.
- Convenient Circuit Integration: The pre-soldered open-end wire provides a direct electrical connection point for external equipment and electronic circuits.
- Stable Battery Positioning: Individual battery compartments help organize the cells and maintain their intended arrangement inside the holder.
- Flexible Mechanical Installation: Integrated mounting holes support installation in custom enclosures, panels and project structures.
- Space-Efficient Design: Its compact dimensions make it practical for small electronic assemblies and battery-powered applications.
Applications
The 4×AAA Battery Holder is suitable for electronic applications requiring a compact four-cell battery arrangement. Its integrated series connection and soldered output wire make it useful in both development environments and finished electronic assemblies.
- DIY Electronics Projects: Battery power arrangements for hobby circuits and custom electronic builds.
- Microcontroller Projects: Suitable for compatible development boards and microcontroller-based systems requiring an appropriate battery input.
- Sensor & Control Circuits: Power source integration for compatible sensor modules and low-voltage control electronics.
- Portable Electronic Devices: Battery mounting for compact, battery-operated equipment.
- Educational Projects: Useful in electronics learning, circuit experimentation and prototyping.
- Custom Embedded Systems: Integration into equipment housings and electronic assemblies requiring a four-cell AAA power source.
Package Contents
| Item | Quantity |
|---|---|
| 4×AAA Battery Holder Without Cover with Soldered Open-End Wire | 1 Piece |
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | AAA Battery Holder |
| Battery Type | AAA |
| Cell Quantity | 4 Cells |
| Connection Configuration | Series |
| Nominal Output Voltage | 6V (with four 1.5V cells) |
| Wire Type | Soldered Open-End Wire |
| Wire Length | 120mm |
| Mounting Hole Diameter | 3mm |
| Contact Material | Carbon Steel with Nickel Plating / Stainless Steel Spring (supplier description) |
| Operating Temperature | Maximum 80°C |
| Storage Temperature | 25°C (supplier-listed value) |
| Colour | Black |
| Length | 52mm |
| Width | 49mm |
| Height | 12mm |
| Product Weight | 10g |
| Shipping Weight | 0.015kg |
| Shipping Dimensions | 8 × 5 × 3cm |
| Package Contents | 1 × 4×AAA Battery Holder Without Cover |
Installation & Usage Recommendations
For reliable operation, the 4×AAA Battery Holder should be installed with correct battery polarity and connected to an electronic circuit compatible with the installed cells’ output voltage. Follow these recommendations during installation and operation:
- Correct Battery Orientation: Insert all four AAA cells according to the positive (+) and negative (−) polarity markings inside the holder. Incorrect installation may prevent operation or cause electrical issues.
- Use Compatible Batteries: Use four batteries of the same chemistry, capacity, voltage rating and preferably the same manufacturer and condition. Avoid mixing new and used cells.
- Verify Output Voltage: Before connecting the holder to an electronic circuit, measure its output using a multimeter and confirm that the voltage is within the circuit’s permitted input range.
- Check Circuit Compatibility: Ensure that the connected device is designed to operate with the voltage and current characteristics of the selected AAA batteries. Use a suitable voltage regulator if the application requires a regulated supply.
- Secure Mechanical Mounting: Use the integrated 3mm mounting holes to fix the holder to a compatible panel, chassis or enclosure. Ensure that the holder does not move during normal operation.
- Insulate Electrical Connections: Properly insulate the exposed wire ends and connection joints to prevent accidental short circuits or contact with conductive surfaces.
- Observe Temperature Limits: Keep the holder within the specified maximum operating temperature of 80°C and away from excessive heat sources.
- Battery Handling: Remove batteries when the equipment will remain unused for an extended period. Do not mix different battery chemistries or attempt to recharge non-rechargeable alkaline cells.
Important: This holder provides an unregulated battery output. The actual voltage varies with battery chemistry, charge condition and load. Always verify the electrical requirements of the connected equipment before powering it.
