SPIDER Automation | 4x AA Battery Holder with Female Jumper Pin Connector | 6V Series Configuration
The SPIDER Automation 4x AA Battery Holder is designed to accommodate four AA-size cells in a series-connected configuration for portable power applications. By connecting the cells in series, the holder combines their individual voltages to provide a nominal 6V supply when using standard 1.5V alkaline batteries.
Its compact enclosure incorporates metal spring contacts, connecting wires and a female jumper pin connector for integration with compatible electronic circuits. Mounting holes allow the holder to be fixed inside project enclosures, control panels and custom electronic assemblies.
Technical Features & Functional Benefits
- Four-AA Battery Arrangement: Accommodates four AA cells connected in series for a combined power supply.
- Series Voltage Configuration: Combines the individual cell voltages, making the holder suitable for nominal 6V applications with 1.5V cells.
- Multiple Cell Chemistry Support: Can be used with compatible AA alkaline, NiMH and NiCd batteries, with output voltage depending on the selected chemistry and charge condition.
- Metal Spring Contacts: Uses nickel-plated carbon steel and stainless steel spring contacts for battery terminal connection.
- Wired Output: Connecting leads provide flexibility when routing power to the target circuit.
- Female Jumper Pin Interface: Enables connection to compatible male jumper pins or headers.
- Mounting Holes: Supports mechanical fixing inside enclosures and electronic project assemblies.
Electrical Configuration & Output Details
The four battery positions are connected in series. This arrangement adds the voltage of each cell while maintaining the same ampere-hour capacity as an individual cell, assuming matched cells of the same type and capacity are used.
- Four 1.5V Alkaline Cells: Provide approximately 6V nominal output.
- Four NiMH Cells: Provide approximately 4.8V nominal output using standard 1.2V rechargeable cells.
- Four NiCd Cells: Provide approximately 4.8V nominal output using standard 1.2V cells.
The actual output voltage varies with battery chemistry, charge level and operating load. This holder provides a direct battery connection and does not include voltage regulation or charging circuitry.
Connector & Mounting Details
- Output Connection: Female jumper pin connector for compatible male jumper headers.
- Connecting Leads: Flexible wires for routing the battery supply to the connected circuit.
- Mounting Provision: Mounting holes support installation using suitable fasteners.
- Battery Retention: Spring contacts help maintain electrical contact with the installed AA cells.
Applications
This four-cell battery holder is suitable for portable and low-voltage electronic projects that require a battery-powered supply.
- Arduino Projects: For compatible circuits requiring an external battery supply.
- Embedded Electronics: For powering suitable low-voltage electronic modules and circuits.
- DIY Robotics: For battery-powered control electronics and small robotic prototypes.
- Sensor Modules: For portable sensor systems designed for the available battery voltage.
- Educational Projects: For electronics experiments, demonstrations and student projects.
- Portable Electronic Devices: For custom battery-powered equipment with compatible power requirements.
- Wireless Control Projects: For suitable low-voltage control and communication circuits.
- Prototype Development: For temporary or integrated battery power in electronic prototypes.
Package Contents
- 1 × 4x AA Battery Holder with Connecting Wires and Female Jumper Pin Connector
Note: AA batteries are not included and must be purchased separately.
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | AA Battery Holder |
| Battery Size | AA |
| Cell Quantity | 4 Cells |
| Battery Configuration | Series Connection (4S) |
| Nominal Output Voltage | 6V with 1.5V cells; approximately 4.8V with 1.2V NiMH/NiCd cells |
| Compatible Battery Chemistry | Alkaline / NiMH / NiCd |
| Wire Length | 15cm |
| Connector Type | Female Jumper Pin |
| Mounting Hole Diameter | 2.5mm |
| Contact Material | Nickel-Plated Carbon Steel and Stainless Steel Spring |
| Colour | Black |
Connection & Operating Recommendations
Install four compatible AA cells in the holder, observing the polarity markings for each battery position. The series-connected output can then be connected to a circuit through the female jumper pin connector, provided the circuit’s input voltage requirements match the selected battery chemistry.
- Battery Installation: Insert all four cells according to the positive and negative polarity markings inside the holder.
- Use Matched Cells: Use batteries of the same chemistry, capacity, age and charge condition to support balanced operation.
- Connector Compatibility: Connect the female jumper pin interface to a compatible male header or jumper connection on the target circuit.
- Voltage Compatibility: Confirm that the connected circuit can operate across the battery pack’s voltage range, including the higher voltage of freshly charged rechargeable cells.
- Mechanical Mounting: Use suitable fasteners through the mounting holes to secure the holder inside the project enclosure.
- Rechargeable Battery Handling: Remove NiMH or NiCd cells from the holder for charging unless a separate, properly designed charging arrangement is provided.
- Load Selection: Ensure the connected circuit’s current requirement is within the capability of the installed cells and holder contacts.
