BATTERY HOLDER 6XAA 1.5v

The 6xAA Battery Holder is a reliable and versatile power solution designed to provide a safe and organized way to combine six AA-sized batteries into a single power pack. The holder connects the cells in series, allowing the total voltage to add up: when using standard alkaline AA batteries (1.5V each), it delivers a 9V output, while using rechargeable NiMH or NiCd AA cells (1.2V each) produces a 7.2V output. This flexibility makes the battery holder suitable for a wide variety of applications, from powering Arduino boards, robotic platforms, and LED strips to remote-controlled cars, portable electronics, and prototype circuits. The body is made from durable plastic that resists cracking and impact, while the side-by-side cell arrangement keeps the overall footprint compact and easy to mount. Two pre-soldered 15mm wires (red for positive and black for negative) make wiring into circuits quick and straightforward. The holder is also designed to allow easy battery insertion and removal, making battery replacement a simple and tool-free task.

Specifications

• Battery Type: AA (1.5V standard / 1.2V rechargeable)
• Cell Quantity: 6 batteries
• Connection Type: Series connection
• Output Voltage (Alkaline): 9V DC
• Output Voltage (NiMH/NiCd): 7.2V DC
• Material: High-quality plastic
• Wire Length: 15 mm red and black lead wires
• Cell Arrangement: Side-by-side layout
• Storage Temperature: 25°C (77°F) – Room Temperature
• Maximum Operating Temperature: 80°C (176°F)
• Dimensions: 57 × 90 × 16 mm
• Mounting: Open design for easy integration

Applications

• Used to power Arduino, Raspberry Pi, and microcontroller projects.
• Ideal for robotic cars and 4WD robotic platforms requiring 7.2V–9V supply.
• Employed in DIY electronics kits and educational STEM projects.
• Used in LED lighting systems and portable lamps.
• Powers RC (remote-controlled) vehicles, boats, and planes.
• Suitable for portable audio devices like small speakers and radios.
• Applied in sensor networks and wireless data loggers.
• Used in prototype development where bench power supplies are impractical.
• Common in science experiments and classroom demonstrations.
• Used in emergency flashlights and portable tools.
• Powers small DC motors and servos in hobby projects.
• Ideal for outdoor electronics projects where battery power is required.
• Used in Bluetooth and Wi-Fi modules needing stable DC voltage.
• Found in security devices, alarm systems, and remote sensors.
• Suitable for handheld gadgets and custom-built electronics.