Vipow AA Rechargeable Battery
Product Code : SCL-AM-12101
The VIPOW AA Rechargeable Battery 1.2V 1800mAh is a high-performance Nickel-Metal Hydride (NiMH) energy cell used for powering portable electronic devices, data loggers, and circuit breadboards in scientific educational setups. Engineered for student laboratory workspaces, this power cell provides stable voltage output and long cycle life to eliminate structural battery waste during electrodynamics training modules.
Product Description
This technical-grade NiMH battery offers an exceptionally stable power delivery platform for educational science workstations and engineering labs. Built with advanced low self-discharge (LSD) chemistry, the battery holds its structural charge capacity even after months of storage in school equipment lockers. The hard steel protective jacket prevents cell swelling and structural electrolyte leaks, ensuring a safe power output environment for junior researchers.
For institutional purchasers expanding their core storage of physics lab equipment, these rechargeable modules bring excellent economical value. Instead of exhausting thousands of single-use alkaline cells, this 1800mAh capacity cell delivers hundreds of full discharge-recharge routines without suffering memory effect degradation. It functions as a dependable power core for portable digital multimeters, environmental telemetry sensors, and low-draw physical testing apparatuses.
Key Features
- High Capacity Retention: Features an 1800mAh storage configuration optimized to sustain long-duration data logging experiments.
- Leak-Proof Pressure Vent: Built with an integrated safety release valve to safely manage internal gas buildup during fast-charging cycles.
- Eco-Friendly Lifecycle: Replaces up to 1,000 classic disposable batteries to dramatically reduce heavy metal disposal footprints in schools.
- Zero Memory Effect: Can be topped off or recharged at any state of discharge without reducing the active cell lifespan.
- Standardized AA Geometry: Slots smoothly into standard commercial battery holders, breadboard clips, and portable testing devices.
- Stable Discharge Curve: Delivers steady voltage profiles through heavy current draws, ensuring uniform instrumentation performance.
Technical Specifications
|
Specification |
Detail |
|
Cell Classification |
Standard AA cylindrical rechargeable battery |
|
Chemical Composition |
Nickel-Metal Hydride (NiMH) |
|
Nominal Voltage |
1.2V per independent cell |
|
Rated Capacity |
1800mAh at standard discharge rates |
|
Recharge Lifecycles |
Up to 1,000 complete cycle runs |
|
Structural Outer Jacket |
Hard-drawn steel protective shell |
|
Regulatory Credentials |
CE Certified, RoHS Compliant, ISO 9001:2015 Framework |
What's Included in the Kit
- 4 x VIPOW AA Rechargeable Battery 1.2V 1800mAh power cells
- 1 x Heavy-duty polymer protective storage case
- 1 x Safety handling instructions sheet
Applications / Uses
- Supplying steady electric current to verify Ohm's classical law parameters across student breadboard circuits.
- Calculating total energy storage capacity in watt-hours by evaluation of capacity parameters over time using the electrical formula:
- Powering digital instrumentation units, handheld environmental monitors, and analytical laboratory instruments.
- Providing lightweight onboard mobile power inside modular robotic platforms and specialized electronics training kits.
- Serving as a baseline low-voltage test supply alongside variable benchtop laboratory power supplies.
How to Use the VIPOW AA Rechargeable Battery 1.2V 1800mAh
- Clean the positive and negative cell contact surfaces with a dry cloth before inserting them into your device.
- Slide the VIPOW AA Rechargeable Battery 1.2V 1800mAh cell firmly into the designated holder, ensuring the positive (+) apex matches the terminal icon.
- Switch on your experimental circuit module or portable instrumentation unit to begin active testing.
- Monitor the voltage profile; when operating below 1.0V, extract the cell for a standard recharging cycle.
- Place the exhausted cell into an approved NiMH smart charger unit, selecting a charge current between 200mA and 500mA.
Safety Operating Note: Never short-circuit the external battery terminals with copper wires or metal calipers, as this can trigger extreme thermal buildup or internal chemical venting.
Care & Maintenance
- Cleaning: Wipe the nickel-plated terminal contacts periodically with a pencil eraser to remove minor carbon film or oxide layers.
- Storage: Keep your cells inside the provided polymer container in a cool, low-humidity storage cabinet away from flammable materials.
- Handling: Avoid mixing batteries of different capacities, ages, or brands within the same device to prevent reverse-charging damage.
Why Choose Science Lab Supplies
Science Lab Supplies is an established manufacturer and premier global exporter of robust laboratory instruments and foundational STEM kits. Drawing on decades of technical production experience, we configure specialized laboratory apparatuses that safely withstand heavy institutional use. Our operational facilities enforce strict quality assurance protocols to guarantee accurate material execution across all product lines. With our advanced international logistics networks, we efficiently manage safe bulk deliveries to universities and school boards worldwide.
Frequently Asked Questions
Can this 1.2V NiMH cell replace a standard 1.5V alkaline battery?
Yes, most modern electronic devices and lab equipment are designed to run perfectly on the flat 1.2V discharge plateau of NiMH cells without operational loss.
How long does it take to fully recharge this 1800mAh battery?
Using a standard smart laboratory charger set to a 400mA current rate, the battery will reach full structural capacity in roughly 4.5 to 5 hours.
Does the battery arrive pre-charged out of the box?
Our batteries ship with a partial factory charge to maintain structural chemical stability; we recommend executing a full charging cycle before their inaugural classroom lab session.
What happens if I accidentally reverse the polarity during installation?
Reversing installation can cause electrical component shorting or force the battery into a high-temperature state, which triggers the integrated pressure safety vents.
Can I use these batteries inside extreme temperature outdoor telemetry fields?
These NiMH cells perform reliably across a temperature envelope of -10°C to 50°C, though runtime capacity will drop slightly near the freezing threshold.
Explore our online selection of educational accessories to locate matching options for your school's curriculum checklist, or contact our global distribution desk today to purchase premium physics lab equipment.
