3s 11.1v 9000mAh 100C Vant LiPo 200C Li-Po Battery with Deans T plug Grade A
3s 11.1v 9000mAh 100C Vant Lipo 200C Li-Po Battery with Deans T plug Grade A
Overview
This battery is a Grade A Li-Po battery which has little or almost no chance of getting swelling or puffing like many other batteries sold online. As a premium quality battery, it will minimize the danger caused by some low quality Li-Po Batteries.
This is a good upgrade battery if you have a RC drones, Quad copters, Helicopters, RC cars which requires longer running time with instant power. It has the capacity of 9000mAh and 100C Discharge rate which means it can constantly release current at 9Amps. It is a battery perfect for your RC needs that require a quite high power and longer duration of flying or run time.
Specification
- Battery Chemistry: Lithium Polymer
- Voltage: 11.1V
- Capacity: 9000mAh
- Discharge Rate(C): 100C
- Burst Discharge Rate(C): 200C
- Configuration: 3S1P
- Connector Type: Deans Plug (T Plug)
- Balancer Connector Type: JST-XH
- Length: 168mm
- Width: 50mm
- Height: 32mm
- Battery Weight (dev.10g): 553g
About 3s battery lipo 11.1v 9000mah
Understanding the 3S LiPo Battery 11.1V 9000mAh
The 3S LiPo battery 11.1V 9000mAh stands as a significant component in the realm of rechargeable batteries, designed to meet the demanding power requirements of various devices. This category of batteries is recognized for its configuration of three cells in series (3S), offering a balance of voltage and capacity to operate a wide range of appliances.
Technical Specifications and Applications
A 3s battery LiPo 11.1 v 9000mah is engineered to deliver consistent power, making it suitable for a diverse array of applications. From powering high-performance drones to serving as a reliable energy source for portable power banks and electric tricycles, its versatility is notable. The capacity of 9000mAh indicates the battery's energy storage potential, ensuring extended use between charges for devices that require a substantial power supply.
Design and Material Innovations
The design of the LiPo 3s 9000mah battery incorporates advanced manufacturing materials, contributing to its durability and performance. The robust construction is tailored to withstand extreme temperatures and resist corrosion, which is crucial for batteries exposed to challenging environments. Additionally, the inclusion of connecting cables and the attention to storage integrity are details that enhance the overall resilience and longevity of the battery.
Compatibility and Integration
Compatibility is a cornerstone of the 3s battery LiPo 11.1v 9000mah, as it is designed to function seamlessly with both lithium and lead-acid based devices. This interoperability is essential for users who rely on a variety of appliances, ensuring that the battery can be integrated without compatibility concerns. The focus on compatibility extends to the ease of replacement, with batteries being readily available for a range of appliances, adhering to supplier specifications.
Performance Under Extreme Conditions
Performance is not compromised under extreme conditions, as the 3s battery LiPo 11.1v 9000mah is built to endure. The battery's ability to stand up to heat and potential corrosive elements makes it a reliable power source for both stationary and portable applications. Its long service life is a testament to the quality of materials and design principles employed in its creation.
Safety Notes
1. To ensure safety, please check and confirm lipo battery surface and voltage is normal before using.
2. If the new LiPo battery won’t hold a full charge or loss the charge very quickly in short time, please use Professional LiPo battery Charger to charge and recycle several times first. For most LiPo battery, the safest charge rate is 1C - 2C.
3. Never Over-charge above 4.2V per cell and Over-discharge below 3.2V per cell. (Normal cell voltage is between 3.7V~4.2V)
4. Never charge LiPo battery unattended.
5. If you are not using the battery for a while, please plug the battery off the car and leave it at the storage charge voltage which is 3.85v for each cell.