1.2V 4500mAh C NiMh Consumer Battery
Short Description:
With 20 Years of Experience, Pkcell has become a leading Li-ion Battery Pack manufacturer, specializing in the production of the 18650 battery packs.
Nominal Voltage: 1.2V
Max Constant Charging Current (0.1C):450mAh
Max Continuous Discharging Current (1C): 4500mAh
Cycle Life@25°C @0.2C: 500+
Self Discharge Rate: ≤3%/Month@25°C
Operating Temperature: -10~50 °C
Recommend Storage Temperature: 10~25 °C
Applications: Digital multimeters, Toys and RC transmitters, Medical devices, Remote controls
Certification
Certified By IEC, CE, MSDS, and More, Ensuring Top-Notch Quality and Safety.
Power your larger household devices efficiently with our 1.2V C NiMH Consumer Battery. These rechargeable nickel-metal hydride C cells deliver a consistent 1.2V output, providing a dependable and economical power source for flashlights, portable stereos, large toys, and other high-drain electronics. Designed for multiple recharges, they offer significant long-term savings and reduce environmental waste compared to disposable batteries, making them a smart choice for your home.
Key Features of 4500mAh C Ni-MH Battery
- 500+ Cycle Life
- High safety
- High Energy Density
- Wide Discharging Temperature (-20～55℃)
- Environmentally friendly
- Comply with CE ROHS safety standard
Main Applications
- Toys
- Digital multimeters
- RC transmitters
- Medical devices
- Remote controls
- Electric toothbrush
Customizable Ni-MH Battery Packs
We build our custom packs using NI-MH batteries available in the following capacities: 600mAh, 700mAh, 800mAh,900mAh, 1200mAh, 1300mAh, 2000mAh, 2600mAh, 2800mAh, 3000mAh etc.
Battery is always available with different terminations, i.e., PC pins, solder tabs, leads, wire, cable, and connectors. We hope you find the one in our product list that suits you the best. If not, our Customer Service can assist you in finding one or offer custom-made terminations to meet your specifications.
We can achieve a wide spectrum of voltage and capacity options by combining these cells in various series (S) and parallel (P) configurations.
Here are some common nominal voltages and the typical capacity ranges achievable:
| Nominal Voltage | Series Config (S) | Typical Parallel Config (P) |
|---|---|---|
| 2.4V | 2S | 1P to 4P+ |
| 3.6V | 3S | 1P to 4P+ |
| 4.8V | 4S | 1P to 4P+ |
| 6V | 5S | 1P to 4P+ |
| 7.2V | 6S | 1P to 4P+ |
| 8.4V | 7S | 1P to 4P+ |
| 9.6V | 8S | 1P to 4P+ |
| 10.8V | 9S | 1P to 4P+ |
| 12V | 10S | 1P to 4P+ |
| 14.4V | 12S | 1P to 4P+ |
| 24V | 20S | 1P to 4P+ |
Why Choose Pkcell Battery?
FAQ
- Lead Time: Standard samples typically arrive in 20-25 days. Formal orders usually take around 20-25 days
- Payment Methods: We accept various payment types, including T/T (Telegraphic Transfer), L/C (Letter of Credit), and PayPal.
- Shipping: We offer flexibility! Depending on your needs and location, we can ship your order via air freight (using carriers like FEDEX, DHL, UPS, EMS, etc.) or via sea freight.
- Delivery Terms: We can work with several common international shipping terms, including EXW, FCA, FOB, CFR, and DDU.
We have a minimum order value of USD $500. The actual quantity you receive depends on the unit price of the specific batteries you choose. Absolutely! We understand you need to test our products. We're happy to provide samples for your evaluation before you place a formal order.
Yes, absolutely. We can design and build battery packs tailored for challenging conditions. We offer solutions using 18650 cells rated for wide operating temperatures (e.g., discharge from -40℃ up to +85℃ discharge with specific cell types), and our pack designs can incorporate features for waterproofing, shock resistance, and intrinsic safety (explosion protection) as required by your application.
Yes, we can facilitate and provide these certification services for your battery packs. The typical estimated lead times are:
- UN38.3: Approx. 2 weeks
- CE: Approx. 1 week
- UL: Approx. 5 weeks(Please note these are estimates and can vary based on testing queues and specific requirements.)
No, you do not. However, NiMH battery packs are amongst the hardest batteries to charge accurately and because the BMS solutions are very cost effective we recommend having one in your design. The charging for NiMH batteries is based on forcing current through the battery whereas with lithium ion and lead acid batteries you can control overcharge by just setting a maximum charge voltage. Therefore, having an electronic safety in place will increase the overall life of the battery.
