
- 8 pcs of Premium Tenergy D Size 10,000mAh High Capacity High Rate NiMH Rechargeable Batteries
-
Amazon
From $58.99 (New)

From $58.99 (New)

| Last Seen | |
| Highest | $58.99 Apr 4, '13 |
| Lowest | $58.99 Apr 4, '13 |
| Average | $58.99 (Overall average) |
| Added | Apr 4, 2013 |
| Latest | $47.95 19 hrs ago |
| Highest | $58.99 Jul 28, '13 |
| Lowest | $47.95 Jan 16, '16 |
| Average | $47.95 (30d avg) $49.79 (90d avg) $54.35 (180d avg) $56.65 (365d avg) $57.74 (Lifetime average) |
| Added | Apr 4, 2013 |
| Last Seen | |
| Highest | $55.96 Oct 5, '14 |
| Lowest | $46.92 Jul 10, '14 |
| Average | $50.06 (365d avg) $51.57 (Lifetime average) |
| Added | Apr 4, 2013 |
NEW Product! Tenergy Premium NiMH Battery * More Cycle Life than base brand * No Memory Effects - NIMH cells does not require draining before a charge * Robust Performance - more consistent performance under load * Higher Current Capabilities - ideal for high drain applications * Longer & More Consistent Runtime * Compatible with all chargers that support NiMH rechargeable batteries Features and Benefits * High quality D size 10,000 mAh high capacity nickel hydride metal (Ni-MH) rechargeable batteries * Ultra long running time with this 10,000 mAh high capacity * Very long life time and can be recharged up to 1000 times. * Can provide over $1000 savings over the life time of this rechargeable batteries by eliminating the need to buy hundreds of;D-size Alkaline; batteries which cost $2.50 a piece. * Exact replacement for standard D size batteries and NiCd rechargeable batteries * Convenient operation due to that advantage that Ni-MH batteries have no memory effect. * Can be charged anytime * Can be rapidly charged with smart chargers and universal chargers * Battery tested based on International Electronic Commission (IEC) standard to ensure capacity, quality and life time Technical Specifications * Dimension: Height 60 mm, Diameter 33 mm * Weight:;0.36lbs per cell; * Capacity: 10,000 mAh * Voltage: 1.2V * Standard Charge: 15 hours @ 800 mA * Rapid Charge: 3 hours @ 4000 mA