Solar Power Charger

Portable Solar Power charger+ 4 AA/4 C /4 D NiCD rechargeable cells

Portable Solar Power charger+ 4 AA/4 C /4 D NiCD rechargeable cells

기본 정보
Product Name Portable Solar Power charger+ 4 AA/4 C /4 D NiCD rechargeable cells
Sale Price Call for Price
Product Code CH-SL11-CD
Quantity 수량증가수량감소
상품 옵션
 
  • Finally batteryspace combines the lowest cost solar panel charger with 12 pcs NICD rechargeable cells for you to save energy
  • 12 pcs NiCD rechargeable batteries◦4 pcs NiCD AA size 1000 mAh rechargeable cells
         ◦ 4 pcs NiCD C size 3000 mAh rechargeable cells
         ◦ 4 pcs NiCD D size 5000 mAh rechargeable cells
  • One pc Portable Solar Power charger for NiCD/NiMH rechargeable battery ◦Special design to charge max. 2 pcs same size and same brand batteries
         ◦ Charge either NiMH or NiCD rechargeable button top battery.
         ◦ Charging channels for different size of batteries.
                  ■ One Channel for C/AA/AAA size NiMH/NiCD rechargeable batteries. (Max 2 pcs of same size per channel at a time)
                        ■ Please upright the spring ring vertically when insert either AAA or AA battery. (Small ring for AAA size rechargeable batteries. Large ring for AA size rechargeable batteries)
                  ■ One Channel for D size NiMH/NiCD rechargeable battery only. (Max 2 pcs per channel)
         ◦ Built in blocking diode to prevent the reverse flow of electricity from the battery to the solar panel during night time or when no sunlight is available.
         ◦ Equipped with a meter to illustrate and confirm the charging activities.
         ◦ Max charging current: 160 mA
         ◦ Charging time = The battery capacity (mAh) / Sun light current (mA)
         ◦ Included the angle stand at bottom of charger to face the sunlight directly
         ◦ Dimension (LxWxH): 6.7" (170mm) x 4.7" (120mm) x 2.5" (62mm)
         ◦ Weight: 12 oz (340 g)
    • Recharging time will vary depending upon the strength of the sunlight.

    • NiCd battery has less self-discharging rate and better over-discharging resistant than NiMH cell, so they are more suitable for solar power