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Soshine RCR123 16340 650mAh LI-Ion Rechargeable Battery (3-Pack) Price: R747
Discovery Miles 7 470
  • This item will be delivered directly from torchsadropship. Estimated delivery is between 2 and 4 days.

Soshine RCR123 16340 650mAh LI-Ion Rechargeable Battery (3-Pack):

Soshine RCR123 16340 650mAh LI-Ion Rechargeable Battery (3-Pack)

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Price R747
Sold and fulfilled by
TorchSA
Discovery Miles 7 470 | Repayment Terms: R70 pm x 12*

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Expected to ship within 3 - 5 working days

Soshine Li-ion 16340 RCR123 Rechargeable Battery: 650mAh 3.0V

Bar Code:  6951151512130

Model: 16340-3.0-650
 

3.0V 650mAh rechargeable Li-ion battery.
Can replace for 3.0V CR123, CR17345. The voltage of full charge & empty condition is 4.2v & 2.75v respectively
Rechargeable Times:Up to 500 times 
Type:Li-ion
Model:RCR123
Capacity: 650mAh
Output voltage:3.0V
Internal resistance:80

Weight:20g(1pcs)
Size:17*35.5mm
1) High quality and operating voltage 3.0V Li-ion rechargeable battery.
2) Product detail:ICR16340 Lithium-ion battery with capacity:650mAh.
3) Light weight, higher energy density, small volume.
4) Longer service life, 1C for Circulation using 500 charge/discharge Cycle, capacity above 80%.
5) Low self-discharge.
6) No memory effect.
7) Safer and more environmentally friendly. 
Soshine 3.0V batteries have diodes in them. Li-ion chemistry produces 3.6V (nominal) and those Soshine are Li-ion batteries. The diodes are not there for protection. They are there to drop the output voltage from 3.6V (nominal) to 3.0V (nominal). So inside your battery is a charged Li-ion cell that has about 4.2V (full charged state of 3.6V Li-ion). But the power is coming through an output diode (0.6V typical) to drop the voltage to 3.6V (result of regulation) so that it can be put into devices that cant handle the 4.2V.This is the reason that you must use the 3.6V setting to charge them.
Note:
(1) The batteries should be stored at room temperature,charged to about 30% to 50% of capacity.
(2) During long term storage,in order to ensure the battery to maintain the capacity level,we suggest Li-ion batteries should be charged and discharged once every 6 months.

Test conditions:
1) Temperature: 25~30℃
2)Equipment: GHC5V50A32Z

General

Brand: Soshine
Categories: Electronics > Batteries & Chargers > Batteries > Rechargeable
Promotions > Loadshedding
LSN: XQU-EWN-AS5-4
Barcode:
Colour: Black
Model Number: 3x Soshine RCR123 16340 650mAh 3v

Warranty

Warranty: 6 Months Limited

Package Contents

Package Contents: 3x Soshine RCR123 650mah

Physical Specification

Item Depth (mm): 120
Item Height (mm): 20
Item Width (mm): 110
Material: Lithium
Weight (kg): 0.05

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  • Soshine Li-ion 16340 RCR123 Rechargeable Battery: 650mAh 3.0V
  • Bar Code:  6951151512130
  • Model: 16340-3.0-650
  •  
  • 3.0V 650mAh rechargeable Li-ion battery.
Can replace for 3.0V CR123, CR17345. The voltage of full charge & empty condition is 4.2v & 2.75v respectively
  • Rechargeable Times:Up to 500 times 
Type:Li-ion
Model:RCR123
Capacity: 650mAh
Output voltage:3.0V
Internal resistance:80
  • 
Weight:20g(1pcs)
Size:17*35.5mm
  • 1) High quality and operating voltage 3.0V Li-ion rechargeable battery.
2) Product detail:ICR16340 Lithium-ion battery with capacity:650mAh.
3) Light weight, higher energy density, small volume.
4) Longer service life, 1C for Circulation using 500 charge/discharge Cycle, capacity above 80%.
5) Low self-discharge.
6) No memory effect.
7) Safer and more environmentally friendly. 
  • Soshine 3.0V batteries have diodes in them. Li-ion chemistry produces 3.6V (nominal) and those Soshine are Li-ion batteries. The diodes are not there for protection. They are there to drop the output voltage from 3.6V (nominal) to 3.0V (nominal). So inside your battery is a charged Li-ion cell that has about 4.2V (full charged state of 3.6V Li-ion). But the power is coming through an output diode (0.6V typical) to drop the voltage to 3.6V (result of regulation) so that it can be put into devices that cant handle the 4.2V.This is the reason that you must use the 3.6V setting to charge them.
  • Note:
  • (1) The batteries should be stored at room temperature,charged to about 30% to 50% of capacity.
  • (2) During long term storage,in order to ensure the battery to maintain the capacity level,we suggest Li-ion batteries should be charged and discharged once every 6 months.
  • Test conditions:
  • 1) Temperature: 25~30℃
  • 2)Equipment: GHC5V50A32Z

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