Konica REVIO KD-200Z Battery Pack Replacement
· REVIO KD-200Z battery is a rechargeable battery pack for Konica digital camera.
· This Konica REVIO KD-200Z replacement Digital Camera Batteries(charger) is being sold in factory direct price.
· 1 year warranty and 30 days money back after service is provided for the Konica REVIO KD-200Z battery.
· Buy REVIO KD-200Z battery and charger together will save more mony!
· You can know more battery tips before buying Konica REVIO KD-200Z battery .
· Any questions about Konica REVIO KD-200Z please feel free to contact us.

Buy Konica REVIO KD-200Z Battery
- Item Number:
- EDOL001K
- Chemistry:
- Li-ion
- Volt:
- 3 V
- Capacity:
- 1400mAh
- Color:
- Black
- Dimension:
- 51.90 x 38.40 x 14.20 mm
- Net Weight:
- 38.50g
Replacement Battery Code for Konica REVIO KD-200Z(Press "ctrl+F" to search)
- KONICA CR-V3
- KONICA CR-V3P
- KONICA CRV3
Konica REVIO KD-200Z Fit Models
- KONICA KD-210Z
- KONICA KD-220Z
- KONICA REVIO KD-200Z
- KYOCERA FINECAM L3V
- KYOCERA FINECAM L4V
- RICOH CAPLIO 300G
- RICOH CAPLIO G3
- RICOH CAPLIO G3 MODEL M
- RICOH CAPLIO G3 MODEL S
- SAMSUNG DIGIMAX 101
- SAMSUNG DIGIMAX 202
- SAMSUNG DIGIMAX 240
- SAMSUNG DIGIMAX 250
- SAMSUNG DIGIMAX 301
- SAMSUNG DIGIMAX 324
- SAMSUNG DIGIMAX 350SE
- SAMSUNG DIGIMAX 360
- SAMSUNG DIGIMAX 370
- SAMSUNG DIGIMAX 401
- SAMSUNG DIGIMAX 420
- SAMSUNG DIGIMAX 430
- SAMSUNG DIGIMAX 530
- SAMSUNG DIGIMAX A40
- SAMSUNG DIGIMAX A400
- SAMSUNG DIGIMAX A5
- SAMSUNG DIGIMAX A6
- SAMSUNG DIGIMAX U-CA 3
- SAMSUNG DIGIMAX V3
- SAMSUNG DIGIMAX V4
- SAMSUNG DIGIMAX V4000
- SAMSUNG DIGIMAX V5
- SAMSUNG DIGIMAX V50
- SAMSUNG DIGIMAX V6
- SAMSUNG DIGIMAX V70
What are the differences between Primary Battery and rechargeable battery?
A primary Konica REVIO KD-200Z Battery is not intended to be recharged and is discarded when the battery has delivered all of its electrical energy.
A rechargeable Konica REVIO KD-200Z Battery is a galvanic battery which, after discharge, is restored to the fully charged state by the passage of an electrical current through the cell in the opposite direction to that of discharge.

