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OLYMPUS (MJU) DIGITAL 500 Battery Pack Replacement

· (MJU) DIGITAL 500 is a rechargeable battery pack for OLYMPUS digital camera.
· This OLYMPUS (MJU) DIGITAL 500 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 this OLYMPUS (MJU) DIGITAL 500 battery(charger).
· Buy (MJU) DIGITAL 500 battery and charger together will save more mony!
· Know more battery tips before buying OLYMPUS (MJU) DIGITAL 500 battery(charger).
· Any questions about OLYMPUS (MJU) DIGITAL 500 please feel free to contact us.

 

Buy OLYMPUS (MJU) DIGITAL 500 Battery

Sample of OLYMPUS (MJU) DIGITAL 500 Battery
  • Item Number:
  • EDSY001K
  • Chemistry:
  • LI-ION
  • Volt:
  • 3.7V
  • Capacity:
  • 1150mAh
  • Color:
  • BLACK
  • Dimension:
  • 45.70x31.70x10.00mm
  • Net Weight:
  • 33.00g
Note: Brand new, best replacement for the original product. Full 1 year warranty!

Replacement Battery Code for OLYMPUS (MJU) DIGITAL 500

  • 200838
  • DSY001
  • DSY001L40
  • LI-10B
  • LI-12B
  • OLYMPUSLIB10

OLYMPUS (MJU) DIGITAL 500 Fit Models

  • (MJU) DIGITAL 500
  • C-70 ZOOM
  • C-7000
  • CAMEDIA C-50 ZOOM
  • CAMEDIA C-5000 ZOOM
  • CAMEDIA C-60 ZOOM
  • CAMEDIA C-760 ULTRA ZOOM
  • CAMEDIA C-765 ULTRA ZOOM
  • CAMEDIA C-770 ULTRA ZOOM
  • CAMEDIA U-15 DIGITAL
  • CAMEDIA U-20 DIGITAL
  • CAMEDIA U-25 DIGITAL
  • CAMEDIA U-30 DIGITAL
  • CAMEDIA X-1
  • CAMEDIA X-2
  • CAMEDIA X-3(JAPAN)
  • D-590
  • IR-500
  • MJU 300
  • MJU 400
  • STYLUS 300
  • STYLUS 400
  • STYLUS 410 DIGITAL
  • STYLUS 500
  • STYLUS C-50
  • STYLUS U-410 DIGITAL
What are the differences between Primary Battery and rechargeable battery?

A primary OLYMPUS (MJU) DIGITAL 500 Battery is not intended to be recharged and is discarded when the battery has delivered all of its electrical energy.

A rechargeable OLYMPUS (MJU) DIGITAL 500 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.