Centenex Electronics
Centenex Electronics CHKODKLIC8000_K8500 battery charger
AC/DC charger for Kodak KLIC-8000 batteries used in EasyShare Z612, Z712, Z812, Z1012 and Ricoh Caplio models
- Charges Kodak KLIC-8000 batteries externally
- Works with 100~240 V AC power worldwide
- Fits Kodak EasyShare Z612 Z712 Z812 Z1012 cameras
- Also charges Ricoh Caplio R1 R2 RZ1 models
- Matches KLIC-8000 metal contact layout exactly
Centenex AC/DC Charger for Kodak KLIC-8000
This Centenex Electronics AC/DC charger is designed to externally charge Kodak KLIC-8000 lithium-ion batteries. It supports compatible Kodak EasyShare and Ricoh Caplio cameras that use this specific battery type. The unit operates on 100 to 240 volt automatic switching input for worldwide use.
Thermal and power behaviour
The charger runs from standard mains voltage without an external power brick. Normal operation produces minimal heat and no audible fan noise. Power draw is limited to the low wattage required for single-bay lithium-ion charging.
Contact alignment decides fit
Metal contacts on the charging bay are positioned to match the KLIC-8000 battery exactly. Identical camera model numbers sometimes ship with CRV3 or AA cells instead, so verifying the battery part number before purchase is essential.
Highlights
- Charges Kodak KLIC-8000 batteries externally
- Works with 100~240 V AC power worldwide
- Fits Kodak EasyShare Z612 Z712 Z812 Z1012 cameras
- Also charges Ricoh Caplio R1 R2 RZ1 models
- Matches KLIC-8000 metal contact layout exactly
Specifications
| Brand | Centenex Electronics |
|---|---|
| Model | CHKODKLIC8000_K8500 |
Questions about this item
How do I install the KLIC-8000 battery into the CHKODKLIC8000_K8500 charger, and what alignment step is often missed?
Slide the battery in so its metal contacts match the charger's contact pins exactly; the pins are positioned for the KLIC-8000 layout, so forcing it the wrong way round will prevent charging.
What maintenance or replacement will this charger need over time?
No user-serviceable parts are described; keep the contact pins clean and the AC/DC input within the 100~240V automatic-switching range to avoid stress on the internal circuitry.
What limit appears first when the charger runs continuously?
The unit is designed for the 100~240V automatic-switching input; sustained operation at the extremes of that range will hit thermal limits before any other constraint.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.
