Charger EZ Pro Am Digital12/230V

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Team OrionTeam Orion ORI30402 | 

Price:
Sale price¥4,712 Regular price¥5,544

Description

Team Orion ORI30402

Charger EZ Pro Am Digital12/230V

Orion Charger for AA & AAA EZ Pro-Am Digital 12/230 (art. ORI30402)

Specifications:
Supply voltage: 12V = / ~ 120/230V; for AA batteries and AAA NiMH / NiCd, charging current AA: 2.200mA / AAA 800mA, trickle charge: AAA: 30mA / AA: 50mA

Description:

Team Orion Pro-Am Digital is a high performance battery charger, which can be used in 230V or 12V.

Pro-Am Digital outputs 4 independent charging, which can be used simultaneously.
The charger has an LCD display that displays the status of charging and discharging of each cell.
Pro-Am Digital is suitable for charging AA and AAA NiMH and NiCd. Contemporanemante cells can be recharged only with the type and the same size (such as all AAA NiMh).

Pro-Am Digital features an automatic refresh. This feature allows you to discharge the battery completely, to avoid any memory effect (memory effect).
Recharging takes place through the linear process and pulse to recharge the batteries quickly and efficiently.

Pro-Am Digital Auto Power Off Delta Peak, which terminates the charging when the respective cell is charged.
After switching off, the charger automatically switches to trickle charge.
Thanks to the jump start, Pro-AM Digital also recognizes totally empty cells with zero voltage.

Pro-Am has a digital security system with 6 levels:

  1. with time off after 1.5 hours
  2. protection against overheating
  3. protection against reverse polarity
  4. Auto Off Delta Peak
  5. Defective recognition of cells / cell that can no longer load
  6. protection against current overloads and short circuits

Features:

  • charger 12V = / 230V ~ to-AA & AAA
  • LCD display to show charging status
  • Loads and unloads
  • Auto Off Delta Peak
  • trickle charge
  • 4 independent charging output
  • Jump Start function to recognize cells with 0V
  • off timer after 1.5 hours
  • protection against overheating
  • protection against reverse polarity
  • recognition of cells defective
  • protection against current overloads and short circuits



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