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The 447-S for NiMH/NiCd batteries
This innovative new charger is simple to use and offers the ability to charge the most popular NiMH/NiCd battery types and configurations.
The 447-S utilizes state-of-the-art peak prediction circuitry to protect batteries from damage due to overcharging. Standard peak detection circuitry continues charging even after the battery is fully charged, which can damage the battery. Instead, the 447-S continuously monitors the battery's charge curve, calculates when the peak will occur, and stops charging at that point.
Advanced Trickle Charge mode automatically begins when the battery is completely charged. This pulse current charge function keeps the battery charged until it is ready for use and conditions the cells to ensure maximum performance and longevity.
This innovative new charger is simple to use and offers the ability to charge the most popular NiMH/NiCd battery types and configurations.
The 447-S utilizes state-of-the-art peak prediction circuitry to protect batteries from damage due to overcharging. Standard peak detection circuitry continues charging even after the battery is fully charged, which can damage the battery. Instead, the 447-S continuously monitors the battery's charge curve, calculates when the peak will occur, and stops charging at that point.
Advanced Trickle Charge mode automatically begins when the battery is completely charged. This pulse current charge function keeps the battery charged until it is ready for use and conditions the cells to ensure maximum performance and longevity.
| SPECIFICATIONS | |
|---|---|
| Trickle Charge: | Yes |
| Charge Rate: | 1, 2, or 4 amps |
| Cell Types: | NiMH, NiCd compatible |
| Cell Count: | 4-7 cells |
| Input Power: | 110V AC / 12V DC |
This part fits the following other parts:
Below is a list of parts and accessories for this product:
In Stock
TAM to DEANS(R) Charge Adapter
Part #: 609
MSRP: $6.99
In Stock
Manuals/Documents:
- #610 Reedy 447-S AC/DC 4-7 Cell Peak Prediction NiMH/NiCd Charger (1.33 Mb)
- Reedy Exchange Program (963.63 Kb)