Battery Charger with Starter 100A NORDBERG WSB161
Suitable for 6V/ 12V Lead- acid (AGM/STD/GEL) and LFP batteries.
The charger is equipped with a microprocessor (MCU - Micro Computer Unit) and features fully automatic diagnostic, charging, and maintenance functions.
The “trickle charge" function allows the charger to be permanently connected. A full charge will be maintained.
Advantages
- 6/12V, 2/10/20A output, 100A engine start
- Maintenance function/ 13.6V Power supply function
- Microprocessor controlled unit, & fully automatic
- Complete 9-stage charging
- Metal housing, impact resistance
- Selectable battery type charging
- Digital display for V/ A/ % of charge
- Novel design & robust housing
- Hybrid technology, with High frequency DOE compliant!
- 4 safety function: over load/ over heat/Short circuit/ Reverse polarity
- CE/ ETL/ GS Certification
STD - (Standard flooded battery) is used to provide sufficient power to the vehicle's ignition system. It is mainly used in critical situations where the power is not enough to start the vehicle. These batteries are used to provide additional power especially when the electrical load of the vehicle exceeds the required limit.
CA (Сalcium)- This type of battery can only be charged with a charger that has a constant voltage.
MF – This is a fully MF (Maintenance-Free) class battery in a sealed case
EFB (Enhanced Flooded Battery) - Advanced liquid electrolyte battery technology for use in START-STOP vehicles.
AGM (Absorbent Glass Mat) - Absorbent Glass Mat Technology. Advanced Dry Cell Battery Technology for cars with high energy consumption Start-Stop function.
Gel - Gel technology is similar to AGM, but the electrolyte is not absorbed by glass fiber, but is thickened with silica gel (SiO2). Not used in automobiles as starter batteries. They are used only as traction batteries.
Li-ion (Lithium-ion battery) - They have the highest energy density, high specific power and low self-discharge rate during storage. There is no conditionally called “memory effect”.
LiFePO (lithium iron phosphate) - batteries manufactured with this technology are used in a wide range of car models such as Toyota Prius C, Ford Fusion Hybrid, Tesla, Porsche and many others. These batteries are known for their compact size, light weight and high energy density.
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