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Technical Information

Motorcycle Battery Structure & Characteristics
Introduction to Lead Acid Battery
Lead acid batteries are used as a power source for vehicles that demand a constant and uninterruptible source of energy. Just about every vehicle today does. For example, street motorcycles need lights that operate when the engine isn’t running. They get it from the battery. Accessories such as clocks and alarms are battery-driven. Starting your vehicle depends on a battery.

   Technically speaking, the battery is an electrochemical device that converts chemical energy to electrical energy. The first thing you notice inside a battery is the cells. Each cell has about two volts (actually, 2.12 to 2.2 volts, measured on a DC scale). A 6-volt battery will have three cells. A 12-volt battery, six cells.


Characteristics & Configuration
Characteristic:
  • Best selected materials, consummate craft together with excellent in quality and reasonable in price;
  • Adopting PP material to make it endure vibration more strongly;
  • Be able to endure over charged and discharged.
  • Easy to be loaded and transported without acid leakage
Features and Benefits

Components
Features
Benefits
Cast Grid Special Grid Design Severe vibration resistance & improved conductivity
Active Material Proprietary Formulation Reduced shedding, maximum utilization, & long service life
Pasted Plates Specified Thickness & weight Ensures vibration resistance through precise compression & proper Service life through specified active material balance
Dried-Charged Plates Tank Formed & Dried Plates Properly dried plates in a sealed battery have a virtually limitless shelf-life, while still retaining 70-80% state of charge when filled with acid
Top Lead Connections Through-Partition-Construction, Large Straps Shorter current path for increased electrical conductivity & higher starting currents, heavier parts for maximum durability
Case-Cover Seal Thermal Bonded Plastic Air tight seal to prevent air ingress & acid seepage
Terminal-Cover Seal Patented Poly-Seal Terminal Eliminates acid seepage, reduces corrosion, & extends battery life
Case & Cover Polypropylene Superior resistance to gasoline Soil, impact resistant in extreme weather conditions
Additive Sulfate Stop(Some models) Sulfate stop added to reduce the solubility of lead into the acid, which then reduces battery sulfation potential
Separator Absorbed Glass Mat Absorbs acid while creating cell compression for extreme vibration resistanc
Terminal Configuration

Type
Terminal (Front/Side/Top)
Battery Type
A YTX4L-BS
YTX9-BS		 YTX5L-BS
YTX12-BS		 YT27S
KMX14-BS		 YTX7A-BS
YTX14-BS		 YTX7L-BS
YIX30L
B YB3L-A
YB16-B-CX
12N5.5A-3B		 YB5L-B
YB16L-B
6N6-3B		 YB9A-A
12N5-3B
6N6-3B-1		 YB12A-B
12N5-4B
6N11A-1B		 YB14A-A1
12N5.5-3B
B49-6
C HYB16A-AB
Y50-N18A-A		 YB16B-A1
Y50-N18L-A		 YB18-A
Y50-N18L-A-CX		 YB18L-A
SY50-N18L-AT		  
D YB10A-A2
YB14-A2		 YB10L-A2
YB14A-A2		 YB10L-B2
YB14L-A2		 YB12AL-A2
SYB14L-A2		 YB12B-B2
YB14-B2
E YB14L-A1 YTX16-BS-1 YB7C-A    
F YB16AL-A2        
G Y60-N24AL-B
51814		 Y60-N24A
51913		 12N24-3
53030		 12N24-3A  
H YHD-12        
I YT4B-BS        
J YT4B-BS        
Designation of Battery Type Numbers
 
Designations:
  1. Nominal voltage
  2. Vented type (normal type)
  3. Battery capacity at 10 hour rate
  4. Indication of different size of the same capacity batteries
  5. Polarity location (see Fig,1), configuration
  6. Location of opening for exhaust (see Fig.2)
  7. Type of terminal
  8. Symbol of high performance batteries
  9. Performance level
  10. Cranking or starting power
  11. Symbol of maintenance free (VRLA) batteries (YT. GT)
  12. Sealed, non-spillable
  13. High performance
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