Battery YTX14AH-BS Yamaha Grizzly Bruin Kodiak Wolverine Big Bear Bear Tracker YFM maintenance-free

High quality with better results in starting the engine !
Reduces self-discharging of the battery to the lowest level allowing for a longer life span.

Technical data
  Voltage 12v
Capacity 12 Ah (10 hours)
Design Maintenance-free
Cold test current according to manufacturer 210 A
Cold test current in (SAE) measured with JJM 609.00.66 290 A
Cold test current in (DIN) measured with JJM 609.00.66 265 A
Cold test current in (EN) measured with JJM 609.00.66 160 A
Length 134 mm
Width 89 mm
Height 166 mm
Weight ready for operation 4.6 kg
Acid pack incl. No
Acid volume 0.72 L
Connection type from top
Plus pole front left
Minus pole front right
Gas discharge Without

Suitable for:
  Model Bj. Code Type Year of construction Cyl. output
Yamaha YFM 250 XM Bear Tracker 4XE8 AG01W 2000 1 18 HP, 13 kw
Yamaha YFM 250 XN Bear Tracker 4XED AG01W 2001 1 18 PS, 13 kw
Yamaha YFM 250 XP Bear Tracker 4XEG AG01W 2002 1 18 PS, 13 kw
Yamaha YFM 250 XR Bear Tracker 4XEK AG01W 2003 1 18 PS, 13 kw
Yamaha YFM 250 XS Bear Tracker 4XEN AG01W 2004 1 18 PS, 13 kw
Yamaha YFM 250 BT Bear Tracker 1P03 AG01W 2005 1 18 PS, 13 kw
Yamaha YFM 250 BW Big Bear 1P0B AG01W 2007 1 18 hp, 13 kw
Yamaha YFM 250 BX Big Bear 1P0F AG01W 2008 1 18 PS, 13 kw
Yamaha YFM 250 BY Big Bear 1P0K AG01W 2009 1 18 hp, 13 kw
Yamaha YFM 250 BZ Big Bear 1P0P AG01W 2010 1 18 PS, 13 kw
Yamaha YFM 250 BA Big Bear 1P0T AG01W 2011 1 18 PS, 13 kw
Yamaha YFM 250 BT Bruin 1P02 AG01W 2005 1 18 PS, 13 kw
Yamaha YFM 250 BV Bruin 1P07 AG01W 2006 1 18 hp, 13 kw
Yamaha YFM 350 ANS BAS Bruin 2WD 5WH2 AH10W 2004 1 22 PS, 16 kw
Yamaha YFM 350 ANT BAT Bruin 2WD 5WH5 AH10W 2005 1 22 PS, 16 kw
Yamaha YFM 350 ANV BAV Bruin 2WD 5WH8 AH10W 2006 1 22 PS, 16 kw
Yamaha YFM 350 FWAN FAT Bruin 4WD 5UH9 - 2005 1 22 hp, 16 kw
Yamaha YFM 350 FWAN FAS Bruin 4WD 5UH4 AH09W 2004 1 22 PS, 16 kw
Yamaha YFM 350 FWAN FAT Bruin 4WD 5UH8 AH13W 2005 1 22 PS, 16 kw
Yamaha YFM 350 FWAN FAV Bruin 4WD 5UHD AH13W 2006 1 22 PS, 16 kw
Yamaha YFM 350 A GW Grizzly 2WD 5WHB - 2007 1 22 hp, 16 kw
Yamaha YFM 350 A GX Grizzly 2WD 5WHG - 2008 1 22 PS, 16 kw
Yamaha YFM 350 A GZ Grizzly 2WD 5WHM - 2010 1 22 PS, 16 kw
Yamaha YFM 350 A GZ Grizzly 2WD 38D3 - 2010 1 22 hp, 16 kw
Yamaha YFM 350 A TH Grizzly 2WD B149 - 2017- 2018 1 22 PS, 16 kw
Yamaha YFM 350 A GX Grizzly 2WD 5WHE AH10W 2008 1 22 PS, 16 kw
Yamaha YFM 350 A GY Grizzly 2WD 5WHJ AH10W 2009 1 22 PS, 16 kw
Yamaha YFM 350 A GA Grizzly 2WD 5WHR AH10W 2011 1 22 PS, 16 kw
Yamaha YFM 350 A TE Grizzly 2WD B143 AH10W 2014 1 22 PS, 16 kw
Yamaha YFM 350 A TF Grizzly 2WD B145 AH10W 2015 1 22 HP, 16 kw
Yamaha YFM 350 A TG Grizzly 2WD B147 AH10W 2016 1 22 PS, 16 kw
Yamaha YFM 350 A GX Grizzly 2WD 38D1 AH22W 2008 1 22 PS, 16 kw
Yamaha YFM 350 A GY Grizzly 2WD 38D2 AH22W 2009 1 22 PS, 16 kw
Yamaha YFM 350 A GA Grizzly 2WD 38D4 AH22W 2011 1 22 HP, 16 kw
Yamaha YFM 350 FWA FGW Grizzly 4WD 5UHJ - 2007 1 22 hp, 16 kw
Yamaha YFM 350 FWA FGX Grizzly 4WD 5UHS - 2008 1 22 PS, 16 kw
Yamaha YFM 350 FWA FGX Grizzly 4WD 5UHN AH13W 2008 1 22 PS, 16 kw
Yamaha YFM 350 FWA FGY Grizzly 4WD 5UHW AH13W 2009 1 22 hp, 16 kw
Yamaha YFM 350 FWA FGZ Grizzly 4WD 1AB3 AH13W 2010 1 22 hp, 16 kw
Yamaha YFM 350 FWA FGA Grizzly 4WD 1AB9 AH13W 2011 1 22 hp, 16 kw
Yamaha YFM 350 FWA FGB Grizzly 4WD 1NS3 AH13W 2012 1 22 PS, 16 kw
Yamaha YFM 350 FWA FGD Grizzly 4WD 1NS8 AH13W 2013 1 22 PS, 16 kw
Yamaha YFM 350 FWA FDE Grizzly 4WD 1NSE AH13W 2014 1 22 PS, 16 kw
Yamaha YFM 350 FWA FDF Grizzly 4WD 1NSH AH13W 2015 1 22 PS, 16 kw
Yamaha YFM 350 FWA FDG Grizzly 4WD 1NSK AH13W 2016- 2018 1 22 HP, 16 kw
Yamaha YFM 350 FWA FGX Grizzly 4WD 38P1 AH21W 2008 1 22 PS, 16 kw
Yamaha YFM 350 FWA FGY Grizzly 4WD 38P2 AH21W 2009 1 22 hp, 16 kw
Yamaha YFM 350 FWA FGZ Grizzly 4WD 38P3 AH21W 2010 1 22 hp, 16 kw
Yamaha YFM 350 FWA FGA Grizzly 4WD 38P4 AH21W 2011 1 22 hp, 16 kw
Yamaha YFM 350 FWA FGD Grizzly 4WD 1SG1 AH21W 2013 1 22 PS, 16 kw
Yamaha YFM 350 FWA FDE Grizzly 4WD 1SG2 AH21W 2014 1 22 PS, 16 kw
Yamaha YFM 350 FWAN FGDW Grizzly IRS 4WD 4S23 AH15W 2007 1 22 hp, 16 kw
Yamaha YFM 350 FWAN FGDX Grizzly IRS 4WD 4S28 AH15W 2008 1 22 PS, 16 kw
Yamaha YFM 350 FWAN FGDY Grizzly IRS 4WD 4S2G AH15W 2009 1 22 hp, 16 kw
Yamaha YFM 350 FWAN FGDZ Grizzly IRS 4WD 4S2K AH15W 2010 1 22 HP, 16 kw
Yamaha YFM 350 FWAN FGIA Grizzly IRS 4WD 4S2S AH15W 2011 1 22 HP, 16 kw
Yamaha YFM 350 AS XV Wolverine 2WD 3D53 AH14W 2006 1 22 HP, 16 kw
Yamaha YFM 350 AS XW Wolverine 2WD 3D55 AH14W 2007 1 22 PS, 16 kw
Yamaha YFM 350 AS XX Wolverine 2WD 3D57 AH14W 2008 1 22 PS, 16 kw
Yamaha YFM 350 AS XY Wolverine 2WD 3D59 AH14W 2009 1 22 PS, 16 kw
Yamaha YFM 400 ANR AR Kodiak 2WD 5VH3 AJ08W 2003 1 27 PS, 20 kw
Yamaha YFM 400 ANS AS Kodiak 2WD 5VH6 AJ08W 2004 1 27 PS, 20 kw
Yamaha YFM 400 FWAN FAR Kodiak 4WD 5TE3 AJ07W 2003 1 27 PS, 20 kw
Yamaha YFM 400 FWAN FAS Kodiak 4WD 5TE8 AJ07W 2004- 2005 1 27 PS, 20 kw

High quality with better results by starting the engine and for long livetime!

-reduce self-discharging of battery to the lowest level and longer life span

-totally leakage prevented and free of corrosive trouble
-safer for user, environment and motorbike
-easy to install (like the original battery)

Advantages of the battery:
- Longer life and significantly reduced self-discharge rate than conventional batteries
- Maintenance free
- More safety for health, the environment and your Quad, ATV, Motorcycle, Off Road, Scooter etc.
- Simple assembly instead of the original battery
- Acid level control is usually not necessary because the self-discharge is less than standard batteries.
- The battery begins at start by filling with acid with the self-discharge. Can therefore be stored indefinitely.
- Stable resistant battery case
- Permanent pressure sealed connection of the battery housing components as a fixed unit for maximum stability
- High degree of material resistance against oil and acid gases
- Protection against extreme weather conditions
- Snugly through the special active materials and bulk carrier grids resist vibration and ensures the long-term duration of use
 

To consider when you make the battery ready:
The batteries are supplied dry and Need to be filled in with battery acid to be activated.

The acid needs to be bought extra (we are not allowed to supply them anymore to customers due to German regulations)

After remaining free up the battery with the battery acid to rest the battery.
It is fully charged after about 30 minutes (when the battery does not form any more bubbles).
Then just close the shutter bar.

Do not open the battery anymore!
To check the acid level is usually not necessary, because the self-discharge is less than standard batteries.
During prolonged periods of "non-use", such as when the winter is often the case, remove the battery and take of on-board voltage.
Then store in a cool dry place and regularly charge on battery charger.

The battery is an aggregation of multiple galvanic cells.
Each of the cells includes a plurality of lead grids.
These are alternated with lead oxide, this is the positive / positive pole of the battery, and very porous lead, which is the negative / minus pole coated.
The separator consists of a mirkoporösem insulating material. The separator prevents the plates touch un dso would cause a short circuit.
The battery is charged in a dry state.
If now the electrolyte, that dilute sulfuric acid is poured into the battery, the discharge starts.
During the discharging, electrons from the negative to the positive pole. Arise here about 2Volt per cell (1.75 to 2.4 V) power.
In series by connecting in series so for example of three cells you have a 6 volt battery, six cells by a 12 volt battery.
The series connection of the battery is totally defective should also be only one cell or be damaged!

Each battery has a certain amount of wear which can not be prevented.
For example, it is so that the lead plates corrode over time and lose material.
It may contain impurities and dirt deposits that can progress to a highly flammable explosive gas.
Over time, the sulfur material as sulfated batteries the electrolyte is combined with the lead plates and the crystals formed which inhibit the flow of electrons.
The batteries is added to a Antisulfat. This significantly slows these processes and thus has a much longer battery life!
The disadvantage of this is that in the dry state, the battery can not be charged greatly.