GS Yuasa 2 Volt Traction Range
With long service life, improved charging times and enhanced safety features, GS Yuasa Traction batteries are proven to offer the perfect, low energy cost solution for electric motive power.
They are available in a range of standard BS and DIN sizes and the preferred choice of manufacturers and service engineers.
Innovative solutions
-
Long service life with exceptional levels of cyclic endurance provides a cost-effective solution
-
Low maintenance with minimal water consumption reduces the frequency topping up is required
-
Robust construction with leak resistant terminals and dip coated tray provides exceptional durability in high use applications
-
Fast charging for less downtime, lower energy costs and power consumption
-
Eco friendly by design – fully recyclable and considerably reduced CO2 emissions (when compared to diesel)




Proven power for a wide range of applications
-
Forklift trucks
-
Pallet trucks
-
Stackers and lifters
-
Order pickers
-
Cleaning vehicles
-
Belt conveyors
-
Electric and hybrid boats
-
Automatic guided vehicles (AGV’s)
-
Aisle trucks
-
Ground support
-
Other electric vehicles
Specifications
-
Bolt
Stainless steel bolt designed to prevent self-loosening.
-
Plug
Standard plug with venting and integral filter to stop ingress of external contaminants. Optional aquamatic plugs with built in floats to automatically regulate electrolyte level.
-
Connectors
Isolated copper connectors prevent short circuit and allow fast installation.
-
Air-Mix funnel
Supplied ready for Air-Mix conversion if required.
-
Pole
Robust, leak resistant terminals.
-
Separator
Low resistance high porosity construction designed to prevent short circuits.
-
Positive plate
Tubular grid with high corrosion resistance.
-
Negative plate
Special flat grid design ensures high conductivity.
-
Spacer
Integral cell spacers aid heat transfer.
-
Cell
DIN or BS sizes.
-
Box & lid
Heat and impact resistant.
Tray
High durability dip-coated tray.
Prism
Prevents short circuits by collecting shed active material in the base of the cell.
Electrolyte
1.280 SG sulphuric acid reduces corrosion and provides high cyclic performance.








Positive plate
Tubular construction produced with a specially designed
gauntlet and plastic base:
- High capacity design and construction
- Increased service life and short circuit protection
- Specially developed active material formulation produced from high purity lead oxides
- Non-woven gauntlet prevents active material shedding and resulting capacity loss
- Low water loss characteristics


Negative plate
- Optimised flat plate design and material formulation
- High purity negative active material to ensure a long service life


Separators
- Low internal resistance for increased conductivity and performance
- High mechanical and chemical resistance
- Prevents short circuits
Electrolyte
- 1.280 electrolyte density
- Higher performance and longer life when compared to standard batteries
Case & cover
- Heat and shock resistant Polypropylene
Cell
- BS and DIN 60254 European standard
compliant
Connectors
- Fully isolated copper cables
Depth of discharge / cycle correlation
Voltage vs discharge current
Aquamatic system
Our optional aquamatic top-up system is a battery water filling system that reduces service costs by replacing the need to manually fill traction cells. When installed, water flows through tubes which are connected to the battery’s aquamatic plugs in series. Built in floats stop the water flow when the electrolyte reaches the correct level preventing overfilling, spillage or underfilling.
Advantages
- Quick, safe and clean refilling
- Reduction in labour costs
- Faster filling times
- Safer – preventing overfilling and acid splash
- Controlled maintenance ensures maximum battery life
- Saves water by minimising loss
- Reduces the contamination risk associated with manual filling




Air-Mix system
By pumping air into the base of a cell, our optional Air-Mix system enhances electrolyte mixing reducing the risk of stratification and premature battery failure. The system also aids cell cooling during charging, which helps to reduce charging times.
Advantages
- Up to 20% less energy consumption during charging
- Up to 30% faster charge time
- Significantly reduces heat during charging to extend battery life
















