Copper = up to 10 times more conductive than lead!
What it offers
More power for accelerating and lifting (high current demands)
More energy for longer running time (high energy content)
Longer operational life (low operating temperature)
Fast charging (charge efficiency)
Opportunity charging ability -> less battery changes
Higherenergy cost savings (excellent energy efficiency)
Ability to operate under extreme conditions. (i.e Cold storage /outdoor applications – excellent performance in low temperatures and generally in difficult applications)
Cold storage / Outdoor applications
High rack facilities with more lifting demands
Heavy duty applications with demanding accelerations periods
Multi-shift applications with one battery through fast and opportunity charging
Seasonal business with high activity peaks
Complete battery features
2 Shift Operation
Our CSM Batteries equipped with Airlift are able to take full advantage of the fast and opportunity charging capabilities of CSM technology allowing the battery to operate on 2 shifts with opportunity charging.
Higher Energy Efficiency
Negative plates with CSM grid (Copper Stretch Metal) reduces internal resistance resulting in higher energy efficiency and higher energy content.
Standard DIN size - Higher Energy Content
Within the same dimensions with standard cells (fully compatible to IEC 60254-2) offer higher capacity and higher energy content especially useful in high rack facilities and heavy-duty operations.
Fast and Opportunity Charging
Our FILON FUTURE chargers enable fast and opportunity charging in 4 hours (when equipped with airlift) thus allowing multi-shift operation with one battery.
up to -15%
up to -15%
up to -15%
up to 5 times faster
CSM batteries can be recharged in 4 hours due to excellent charge acceptance which leads to lower temperatures during charge and reduced energy losses.
FILON FUTURE chargers with special fast charge curve and suitable programming enable fast and opportunity charging.
The charger should be equipped with airlift, in order to prevent the stratification of the electrolyte and with automatic temperature compensation to adjust charging current when the electrolyte temperature is being increased.