Valve regulated lead battery with electrolyte fixed in an absorbent glass mat (AGM)

Front terminal design – easy access for faster installation and maintenance

Durable polypropylene casing (with flame-retardant option available) maintains structural integrity...

Fully recyclable: Resource-saving and low CO₂ footprint

Valve regulated lead battery with electrolyte fixed in an absorbent glass mat (AGM)

Robust design for maximum float service life

Maintenance-free (no water refilling) for the entire service life

Wide selection of capacities and voltages – scalable to any power need

Non-spillable (no water topping-up or electrolyte maintenance required); Meets Automotive...

Robust design makes the batteries resilient in harsh conditions

Horizontal mounting is possible – easy installation and maintenance

Fully recyclable: Resource-saving and low CO₂ footprint

Valve regulated lead battery with electrolyte fixed in a Gel

Robust design makes the batteries resilient in harsh conditions

Fully recyclable: Resource-saving and low CO₂ footprint

Valve regulated lead battery with electrolyte fixed in a Gel

Robust design makes the batteries resilient in harsh conditions

Front terminal design with handles – easy installation and maintenance 

Fully recyclable: Resource-saving and low CO₂ footprint

Valve regulated lead battery with electrolyte fixed in a Gel

Proof against deep discharge – greater long-term energy delivery; Stable design for up to 15 years...

Varies by model type: G-M5, G-M6, A-Terminal, F-M10, SR-6.3

Fully recyclable: Resource-saving and low CO₂ footprint

Protection against deep discharge – greater long-term energy delivery

Exceptional cycling performance: up to 3,000 cycles at 60% depth of discharge C₁₀

Robust design makes the batteries resilient in harsh conditions

Fully recyclable: Resource-saving and low CO₂ footprint

Tubular plates in block and single-cell version

More capacity than standard DIN OPzS due to optimized plate design

High operational reliability under rough conditions and low maintenance, due to optimized alloy and...

Fully recyclable: Resource-saving and low CO₂ footprint

Long lifespan in float application, highly reliable and robust

Low maintenance due to a high-performance, optimized alloy

Optimal energy density saves floor space

Fully recyclable: Resource-saving and low CO₂ footprint

The Classic OCSM has a positive tubular plate and negative CSM (copper) plate technology; The...

Low maintenance to reduce total cost of ownership

A very long float life, high power and excellent cycling endurance guarantee a unique design

Fully recyclable: Resource-saving and low CO₂ footprint