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Comparison Exide Excell EB950 vs Exide Premium EA852

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Exide Excell (EB950)
Exide Premium (EA852)
Exide Excell EB950Exide Premium EA852
from $113.00 up to $121.45
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from $91.00 up to $105.16
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Typestarterstarter
Suitable forcarcar
Maintenancemaintenance freemaintenance free
StandardDINDIN
Specs
Electrolyte typeSLA (lead acid)SLA (lead acid)
TerminalsT1 (cone)T1 (cone)
Terminal placementlong sidelong side
Polarity+ right+ right
Voltage12 В12 В
Battery capacity95 Ah85 Ah
Starting power (EN)800 А800 А
Charge indicator
General
Carrying handle
Dimensions (LxWxH)353x175x190 mm315x175x175 mm
Added to E-Catalognovember 2015november 2013
Glossary

Battery capacity

The electrical capacity of a battery, in other words, the amount of energy stored by a battery when fully charged. The capacity value is expressed in amp-hours and indicates the number of hours during which a fully charged battery will be discharged to the minimum allowable charge, delivering a current of 1 ampere to the load. For example, a capacity of 40 Ah means that the battery is capable of delivering a current of 1 A for 40 hours, or 2 A for 20 hours, etc. In fact, a more capacious battery gives more attempts to start the engine, and is also able to work longer at a low load (for example, when powering a car audio system).

The capacity requirements for different transport types differ markedly. So, in motorcycle batteries, it rarely exceeds 20 Ah, the average value for passenger cars is 40-80 Ah (but there are options for 100 Ah or more), and for heavy equipment like buses, an acceptable capacity starts somewhere from 100 Ah. The optimal value of the battery capacity is often indicated by the manufacturer in the characteristics of the vehicle, and when choosing a model by capacity, you should focus primarily on these figures.
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