Bosch S3 002 Car Battery 12v 45Ah 400A (012, 079, 545 412 040)Brand: Bosch
Range: S3
Part Number: S3 002
Alternative Reference: 012, 079, 545 412 040
Voltage : 12v
Ampere-Hour Capacity at 20hr rate Ah: 45Ah
Cold Cranking Performance (Amps) SAE/EN1: 400A
Dimensions
Length : 207mm
Width : 175mm
Height: 190mm
Terminal Layout: Negative (-) on left, Positive (+) on right ; with the terminals on the edge of the battery closest to you
Terminal: DIN post
Can be used as an alternative to :
Banner P5040, P5003, 54559, RP50
Bosch S3 002, S4 002, S5 002
Duracell DA50, DS50
Exide EB500, 079SE
Exide EA530, 079TE
Lucas LP012, LS012
Numax 012
Oldham 012A
Platinum 012E
Varta 545 412 040, 552 400 047, 554 400 053
Varta Short code B19, C22, C30
Yuasa YBX1012, YBX3012, YBX5012
GS Yuasa SMF012
Note : check current fitment for suitability.
About Bosch Car batteries
PowerFrame® technology in Bosch S5/S4/S3 batteries
The grid is of crucial importance for a battery's performance and reliability. The patented PowerFrame® offers considerable advantages over conventional grids, and is responsible for an optimum flow of electricity.
Bosch S5/S4/S3 batteries therefore impress with their outstanding starting power and longer service life.
More power right from the start: Advantages of PowerFrame® technology
Rigid grid frame
Prevents grid growth and corrosion at the edges and so damage to the separator, or short circuits caused by the grid making contact with the negative plate.
Stamped grid
The rigid, precise structure ensures excellent adhesion of the active material to the grid and permits low-resistance, rapid charging and discharging of the battery. In contrast to conventional grids, there is no brittleness arising from mechanical deformation during production.
Optimum grid structure
More lead is applied to the areas subject to a higher load: the grid is more hard-wearing and resist
Grid designed for optimum flow
In this innovative design, the grid bars lead directly to the plate link. The low flow resistance ensures optimum conductivity and the fastest possible supply of power to the electrical device.
