
€304.34
| Weight | 6967131678 kg |
|---|---|
| Dimensions | 31.5 × 17.5 × 17.5 cm |
Verified technical specifications, vehicle compatibility, and maintenance answers.
No, the Varta F17 (580 406 074) is a conventional flooded SLI (Starting, Lighting, Ignition) battery engineered specifically for standard internal combustion engine vehicles without modern micro-hybrid capabilities. It lacks the cyclic endurance and rapid dynamic charge acceptance required for frequent engine restarts and regenerative energy recuperation. Installing this SLI battery in a vehicle with an automatic Start-Stop system will lead to severe acid stratification, rapid plate degradation, and premature battery failure, often within months, while triggering vehicle Battery Management System (BMS) fault codes. Vehicles with basic Start-Stop systems require an EFB (Enhanced Flooded Battery), whereas advanced Start-Stop vehicles equipped with brake energy regeneration require an AGM (Absorbent Glass Mat) battery.
To preserve cell longevity and prevent electrolyte dry-out, recharge the Varta F17 using an intelligent, multi-stage microprocessor-controlled charger running a dedicated standard wet/flooded charge profile (IUoU). The optimal charging current should be set to approximately 10% of nominal capacity (8.0 Amps, maximum 16.0 Amps). Absorption/bulk charging voltage must be strictly regulated between 14.4V and 14.7V at 25°C (77°F), with temperature compensation applied (-3mV to -4mV/°C per cell) in non-temperate environments. Float maintenance charging should be set between 13.2V and 13.8V. Do not use legacy unregulated high-voltage booster chargers or exceed 15.0V in normal cycling, as sustained overcharging induces active material shedding and excessive gassing in non-accessible flooded units.
Under nominal operating conditions with a functioning vehicle charging system (alternator output of 13.8V to 14.4V), the Varta F17 provides an expected service lifespan of 3 to 5 years. Lifespan is highly contingent on operating climate, parasitic discharge rates, and drive cycles; chronic short trips without complete alternator replenishment will accelerate sulfation and reduce operational years. Depending on the authorized distributor and geographic region, the battery typically carries a 24- to 36-month replacement warranty covering manufacturer defects in materials, internal cell open-circuits, and assembly flaws. Warranties strictly exclude premature failures resulting from deep discharge (terminal voltage resting below 10.5V), physical casing damage, improper Start-Stop installations, or persistent undercharging.
The Varta F17 delivers a Cold Cranking Amperage (CCA) rating of 740 Amps under the EN testing standard (EN 50342-1), confirming its capability to sustain 740A discharge for 10 seconds at -18°C (0°F) while keeping terminal voltage above 7.5V. The unit incorporates patented PowerFrame stamped grid technology, which significantly enhances electron flow, lowers internal electrical resistance, and resists mechanical grid growth caused by thermal stress. Because severe winter conditions can decrease a flooded lead-acid battery's available electrochemical capacity by 40% to 50% while simultaneously increasing engine oil viscosity, the 740A EN rating provides substantial reserve cranking torque to start mid-to-large displacement petrol and common-rail diesel engines in extreme winter environments.
Yes, the Varta F17 is a fully sealed Maintenance-Free (SMF) flooded lead-acid battery utilizing a double labyrinth lid design that condenses internal acid vapors and recirculates water back into the cells, eliminating the need or ability to replenish distilled water. It is built on an industry-standard DIN LN4 casing with a B13 base hold-down ledge, featuring standard DIN tapered automotive posts in Terminal Layout 0 (Right Hand Positive: positive terminal on the right side when facing the battery front). When installing: ensure the engine and all electrical systems are switched off, disconnect the negative (ground/black) cable first, followed by the positive (red) cable. During installation, connect the positive lead first, then the negative lead to prevent short circuits, torque clamps to 4–6 Nm, and reconnect the external degassing hose to the side vent port if the battery is fitted inside an enclosed trunk or passenger compartment.

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