


€756.89
5 in stock
The Exide EM960 12V 100Ah 800EN AGM battery represents the pinnacle of micro-hybrid energy storage, built specifically to handle the intense cyclic demands of modern vehicles equipped with Start-Stop and regenerative braking systems. Engineered with advanced Absorbent Glass Mat separators and high-density lead plates, it delivers 800 Amps of reliable cold cranking power alongside four times the cyclic endurance of conventional flooded batteries. Ensure uninterrupted auxiliary power delivery and instant cold-weather ignition with genuine OEM-grade Exide technology.
The Exide 12V SX 100Ah 800EN AGM (SKU: EM960) is a benchmark power solution crafted to exceed the grueling operational demands of high-spec contemporary passenger vehicles, commercial fleets, and light industrial platforms. Featuring genuine Absorbent Glass Mat (AGM) architecture, the liquid electrolyte inside this battery is fully absorbed into micro-porous glass fleece separators placed under immense mechanical pressure between reinforced lead-calcium-tin alloy grids. This robust plate compression structurally arrests the active mass, virtually eliminating paste shedding during aggressive deep cycling and offering up to four times greater cyclic lifespan than standard wet-cell starting batteries.
Cold-weather reliability is reinforced through ultra-low internal resistance, enabling rapid discharge rates that unleash a formidable 800 Amps of Cold Cranking current (EN). Even in extreme sub-zero conditions where engine oil viscosity increases and electro-chemical reactions naturally slow, the EM960 guarantees immediate motor turn-over and minimal voltage sag. Furthermore, the tightly packed cell structure combined with solid cast-on strap inter-cell connectors provides superior structural rigidity, dampening chassis harmonics and delivering class-leading V4 vibration resistance under severe road surface degradation.
As a valve-regulated lead-acid (VRLA) design with an integrated recombination mechanism, the EM960 achieves a 99% gas recombination efficiency under normal float and cyclic conditions. This design delivers absolute spill-proof safety, eliminates acid stratification, allows horizontal or vertical chassis installation where required by specific vehicle architectures, and renders the unit completely maintenance-free throughout its entire service life.
| Specification | Parameter / Rating |
|---|---|
| SKU / Part Number | EM960 |
| Nominal Voltage | 12 Volts |
| Capacity (20hr Rate) | 100 Amp-Hours (Ah) |
| Cold Cranking Amps (EN) | 800 Amps (CCA) |
| DIN / Box Reference | L05 / H8 / UK 019 |
| Dimensions (L x W x H) | 330 mm x 173 mm x 240 mm |
| Terminal Type | Standard Taper Post (EN / DIN) |
| Polarity Layout | Layout 0 (Positive terminal on right side) |
| Base Hold-Down | B13 (Long side and short side clamping ribs) |
| Internal Construction | Valve Regulated Absorbent Glass Mat (AGM) |
| Cycle Life Rating | Up to 4x standard flooded endurance (OEM Start-Stop compliant) |
Engineered in direct partnership with leading original equipment manufacturers, the Exide EM960 is calibrated for modern vehicles featuring advanced fuel-saving technologies. In advanced Start-Stop micro-hybrid systems, the engine shuts off automatically at intersections while auxiliary electronics—including dynamic stability control, touch infotainment, multi-zone HVAC compressors, adaptive lighting, and radar arrays—continue drawing substantial current entirely from the battery. Once the throttle or clutch is depressed, the battery must repeatedly supply tremendous starting power while in a partial state of charge.
The EM960 also excels in regenerative braking scenarios, where kinetic energy harvested during vehicle deceleration is converted by the alternator into rapid high-amperage charging spikes. The specialized carbon additives embedded in Exide negative active material drastically enhance dynamic charge acceptance (DCA), allowing the battery to capture regenerative energy faster and more effectively than standard units. This product is an exact OE replacement for high-displacement luxury and performance vehicles produced by Audi, BMW, Mercedes-Benz, Porsche, Land Rover, and Volvo calling for a 95Ah to 105Ah AGM power supply.
When installing the Exide EM960, observe proper automotive electrical protocols. Ensure the ignition and all parasitic loads are fully powered down before disconnecting the legacy battery. Always remove the negative (earth) lead first, followed by the positive lead. Thoroughly clean the mounting tray and wire brush the interior surfaces of your terminal clamps to remove corrosion, oxidation, or grease, ensuring optimum metal-to-metal contact.
Secure the battery firmly using the integrated B13 hold-down base ledge, torquing the chassis clamp according to factory torque specs to ensure zero lateral movement. Connect the positive terminal first, tighten to 8–10 Nm, and follow with the negative terminal. Modern vehicles equipped with a Battery Management System (BMS) or Intelligent Battery Sensor (IBS) on the negative lead mandate digital battery adaptation via an OBD-II diagnostic scanner. Registering the new capacity (100Ah) and technology (AGM) resets the alternator charging algorithm, preventing overcharging and maximizing the lifespan of your new unit.
For maintenance, clean external surfaces with a damp, anti-static cloth to prevent parasitic tracking across the lid. If the vehicle is stored seasonally or subjected to infrequent short-distance trips, maintain the battery utilizing a microprocessor-controlled smart charger with a dedicated AGM charging profile (charging voltage should not exceed 14.7V to prevent premature venting).
| Weight | 6967131678 kg |
|---|---|
| Dimensions | 33 × 17.3 × 24 cm |
Verified technical specifications, vehicle compatibility, and maintenance answers.
Yes, absolutely. The Exide EM960 100Ah battery uses advanced Absorbent Glass Mat (AGM) technology, engineered specifically to withstand the rapid, frequent cyclic demands of advanced Start-Stop systems, coasting modes, and regenerative braking energy recovery. It provides up to 4 times the cycle life of a conventional flooded battery. When replacing an OEM battery, ensure your vehicle originally came equipped with an AGM unit of matching capacity, and register/code the new battery into the vehicle's Battery Management System (BMS) to reset the charging algorithms.
This battery must be charged using a smart, microprocessor-controlled charger featuring a dedicated AGM/cold-weather profile. The optimal bulk/absorption charging voltage ranges from 14.4V to 14.8V at 25°C, with a recommended charging current of 10A to 20A (0.1C to 0.2C, maximum 25A). Float maintenance voltage must be kept between 13.5V and 13.8V. Never use a high-voltage, unregulated standard lead-acid charger or boost charge above 14.8V, as this can trigger the pressure relief valves, venting hydrogen and causing irreversible electrolyte dry-out.
Under normal operating conditions with a properly calibrated vehicle charging system, the Exide EM960 has an expected service life of 4 to 7 years, noticeably longer than standard wet-cell alternatives due to reduced active material shedding and lower self-discharge rates. Most commercial and automotive distributors supply this unit with a 2 to 3-year limited warranty against manufacturing defects. Lifespan can be compromised if the battery is persistently undercharged, subjected to parasitic draw, or exposed to excessive heat over 50°C.
Rated at 800A (EN standard), the battery is certified to supply 800 amps at -18°C (0°F) while keeping terminal voltage above the critical threshold required by modern ECUs. Because the electrolyte is absorbed into ultra-thin glass fiber mats, internal electrical resistance is significantly lower than in conventional flooded batteries. This delivers instantaneous, high-burst power to spin heavy-displacement diesel or gasoline engines quickly, preventing slow-crank issues even during prolonged freeze conditions down to -30°C.
The battery is 100% maintenance-free and hermetically sealed via VRLA (Valve-Regulated Lead-Acid) safety ports; do not attempt to pry open the cell plugs to add distilled water. The terminal orientation is standard European Layout 0 (Positive terminal on the right when viewing the battery from the front terminal side) with standard SAE/DIN tapered posts. For safety, install the central degassing hose into the vehicle's exterior vent conduit if mounted in the trunk or cabin, and always disconnect the negative terminal first during removal and connect it last during installation.

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