Description
The manufacturer declares that DISCOVER AGM batteries can be undercharged during the day if necessary (e.g. to allow enough time for the evening shift). In such cases, it is very important to be aware that partial charges can only be carried out with chargers that have the DISCOVER AGM charging algorithm installed and, very importantly, that the equipment is left on full charge overnight on the days on which the partial charges were carried out, in order to compensate for the damage caused by the partial charges.
DRY CELL TECHNOLOGY - WHAT IS IT?
- IMPROVED ALLOYS - Thick graphite-enriched alloy plates maintain maximum lifetime
- CARBON REINFORCEMENT - Carbon additives improve cycling performance, charge acceptance and protect against partial charge damage
- AUTOMATIC INTERFERENCE WELDING - Improved consistency of welding between cell compartments, which saves lead compared to manual welding (basic models). Withstands higher currents and at the same time has lower internal resistance
- POLYPROPYLENE HOUSING - High heat resistance and reliability. High-precision pressure regulating valves reduce water loss and extend service life. Integrated spark arrestors protect against fire and explosion
- HYDRO POLYMERS - Organic capillary separators with hydropolymer electrolyte protect against electrolyte evaporation and overheating. Resistant to desiccation and protect against thermal leakage. Maintains nominal performance throughout its service life. Enriched Glass Fibre Dry Cell Technology, no free electrolyte leakage.
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| EXTENDED UNLOADING TIME | LONGER SERVICE LIFE | SUPPORT | EXTREME TEMPERATURES |
| - High Ah capacity - High operating voltage for lifetime
- Maintains voltage above 1.9V cell voltage at 80% IG |
- Long lifetime compared to other liquid electrolytes / AGM / Gel batteries - 550+ cycles 70% IG (IEC 254-1 Traction Lead Acid)- 350+ cycles 100% IG (DIN 43539 VRLA) |
- For under-charge operation (AGM)- High-intensity cyclic operation (AGM/Gel)
- For overloading and deep discharge (AGM) - Dual-purpose for AGM/Gel charging algorithms |
- AGMs can work at high ambient temperatures - AGM and Gel batteries work well at low temperatures” |
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| A RELIABLE CHOICE FOR OEM | VIBRATION RESISTANCE | RELIABLE, SAFE, CERTIFIED | |
| - Exceeds OEM specification requirements - Innovative technology
- Global service and technical support |
- Vibration resistant (AGM/Gel)- Shock resistant
(IEC 61373, DIN EN 61373, SAE J537) |
- Adjustable draft , Dry Cell AGM- Non-serviceable, non-spillable, non-gas emitting
- Safe in environmentally sensitive areas - Spark and explosion tested (SAE J1495) |
DRY CELL TECHNOLOGY - WHAT IS IT?
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| IMPROVED ALLOYS | CARBON REINFORCEMENT | AUTOMATIC INTER SECTION WELDING |
POLYPROPYLENE HOUSING | HYDRO POLYMERS |
| Thick graphite-enriched alloy plates maintain maximum lifetime | Carbon additives improve cycling performance, charge acceptance and protect against partial charge damage | Improved consistency of welding between cell compartments, which saves lead compared to manual welding (basic models). Withstands higher currents while having a lower internal resistance |
High heat resistance and reliability (basic models)
High-precision pressure regulating solenoids reduce water loss and extend service life Built-in spark arrestors to protect against fire and explosion |
Organic capillary separators with hydropolymer electrolyte to prevent electrolyte evaporation and overheating
Resists drying out and prevents thermal leakage. Maintains nominal performance throughout its service life Dry Cells made of saturated glass fibres Technology, no free electrolyte leakage |
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