FIAMM Energy Technology is a multinational company that has been manufacturing industrial batteries and lead-acid batteries for motor vehicles for over 70 years. Most of the products are manufactured in Italy, where the company has developed backup batteries for industry.
The FLB is one of our most popular battery and is used extensively in many applications including UPS backup power. The battery is designed to deliver the highest levels of performance. The high energy density construction in a compact design also helps to reduce costly installation space.
The exterior construction uses a Flame retardant ABS plastic to UL94 V0 (LOI greater than 28%) – this guarantees a high level of safety and superior thermal stability to avoid case bulging.
The FLB range is based on AGM VRLA technology and it is 99% recyclable at the end of life. The battery is fully maintenance-free and requires no routine topping-up of the electrolyte. The range carries a non-hazardous designation and can be transported by road, rail or air. The design has been optimized to lower self-discharge during storage.
The SMG with tubular die casted positive grid is a range designed for applications where performance and operating conditions are critical. They are maintenance-free and combine the benefits of a gelled electrolyte which provides longer life and the ability to operate across a wide temperature range.
The SMG range is made up of 2V cells and conforms to international OPZV standards DIN 40742 norm. They are constructed to provide a high level of robustness for applications where charge-discharge cycles need to operate at the maximum levels of reliability. Separators have extremely high porosity: this feature allows intense cyclic usage and an ABS flame retardant case, classified to UL94 V0 with LOI >28% is available on request. The range is maintenance-free with a low self-discharge making the battery an ideal solution for periods when batteries may be stored or for off-float charge. The SMG 2V range can be installed horizontally in dedicated racks which save installation valuable space and is eco-friendly with all components fully recyclable at the end of life.
FIAMM FIT range of valve regulated batteries has been designed for high reliability and safety front terminal telecom installations.
FIT battery range has front terminal design ideal for installation in 19” and 23” racks; it allows easy access for maintenance reducing the installation footprint and maximising the energy density. FIT uses proven VRLA technology with 99% internal recombination efficiency, is non-spillable and maintenance free therefore requires no topping up of electrolyte during its float -life. FIT range is compliant with the highest recognized international standards, non-hazardous for air/sea/rail/road transportation and is 100% recyclable. FIT has a self-discharge rate less than 2% per month, guaranteeing long shelf-life.
All front terminal batteries have UL94V0 flame retardant container.
The LM series is an OPzS vented range designed by FIAMM to meet DIN 40736 standard. Typical applications include telecommunication, industrial UPS, utilities, industry, railways and Oil & Gas applications.
The LM series has been designed to provide users with a highly robust design that is particularly suitable for applications where highly reliable discharge cycles are needed. As a result of this, the range capacity exceeds the specification laid down by the DIN standard. This performance is achieved as a result of a low antimony alloy tubular die casted plate which provides very low water consumption over the life of the product. The design has been optimized to lower self-discharge during storage. All these outstanding features add up to a longer life product with lower maintenance costs. Like all FIAMM lead-acid batteries, the LM range is eco-friendly and fully recyclable at the end of life.
The FHT2 AGM range is designed to operate at higher temperatures. These batteries are made using our superior grid alloy technology which means that the battery can operate for a full 7 years at 35°C and can withstand applications where there is a need to frequently charge and discharge the battery, like in cyclic applications. This special design means that operators can reduce cooling levels thus saving on expensive air-conditioning energy.
