TRUCK Series

Descripción del producto

BI-FORCE storage batteries of TRUCK series are a perfect solution for vehicles which daily perform hard work and whose standstill is extremely undesirable. Due to unique technology of the labyrinth system of a cover and lead-calcium alloy, TRUCK series batteries create better conditions for the efficient operation of farming machines, truck transport and long-distance buses.

BI-FORCE storage batteries for truck transport are distinct in enhanced reliability, significantly increased cold-start capacity and resistance to severe operating conditions.
The technology of the labyrinth system of a cover enables to avoid excessive water evaporation and thus guarantees reliability and long service life for years to come.
All TRUCK series batteries have high rate of resistance to vibration and impact due to the use of vibrodamping and vibroprotective elements as well as electrodes with high-strength paste.
Due to enhanced electrical characteristics, a TRUCK series battery can be called one of the most reliable and consistent batteries for operation under any weather conditions. Paste applied during manufacturing guarantees the increase of starting capacity even at the lowest temperatures.
During the production after each processing step the batteries undergo intermediate quality control for short circuit and open circuit, which minimizes the percentage of production defects. At the final stage batteries undergo the process of ‘soft’ current charging for the attainment of maximum currents and capacity of a battery ready for operation.
The series includes storage batteries with the following capacity: **5 Ah, **0 Ah, **5 Ah, **0 Ah, **0 Ah, **0 Ah and **0 Ah. Guaranteed service life is *4 months.

Advantages:
- universally fits trucks, commercial transport and farming machines;
- high power and reliability of a storage battery;
- resistance to self-discharge;
- reinforcing plates inside a battery jar;
- high tolerance to vibration;
- high resistance to critical starter loads;
- impossibility of short circuit due to the use of a glass-fiber reinforced envelope-type separator.