Front Terminal Series battery B12050FT 12VDC 50Ah Tesla Power

The Tesla Power sealed, maintenance-free lead-acid battery with a VRLA (Valve-Regulated Lead-Acid) adjustable valve, featuring internal gas recombination and absorbed electrolyte technology (AGM Absorbent Glass Mat). Front-facing design.

Tesla Power batteries are designed to be installed in 19 and 23 inch cabinets and racks, as well as in other cases where compact battery placement is required.

The front positioning of terminals facilitates installation and reduces maintenance and battery replacement time. Good characteristics at low discharge currents make these batteries the best choice for telecommunications systems and other critical loads designed for extended autonomy.

• Telecommunications systems;
• Uninterruptible power supplies (UPS) for AC and DC power;
• Emergency power systems for factories and substations;
• Solar and wind energy sources;
• Electricity production, transportation, and distribution;
• Automation devices for railways;
• Warehouse equipment;
• Emergency lighting;
• Medical equipment.

The battery does not require maintenance throughout its entire service life and provides high safety during operation. The sealed battery design allows it to be transported by any type of transport.

Features

• Battery construction. Multilayer technology, cellular battery design, and special adhesive provide compactness and protection against vibrations and shocks.
• Housing material. The battery housing and cover are made of non-flammable, impact-resistant ABS plastic.
• Protective valve. The valve is designed to be fire and explosion-proof.
• Separator. The separator between the positive and negative plates is made of thin glass fiber. It provides low resistance during high current discharges.
• Battery plates. The battery plates are rectangular in shape. Thanks to the special structure and alloy used, the energy density per unit mass and volume is increased, and the battery lifespan is prolonged.
• Electrolyte. The high-purity electrolyte contains additives that improve discharge characteristics.
• Plate connection in blocks. The special shape of the separator allows for tight plate placement. The material's elasticity ensures uniform contact with the plates, thereby ensuring uniform electrochemical parameters across the entire surface.
• Terminals. The built-in copper terminals have low resistance and can withstand high current.
• Protection against short circuits. The plate socket design provides protection against short circuits in case of plate bending or deformation, in the case of horizontal battery placement.