Exide Sprinter S12V3800PPV0 lead-acid battery with 12 V and 105 Ah

The Exide Sprinter S12V3800PPV0 is a high-performance, maintenance-free VRLA-AGM lead-acid battery that has been specially developed for high-current discharges during short bridging periods. It is the ideal energy solution for uninterruptible power supplies (UPS systems) and other critical emergency power applications. This V0 version additionally features a flame-retardant housing in accordance with UL 94 V-0 and therefore meets the highest safety requirements. With 12 V nominal voltage and 105 Ah capacity, it provides a reliable energy reserve for crucial moments.

Highlights at a Glance

• High power density: Optimised for high-current discharges in short periods.
• Increased safety: Flame-retardant housing material in accordance with UL 94 V-0.
• Long service life: 10 to 12 years design life according to EUROBAT classification.
• Maximum reliability: Ideal for UPS systems and critical emergency power applications.
• Maintenance-free (VRLA-AGM): Sealed design, no topping up with water required.

Powerful in Critical Applications

The Exide Sprinter series is the proven choice for systems where a power failure would have serious consequences. The S12V3800PPV0 ensures uninterruptible power supply in data centres, telecommunications systems, hospitals, power plants and industrial control systems, especially where increased fire protection requirements exist. Its ability to provide very high currents in a short time makes it indispensable for bridging mains failures.

Proven AGM Technology for the Highest Demands

The AGM technology (Absorbent Glass Mat) used, in which the electrolyte is bound in a glass fibre mat, ensures very low internal resistance and excellent high current capability. The valve-regulated, sealed design (VRLA) prevents gas leakage under normal operation and allows installation in any position (except upside down). This ensures high operational safety and makes the battery absolutely maintenance-free.

Reliability and Longevity in the System

The S12V3800PPV0 is designed for maximum operational reliability and long service life in standby parallel operation. Its EUROBAT classification promises a service life of 10 to 12 years under ideal conditions. The robust housing made of impact-resistant and flame-retardant plastic (UL 94 V-0) and the high-quality internal components guarantee reliable performance over many years.
 

Characteristics

FAQs about the Exide Sprinter S12V3800PPV0

What does the additional designation "V0" in the model name mean?

The designation "V0" indicates that the housing of the battery is made from a special flame-retardant plastic, which meets the high safety classification UL 94 V-0. This is often a mandatory requirement for installations in safety-critical areas such as data centres or hospitals.

What is the main application area for the Exide Sprinter series?

The Sprinter series is specially designed for high-current applications over short periods. Its main area of use is therefore uninterruptible power supplies (UPS systems) in data centres, industrial facilities, and other critical infrastructures.

What does "10 to 12 years design life according to EUROBAT" mean?

This is the expected lifespan of the battery under ideal standby operation conditions (e.g. constant ambient temperature of 20°C, correct charging voltage). The actual service life may vary depending on conditions such as temperature, number of charge cycles, and depth of discharge.

Can I connect several of these batteries together?

Yes, to build larger battery systems, several batteries can be connected in series (to increase voltage) or in parallel (to increase capacity). It is crucial to use only identical batteries of the same type, age, and state of charge for this purpose.

How should this battery be charged?

For maximum service life in standby operation, a professional charger or a UPS system with an IUoU charging characteristic and temperature compensation should be used. The exact charging voltages are specified in the manufacturer's data sheet.