Sealed Lead-Acid Battery FIAMM FUKAWA FW 7.2-12 F1U 12V 7.2Ah with 4.8 mm Faston

Sealed lead-acid battery FIAMM FUKAWA FW 7.2-12 F1U (12V 7.2Ah) is a compact, maintenance-free battery designed for backup power and standby applications. The battery uses AGM technology with electrolyte absorbed in glass fiber, is valve-regulated and hermetically sealed, which allows operation in any orientation without maintenance. It features F1 (4.8 mm Faston) terminals and compact dimensions suitable for small UPS systems and electronic devices.

Advantages

The FIAMM FUKAWA FW 7.2-12 F1U offers valve-regulated AGM construction for leak-free, maintenance-free operation and the ability to be mounted in any position. Its 4.8 mm Faston (F1) terminals allow quick and secure connections. The battery provides stable 12V output with a nominal capacity of 7.2Ah and compact dimensions for easy installation in UPS units, alarm panels and other small backup systems.

Suitable for

• Uninterruptible Power Supplies (UPS)
• Alarm and intrusion systems (EZS)
• Emergency lighting and backup power modules
• CCTV and surveillance equipment
• Medical devices and small standby power supplies

Key specifications

• Voltage: 12V
• Capacity: 7.2Ah
• Terminal type: F1 (Faston 187, 4.8 mm)
• Dimensions (L×W×H): 151 × 65 × 94 mm
• Discharge temperature range: -20 to 60 °C
• Technology: Sealed lead-acid, AGM, valve-regulated

How to use

Install the battery in a compatible holder or compartment following the equipment manufacturer’s instructions. Connect the F1 (4.8 mm Faston) terminals to the device’s battery leads, ensuring correct polarity. Use only with devices and chargers specified for 12V lead-acid batteries. Do not open or puncture the sealed casing. Dispose of or recycle according to local regulations for lead-acid batteries.

Usage recommendations

For selecting the correct replacement battery for your UPS, check the compatibility configurator on the supplier’s site or contact the helpdesk if unsure. Store and operate the battery within the specified temperature range and avoid deep discharge to extend service life.