Mercury 12V 9Ah Sealed Lead Acid UPS Battery

Mercury 12V 9Ah Battery

The Mercury 9Ah UPS Battery functions as a critical energy storage component for uninterruptible power supplies and emergency backup systems. This valve-regulated lead-acid (VRLA) unit utilizes Absorbed Glass Mat (AGM) technology to ensure high discharge efficiency. It operates at a nominal voltage of 12V and provides a 9Ah capacity rating. Consequently, this battery delivers extended runtime compared to standard 7Ah alternatives within the same physical dimensions. The construction features a leak-proof design that allows for operation in various orientations without risk of electrolyte spill. Therefore, it remains a preferred choice for IT professionals managing rack-mounted or standalone power protection hardware.

Key Features

• AGM Technology
  The internal glass fiber mats absorb the electrolyte to prevent leakage and improve vibration resistance.

• Maintenance-Free Design
  The oxygen recombination system eliminates the need for water topping or periodic electrolyte density checks.

• High Discharge Rate
  Low internal resistance allows the unit to provide high current pulses required during initial power outages.

• Robust Casing

  • Flame-retardant ABS plastic housing
  • Impact-resistant outer shell construction

Specifications

What’s in the Box

• 1 x Mercury 12V 9Ah Sealed Lead Acid Battery

• Terminal Protector Caps

Why Choose This Mercury Component

• The lead-calcium alloy grid structure ensures a long service life and high reliability in standby applications.

• Additionally, the gas pressure venting system prevents excessive pressure buildup within the cells during charging cycles.

• The wide operating temperature range allows for deployment in diverse environmental conditions without significant capacity loss.

• Consequently, network engineers can rely on this cell for mission-critical hardware protection in data center environments.

• This unit provides a drop-in replacement for standard UPS cabinets, requiring no modification to existing wiring or connectors.