Energizer Max AA 1.5V Alkaline Battery

Energizer Max

The Energizer AA Alkaline Battery provides a high-density energy source for professional hardware and critical IT infrastructure components. This primary cell uses a Zinc-Manganese Dioxide chemistry to maintain a stable 1.5-volt nominal output across various load conditions. It supports mission-critical devices including wireless network testers, environmental sensors, and remote input peripherals. The cell construction features a cold-rolled steel jacket to ensure structural integrity during high-drain operations.

Key Features

• PowerSeal Technology
  This design prevents damaging leaks for up to two years after the cell reaches full discharge in the device.

• Operational Temperature Range

  • Minimum operating temperature of -18 degrees Celsius for cold storage environments.
  • Maximum operating temperature of 55 degrees Celsius for high-heat server rooms.
  • Stable voltage discharge curve in fluctuating thermal conditions.

• Extended Shelf Stability
  The internal chemical composition maintains charge retention for up to ten years when stored at room temperature.

• Industrial Build Quality

  • Standardized LR6 IEC designation ensures compatibility with all AA-compliant battery compartments.
  • Mercury and Cadmium free composition meets international environmental safety standards for disposal.
  • High internal volume efficiency provides consistent milliamp-hour performance for low-to-mid drain applications.

• Primary Voltage Regulation
  The 1.5V DC nominal output provides the necessary overhead for sensitive digital logic circuits in portable electronics.

Specifications

What’s in the Box

• Energizer Max AA 1.5V Alkaline Battery

Why Choose Energizer Max

• Procurement managers reduce replacement frequency due to the ten-year storage rating of these primary cells.

• Network engineers rely on the leak protection to safeguard expensive diagnostic tools and field equipment.

• The E91 model provides predictable discharge rates for calculating maintenance cycles in large-scale sensor deployments.

• Compliance with ANSI and IEC standards ensures the power source fits precisely in all industrial hardware housings.

• The absence of heavy metals simplifies the recycling process for corporate sustainability initiatives; consequently, the environmental impact remains minimal.