TROJAN Battery SSIG 06 490

The Trojan Signature SSIG 06 490 battery is a versatile and reliable energy storage solution. Designed with a focus on longevity and efficiency, it excels in delivering consistent power in stationary applications. Featuring a robust construction and advanced chemical formulation, this product provides outstanding performance in various settings, ensuring lasting usability and value for the user.

Product Features

Advanced Lead Acid Technology

This battery employs advanced lead acid technology, ensuring substantial energy storage and reliable power delivery, ideal for demanding applications.

Durable Polypropylene Material

Constructed with high-quality polypropylene, the battery is designed to withstand harsh environments, offering enhanced durability and protection.

Single-Point Watering Kit

Optional single-point watering kit streamlines the maintenance process, minimizing effort while maximizing efficiency and performance.

Temperature Resilience

The battery remains operational across a wide temperature range, maintaining performance even under challenging thermal conditions.

Robust Terminal Design

The well-engineered terminal design facilitates secure connectivity and ensures effective transmission of power, enhancing user safety and convenience.

How It Works

The Trojan SSIG 06 490 battery operates by storing and releasing electrical energy through a series of chemical reactions. Its open-circuit voltage is an indicator of its state of charge, providing users with reliable feedback on the battery's current status.

Chemical Reaction Mechanism

It utilizes a series of chemical reactions, driven by voltage and temperature, to deliver power efficiently. As temperature influences the rate of these reactions, managing operating conditions extends the batterys life.

Self-Discharge Management

The battery is designed to handle self-discharge effectively, requiring periodic charging to maintain optimal performance and extend its lifespan.

Optimum Charging Protocol

Specific charging protocols are recommended to ensure the battery remains at peak operational efficiency, adapting to changes in temperature and usage conditions.

Specifications