Lightwave 12V Battery
The Lightwave 12V UPS Battery provides a reliable DC power source for uninterruptible power supplies and critical backup systems. This component utilizes Valve Regulated Lead Acid (VRLA) technology to ensure safe operation in various orientations. Consequently, it prevents leakage and minimizes maintenance requirements for IT departments. The internal chemistry relies on Absorbent Glass Mat (AGM) separators. These separators facilitate efficient oxygen recombination during the charging process. Therefore, the unit maintains consistent performance throughout its operational lifecycle.
Key Features
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VRLA Maintenance-Free Design
The sealed construction eliminates the need for electrolyte replenishment during the entire service life of the unit. -
High Discharge Efficiency
- Low internal resistance allows for high current delivery during power outages.
- Lead-calcium alloy grids reduce self-discharge rates significantly.
- Heavy-duty plates extend the cycle life under deep discharge conditions.
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Thermal Stability
The robust ABS casing provides high resistance to thermal runaway and physical impact during high-load operations.
Specifications
| Feature | Specification |
|---|---|
| Nominal Voltage | 12V DC |
| Rated Capacity | 9Ah @ 20-hr rate |
| Terminal Type | F2 (0.250 inch) |
| Chemistry | Sealed Lead Acid (SLA) |
| Separator Type | AGM |
What’s in the Box
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1 x Lightwave 12V 9Ah Battery Unit
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Terminal Protectors (Pre-installed)
Why Choose This Power Cell
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This energy storage solution offers superior recovery from deep discharge scenarios in enterprise environments.
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Additionally, the standardized form factor ensures compatibility with most desktop and rackmount power systems.
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However, the primary benefit lies in the low self-discharge rate which facilitates long-term storage without degradation.
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The unit features a wide operating temperature range for deployment in non-climate-controlled server closets.
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Consequently, network engineers can rely on this cell for consistent voltage regulation during critical transitions.





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