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What Is The T-1260 Plus 12V Flooded Battery?
The T-1260 Plus 12V flooded battery is a deep-cycle lead-acid battery designed for industrial applications requiring reliable energy storage and repeated deep discharges. Manufactured by Trojan Battery Company, it delivers 140Ah capacity with robust 12V performance, optimized for equipment like floor scrubbers, aerial lifts, and material handling systems. Its flooded design allows for electrolyte maintenance via refillable ports, balancing cost-effectiveness with durability in cyclic applications. The battery uses thick lead plates for extended service life in high-vibration environments.
Understanding the Lifespan of Trojan Golf Cart Batteries
What distinguishes flooded batteries like the T-1260 Plus?
The T-1260 Plus exemplifies traditional flooded lead-acid technology, using freely flowing electrolyte for stable energy delivery. Unlike sealed AGM/Gel batteries, its removable vent caps enable water replenishment, crucial for longevity in deep-discharge cycles. Pro Tip: Monitor electrolyte levels monthly—exposed plates sulfation can permanently reduce capacity. For example, a floor scrubber running 8-hour shifts might require biweekly checks in high-temperature warehouses.
How does capacity affect industrial applications?
With 140Ah at 12V, the T-1260 Plus provides 1.68kWh usable energy (assuming 50% depth-of-discharge). This supports continuous operation of 600W scrubber motors for ~2.8 hours. Pro Tip: Pair batteries in series for 24V/48V systems when powering heavy equipment, but ensure uniform age/charge states across cells. Undermatched capacities strain newer batteries.
| Application | Typical Runtime | Cycle Life |
|---|---|---|
| Floor Scrubbers | 2.5-3 hrs | 800 cycles |
| Aerial Platforms | 4-6 hrs | 1,000 cycles |
Redway Battery Expert Insight
FAQs
Monthly electrolyte level checks using distilled water, terminal cleaning to prevent corrosion, and equalization charging every 10 cycles. Avoid overfilling cells—electrolyte expansion can cause leakage.
Can it power lithium-compatible equipment?
Yes, but with limitations. Lithium devices expecting stable voltage may underperform during lead-acid’s voltage sag. Use voltage-stabilizing controllers for hybrid systems.