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What Equipment Uses The Trojan T875 Battery?
The Trojan T875 battery is an 8V 170Ah deep-cycle lead-acid battery designed for heavy-duty applications requiring reliable power delivery. Its primary uses include electric golf carts, utility vehicles (like patrol carts), floor cleaning machines, aerial lifts, and mobility platforms. Engineered for sustained discharge cycles, it excels in scenarios demanding rugged performance across industrial and recreational sectors.
What distinguishes the T875 in golf cart applications?
The T-875 battery provides optimized 8V output for multi-battery configurations in 36V/48V golf carts. With 170Ah capacity and thick lead plates, it delivers extended driving range and hill-climbing torque while resisting vibration damage. Unlike standard batteries, its tubular design enhances active material retention for 1,200+ cycles at 50% depth of discharge.
When paired in 6-unit series configurations, T875 batteries create 48V systems capable of powering mid-sized golf carts for 35-45 km per charge. Pro Tip: Always balance battery ages in multi-pack setups—mixing new and worn units accelerates capacity degradation. For example, a golf course maintenance fleet using T875s typically achieves 4-5 years of daily service when properly maintained, outperforming thinner-plate competitors by 18-24 months. Beyond voltage specs, its spill-proof design makes it safer for inclined terrains common in golf courses.
Why choose T875 batteries for industrial scrubbers?
Commercial floor scrubbers leverage T875 batteries for their high cyclic endurance under continuous 8-10A loads. The battery’s 1,250CCA (cold cranking amps) ensures reliable motor starts, while its 25% reserve capacity handles 4-6 hour cleaning shifts without voltage sag.
Practically speaking, a ride-on scrubber using six T875s (48V system) can clean 15,000-18,000 sq.ft. per charge in warehouses. Compared to lithium alternatives, these lead-acid units tolerate frequent partial discharges better, though they require monthly equalization charges. Real-world example: Hospital cleaning crews report 20% longer runtime per cycle versus generic 8V batteries, critical for infection control protocols requiring uninterrupted operation. But what happens if maintenance is neglected? Case studies show improper watering can reduce cycle life by 40% within 18 months.
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| Parameter | T875 | Generic 8V |
|---|---|---|
| Cycle Life @50% DoD | 1,200 | 600 |
| Weight | 25kg | 18kg |
| Cost per kWh | $180 | $130 |
How do T875 batteries enhance aerial work platforms?
Aerial lifts require batteries balancing compact size and sustained power—the T875’s 245mm x 180mm x 290mm dimensions fit standard compartments while delivering 1.36kWh per cell. Its dual-terminal design allows flexible cabling for 24V/48V systems powering both drive and lift motors.
For example, a 32ft scissor lift using four T875s (32V system) typically operates 6-8 hours lifting 500lbs, outperforming NiCd batteries in cold weather. Pro Tip: Install voltage monitors to prevent deep discharges below 1.75V/cell during extended use. While lithium batteries offer lighter alternatives, T875s remain preferred in rental fleets due to lower upfront costs and compatibility with existing charging infrastructure.
What maintenance ensures T875 longevity?
Regular watering (using distilled water) and equalization charging every 30 cycles are critical. Post-charge specific gravity should maintain 1.277±0.007 across cells—variations over 0.030 indicate sulfation requiring corrective charging.
Technicians recommend cleaning terminals quarterly with baking soda solution to prevent corrosion-induced resistance. A real-world analogy: Maintaining T875s is like servicing a diesel engine—consistent care prevents catastrophic failures. Facilities using automated watering systems report 22% longer battery life compared to manual methods. But how often should you check water levels? Best practice dictates weekly inspections under heavy cycling conditions.
| Maintenance Task | Frequency | Impact |
|---|---|---|
| Water Refill | Weekly | Prevents plate exposure |
| Equalization | Monthly | Balances cell voltage |
| Terminal Cleaning | Quarterly | Reduces power loss |
Can T875 batteries power neighborhood EVs?
While capable, T875s face weight limitations in light EVs—each 25kg battery creates a 150kg pack for 48V systems. Compared to lithium’s 70kg equivalent, this reduces small EV range by 18-22% but remains cost-effective for low-speed community vehicles.
Gated communities often choose T875-powered carts for their durability on paved roads, achieving 25-35km daily ranges. Pro Tip: Install regenerative braking controllers to recover 10-15% energy during stops. The trade-off? A lithium swap doubles range but costs 3x initially. For budget-conscious fleets replacing lead-acid every 4 years, T875s offer predictable OPEX despite higher maintenance.
Redway Battery Expert Insight
FAQs
Six 8V T875 units wired in series create a 48V system. Always replace full sets to maintain voltage balance.
Can T875s be used with lithium chargers?
No—lead-acid requires voltage-specific chargers. Lithium chargers’ higher voltages will overheat T875s, causing plate damage.
What’s the typical lifespan in daily use?
3-5 years with proper maintenance. Deep discharges below 20% SOC accelerate degradation significantly.
