The S80-120FT brochure details a forklift series with load capacities from 8,000 to 12,000 lbs, designed for heavy-duty industrial use. Key specs include 3-stage mast lift heights up to 6 meters, 48V or 80V electric powertrains, and travel speeds up to 12 km/h. It emphasizes modular design for adaptability in warehousing, ports, and manufacturing, with optional air-cushioned tires or solid rubber variants. Forklift Lithium Battery Category
What load capacities does the S80-120FT cover?
The S80-120FT series spans 8,000–12,000 lbs, supporting diverse material handling tasks. Its reinforced chassis and dual-drive axles ensure stability under max loads, while hydraulic systems operate at 2,200 PSI for precise lifting.
This range caters to industries requiring medium-to-heavy lifting, like steel logistics or automotive parts assembly. Pro Tip: Always factor in load center distance—exceeding 500mm reduces safe capacity by 15–20%. For example, an S80-120FT handling 10,000 lbs at 600mm load center effectively manages ~8,500 lbs. Mechanically, these forklifts use dual-sealed wet disc brakes for controlled deceleration, critical when transporting dense loads on inclines. But how do power sources impact performance? Electric models (48V/80V) offer smoother torque, while diesel variants provide outdoor versatility. A 12,000-lb diesel unit might achieve 8 hours runtime, whereas lithium-ion versions extend to 10+ hours with fast charging.
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What power options are available?
The S80-120FT offers 48V lithium-ion, 80V lead-acid, or diesel engines. Lithium packs reduce downtime with 2-hour charge cycles versus 8+ hours for lead-acid.
Electric models suit indoor environments, emitting zero exhaust, while diesel excels in rough terrain. A lithium-powered S100FT (10,000 lbs) might use a 700Ah battery, delivering 33.6 kWh—enough for two shifts. Technically, 80V systems support higher motor RPMs, boosting travel speeds by 20% compared to 48V. However, diesel engines provide unmatched torque for slopes up to 25%. Transitioning between power types isn’t plug-and-play: switching from electric to diesel requires chassis reinforcement for engine weight. Ever wondered about energy costs? Lithium saves ~30% in electricity vs. lead-acid due to 95% charge efficiency. Here’s a cost comparison:
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| Power Type | Energy Cost/Shift | Maintenance/Year |
|---|---|---|
| 48V Lithium | $8.50 | $200 |
| 80V Lead-Acid | $12.00 | $600 |
What are the mast and lift specifications?
The S80-120FT features 3-stage triplex masts with lift heights up to 6,000mm. Free lift heights reach 2,200mm, enabling operation in low-clearance areas like shipping containers.
Hydraulic systems generate 2,200 PSI via gear pumps, achieving 550mm/sec lift speeds. Combined with 120mm fork spreads, this allows precise pallet handling. Pro Tip: Opt for side-shifters to reduce load adjustments by 40%. For example, a lumber warehouse using S80-120FTs with side-shifters improved loading efficiency by 25%. The mast’s full-free lift design ensures forks rise independently of overall height—crucial for double-deep racking. But what if you need higher reach? Some models integrate telescopic boom attachments, extending reach to 8 meters for specialized tasks. A 12,000-lb unit lifting to 6 meters requires 4x stabilizer legs to prevent tipping—plan your aisle widths accordingly.
How does the S80-120FT ensure operator safety?
Safety features include auto-deceleration on turns, LED proximity sensors, and ROPS/FOPS-certified cabins. Load Moment Indicators (LMIs) alert if tilt angles exceed 5°.
The LMI system uses strain gauges on the mast to calculate load stability in real-time. If instability is detected, travel speed auto-reduces from 12 km/h to 5 km/h. Additionally, the S80-120FT’s regenerative braking recovers 15% of kinetic energy, reducing brake pad wear. For example, a cold storage facility reduced accident rates by 60% after adopting these forklifts. Moreover, adjustable suspension seats minimize operator fatigue during 10-hour shifts. Transitioning from manual to automated systems? Consider adding rear-view cameras, which cut blind-spot incidents by 80%.
| Feature | Benefit | Impact |
|---|---|---|
| ROPS Cabin | Crush protection | Meets ISO 6055 standards |
| Regenerative Braking | Energy recovery | 15% lower energy use |
What customization options exist?
Options include fork positioners, telescopic booms, and cold storage packages with -30°C rated hydraulics. Cabin heaters or AC units adapt to extreme climates.
Cold storage variants use enclosed electrical systems to prevent condensation, while desert-ready models add dust-proof battery compartments. For paper mills, non-sparking copper forks are available. A custom S80-120FT with 4,000mm telescopic forks boosted a construction firm’s steel beam placement speed by 40%. Pro Tip: Order machines pre-wired for future attachments—retrofitting aftermarket kits costs 3x more. 48V 450Ah/456Ah Forklift Lithium Battery
How does it compare to similar forklifts?
Against rivals like the Toyota 8TB40, the S80-120FT offers 10% higher lift speeds and 15% narrower turn radii. However, Toyota leads in dealer network coverage.
The S80-120FT’s modular design allows easier component swaps—replacing a 48V battery with 80V takes 4 hours versus 8+ for competitors. Yet, Hyster’s H8.0-12.0XD series provides superior corrosion resistance for marine environments. In terms of TCO, the S80-120FT’s lithium models save $4,000/year over diesel due to lower fuel and maintenance. For instance, a logistics hub cut annual costs by $12,000 after switching 3 units to lithium.
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FAQs
Standard warranty covers 12 months or 2,000 operating hours, extendable to 3 years for powertrain components with service plans.
Can I retrofit lithium batteries into older S80 models?
Yes, but requires BMS integration and chassis rewiring—budget $6,000–$8,000 per unit for conversion kits and labor.
How does the S80-120FT handle uneven surfaces?
Solid rubber tires and oscillating axles compensate for up to 5° surface irregularities, while limited-slip differentials prevent wheel spin.
