The J2.5-3.0XNL is a 2.5–3.0-ton internal combustion forklift with a vertical mast design, powered by an 80V lithium-ion (LiFePO4) or LPG engine. Key specs include 3,000–3,500 mm lift height, 18–20 km/h travel speed, and 675–715 mm fork dimensions. Advanced features include load-sensing hydraulics and regenerative braking. Optimal for heavy-duty logistics with 8–10 hour runtime (LiFePO4).
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What load capacity does the J2.5-3.0XNL support?
The J2.5-3.0XNL handles 2,500–3,000 kg nominal loads, peaking at 3,300 kg with balanced attachments. Load centers are optimized for 500–600 mm pallet depths. Overloading beyond 110% risks hydraulic valve damage. Pro Tip: Use a load moment calculator to factor in attachment weights—adding a sideshifter reduces capacity by ~8%.
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Technically, the forklift’s H-series mast uses triple-stage rollers for vertical stability under max loads. For example, lifting 2,800 kg to 3.5m height requires a 15° tilt angle to prevent tip-overs. Practically speaking, always check load charts when handling irregularly shaped items. A common mistake? Assuming all attachments are interchangeable—custom clamps or rotators may mandate derating.
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What are the dimensions and turning radius?
The J2.5-3.0XNL has a 2,350 mm overall length and 1,250 mm wheelbase. The minimum turning radius is 2,040 mm, crucial for narrow warehouse aisles. Overhead guard height is 2,265 mm, fitting standard 2.5m doors. Pro Tip: Add 300 mm to aisle width calculations for safe operator clearance.
Beyond basic measurements, the forklift’s compact design uses a rear-wheel steering system with 75° articulation. For context, this allows a 2.5m aisle U-turn where competitors need 3m. However, tight turns increase tire wear—rotate wheels every 500 hours. Did you know? Lithium models are 12% narrower than diesel versions due to streamlined powertrains. For example, a logistics hub upgraded from diesel to LiFePO4 J2.5XNLs reduced aisle widths by 0.4m, boosting storage density by 15%.
| Model | Length (mm) | Turning Radius (mm) |
|---|---|---|
| J2.5XNL (LiFePO4) | 2,350 | 2,040 |
| Competitor A (Diesel) | 2,550 | 2,200 |
What power and speed specifications define this model?
The J2.5-3.0XNL delivers 38–42 kW engine power (LPG) or 80V/400Ah LiFePO4 systems. Travel speeds reach 18–20 km/h unloaded, with 12–14 km/h lifting speeds. Gradient capability is 25% fully loaded. Pro Tip: Lithium models regain 15% charge via regenerative braking during 8-hour shifts.
The AC motor generates 220 Nm torque, synchronized with ZF axles for smooth acceleration. For instance, lifting 2.5 tons to 3m height takes 8 seconds—20% faster than hydraulic competitors. But what about energy use? LiFePO4 variants consume 9–11 kWh per shift vs. 14 L/hr for LPG. Transitionally, warehouses prioritizing eco-costs switch to lithium: A German auto plant reported 62% lower energy costs after upgrading.
| Power Source | Runtime | Refueling Time |
|---|---|---|
| LiFePO4 | 8–10 hours | 2.5 hours (fast charge) |
| LPG | 6–7 hours | 5 minutes (tank swap) |
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How does lift height impact operational efficiency?
With a 3,500 mm max lift height, the J2.5-3.0XNL accesses standard 3-tier racking. However, lifting 3 tons to full height reduces travel speed by 40% due to load stability algorithms. Pro Tip: Use the “height priority” mode when stacking light loads above 2.5m.
The mast’s dual-chain design minimizes lateral sway at height—critical when handling fragile goods. For example, a beverage distributor reduced product damage by 27% after switching to this model. But how does height affect energy use? Each additional meter of elevation consumes 18% more battery per lift cycle. Therefore, optimize storage layouts to minimize vertical travel. Transitionally, pairing this forklift with warehouse management systems (WMS) can automate lift paths, cutting energy waste by 33%.
What safety features are integrated?
The J2.5-3.0XNL includes anti-rollback sensors, automatic braking on inclines >5°, and LED proximity alerts. Seatbelt-interlocked operation prevents movement if unbuckled. Pro Tip: Calibrate tilt sensors every 500 hours—misalignment causes false stability warnings.
Advanced safety leverages CANbus diagnostics to monitor 22 parameters like hydraulic pressure and motor temperature. For instance, if the system detects a 10% pressure drop, it restricts lift functions and alerts technicians. But what about visibility? The panoramic mast design offers 220° sightlines, supplemented by rear cameras in premium packages. A real-world example: A port logistics company reduced collision incidents by 41% after retrofitting cameras to their J3.0XNL fleet.
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FAQs
Fast charging achieves 0–100% in 2.5 hours using 80V/100A chargers. Partial 50% top-ups take 45 minutes. Never use chargers exceeding 100A—it degrades cell anodes.
Are attachments like clamps compatible?
Yes, but capacity drops 8–15% depending on clamp weight. Always consult the OEM’s attachment database for pre-approved models.
What’s the warranty coverage?
3 years/6,000 hours for powertrain, 1 year for hydraulics. Lithium batteries have a separate 5-year/10,000-cycle warranty if charged per guidelines.
