Noblelift 6,000-7,000lb Q Series Lithium Iron Phosphate LFP Electric Forklift
The newest introduction of Noblelift Lithium Iron Phosphate LFP/LiFePO4 electric 60Q and 70Q Series forklift is designed with IP4 Rating Waterproof design for indoor-outdoor applications to contend with traditional IC forklifts while being emissions-free, cost-effective and designed for energy proficiency while keeping productivity up for high-density, high throughput warehouses, equipping them to keep up with growing order volumes while protecting profits. Ideal for facilities that are regulated by the FDA, EPA, and OSHA.
Available in 6,000-7,000-pound load capacities in double or triple stage mast of up to 255” (21.25ft), the Noblelift Q series lithium-iron forklifts deliver reduced energy consumption and faster cycle times to help warehouses move large inventories efficiently while having a safer more stable thermal chemical compound of iron-phosphate to avoid overheating and or explosion. It is designed to perform for heavy duty applications with equivalent performances of the traditional IC trucks in the market.
Move more pallets in less time with the Noblelift lithium-powered forklifts. How much more? 10,000 cycles and only 2.5 hours charge vs. the lead-acid of 1,000 to 1,500 cycles and 8 hours to charge with 8 hours cooling period.
They are more compact and energy-dense than lead-acid, which allows them to be more efficient. Unlike lead-acid, the cells are sealed shut, requiring no water maintenance. This type of battery can have many different chemistries. The same study revealed the Noblelift lithium forklift, reducing energy costs and charging frequency for more time moving product and less time idle at the charging station.
The battery is maintenance-free and does not require watering, gassing, and cooling down. To simplify the overall cost from lead-acid to lithium is, if your business only has one shift in which a forklift is used, a lead-acid battery that is well maintained with life expectancy of 3-5 years (1,500 cycles over 300 workdays per year). A lithium iron phosphate battery, in comparison, has a life expectancy of 10 years or more (10,000 cycles).
