The N series forklifts with combustion engines were introduced in 2022. Now, the electric forklift models are following. Both versions share numerous identical features, with even more power under the hood, additional equipment options, and lifting capacities of up to 3.5 tons.
“The new Yale N Series electric forklift is built on proven performance and offers the reliability that warehouse workers have come to expect from Yale,” says Fraser Brash, Regional Product Manager at Yale Lift Truck Technologies. “The new, ergonomically designed Yale N Series electric forklifts offer increased productivity right out of the box. And because every material handling application is unique, companies can configure the features to meet their specific needs.”
The N series devices can be used flexibly both indoors and outdoors. This makes them suitable for a wide range of industries, such as automotive spare parts logistics, 3PL (third-party logistics), retail, the furniture, food, beverage, or pharmaceutical industries.
Like their combustion engine counterparts, the new electric forklifts come standard with a spacious cab and user-friendly touchscreen. The work environment can be customized with features such as two joysticks for hydraulic control and numerous comfortable seating options. Furthermore, the zero-turn radius ensures improved maneuverability in confined warehouse areas.
The optional Dynamic Stability System (DSS) reduces the likelihood of tipping over. By improving stability, the system supports safe operation in certain applications. It provides audible and visual warnings and limits the forklift's power if it is operated outside of preset parameters. The travel speed is restricted above a predefined lift height. Furthermore, the N-series ERP2.2-3.5N electric forklifts are designed for integration with the Yale Reliant driver assistance system.
The new electric models come standard with three-phase induction motors for the drive and hydraulic pump. Optional lithium-ion, lead-acid, and thin-plate pure lead (TPPL) batteries meet different requirements. For example, the battery box module for a lithium-ion battery can minimize costs in the long run because it allows for easier battery replacement and is reusable.
