Yale FB30PYE 3t 2021-2025 - Technical data

Yale FB30PYE 3t 2021-2025 - Product Description

Powertrain and Design

The Yale FB30PYE is a modern electric forklift with a lifting capacity of up to 3 tons. It features a high-quality AC induction motor with a power output of 10.7 kW, ensuring optimal power and torque. The vehicle has a low height for easy maneuverability in confined spaces. The maximum lift height is 3.04 m, making it suitable for various applications within warehouses and industrial settings.

Undercarriage and Hydraulics

The Yale FB30PYE is equipped with electro-hydraulic power steering, providing easy and precise maneuvering. The minimum turning radius is 2.15 m, allowing swift actions in tight areas. The truck also offers a soft landing feature, reducing noise and minimizing wear on hydraulic components. Additionally, the advanced energy systems ensure efficient power management and energy savings.

Operating Parameters

The Yale FB30PYE achieves a travel speed of 17 km/h when fully loaded and 18 km/h when unloaded. It has a maximum load capacity of 3 tons with a load center of 500 mm. The overall height is 2090 mm, allowing for comfortable operation in standard warehouse conditions. The overall width is 1265 mm, and the unladen weight is 3.44 tons.

Optional Equipment

The Yale FB30PYE offers various options for additional equipment, including on-demand power steering and full suspension seating. The installed LCD display provides clear information about vehicle status, such as travel speed and battery charge level. Accessory options allow customization of the truck to meet specific user needs.

Safety and Technical Data

The Yale FB30PYE is designed in accordance with safety standards, featuring functions such as auto power-off during inactivity and a warning system for headlight status. The IP53 sealing provides resistance against dust and moisture, which is crucial in challenging working conditions. The truck is tailored for operation in diverse environments, ensuring operator safety and operational efficiency.