Toyota electric forklift 8FBN30 has a rated lifting capacity of 3,000kg, a load center distance of 500mm, a full width of 1,235mm, a turning radius of 2,210mm, a height of the roof rack of 2,255mm, and a height of the forks on the vertical plane of 2,485mm.67 It adopts a battery power system, adapted to 80V voltage batteries (such as the VSIL370-80V model with a capacity of 370AH) It supports long-time and high-intensity operation24.
Safety and Operation Experience
1. Equipped with active stabilization system (SAS), it has the functions of traveling speed/acceleration control, gantry tilt control, full hydraulic steering synchronization control, turning speed control, etc., which can improve the stability and safety of forklift trucks in the process of traveling, steering, and lifting; the operator presence sensing system (OPS) can prevent the safety accidents due to the driver's misoperation or leaving the seat, which can further enhance the operation safety. Safety.
2. Suspended operator and steering wheel design, lightweight operation, and high driver comfort.
The lifting height of Toyota Forklift 8FBN30 can reach 6000mm, which meets the storage needs of different rack heights, and can stack the goods to a higher position, effectively utilizing the warehouse space.
Applicable Scenarios
Toyota Electric Forklift is ideal for manufacturing, warehousing, logistics, and other situations requiring high-intensity handling, particularly in indoor environments with stringent demands for environmental protection and noise control. It is well-suited for operation in tight spaces, enhancing space utilization and enabling flexible movement in confined areas such as between shelves in warehouses and between factory aisles. Moreover, forklift toyota electric can be integrated with the TOYOTA I_Site fleet management system, which assists users in optimizing fleet usage and management through real-time monitoring and analysis of forklift usage data, including working hours, mileage, and charging times, to effectively organize maintenance schedules and equipment allocation, increase equipment utilization and operational efficiency, and lower operational costs. Cost reduction.