Yale Materials Handling Corp. announces two new electric rider lift truck models—the three-wheel ERP030-040VT and the four-wheel ERP030-040VF. Both models provide lifting capacities of 3,000 to 4,000 pounds.
The highly maneuverable trucks are suitable for a variety of warehouse applications, according to the manufacturer. Their maneuverability is a result of their zero turn radius steer axles and dual AC drive motors. These independent, front-wheel motors rotate the drive tires in opposite directions, which places the center of turn between the drive tires. The lift trucks are available with a 36- or 48-volt, low-maintenance AC traction and hydraulic motor. These brushless AC technology motors provide powerful acceleration and faster travel speeds even with a load, while also supporting quick lift and lower speeds.
The lift trucks also feature four operator performance modes to allow performance to be tailored to the specific application and the operator's ability, increasing overall productivity and efficiency. The trucks' automatic parking brakes set automatically when the vehicle stops, reducing operator motion.
Source : dvelocity
The highly maneuverable trucks are suitable for a variety of warehouse applications, according to the manufacturer. Their maneuverability is a result of their zero turn radius steer axles and dual AC drive motors. These independent, front-wheel motors rotate the drive tires in opposite directions, which places the center of turn between the drive tires. The lift trucks are available with a 36- or 48-volt, low-maintenance AC traction and hydraulic motor. These brushless AC technology motors provide powerful acceleration and faster travel speeds even with a load, while also supporting quick lift and lower speeds.
The lift trucks also feature four operator performance modes to allow performance to be tailored to the specific application and the operator's ability, increasing overall productivity and efficiency. The trucks' automatic parking brakes set automatically when the vehicle stops, reducing operator motion.
Source : dvelocity
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