Types of AC Forklifts
Efficiency in application, low maintenance and high power are all important features that should be taken into consideration in the busy material handling market today. AC technology is really suited for indoor uses, especially with its brushless features. This kind of forklift is virtually maintenance free and lets you focus on getting the job done.
There are a variety of AC forklifts offered to meet and exceed all your individual business requirements. Design for indoor application offers low maintenance and reliable power. Several of the many kinds of high capacity lift trucks offered by Hyundai are Tow Tractors/ Tuggers, Electric Counterbalanced Lift Trucks, Walkie Trucks, Very Narrow Aisle Turret Lift Trucks, Electric Narrow Aisle Lift Trucks and Narrow Aisle Order Picker Lift Trucks.
Alternating current or AC technology is more productive and is energy efficient. These types are much more cost effective and reliable than the traditional direct current or DC technology. AC forklifts were meant to offer high power indoor use. Normally, a battery of 36 to 80 volts is utilized to obtain the torque and power necessary. The AC technology enables a longer time period in between recharging. This allows the forklift to be utilized for a longer time. Moreover, the AC motors are completely enclosed and this reduces dust and exposure with no motor brushes, which means much less maintenance and less sparking.
Being able to eliminate your maintenance gives you more time to focus on your visit and saves you some money. As previously discussed, AC technology does not have motor brushes that also increases productivity and lowers maintenance. Another advantage is that AC motors have less wearable components resulting in savings on labor and components. AC motors are overall a lot quieter compared to DC motors and this helps increase operator awareness on the jobsite.
Today, there are many manufacturers that provide AC power forklifts. Several of the brands available consist of Raymond, Hyundai, Mariotti, Yale and Hyster.