Kinds of AC Forklifts
In the present busy material handling market, application efficiency, low maintenance and of course high power are all important features. AC technology is really suitable for indoor uses, especially with its brushless features. This kind of forklift is virtually maintenance free and lets you focus on finishing the job.
Kinds
There are different kinds of AC forklifts which could suit and even exceed your needs. Design for indoor application provides dependable power and low maintenance. Several of the many types of high capacity forklifts provided by Hyundai are Tow Tractors/ Tuggers, Electric Counterbalanced Lift Trucks, Very Narrow Aisle Turret Lift Trucks, Walkie Trucks, Narrow Aisle Order Picker Lift Trucks and Electric Narrow Aisle Lift Trucks.
Function
More productive is the alternating current or AC technology. It is also more energy efficient. These models are much more reliable and cost effective than the conventional DC or direct current technology. AC forklifts were meant to offer high power indoor use. Usually, a battery of 36 to 80 volts is used to obtain the power and torque needed. The AC technology provides a longer time period in between recharging. This allows the forklift to be used for longer periods of time. Furthermore, the AC motors are completely enclosed and this lessens exposure and dust with no motor brushes, meaning less sparking and a lot less maintenance.
Benefits
Being able to eliminate your maintenance gives you much more time to focus on your visit and saves you some money. As discussed earlier, AC technology does not have motor brushes which also lessens maintenance and increases productivity. One more advantage is that AC motors have less wearable components resulting in savings on parts and labor. AC motors are generally much quieter than DC motors and this helps increase operator awareness on the jobsite.
Manufacturers
These days, there are many manufacturers that provide AC power forklifts. Some of the brands available consist of Raymond, Hyundai, Mariotti, Yale and Hyster.