3.5 tons lithium battery balance forklift selection reference, storage and handling equipment purchase points

In the warehousing and handling scene, the counterbalanced forklift is one of the commonly used main equipment. The 3.5-ton model is suitable for the transshipment needs of medium and large pallets and bulk goods. When paired with lithium battery power, it has certain advantages in operation efficiency and maintenance costs. Reasonable purchase of this type of equipment can be considered from multiple practical dimensions.

Pay attention to the core power and battery life first. The battery capacity of a 3.5-ton lithium-ion balance forklift is usually selected according to the operating time and load rate. Generally, it works continuously for 8 hours a day. You can choose a suitable standard capacity battery pack. If you need two shifts or high-intensity loads, you can consider backup or fast charging batteries. At the same time, pay attention to the compatibility of the charging interface of the battery, and whether the working area can meet the voltage and power requirements of the charging power supply.

Next is load-bearing and passability. In addition to the rated load capacity of 3.5 tons, it is also necessary to pay attention to the lifting height of the rated load. Different lifting heights will affect the maximum weight change that can be carried. This should be determined in combination with the shelf height of your own warehouse and the number of stacked layers of goods. In terms of passability, you need to measure the channel width, door height, and ground flatness of the warehouse. The minimum turning radius, body height, wheelbase, and ground clearance of the forklift should be matched with these parameters to ensure smooth passage.

Then there is the control and safety design. A good control system can reduce the fatigue of the operator and improve the stability of the operation. You can pay attention to the sensitivity of the steering system, the adjustment range and comfort of the seat, and the reasonable layout of the operating handle. Safety design is a part that cannot be ignored, such as whether it is equipped with anti-collision sensors, blind spot monitoring, emergency power failure, overload protection and other basic safety functions. Some models also have advanced functions such as ramp parking assistance and automatic lifting speed adjustment, which can be selected according to the complexity of the working environment.

Finally, the maintenance cost. Lithium battery maintenance cycle is relatively long, daily only need to check the appearance cleanliness, interface status, no need to add water or frequent maintenance of other parts, but still pay attention to the quality assurance range and duration of the battery, as well as the replacement cost and convenience of the whole vehicle wearing parts.