KAD high quality 1.5 ton 2m 3m counterbalanced battery stackers for warehouses

Counterbalanced forklift truck is a special form of forklift truck, its shape is inverted "L" shape, the chassis is equipped with special counterweight to improve the stability of the whole machine. It has the advantages of height adjustment, long load fork, high loading capacity, wide working range, etc. It is especially suitable for heavy load handling, high area cargo handling and other scenarios.

1. Stability: Due to the design of low centre of gravity, moderate body width and even weight distribution, this kind of forklift truck has good stability performance when running, and can turn flexibly even in narrow space.
2. Carrying capacity: Compared with manual handling equipment, counterbalanced forklift trucks have stronger carrying capacity and can effectively cope with heavier cargo handling needs.
3. Operational Flexibility: It is electrically driven and offers forward, backward, side-to-side movement as well as lifting and landing functions, which makes it very versatile in different work scenarios.
4. Energy saving and environmental protection: As it does not rely on fuel, the counterbalanced forklift truck reduces air pollution and saves energy costs.
5. High applicability: It is designed to be suitable for a wide range of occasions, including but not limited to loading and unloading operations in ports, stations, and within enterprises, as well as the need for multiple and handling common items.

Working Principle of Counterbalanced Stacker

The working principle of a counterbalanced stacker involves several key components and mechanisms that enable it to lift, maneuver, and stack loads. Here's an overview of the typical working principles of a counterbalanced stacker:

Counterbalance System:

A counterbalanced stacker is equipped with a counterweight typically located at the rear of the machine. This counterweight balances the weight of the load being lifted and prevents the stacker from tipping forward when lifting loads. It provides stability to the machine during operation.
Lifting Mechanism:

Counterbalanced stackers use a lifting mechanism to raise and lower loads. This mechanism often consists of a hydraulic system with cylinders that control the movement of the mast.
The mast is the vertical structure located at the front of the stacker. It houses the forks or platform used to lift and carry loads.
Hydraulic cylinders are activated by the operator using controls typically located on the stacker's operator platform or tiller handle. When the operator activates the lifting control, hydraulic fluid is pumped into the cylinders, causing them to extend and raise the mast and attached forks or platform.
Steering and Maneuverability:

Counterbalanced stackers are designed for maneuverability in tight spaces, such as narrow aisles in warehouses. They typically feature rear-wheel steering or electrically powered steering systems.
Steering is controlled by the operator using a steering wheel or joystick located on the operator platform or tiller handle. Rear-wheel steering allows the stacker to pivot around its rear axle, enabling it to navigate in confined spaces.
Drive System:

Counterbalanced stackers are powered by electric motors, which provide the necessary propulsion to move the stacker and lift and lower loads.
Electric motors are connected to the stacker's wheels, providing forward and reverse motion. Some stackers may also feature regenerative braking systems that recharge the battery when the stacker decelerates or descends.

In summary, a counterbalanced stacker operates by using a counterbalance system to provide stability, a hydraulic lifting mechanism to raise and lower loads, steering and drive systems for maneuverability, and various safety features to ensure safe operation. These components work together to enable the stacker to efficiently handle material handling tasks in warehouses, distribution centers, and other industrial environments.