Electric Cylinder for Aerial Work Platform

Electric Cylinder

Electric Cylinder is a key component used in high-altitude work platform equipment to control the lifting motion of the platform. It can replace traditional hydraulic systems and achieve lifting and lowering functions through electric drive.

• Function:
  Lifting function: The Electric Cylinder is used to control the lifting motion of high-altitude work platform equipment. It raises or lowers the platform through expansion and contraction, allowing workers to work at different heights.
• Installation location:
  Electric Cylinders are usually installed on the lifting mechanism of high-altitude work platform equipment. It can be connected to the platform structure and fixed in an appropriate position through brackets or other fixing devices. The specific installation location may vary depending on different equipment and manufacturers, but is usually located at the bottom or side of the platform.
• Working principle:
  The working principle of the Electric Cylinder is based on electric drive and screw mechanism. It includes an electric motor and a screw rod. When the electric motor operates, it will transmit the rotational power to the screw rod through the transmission device, thereby causing it to rotate. The rotating motion of the screw rod pushes the piston of the electric cylinder up or down, achieving the lifting motion of the platform.

Electric Cylinders typically have some additional functions and features, such as limit switches, electric brakes, etc., to ensure that the platform stops at an appropriate height and remains stable. In addition, some Electric Cylinders can also be remotely operated and controlled through a remote control or control panel.
It should be noted that the specific working principle and installation method may vary depending on the equipment model, manufacturer, and technical specifications. In practical applications, reference should be made to the equipment's operating manual and relevant information provided by the manufacturer to ensure correct installation and use.

Specification of Electric Cylinder

Thrust force:1-1000KN
Stroke: 0-2000mm
Voltage:

24V,48V,220V,380V...

Electric Cylinder VS Traditional Hydraulic Cylinders

Compared to traditional hydraulic systems, Electric Cylinders have the following advantages and disadvantages:

Advantages

1. Environmentally friendly: The Electric Cylinder does not require the use of hydraulic oil, so there are no potential leaks or environmental pollution issues that hydraulic systems may bring. It is cleaner, pollution-free, and suitable for application scenarios with high environmental requirements.
2. Energy saving and efficiency: The Electric Cylinder adopts electric drive, which can more effectively convert energy and reduce energy consumption compared to traditional hydraulic systems. Meanwhile, the Electric Cylinder does not generate heat during operation, reducing energy loss.
3. Simplified maintenance: Compared to hydraulic systems, the maintenance and upkeep of the Electric Cylinder is simpler. It does not require regular replacement of hydraulic components such as hydraulic oil and filters, reducing maintenance workload and costs.
4. Accurate control: The Electric Cylinder can precisely control the lifting motion through electric drive, with higher position control accuracy. It can achieve more accurate height adjustment and is suitable for applications with high positional requirements.

Disadvantages

1. Power limitation: Compared to hydraulic systems, the Electric Cylinder may be subject to certain limitations in terms of load-bearing capacity. The hydraulic system can provide greater power output by increasing hydraulic pressure, while the electric drive of the Electric Cylinder may have certain limitations in terms of power.
2. High initial cost: Compared to traditional hydraulic systems, the initial cost of Electric Cylinders is usually higher. The high cost of components such as electric motors, controllers, and electrical components may increase the purchase cost of equipment.
3. Power dependency: The Electric Cylinder requires power to function properly, so it may not be able to be used in the absence of power or power failure. Compared to hydraulic systems, hydraulic systems can continue to operate without power supply.

Overall, the Electric Cylinder has significant advantages in environmental friendliness, energy efficiency, and maintenance compared to traditional hydraulic systems, but there are some disadvantages in terms of power limitations, initial costs, and power dependence. When choosing which system to use, it is necessary to comprehensively consider the specific application requirements and actual situation.

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