Web Menu

Product Search

Language

Share

Lift Table Custom

Home / Product / Lift Table / DGH Solid Structure Overload Protection Stationary Lift Table Lift Table
DGH Solid Structure Overload Protection Stationary Lift Table Lift Table
Model

DGH Solid Structure Overload Protection Stationary Lift Table Lift Table

  • DGH Solid Structure Overload Protection Stationary Lift Table Lift Table
Model Load Capacity (kg) Max. Height (mm) Min. Height (mm) Table Dimensions (mm) Voltage (V) Net Weight (kg)
DGH1000 1000 470 3000 1700*1000 380V/220V 500
DGH2000 2000 560 3000 1700*1000 380V/220V 830

Related Products:

Jiangsu Diding Machinery Co., Ltd.

Who we are

WELCOME TO DIDING

Jiangsu Diding Machinery Co., Ltd. as Custom DGH Solid Structure Overload Protection Stationary Lift Table Lift Table Company and Suppliers, focus on the research and development, production and sales of light and small storage and handling vehicles, and provide customers with special material handling and stacking optimization solutions. The main products are all-electric stacker trucks, electric pallet trucks, counterbalanced forklifts, Forklifts, electric tractors, etc., and tailor-made various non-standard electric forklift products for customers according to the working conditions of users. OEM/ODM DGH Solid Structure Overload Protection Stationary Lift Table Lift Table. Diding forklifts are widely used in industrial and mining enterprises, manufacturing, logistics, construction, military industry, medicine, food, Chemical industry, electronics, machinery, furniture, textile industry, chemical industry, metallurgy industry, energy industry and many other industries.

Our Certification

The technical team specializing in the design and manufacture of industrial vehicles supports the development of the enterprise, and has a number of independent research and development product patents. We uphold the people-oriented design concept, seek development and create brilliance together.

  • CE Certificate

    CE Certificate

  • CE Certificate

    CE Certificate

  • CE Certificate

    CE Certificate

  • CE Certificate

    CE Certificate

  • High and New Technology Enterprise Certificate

    High and New Technology Enterprise Certificate

  • CERTIFICA TE

    CERTIFICA TE

  • Quality Management Systems Certificate

    Quality Management Systems Certificate

  • Quality Management Systems Certificate

    Quality Management Systems Certificate

FROM THE BLOG

Provide you with the latest enterprise and industry news

Products Knowledge


What are the requirements for the strength of the cylinder at different lifting heights of DGH STATIONARY LIFT TABLE?
The strength requirements of the hydraulic cylinder for a DGH Stationary Lift Table at different lifting heights depend on several factors, including the maximum load capacity and the desired operational characteristics. As the lifting height increases, the mechanical stress on the hydraulic cylinder becomes more significant, and specific design considerations are essential to ensure safe and efficient operation. Here are some general requirements for the strength of the cylinder at different lifting heights:
1. Load Capacity: The load capacity of the lift table is a critical factor in determining cylinder strength. As the lifting height increases, the cylinder must be able to support both the weight of the platform and the maximum load it's designed to lift.
2. Cylinder Material: The choice of materials for the cylinder is crucial. High-strength materials, such as alloy steel, are commonly used to withstand the mechanical stress, bending forces, and torsional loads associated with higher lifting heights.
3. Cylinder Diameter: The cylinder's diameter should be appropriately sized to provide the necessary force to lift the load. As the lifting height increases, a larger diameter cylinder may be required to achieve the desired lifting capacity and speed.
4. Wall Thickness: The cylinder's wall thickness should be designed to withstand the pressures generated by the hydraulic fluid as it actuates the cylinder to lift the load. Greater lifting heights may require thicker cylinder walls to prevent deformation or failure.
5. Seal and Gasket Design: The seals and gaskets in the hydraulic cylinder play a critical role in preventing fluid leakage and maintaining pressure. These components must be designed to handle the higher pressures associated with greater lifting heights.
6. Piston Rod Material and Diameter: The piston rod, which extends from the cylinder, should be made from high-strength materials and have an appropriate diameter to provide stability and prevent deflection at higher lifting heights.
7. Bearings and Bushings: Properly designed bearings and bushings are essential to reduce friction and wear as the cylinder extends and retracts, especially when lifting to taller heights.
It's important to consult with the manufacturer or a qualified engineer when selecting a DGH STATIONARY LIFT TABLE for specific lifting height requirements. They can help ensure that the hydraulic cylinder is designed and built to meet the necessary strength and safety standards for the intended application.



Don't hesitate to contact when you need us!

  1. EMAIL:[email protected]
            [email protected]

  2. WHATSAPP:0086-13852691788

  3. PHONE:0086-13852691788

  4. TELEPHONE:0086-523-87892000