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SJY 0.5-2.35 Hydraulic Movement Strong Performance Customized Series Lift Table
Model

SJY 0.5-2.35 Hydraulic Movement Strong Performance Customized Series Lift Table

  • SJY 0.5-2.35 Hydraulic Movement Strong Performance Customized Series Lift Table
Model SJY 0.5-2.35
Load Capacity kg 500
Min. Height mm 650
Max. Height mm 3000
Table Dimension mm 1800*1000
Power Kw 1.6Kw/12V
Storage Battery Ah 150Ah/12V
Dia.of the wheel mm 6" PU wheels, 2 fixed with side brakes

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Jiangsu Diding Machinery Co., Ltd.

Who we are

WELCOME TO DIDING

Jiangsu Diding Machinery Co., Ltd. as Custom SJY 0.5-2.35 Hydraulic Movement Strong Performance Customized Series 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 SJY 0.5-2.35 Hydraulic Movement Strong Performance Customized Series 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.

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    CE Certificate

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    CE Certificate

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    CE Certificate

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    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

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Products Knowledge

What factors mainly determine the load capacity of SJY 0.5-2.35 CUSTOMIZED SERIES scissor lift?

The load carrying capacity of the SJY 0.5-2.35 Custom Series Scissor Lift Table, like most scissor lift tables, depends on several key factors. These factors are carefully considered to ensure that the lift operates safely and efficiently. Let’s take a closer look at what determines a scissor lift’s load capacity.
First of all, the structural design of the scissor lift is the key to determining its load-bearing capacity. The materials used and the construction of the scissor arms and frame play an important role in this. The sturdy and sturdy design using high-quality materials allows for a higher load capacity.
The type of scissor mechanism used in the lift is another important factor. Scissor lifts can come in different scissor designs, and the configuration and strength of the scissor arms affect load carrying capacity. Heavy-duty scissor arms are capable of handling greater weight.
A scissor lift's hydraulic system also has a large impact on its lifting capabilities. The power and design of the hydraulic system are key factors. More powerful hydraulic systems can handle heavier loads. Hydraulic cylinders and pumps are key components that determine the overall capabilities of a lift.
The size of the lifting platform or lifting platform also directly affects its carrying capacity. Larger platforms can accommodate larger and heavier loads, while smaller platforms have lower load capacities.
Additionally, the maximum height a scissor lift can lift a load affects its carrying capacity. As a lift extends to a higher location, its load-carrying capacity may decrease. Manufacturers often provide load capacity specifications for various lift heights.
Manufacturers often impose safety factors on specified load capacities to ensure safe operation. This safety factor takes into account factors such as dynamic loads, unevenly distributed loads, and equipment wear.
The type and configuration of wheels or casters on a scissor lift also affects load capacity. Scissor lifts with larger, sturdier wheels can handle heavier loads more efficiently.
The location and distribution of loads on the platform are also critical. Evenly distributed loads closer to the center of the platform are easier to handle. Off-center or unevenly distributed loads may reduce payload capacity.
Additionally, environmental conditions can affect a scissor lift’s load-carrying capacity. Operating on uneven or sloped surfaces or exposure to outdoor elements can affect an elevator's capacity. Manufacturers specify load capacities for specific operating conditions.
To ensure safe and efficient operation, the manufacturer's guidelines and specifications for a scissor lift must be followed. Exceeding the specified load capacity or using the equipment in a manner not recommended by the manufacturer may result in safety hazards and equipment damage.



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