Reach Stacker Telescopic Cylinder

The reach stacker telescopic cylinder is a cutting-edge hydraulic component designed to enhance the reach and performance of reach stackers. This innovative cylinder utilizes a telescopic design to extend stroke length while maintaining a compact form. The reach stacker telescopic cylinder is a game-changer in the material handling industry with its advanced features, reliable construction, and superior functionality.

The reach stacker telescopic cylinder revolutionizes the capabilities of reach stackers by providing extended reach, enhanced lifting capacity, and compact design. With its advanced features, reliable construction, and smooth operation, this cylinder empowers material handling operations to reach new heights of efficiency and productivity. By following the recommended installation procedures and implementing regular maintenance practices, companies can maximize their reach stacker operations’ performance, longevity, and safety. With the reach stacker telescopic cylinder, businesses can handle larger loads, optimize container stacking, and streamline material handling processes, ultimately driving success in the competitive material handling industry.

Reach Stacker Telescopic Cylinder Key Characteristics:

• Extended Reach: The telescopic design of the reach stacker telescopic cylinder allows for a significantly grown reach compared to conventional cylinders. Incorporating multiple nested stages provides a longer stroke length while occupying minimal space. This extended reach capability enables reach stackers to handle larger loads, access deeper container stacks, and optimize material handling operations.
• Compact Design: Despite its exceptional reach, the reach stacker telescopic cylinder maintains a compact design. The nested stages slide within one another, reducing overall length. This compactness ensures that reach stackers can maneuver efficiently in tight spaces, such as container yards or warehouses, without compromising their reach capabilities.
• Enhanced Lifting Capacity: The reach stacker telescopic cylinder’s innovative design and robust construction contribute to its remarkable lifting capacity. The cylinder is engineered to withstand heavy loads while maintaining stability and precision during lifting operations. This enhanced lifting capacity enables reach stackers to handle larger and heavier containers efficiently, boosting productivity and efficiency.
• Smooth Operation: The reach stacker telescopic cylinder is engineered for smooth and precise operation. It utilizes high-quality seals, bearings, and hydraulic components to ensure minimal friction and optimal performance. This smooth operation lets operators precisely control the telescopic cylinder, facilitating accurate positioning and safe material handling.

Reach Stacker Telescopic Cylinder Parameter:

Reach Stacker Cylinder Application:

Usage Method Of Reach Stacker Telescopic Cylinder:

1. Installation: Install the Reach Stacker Telescopic Cylinder according to the manufacturer’s guidelines and specifications. Ensure proper alignment and secure mounting to guarantee optimal performance. Follow recommended procedures for connecting the hydraulic lines to the reach stacker’s hydraulic system.
2. Control and Operation: The telescopic cylinder is typically controlled through the reach stacker’s existing control system. Operators can activate the hydraulic circuit to extend or retract the cylinder. Utilize the control console or control panel to adjust the stroke length and position of the reach stacker’s boom. Adhere to the manufacturer’s instructions and recommended safe and efficient operation procedures.

How Fast Can A Hydraulic Cylinder Move?

The speed at which a hydraulic cylinder can move depends on several factors, including the system design, hydraulic fluid flow rate, cylinder size, load conditions, and operating pressure. Here are some considerations regarding the speed of hydraulic cylinder movement:

1. Flow Rate: The hydraulic cylinder’s speed is influenced by the flow rate of hydraulic fluid supplied to it. Higher flow rates result in faster cylinder movement, while lower flow rates lead to slower speeds. The flow rate is determined by the hydraulic system’s pump capacity and the valve settings controlling fluid flow.
2. Cylinder Size: The size of the hydraulic cylinder affects its speed. Larger cylinders typically have more significant surface areas, which require more hydraulic fluid to move the piston within the cylinder. This increased volume of fluid results in slower movement compared to smaller cylinders.
3. Load Conditions: The load being lifted or moved by the hydraulic cylinder can influence its speed. Heavier loads require more force, which can slow down the cylinder’s movement. Conversely, lighter loads may allow for faster speeds.
4. Operating Pressure: The operating pressure of the hydraulic system impacts the cylinder’s speed. Higher operating pressures can generate more force, resulting in faster cylinder movement. However, operating within the recommended pressure limits is essential to ensure safe and reliable operation.
5. System Design: The design of the hydraulic system, including the size and type of hydraulic pump, valves, and piping, can affect the cylinder’s speed. Efficient system design, with properly sized components and optimized flow paths, can help achieve desired cylinder speeds.

Aptidão e capacidade da fábrica:

(1) Montagem

Temos uma plataforma de montagem de pesquisa e desenvolvimento independente de primeira classe. A oficina de produção de cilindros hidráulicos tem quatro linhas de montagem semiautomáticas de cilindros de elevação e uma linha de montagem automática de cilindros de inclinação, com uma capacidade de produção anual projetada de 1 milhão de peças. A oficina de cilindros especiais é equipada com várias especificações de um sistema de montagem de limpeza semiautomática com uma capacidade de produção anual projetada de 200.000 peças e equipada com famosos equipamentos de usinagem CNC, um centro de usinagem, um equipamento especial de processamento de cilindros de alta precisão, uma máquina de solda robotizada, uma máquina de limpeza automática, uma máquina de montagem automática de cilindros e uma linha de produção de pintura automática. O equipamento crítico existente é de mais de 300 conjuntos (conjuntos). A alocação ideal e o uso eficiente dos recursos do equipamento garantem os requisitos de precisão dos produtos e atendem às necessidades de alta qualidade dos produtos.

(2) Usinagem

A oficina de usinagem é equipada com um centro de torneamento de trilho inclinado personalizado, um centro de usinagem, uma máquina de brunimento de alta velocidade, um robô de soldagem e outros equipamentos relacionados, que podem lidar com o processamento de tubos de cilindros com diâmetro interno máximo de 400 mm e comprimento máximo de 6 metros.

(3) Soldagem

(4) Pintura e revestimento

Com linhas de revestimento de tinta à base de água automáticas de cilindros de pequeno e médio porte, para obter carregamento e descarregamento automáticos de robôs e pulverização automática, a capacidade projetada é de 4.000 peças por turno;
Também temos uma linha de produção de tinta semiautomática para cilindros grandes, acionada por uma corrente elétrica, com capacidade de projeto de 60 caixas por turno.

(5) Testes

Temos instalações de inspeção e bancos de teste de primeira classe para garantir que o desempenho do cilindro atenda aos requisitos.

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