Rod ends hydraulic, rod end hydraulic, DIN 24555, ISO 8133, small version, used as standard linking parts on a piston rod from a hydraulic cylinder. mbo Osswald completes with this linking elements the rod end assortment.

Rod ends hydraulic DIN 24555 / ISO 8133 small version

can be regreased, with small bearing, able for standard hydraulic-cylinders pressure 160 bar acc. to ISO 6020/2

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商品信息 "Rod ends hydraulic DIN 24555 / ISO 8133 small version"

1. Product description

Rod ends hydraulic according to DIN 24555 / ISO 8133 in the small version are mechanical linking elements that allow point force transmission between movable components while permitting swivel or rotational movements. They act as essential connection points in hydraulic systems, enabling articulated movement and load transfer across various axes. This is achieved through their special design, which allows adjustments to angular deviations during operation, ensuring efficiency and reliability even under high loads or adverse conditions. The main differences between a rod end hydraulic DIN 24338 and a DIN 24555 lie in the specified dimensions, which are precisely tailored to different application requirements.

2. Product details

Size: 12 M10FG - 100 M64FG

Material group: Steel

Surface: Bright

Thread version: Fine-pitch thread right

3. Application Areas & Compatibility

Rod ends hydraulic according to DIN 24555 / ISO 8133 in the small version are used in various industries and mechanical engineering, including:

Machinery and plant engineering: In this area, rod ends hydraulic enable precise control of movements and loads. They are indispensable for the functionality of hydraulic presses, CNC machines, and other automated manufacturing systems.

Construction machinery and vehicles: Hydraulic cylinders are an essential component of numerous construction machines such as excavators, bulldozers, cranes, and other heavy vehicles. They ensure precise movements and the handling of large loads, which is indispensable in the construction industry. Rod ends hydraulic according to DIN 24555 / ISO 8133 are specifically designed to withstand these high loads and to provide a permanently secure connection between the hydraulic cylinders and the mechanical structure of the machines.

Agricultural vehicles and machinery: In agricultural technology, rod ends hydraulic are used to ensure the smooth operation of tractors, combine harvesters, and other agricultural machinery. The robustness and durability of these rod ends guarantee reliability even under demanding working conditions.

Compatibility with hydraulic cylinders and systems: These rod ends are specifically designed and standardized according to DIN 24555 and ISO 8133 to serve as connecting parts for hydraulic cylinders and systems. The standardization facilitates integration into existing systems and guarantees compatibility with internationally recognized standards.

4. Advantages and Benefits

Precise movement control: Thanks to their ability to accommodate angular movements as well as axial and radial loads, rod ends hydraulic provides precise control of movements. This is crucial in systems where accurate positioning is essential.

Compensation of misalignments: Rod ends hydraulic offer the key advantage of compensating for misalignments and movement tolerances between connected components. This minimizes mechanical stresses and deformations, contributing to the extended lifespan of components.

Durability in demanding environments: Made of high-quality materials such as steel, these rod ends withstand corrosive environments, high loads, and wear even under challenging operating conditions, making them a reliable choice for long-term applications.

Easy installation and maintenance: Standardization according to DIN and ISO standards simplifies the selection and replacement of rod ends by ensuring compatibility with existing systems and components. Additionally, rod ends hydraulic DIN 24555 / ISO 8133 small version allows for easy installation and maintenance due to their thoughtful design.

Various customization options: Availability in different sizes, shapes, and with varying technical specifications allows for meeting the specific needs of diverse applications. This enables designers to choose the rod ends that are optimally suited to their specific requirements.

Increased system reliability: Rod ends hydraulic enhance the reliability of the entire system by reducing mechanical stresses and optimizing movement control. Their robustness and capability to operate reliably in demanding environments reduce the need for frequent repairs and replacements.

In summary, rod ends hydraulic DIN 24555 / ISO 8133 small version significantly improve the performance and reliability of hydraulic and mechanical systems. They offer an effective solution for movement control and load transfer, optimizing the efficiency and durability of machines and systems.

5. Assembly and Installation

Preparation and planning: Before starting the assembly, it is crucial to thoroughly analyze the specific requirements of the application. This includes examining the load conditions, directions of movement, and environmental conditions. Equally important is the selection of the appropriate rod end type and the corresponding size.

Examination of components: Before installation, the rod ends hydraulic and the adjacent parts should be inspected for damage, corrosion, or manufacturing defects. This ensures that only flawless parts are used, guaranteeing the safety and functionality of the entire system.

Correct alignment: Precise placement and alignment of the rod end hydraulic are crucial to avoid misloads and premature wear. Particularly, the alignment of the axes should be thoroughly checked to ensure axial and radial loads can be properly absorbed.

Fasteners: Using the appropriate fasteners and tightening them with the correct torque is essential for a secure connection. This ensures that there is no loosening or displacement during operation.

Lubrication: Proper lubrication of the rod end is crucial for smooth operation and wear reduction. The lubricant should be carefully matched to the operating conditions and material compatibility.

Post-assembly inspection: After installation, it is important to perform an inspection to ensure that all components are correctly assembled and that movements can proceed as intended. This may also require adjustment of alignment or torque.

6. Safety instructions & Standards

Product-specific standards: Compliance with product-specific standards, such as DIN 24555 or ISO 8133 for rod ends hydraulic, is essential. These standards set requirements for materials, dimensions, and performance characteristics to ensure that the products operate reliably under the intended operating conditions.

Load limits: Awareness and adherence to the established load limits are of utmost importance. Overloading can lead to rapid wear, failure of the rod end, and, in the worst case, accidents.

Safety inspections: It is necessary to regularly inspect mechanical connections for safety to identify potential damage or wear early and to take appropriate actions.

Environmental conditions: Another crucial aspect is consideration of the environmental conditions under which the rod ends hydraulic are used. Extreme temperatures, humidity, and aggressive chemicals can affect the materials and may require special measures. By adhering to these safety instructions and standards, risks can be reduced, the safety of users and others can be increased, and the proper functioning of the systems in which the hydraulic rod end are used can be ensured.

Frequently Asked Questions (FAQ)

What are rod ends hydraulic DIN 24555 / ISO 8133 and what are they used for?

Rod ends hydraulic according to DIN 24555 / ISO 8133 in a narrow design are mechanical linking elements that enable point force transmission between movable components while allowing swivel or rotational movements. They serve as crucial connection points in hydraulic systems, permitting articulated movement and load transmission across different axes.

What is the difference between the rod ends hydraulic DIN 24555 / ISO 8133 and the rod ends hydraulic DIN 24338 / complies in part with ISO 6982?

The main differences between a rod end hydraulic DIN 24338 and a DIN 24555 lie in the specified dimensions that are precisely tailored to different application requirements. While DIN 24338 defines standard sizes and designs for a wide range of hydraulic applications, DIN 24555 specifies special dimensions and performance requirements for specific machine types or operating conditions where a narrow version is needed. These differences directly affect the selection and suitability of rod ends for hydraulic systems.

In which areas are rod ends hydraulic DIN 24555 / ISO 8133 primarily used?

Rod ends hydraulic are used in various mechanical engineering sectors, particularly in machinery and equipment engineering for precise motion control, in construction machinery and vehicles to ensure precise movements and handle heavy loads, as well as in agricultural vehicles and machines to ensure functionality under demanding working conditions. Their compatibility with hydraulic cylinders allows for integration into existing systems in accordance with DIN 24555 and ISO 8133 standards.

What are the advantages of rod ends hydraulic DIN 24555 / ISO 8133?

Rod ends hydraulic DIN 24555 / ISO 8133 provide significant added value in application thanks to their special design for hydraulic cylinders, their ability to handle higher forces and loads, as well as their additional fastening with clamp screws. They enhance the performance, safety, and longevity of hydraulic systems, making them an attractive option for engineers and designers. These rod ends ensure precise motion control, compensate for misalignment, and offer durability in demanding applications. They simplify assembly and maintenance, promote energy efficiency, and offer numerous customization options. Their unique design and robust material enhance their performance and durability.

How should rod ends hydraulic DIN 24555 / ISO 8133 be correctly assembled and installed?

A proper assembly begins with careful preparation and planning, followed by an inspection of components for possible damage. The precise alignment of the rod end, the use of suitable fasteners, appropriate lubrication, and a final inspection after assembly are essential steps to ensure functionality and durability.

Why are safety instructions and standards important when using rod ends hydraulic DIN 24555 / ISO 8133?

Observing safety instructions and standards ensures both user safety and the quality and reliability of systems. This includes adherence to product-specific standards, consideration of load limits, regular safety inspections, the use of protective measures, and expert execution by trained personnel, tailored to environmental conditions.

How does the choice of the suitable rod end type affect the overall system?

The choice of the appropriate rod end type and size, based on load requirements, movement directions, and environmental conditions, is critical for the proper functioning and efficiency of the system. Incorrect specifications can lead to misloads, premature wear and increased risk of failure.

What measures reduce wear on rod ends hydraulic DIN 24555 / ISO 8133?

Wear can be reduced by choosing the right selection, professional installation, and regular maintenance, as well as the use of lubrication devices. Regular inspections and maintenance work help to identify early signs of wear and take appropriate countermeasures.

What features characterize the longevity and robustness of rod ends hydraulic DIN 24555 / ISO 8133?

Their robust construction and the use of high-quality materials like steel or stainless steel give these rod ends high resistance to corrosive environments, high loads, and wear, even under demanding operating conditions. Their ability to compensate for misalignments and reduce mechanical stresses also contributes to extending their service life.