Anillos de retención en espiral ¡No tengáis oídos en vuestra asamblea! Los anillos de retención en espiral se fabrican enrollando el anillo con alambre plano. Este proceso único produce un anillo de retención que no tiene orejas sobresalientes ni rebabas que interfieran con su ensamblaje. Debido a que el enrollado produce un anillo de retención sin desechos, el anillo de retención en espiral se puede producir económicamente en acero al carbono, acero inoxidable, cobre y muchas otras aleaciones.
Sin espacios: superficie de retención de 360°.
Ninguna oreja sobresaliente interfiere con los componentes de acoplamiento (sección transversal uniforme).
Fabricado económicamente en acero inoxidable porque el proceso de bobinado no produce chatarra.
No: cargo por diseños personalizados.
Fácil instalación y extracción.
A spiral retaining ring, also known as a spiral elastic retaining ring, is rolled from flat metal wire and has good elasticity and toughness after heat treatment and surface treatment. For shafts and holes, single-turn, double-turn, and multi-turn according to different loads, for axial positioning.
El anillo de retención en espiral tiene las siguientes características:
Spiral retaining rings are widely used in hydraulic parts assembly, valves, instruments, various lock core components, needle roller bearings, pulleys, connectors, quick connectors, and other mechanical assemblies.
Diseño → Dibujo → Plano del alambre → Mecanizado CNC → Tratamiento térmico → Superficie → Acabado → Inspección de calidad → Embalaje
Los anillos de retención en espiral son un tipo de anillo de retención que utiliza una ranura en espiral para mantener el anillo en su lugar. Son ideales para aplicaciones donde el espacio es limitado y se pueden usar con o sin muro de contención. Un anillo de retención en espiral es un tipo de anillo que tiene una ranura en forma de espiral en el diámetro interior. Esta ranura permite instalar el anillo en un eje comprimiéndolo sobre el eje. Una vez que el anillo está en su lugar, la ranura se expande y bloquea el anillo en su lugar.
Los anillos de retención en espiral funcionan usando una forma de espiral para mantener un eje en su lugar. Esta forma de espiral crea un ajuste por fricción que mantiene el eje en su lugar. Esta es una forma muy efectiva de mantener un eje en su lugar y es muy confiable.
Spiral retaining rings are often used in applications that require a large amount of radial force. They are also used when there is a need to maintain the alignment of the shaft and bore.
Hay algunos factores que debe tener en cuenta al elegir el anillo de retención elástico en espiral adecuado para su aplicación. El tamaño y la forma de la pieza que intenta retener, la fuerza requerida para retener la pieza y el entorno en el que estará la pieza son factores importantes a considerar.
The size and shape of the part you are trying to retain are important because you need to make sure the ring will fit around the part. The force required to retain the part is important because you need to make sure the ring can withstand the force that is being applied to it. The environment the part will be in is important because you need to make sure the ring can withstand the conditions it will be exposed to.
Los anillos de retención elásticos en espiral son diferentes de los anillos de retención tradicionales en algunos aspectos. Primero, los anillos de retención elásticos en espiral están hechos de material elástico, lo que les permite estirarse y contraerse según sea necesario. Esto los hace ideales para usar en aplicaciones donde el material circundante puede flexionarse o cambiar de tamaño. En segundo lugar, los anillos de retención elásticos en espiral tienen una ranura en forma de espiral en la superficie interior, lo que les ayuda a sujetar el material circundante con mayor seguridad. Esto hace que sea menos probable que se salgan de su lugar, incluso bajo cargas pesadas. Por último, los anillos de retención elásticos en espiral son más flexibles que los anillos de retención tradicionales, lo que los hace más fáciles de instalar y quitar.
Al elegir un anillo de retención en espiral, hay varios factores a considerar, que incluyen:
Al considerar estos factores, puede estar seguro de seleccionar un anillo de retención en espiral que se adapte bien a su aplicación y que proporcione un rendimiento confiable a lo largo del tiempo.
(Algunas especificaciones y tamaños se pueden contactar para más detalles).
Número de parte | Talla de anillo | Tamaño de ensamblaje | ||||||
Especificaciones. | Usar | SOBREDOSIS. (mm) |
Muro Radial (mm) |
Espesor (mm) |
vueltas | Diámetro de la carcasa (mm) |
Diámetro de la ranura (mm) |
Ancho de ranura (mm) |
VKM-140 | Interno | 145 | 5.72 | 1.55 | Giro único | 140 | 143.5 | 1.7 |
VKM-145 | Interno | 150.17 | 5.72 | 1.55 | Giro único | 145 | 148.62 | 1.7 |
VK-575 | Interno | 151.21 | 5.72 | 1.55 | Giro único | 146.05 | 149.71 | 1.7 |
VKM-150 | Interno | 155.3 | 6.73 | 1.55 | Giro único | 150 | 153.76 | 1.7 |
VK-600 | Interno | 157.78 | 6.73 | 1.55 | Giro único | 152.4 | 156.21 | 1.7 |
VKM-155 | Interno | 160.46 | 6.73 | 1.55 | Giro único | 155 | 158.88 | 1.7 |
VK-625 | Interno | 164.34 | 6.73 | 1.55 | Giro único | 158.75 | 162.71 | 1.7 |
VKM-160 | Interno | 165.64 | 6.73 | 1.55 | Giro único | 160 | 164 | 1.7 |
VKM-165 | Interno | 170.82 | 6.73 | 1.55 | Giro único | 165 | 169.13 | 1.7 |
VK-650 | Interno | 170.94 | 6.73 | 1.55 | Giro único | 165.1 | 169.24 | 1.7 |
VKM-170 | Interno | 175.99 | 6.73 | 1.55 | Giro único | 170 | 174.25 | 1.7 |
VK-675 | Interno | 177.5 | 6.73 | 1.55 | Giro único | 171.45 | 175.74 | 1.7 |
VKM-175 | Interno | 181.17 | 6.73 | 1.55 |
Spiral retaining rings, also known as spiral rings or spiral circlips, are essential components in the mechanical engineering and manufacturing industries. These small yet mighty fasteners play a crucial role in securing various components within assemblies, preventing them from unintentional dislodgment or movement. In this comprehensive article, we will delve into the world of spiral retaining rings, exploring their design, functionality, applications, and the many advantages they offer to engineers and manufacturers.
1.1 What are Spiral Retaining Rings?
Spiral retaining rings are versatile fasteners designed to hold components in place on a shaft or in a housing bore. They are typically made of spring steel or stainless steel and feature a unique spiral design that allows them to be installed and removed with ease while maintaining a secure grip on the mating parts.
1.2 Design and Structure
These rings come in various shapes and sizes, with common configurations including internal and external spiral retaining rings. Internal rings fit inside a bore, while external rings sit on the outside of a shaft. The spiral shape of these rings provides radial flexibility, allowing them to expand or contract to accommodate different tolerances.
2.1 Functions of Spiral Retaining Rings
Spiral retaining rings serve several essential functions in mechanical assemblies, including:
2.2 Applications Across Industries
Spiral retaining rings find applications in a wide range of industries, including:
3.1 Reliability and Durability
Spiral retaining rings are known for their reliability and durability. They can withstand high temperatures, corrosive environments, and heavy loads, making them ideal for demanding applications.
3.2 Easy Installation and Removal
Their unique design allows for easy installation and removal, reducing assembly time and maintenance costs. Unlike traditional snap rings, spiral retaining rings do not require special tools for installation or removal.
3.3 Space Efficiency
These rings are compact and space-efficient, making them suitable for applications with tight constraints. Their low-profile design minimizes interference with adjacent components.
3.4 Cost-Effective
Spiral retaining rings are cost-effective solutions for component retention. Their ease of installation and reusability further contribute to cost savings.
4.1 Factors to Consider
When selecting spiral retaining rings for a specific application, several factors must be taken into account:
4.2 Customization Options
Manufacturers often offer customization options for spiral retaining rings, allowing engineers to tailor the rings to their specific needs. Customization may involve altering the material, dimensions, or special features to meet unique application requirements.
5.1 Installation Guidelines
Proper installation of spiral retaining rings is crucial for their effectiveness. Follow these guidelines:
5.2 Regular Inspection and Replacement
Routine inspection of retaining rings is essential to detect wear, damage, or signs of fatigue. If any issues are identified, timely replacement is necessary to prevent failures and maintain the integrity of the assembly.
6.1 Advanced Materials
Ongoing research and development efforts are focused on creating new materials for spiral retaining rings that offer improved performance, including enhanced corrosion resistance, higher load capacities, and increased temperature tolerance.
6.2 3D Printing
The adoption of 3D printing technology in manufacturing is expanding the possibilities for custom-designed and highly specialized spiral retaining rings, allowing for even more precise and efficient solutions.
6.3 Smart Retaining Rings
Incorporating sensors and monitoring capabilities into retaining rings is a developing trend, enabling real-time data collection and analysis to optimize maintenance schedules and increase overall system reliability.
Spiral retaining rings may be small in size, but their significance in mechanical engineering and manufacturing cannot be overstated. These versatile fasteners play a crucial role in ensuring the reliability, durability, and safety of various applications across industries. Their easy installation, cost-effectiveness, and adaptability make them an indispensable component for engineers and manufacturers worldwide. As technology continues to advance, the importance of spiral retaining rings in enhancing the performance and longevity of mechanical assemblies will only grow.