Descripción del Producto
Food Grade Stainless steel ladder belt
Product Introduction: Ladder belt is also called chocolate conveyor belt. It is made by assembling the successively bent wires. Usually, customer uses stainless steel 302 wire or called music wire.
The belt is also available in metric pitch. Complete line of sprocket, blanks, shafts, turn belts, and complete conveyor unit.
Light weight&open construction makes this belt popular in baking and food processing. Positive driven belting manufactured from 302 stainless steel or music wire.
Specification for Stainless steel ladder belt:
| Type | Diámetro del alambre | Strands/foot | Pitch | Open area | Belt load / square feet (max) | Belt edge |
| RNCB-1 | 0.035″ | 72 | 1/8″ | 77% | 5 pounds | Single / double loop edge |
| RNCB-2 | 0.05″ | 72 | 1/8″ | 67.5% | 1.5 pounds | Single loop edge |
| RNCB-3 | 0.035″ | 53 | 1/4″ | 82.5% | 0.35 pound | Single / double loop edge |
| RNCB-4 | 0.05″ | 27 | 1/2″ | 86% | 0.75 pound | Single / double loop edge |
| RNCB-5 | 0.05″ | 48 | 1/4″ | 77.5% | 1 pound | Single / double loop edge |
| RNCB-6 | 0.05″ | 42 | 3/8″ | 80% | 1 pound | Single / double / C-shaped loop edge |
| RNCB-7 | 0.062″ | 42 | 3/8″ | 75% | 2.25 pound | Single / C-shaped loop edge |
| RNCB-8 | 0.082″ | 32 | 3/8″ | 75% | 10 pounds | Single / C-shaped loop edge |
| RNCB-9 | 0.072″ | 24 | 1/2″ | 82% | 6 pounds | Single / C-shaped loop edge |
| RNCB-10 | 0.092″ | 24 | 1/2″ | 78% | 10 pounds | Single / C-shaped loop edge |
| RNCB-11 | 0.092″ | 15 | 3/4″ | 85% | 8 pounds | Single / C-shaped loop edge |
| RNCB-12 | 0.062″ | 42 | 3/8″ | 71% | 3.5 pounds | Single / C-shaped loop edge |
| RNCB-13 | 0.082″ | 32 | 3/8″ | 67% | 15 pounds | Single / C-shaped loop edge |
| RNCB-14 | 0.072″ | 24 | 1/2″ | 74% | 13.8 pounds | Single / C-shaped loop edge |
| RNCB-15 | 0.072″ | 32 | 3/8″ | 71% | 15 pounds | Single / C-shaped loop edge |
Ladder Belt Required Datas:
1. Wire Diameter
2. Number of Spaces(Does not contain end loops.)
3. Wire Pitch
4. Edge Type: single loop or double loop
5. Belt Width
6. Material
Application: widely used in the electronics industry, the solidification of the circuit board, CZPT fusion, drying, reflow soldering. Cap industry of plastic drying; for chocolate, biscuits, fish baked, frozen and dry, with B network edge can be used in food industry chain drive
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| Tipo: | NN500 |
|---|---|
| Material: | Metal |
| Material interior: | Acero |
| Feature: | Oil-Resistant, Acid And Alkali Resistant, Tear-Resistant, Heat-Resistant, Cold-Resistant, Wear-Resistant |
| Resistencia a la tracción: | Fuerte |
| Sample for Ladder Belt: | Free |
| Muestras: |
US$ 30/pieza
1 unidad (pedido mínimo) | |
|---|
| Personalización: |
Disponible
| Solicitud personalizada |
|---|
¿Cuáles son las consideraciones de costo al usar piñones de escalera en comparación con otros diseños?
Al evaluar los costos de usar piñones de escalera en comparación con otros diseños de piñones, se deben tener en cuenta varios factores. Estos son los principales factores a considerar:
- Inversión inicial: El costo inicial de los piñones de escalera puede variar según el tamaño, el material y las personalizaciones requeridas. En algunos casos, los piñones de escalera pueden tener un precio competitivo en comparación con otros diseños de piñones, mientras que en otros, los piñones de escalera especializados o para cargas elevadas pueden requerir una mayor inversión inicial.
- Costes de mantenimiento: El soporte continuo de la cadena y el menor desgaste de las ruedas dentadas de escalera pueden reducir los costos de mantenimiento a largo plazo en comparación con otros diseños de ruedas dentadas. Un mantenimiento adecuado de las ruedas dentadas de escalera puede prolongar su vida útil, reduciendo la necesidad de reemplazos frecuentes y los costos asociados por tiempo de inactividad.
- Eficiencia del sistema de transporte: El mejor acoplamiento de la cadena y el menor desgaste que ofrecen las ruedas dentadas de escalera pueden repercutir positivamente en la eficiencia general del sistema transportador. Una mayor eficiencia puede traducirse en una mayor productividad y un ahorro de costes a largo plazo.
- Eficiencia energética: El movimiento más suave y la menor fricción de las ruedas dentadas de escalera contribuyen a mejorar la eficiencia energética en el funcionamiento de las cintas transportadoras. El ahorro energético puede traducirse en una reducción de los costes de consumo eléctrico.
- Beneficios específicos de la aplicación: Según las necesidades de la aplicación, los piñones de escalera pueden ofrecer ventajas específicas que otros diseños de piñones no pueden igualar. Por ejemplo, suelen preferirse en aplicaciones de alta velocidad o en industrias donde la reducción de ruido es fundamental, lo que puede aportar valor y justificar la diferencia de precio.
- Costes de personalización: El grado de personalización requerido para las ruedas dentadas de escalera puede influir en el costo. Las ruedas dentadas de escalera personalizadas, adaptadas a configuraciones de transportadores o condiciones de operación específicas, pueden generar costos adicionales asociados con el diseño y la producción.
- Estándares de la industria: Según el sector y los requisitos de la aplicación, ciertos diseños de piñones pueden ser obligatorios o preferibles para cumplir con las normas industriales. En tales casos, el cálculo de costes también debe tener en cuenta el cumplimiento de dichas normas.
Es importante realizar un análisis exhaustivo de costo-beneficio al elegir entre piñones de escalera y otros diseños de piñones. Considere la inversión inicial, los costos de mantenimiento a largo plazo, la eficiencia del sistema de transporte y las ventajas o desventajas específicas de cada diseño.
Además, consulte con expertos en sistemas de transporte y fabricantes de piñones para obtener información sobre el costo total de propiedad de las diferentes opciones de piñones y tomar una decisión informada basada en las necesidades específicas y las limitaciones presupuestarias de su operación industrial.
What are the Load-Carrying Capacities of Different Ladder Sprocket Configurations?
The load-carrying capacity of ladder sprockets varies depending on their design, material, and size. It is essential to consider several factors when determining the load-carrying capacity of a ladder sprocket configuration:
- Material: The material used in the construction of the ladder sprocket significantly influences its load-carrying capacity. Steel sprockets are known for their high strength and load-bearing capabilities, while high-strength engineering plastics are suitable for lighter loads and specific food processing applications.
- Size and Number of Teeth: Generally, ladder sprockets with more teeth provide a larger contact area with the chain, distributing the load more evenly and increasing the load-carrying capacity. Larger sprockets, with bigger diameters, can also handle higher loads due to their increased surface area.
- Configuración del hub: The hub configuration of the ladder sprocket can affect its load-carrying capacity. Sprockets with robust and sturdy hubs can handle higher loads compared to sprockets with standard or lightweight hubs.
- Personalización: Some ladder sprockets can be customized to enhance their load-carrying capacity for specific applications. Custom design modifications, additional support structures, or higher-strength materials can be employed to meet heavy-duty requirements.
- Application and Environment: The application and operating environment play a crucial role in determining the load-carrying capacity. Factors such as the conveyed material’s weight, conveyor speed, incline angle, and temperature conditions can impact the load on the sprocket.
- Estándares de la industria: Certain industries have specific standards and guidelines for ladder sprocket load capacity. Adhering to these standards ensures safe and reliable conveyor operation within the industry’s recommended load limits.
It is essential to consult with sprocket manufacturers and conveyor system experts to determine the appropriate ladder sprocket configuration for your specific load requirements. They can provide valuable insights, perform load calculations, and recommend the most suitable ladder sprocket design based on your application’s unique needs.
Regular maintenance and inspection of the ladder sprockets are essential to identify signs of wear or damage that can affect the load-carrying capacity. By selecting the right ladder sprocket configuration and ensuring proper maintenance, you can optimize the load-carrying capacity and reliability of your conveyor system.
How does a Ladder Sprocket Interact with the Conveyor Chain or Belt?
A ladder sprocket interacts with the conveyor chain or belt in a unique and precise manner, providing continuous support and guidance to facilitate smooth and reliable motion in conveyor systems. Here’s how a ladder sprocket interacts with the chain or belt:
- Continuous Support: The ladder sprocket’s design consists of two parallel plates or bars connected by cross members, resembling a ladder. The chain links rest securely within the gaps between the cross members, providing continuous support throughout the sprocket’s rotation.
- Engagement of Chain Links: As the conveyor chain moves along the conveyor path, it wraps around the ladder sprocket. The chain links fit into the gaps between the cross members, ensuring each link is held securely within the ladder sprocket’s structure.
- Guidance: The ladder sprocket acts as a guide for the conveyor chain, preventing the chain from derailing or skipping off the sprocket during operation. The chain links remain confined within the cross members, maintaining correct alignment with the sprocket teeth.
- Preventing Slippage: The ladder sprocket’s continuous support of each chain link minimizes chain slippage, ensuring accurate power transmission between the sprocket and the conveyor chain.
- Accurate Motion: The ladder sprocket’s design provides consistent positioning and tension on the chain, contributing to smooth and precise motion. This is crucial for conveyor systems that require accurate material handling.
- Reduced Noise and Vibration: The secure engagement of the chain links within the ladder sprocket results in reduced noise and vibration levels during operation, promoting a quieter and more stable conveyor system.
- Aplicaciones de alta velocidad: Ladder sprockets are commonly used in high-speed conveyor systems, as they can maintain chain stability and precise motion even at elevated speeds.
The interaction between the ladder sprocket and the conveyor chain or belt ensures that the chain remains properly engaged with the sprocket teeth throughout its movement. The ladder sprocket’s continuous support and guidance contribute to smooth material flow, reduced wear, and enhanced overall conveyor system performance.
When incorporating ladder sprockets in conveyor systems, it is vital to ensure proper sprocket and chain alignment, adequate lubrication, and periodic maintenance to maximize the system’s efficiency and longevity.
editor by CX 2023-09-21
