Estructura del marco:
La estructura de la estructura está soldada con vigas de acero y equipada con patas regulables, lo que permite que la máquina esté perfectamente nivelada.
Estaciones de formación:
Todos los rodillos formque entran en contacto con la superficie del material son cromados duro para asegurar la longevidad de los rodillos y para proteger la superficie de los tubos.
Control automático:
La máquina puede ser equipada con control manual o automático. Cuando el operador presiona la tecla "Start" Botón, la máquina ejecutará la longitud pre-programada, detener, cortar y reiniciar. Este ciclo se repe Se pulsa el botón o se alcanza la cantidad preprogramada. El funcionamiento de nuestra máquina downspout es altamente eficiente.
| Especificaciones de la máquina: | Material: Puede ser de acero, acero de color o aluminio |
| Espesor del Material: | 0,3 — 0,6 mm, Límite de elas 250 Mpa a 550 Mpa, el ancho de la bobina es de acuerdo con el perfil final, la longitud es de hasta 12 metros |
| Velocidad de formación: | 0-5m/min |
| Rodide formado: | Alrededor de 24 estaciones |
| Potencia del motor principal: | 7.5KW |
| Centrales hidráulicas: | 5.5KW |
| Material de los rodillos: | 45#Acero forjado, recubiercon cromo |
| Material del eje principal: | 45#Acero acero acero acero |
| Eje principal dia. : | 68mm mm |
| Presión de corte hidráulica: | 10-12Mpa |
| Método de corte: | Accionamiento hidráulico, corte después de la formación del rollo. |
| Material de la hoja de corte: | Tratamiento de enfriamiento Cr12Mov |
| Sistema de control eléctrico: | Toda la línea adoptó control PLC, con tolerancia de corte a longitud ≥ 2mm |
| Método de unidad: | Cadena de accionamiento, hecho en China |
| Partes eléctricas: | Marca Schneider |
| Pantalla táctil: | Delta Delta Delta |
| PLC: | Delta |
| Codificador: | Omron |
| Transductor: | Yaskawa |
Flujo de trabajo de la máquina de formado de rodillos de perfil descendente
Uncoiling-feed&leveling -abajo Máquinas para formar perfiles-cutting — colección de productos
1.Basic Concept
Downspouts are pipes installed on the exterior walls of buildings to direct rainwater to the ground, making them an indispensable part of a building's drainage system. Based on their shape, downspouts can be divided into two types: round and square.
2.Round Downspouts
Round downspouts are a traditional design. Their shape allows them to better withstand external pressure, making them more stable in harsh weather conditions. Additionally, round downspouts offer less resistance to water flow, enabling faster drainage and making them easier to keep clean.
However, round downspouts are more expensive than square ones. They also require longer support distances during installation, which makes them less suitable for buildings with significant vertical height.
3.Square Downspouts
Compared to round downspouts, square downspouts are easier to install and adjust. They do not require particularly long support distances, making them more convenient during installation and maintenance. Moreover, square downspouts have a smoother, more aesthetically pleasing appearance.
That said, square downspouts drain water more slowly and are more susceptible to wind pressure. In some cases, they may experience overflow issues, requiring additional safety measures.
4.How to Choose
The choice between round and square downspouts depends on the specific project requirements and budget. For buildings with lower heights, square downspouts may be more suitable. On the other hand, for taller buildings, round downspouts may be the better option.
The building's exterior design and budget should also be considered, as round downspouts are generally more costly than square ones.
In summary, choosing the right downspout requires a comprehensive evaluation of various factors to determine the most suitable solution for the project's needs and budget.
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