Vibrating Channel with Stainless Steel Shelf
Brand : Unspecified
Model : Vibrating Channel with Stainless Steel Shelf
Dimensions : 2500 mm x 800 mm
If you're looking for reliable equipment for conveying materials in industrial environments, this stainless steel vibrating chute with shelf is the ideal solution. Thanks to its generous dimensions (2500 mm long and 800 mm wide), it's perfect for handling large volumes of materials with precision and consistency. Its stainless steel construction makes it particularly suitable for sectors requiring high hygiene standards, such as the food and pharmaceutical industries, but it's also widely used in the metallurgical and chemical industries.
The vibrating chute features a robust construction, designed to promote continuous and even material transport through the vibrating motion. The stainless steel platform is corrosion-resistant, easy to clean, and exceptionally durable, even when subjected to constant mechanical stress. Its 2500 mm length and 800 mm width allow for a significant load capacity, ideal for production lines requiring high performance.
Visually, the structure is solid and compact, with a support system that ensures the device's stability during operation. The vibrating motor, usually located at the bottom of the chute, provides just the right amount of power for constant oscillation, ensuring materials are transported efficiently and without interruption.
Using the vibrating chute with stainless steel shelf is extremely simple and effective. The material is loaded into the initial section of the chute, which, thanks to the vibrating motor, moves along the inclined surface. The continuous movement allows for smooth transport, preventing blockages or buildup of material. The vibration can be adjusted based on the type of material: for example, for lighter materials, a gentler vibration will suffice, while for heavier materials, the intensity can be increased.
The machine is versatile and can be integrated into existing production lines. It is often used in combination with conveyor belts, elevators, or screening systems for optimal handling.
To achieve maximum performance from this vibrating channel, it is useful to calculate the optimal vibration parameters. One of the formulas used to calculate the optimal vibration frequency is:
f=n2f = \frac{n}{2}
Where "f" is the frequency in Hertz and "n" is the number of oscillations per minute of the vibrator. For example, if the motor operates at 1500 oscillations per minute, the optimal frequency would be 750 Hz.
Furthermore, the optimal flow rate of the vibrating trough can be calculated taking into account the density of the transported material and the width of the trough itself, using specific formulas for calculating transport flows.
Proper maintenance is essential to ensure the machinery's optimal functioning over time. Among the main operations:
If the machinery is not already CE certified, it will need to be adapted to current safety regulations. This may include installing guards to prevent accidental access to moving parts and emergency systems such as quick stop buttons. To comply with current European regulations, it is recommended to install safety sensors and take all measures to ensure the safe use of the machinery.
A used vibrating trough can be an excellent deal, provided it's thoroughly inspected. Key aspects to check include:
This vibrating trough with stainless steel shelf is widely used in various sectors:
Buying a used vibrating chute can be an extremely advantageous choice. Not only is the cost significantly lower than a new model, but used machines also provide access to machines that are ready for use, avoiding the long wait for production and delivery of new machinery. Furthermore, used machines often already have a proven track record of reliability.
In conclusion, the 2500mm x 800mm stainless steel vibrating trough represents an efficient, reliable and durable solution, ideal for a variety of industrial applications.
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