Used Auger

General Description

The auger used in question is a versatile tool, particularly useful for transferring and elevating granular and dusty materials. This specific model stands out for its length of 8000 mm and a width of 100 mm, and is equipped with wheels for easy handling.

Appearance and Structure

The auger used looks like a long cylindrical tube, often made of steel, designed to facilitate the transport of materials. Its structure is simple but effective:

• Material: Typically stainless steel or carbon steel treated to resist corrosion and wear.
• Length: 8000 mm (8 meters), which allows the transport of materials over long distances.
• Width: 100mm, suitable for moving materials with moderate grain size.
• Wheels: Equipped with wheels for easy handling and positioning, facilitating transport and installation in different working points.

Main Components

1. Body of the Auger: The cylindrical tube inside which the propeller is inserted. This body is designed to house the propeller and provide a continuous path for the materials.
2. Propeller: Rotating component that moves materials along the length of the auger. Made of durable steel, the propeller is designed to resist abrasion and ensure consistent flow.
3. Wheels: Positioned at the base of the auger to facilitate moving and aligning the machine.
4. Engine: Drives the propeller and can vary in power depending on specifications, adjustable to suit operational needs.

Mechanical Characteristics

• Hose Diameter: Varies by specific model, but is typically designed to accommodate different carrying needs.
• Rotation Speed: Adjustable based on the type of material and flow rate. A typical speed varies between 20 and 60 revolutions per minute.
• Transport Capacity: Depends on the width and diameter of the tube. For a diameter of 100mm, capacity may vary depending on speed and material type.

Use and Operating Procedure

1. Installation:

   • Place the auger in a stable position. Make sure the wheels are locked to avoid unwanted movement during use.
   • Connect the motor to the electrical power source or intended drive system.

2. Load:

   • Load the materials into the initial part of the auger. The hopper, if present, will help direct the materials to the start of the auger.

3. Startup and Adjustment:

   • Turn on the engine and adjust the rotation speed of the propeller according to the type of material and the desired flow rate. Monitor material flow to ensure smooth transfer.

4. Monitoring:

   • During the operation, regularly check the operation of the auger to avoid blockages or malfunctions. Make sure the material flows smoothly.

Matching Accessories and Options

To optimize the use of the used auger , you can consider the following accessories:

• Level and Flow Sensors: Monitor and regulate the amount of material transported, improving efficiency.
• Supports and Fixings: To ensure correct installation and support of the auger.
• Cleaning Systems: To keep the auger free of residues and dust.

Formulas and Parameters of Optimal Use

To calculate the optimal use parameters of the used auger , the following formulas can be used:

• Transport Capacity (Q):

  $$Q$$

  where QQ $Q$ is the conveying capacity (m³/h), DD $D$ is the diameter of the auger (m), VV $V$ is the forward speed (m/s), and nn $n$ is the number of revolutions per minute.

• Rotation Speed: Adjustable to optimize flow rate and efficiency. It is essential to balance the speed to avoid excessive abrasion or obstruction.

Workable Materials

The auger used is designed to handle:

• Granules and Powders: Suitable for materials such as cereals, plastic granules, industrial powders and other similar materials.

Maintenance and Evaluation of the Condition of Used Vehicles

To ensure the good functioning of the used auger :

• Visual Inspection: Check for signs of wear, corrosion or structural damage. The propeller and tube parts must be free of cracks or deformations.
• Lubrication: Ensure regular lubrication of moving parts to prevent wear.
• Cleaning: Remove residues and dust to keep the auger efficient and prevent malfunctions.

Identifying a Good Used Good:

• General Conditions: Check that the machine shows no signs of serious damage and that the wheels are in good condition.
• Operation: Make sure the auger operates without strange noises and that the flow of materials is smooth.
• Documentation: Request maintenance history and check whether the machine has been regularly maintained.

Sectors of Use and Advantages of Purchasing Used

The used screw conveyor finds application in various sectors:

• Food Industry: For the transport and elevation of food granules.
• Chemical and Pharmaceutical Industry: To handle chemical and pharmaceutical powders and granules.

Advantages of Buying Used:

• Economical: The cost of a used auger is generally lower than a new one, offering good savings.
• Reliability: If well maintained, a used auger can continue to provide excellent performance.
• Sustainability: Buying used contributes to a more responsible use of resources and reduces waste.

In summary, the used auger with a length of 8000 mm and width of 100 mm, complete with wheels, represents an efficient and versatile equipment for the transport of granular and dusty materials. With proper maintenance and testing, a used auger can offer great value for money and continue to serve effectively in industrial applications.