Bucket type stainless steel elevator

NegotiableUpdate on 05/21

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

Bucket type stainless steel elevators are widely used in fields with strict crushing requirements, such as food, goji berries, walnut kernels, sunflower kernels, etc. When the Z-type hoist is working, the material always moves horizontally and upward with the bucket, without any scattering, scraping or crushing of the material.

Product Details

　　Bucket type stainless steel elevatorFeatures:

1. Low driving power, adopting inflow feeding, induction unloading, and large capacity hopper dense layout There is almost no material return or excavation during material lifting, so there is less ineffective power.

2. The lifting range is wide, and this type of lifting machine has fewer requirements for the types and characteristics of materials. It can not only lift general powder and small particle materials, but also improve materials with high grinding properties Good sealing and minimal environmental pollution.

3. Good operational reliability, advanced design principles and processing methods ensure the reliability of the entire machine, with a time exceeding 20000 hours. Raise the height high The hoist runs smoothly, so it can achieve a high lifting height.

4. Long service life, the feeding of the elevator adopts an inflow type, without the need for digging with a bucket, and there is little squeezing and collision between materials. This machine is designed to ensure that materials are less scattered during feeding and unloading, reducing mechanical wear and tear.

install

1. It must be firmly installed on a sturdy concrete foundation. The surface of the concrete foundation should be flat and horizontal to ensure that the bucket elevator meets the vertical requirements after installation.

A bucket elevator with a higher height should be connected to adjacent buildings (such as silos, workshops, etc.) at appropriate positions on the middle and upper casings to increase its stability. When installing, first install the lower components, fix the anchor bolts, then install the middle casing, and finally install the upper casing. The installation of the casing has been successful, and the verticality has been corrected. Measure with a straight lead line at full height, with an error of less than 10mm. The upper and lower axes should be parallel, and their axis lines should be in the same plane.

When installing a bucket elevator with a lower height, the upper, middle, and lower casings can be connected and aligned perfectly on the ground level, and then lifted and fixed as a whole on a concrete foundation.

2. After installing the casing, install the chain and hopper. The U-shaped screw used for connecting the hopper serves as both a chain joint and a fixing component for the hopper. The nut of the U-shaped screw must be tightened and reliably prevented from loosening.

3. After installing the chain and hopper, tighten them appropriately.

4. Add appropriate amounts of engine oil and grease to the reducer and bearing seat respectively. The reducer is lubricated with industrial gear oil. Calcium based or sodium based butter can be used inside the bearing seat.

5. Trial operation should be carried out immediately after installation. Attention should be paid to air transportation: it cannot be reversed and there should be no collision. The air running time should not be less than 2 hours, and there should be no overheating phenomenon. The temperature rise of the bearing should not exceed 250C, and the temperature rise of the reducer should not exceed 300C. After 2 hours of air running, everything should be normal before the load test can be carried out. During load testing, the feeding should be uniform to prevent excessive feeding and blockage of the lower part, resulting in 'stuck car'.

　　Bucket type stainless steel elevatorMaintenance:

1. Adjustment of hopper chain. It is normal for the pitch of the hopper chain to increase after a period of use. Our company's hoist is equipped with a tensioner, which is used to adjust the chain. Why adjust the tensioner? Increasing the pitch of the material strip can cause the chain to become loose, and prolonged use can result in the chain becoming too loose, causing problems with the combination of the material strip and the gear, leading to misalignment during operation.

2. Motor chain adjustment. The reason why the motor chain needs to be adjusted is the same as the reason why the face chain needs to be adjusted, but the adjustment method is different. At this time, you can loosen the motor slightly so that it can move, find a suitable position for the motor, and then tighten the screws. After adjustment, make sure to test the machine first. If you feel that the chain is not tight or loose, you can do it.

3. Feeding machine adjustment. Some users may not have installed this feeder, so there is no need to adjust it. Next, let's talk about how users who have installed a feeder can adjust it. The main purpose of adjusting the feeder is to check whether the screws are loose to avoid problems. At this time, a simple adjustment is needed.