During the use of the top dust collector, it is advisable to use it in conjunction with a protective valve and a level gauge to improve production. When welding the main unit to the cement silo, clamps can be used to connect the main unit to the bottom. During this step, steel wire ropes can be used to secure it to prevent the main unit from breaking during feeding. Before using the top dust collector, it is necessary to check the filter element and seal it correctly in the fixed plate. Then, check if there are cracks at the connection. If it is found that it needs to be sealed properly, it must be sealed and fixed before it can be considered good.

The usage method of the top dust collector in the warehouse is actually very simple, but there are still a few areas that need to be noted.

1. When connecting the power supply, pay attention to installing it correctly according to the instructions on the junction box.

2. Check if the filter element is installed correctly.

3. Start the operation. When using the top dust collector, it should be turned on in a timely manner and vibrated for a few minutes. To prevent the dust collector from clogging, attention should be paid to the rhythm and maintain the sealing of the filter element of the top dust collector.

Working principle of the top dust collector in the warehouse

The dusty gas enters the dust collector box through the air inlet, and small dust particles are trapped on the outer wall of the bag due to various effects of the bag. The purified gas is discharged through the air outlet of the box on the cloth bag. As the usage time increases, the amount of dust adsorbed on the surface of the bag increases, the breathability of the bag decreases, and the resistance of the dust collector continues to increase. To control the resistance of the dust collector within a limited range, a pulse controller sends a signal to sequentially open the electromagnetic pulse valve, causing the compressed air in the air bag to be sprayed from each nozzle of the blowing tube to the corresponding Venturi tube (called primary air), and inducing the surrounding air (called secondary air) with a derivative multiple of the primary air to enter the filter cartridge when the high-speed airflow passes through the Venturi tube, causing rapid expansion between the bags. Due to the impact of the reverse pulse airflow, the bags quickly disappear, and the bags shrink sharply, causing the dust accumulated on the outer wall of the bags to be trapped and the falling dust to enter the ash storage.