Need help selecting a silo vibrator?
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Happy New Year to everyone~~ It’s a straight tube plus conical silo: the straight tube has dimensions of φ1500x1500, the cone has a central angle of 60° and a height of 1200; the wall thickness for both the straight tube and the cone is 3； Limestone powder, 200 mesh, water-free. Two vibrators are symmetrically arranged above the conical discharge outlet; seeking advice on selection: model and motor power? Additionally, I looked up information on some manufacturers, and most of them use the CZ type and ZFB type. What is the difference between them? Thank you!
Is the loosening wind method achieved by adding a nozzle to the outer wall of the silo and blowing air into it to break the arch? There is no gas supply on site, so electricity can only be used.
In terms of the model name, CZ should be the uppercase first letters of “Cang” for “bin wall” and “Zhen” for “vibration”； Similarly, ZFB should be the uppercase letters of the first characters in “vibration”, “prevention”, and “blockage” for “Vibration Motor Anti-Blockage Device”. Both types of equipment should use vibration motors as the excitation source, which are installed directly on the wall of the silo to prevent material from arching up inside the silo.
In terms of the model name, CZ should be the uppercase first letters of “Cang” for “bin wall” and “Zhen” for “vibration”； Similarly, ZFB should be the uppercase letters of the first characters in “vibration”, “prevention”, and “blockage” for “Vibration Motor Anti-Blockage Device”. Both types of equipment should use vibration motors as the excitation source, which are installed directly on the wall of the silo to prevent material from arching up inside the silo.
I’ve seen many silos use air cannons to solve the problem of silo blockages. However, this requires compressed air, and the solenoid valves on the air cannon can be used for control, which helps to effectively address blockages; the original poster can search for more information online.
The silos used in our factory employ air guns to handle material discharge; they are controlled by solenoid valves, and share the same air supply as the on-site pneumatic valves
Can it be vibrated off by using compressed air pulses?
http://bbs.hcbbs.com/thread-1434906-1-2.html, taking a look at this might also be helpful.