The framework of the dust collector is used according to normal usage conditions and principles in actual operation, which can produce important effects and value in the actual dust effect. It is not affected by factors and can produce good performance and value in complex environments. The influence of cleaning cycle and cleaning time on bag filter. During operation, it is necessary to regularly observe the pressure difference system to determine if there are any problems. The pressure difference value during normal operation should be recorded in advance. If a pressure difference is found, it may indicate that the filter bag is clogged, dust is compacted, the cleaning mechanism is malfunctioning, or there is excessive ash accumulation in the ash hopper. A decrease in pressure difference may indicate damage or detachment of the filter bag, blockage of the inlet side pipeline or valve closure, or leakage between the box or compartments.
The production types of dust collector skeleton are: 1. Round bag type (outer filter bag) 2. Round bag spring type (outer filter type) 3. Flat bag type (outer filter type) (elliptical, diamond shaped) 4. Envelope type 5. Multi section frame (elliptical multi section frame, circular bag multi section frame (plug-in, chuck type)) 6. Finished frame
Dust collector skeleton cleaning cycle and time: The principle for determining the cleaning cycle and cleaning time is to adopt different cleaning settings according to different cleaning methods. The first consideration is to ensure that the next adhesion layer can remain on the filter bag, so as to determine the cleaning cycle with less cleaning time. Make the cleaning cycle as long as possible and the cleaning time as short, so that it can operate under economical dust removal equipment resistance conditions. The dust removal skeleton is used and operated according to the working principle and method in the actual dust removal process. The environmental hygiene in the actual use environment has good use effect and value. The cleaning cycle and time of the dust removal skeleton are related to factors such as the cleaning method adopted and the properties of the treated object. Therefore, the dust properties, dust concentration, etc. should be understood and tested before determining. The cleaning cycle and cleaning time of the dust removal skeleton are important factors that affect the capture performance and operating status.
Factors affecting the performance of dust removal skeleton
(1) The influence of the size of the dust removal skeleton: Among the geometric dimensions of the dust removal skeleton, the diameter of the dust removal skeleton, gas, and the shape and size of the exhaust pipe are important influencing factors.
(2) The influence of gas parameters on the performance of dust removal skeleton includes the influence of gas flow rate, gas dust concentration, gas moisture content, gas density, viscosity, pressure, temperature, etc.
(3) The influence of the physical properties of dust on the dust removal skeleton
(4) The influence of the roughness of the inner wall of the dust removal skeleton: Dust particles concentrated near the wall surface will cause swirling due to the rough surface, causing some dust particles to be thrown into the rising airflow and enter the exhaust pipe, reducing the dust removal efficiency.
