The fully automatic pulse dust removal equipment is used for dust removal and purification of non fibrous industrial dust in various industrial and mining enterprises such as metallurgy, building materials, machinery, chemical industry, and mining. Strong ash cleaning ability, low emission concentration, low air leakage rate, low energy consumption, small footprint, stable and reliable operation, and good economic benefits. (Manufacturer of dust removal equipment)
Fully automatic pulse dust removal equipmentNotes:
(1) When encountering abnormal situations with large industrial dust collectors during operation, the on duty personnel should handle them urgently according to the operating procedures and report to their superiors in a timely manner;
(2) Ensure that various indicator instruments and packaging machinery safety devices are sensitive and accurate, and regularly calibrated. The backup equipment is complete and reliable;
(3) Operating personnel must undergo professional training and pass the examination;
(4) There must be complete technical data, safety operation technical regulations, and operation records for large-scale industrial dust collectors;
(5) Operators should conduct patrol inspections at any time during their duty period and are not allowed to leave their work posts at will;
(6) Large industrial dust collectors must not operate in the event of a malfunction, and any mechanical manufacturing failure must be promptly eliminated;
(7) Regularly provide safety education to the on duty personnel and strictly implement the maintenance system for large-scale industrial dust collectors.
Fully automatic pulse dust removal equipmentMaintenance:
If the pulse valve of the industrial dust collector malfunctions during operation, it should be promptly eliminated, repaired, and replaced. If there are impurities or moisture inside the equipment, it should be cleaned in a timely manner. If the diaphragm is damaged, it should be replaced in a timely manner.
2. Mechanical moving parts such as reducers and ash conveying devices in industrial dust collectors should be lubricated and changed in a timely manner according to regulations. If any abnormal operating phenomena are found, they should be promptly eliminated.
When the industrial dust collector is shut down, after the process system stops, the industrial dust collector and exhaust fan should continue to work for a period of time to maintain the workshop dust removal equipment. After the industrial dust collector stops working, the dust removal equipment should be repeatedly cleaned to ensure that the moisture and dust inside the dust removal equipment stick to the bag and affect the service life of the equipment.
4. Workshop management personnel should be fully familiar with the operating principles, equipment performance, and usage conditions of dust removal equipment, and be able to proficiently master the adjustment and maintenance methods of industrial dust removal equipment.
5. The oil-water separator in the air storage tank and gas source triad should be drained once per shift, and the oil-water separator should be cleaned every 3-6 months. The oil mist device should be checked for oil storage regularly and refilled in a timely manner.
6. When using a timed dust cleaning controller for industrial dust collectors, the cleaning cycle should be regularly measured for accuracy, otherwise adjustments should be made When using a fixed resistance pulse controller, the working condition of the pressure switch, whether the pressure tap is blocked, and cleaning should be carried out regularly
7. During the use of industrial dust collectors, process parameters such as the amount of flue gas generated, outlet temperature, and smoke concentration should be regularly measured. If any abnormalities are found, the cause should be promptly identified and dealt with.
During normal operation of industrial dust collectors, it is important to ensure that the equipment's own ash discharge system does not stop working. Otherwise, the dust in the ash hopper will quickly accumulate and overflow into the bag chamber, forcing the dust removal equipment to stop working.