High Efficiency Cyclone Dust Filter for Large Particle Size Air

• Customization: Available
• Certification: CE, ISO
• Installation Method: Horizontal
• Model NO.: JY-2000
• Operation Type: Fully automatic
• Dust Collecting Method: Dry
• Type: Cyclone Dust Collector
• Efficiency: 85-99%
• Material: Carbon Steel
• Airflow: 1000-13500cfm
• Diameter: 1000-4100mm
• Transport Package: Steel Frame
• Specification: large
• Trademark: JY
• Origin: China
• HS Code: 8421392990
• Production Capacity: 3000sets/Year

Product Description

          High Efficiency Cyclone Dust Filter For Large Particle Size Air

The XLP type cyclone dust collector is a high-efficiency cyclone dust collector with a bypass channel on the outside of the cyclone cylinder body. It can make a part of the gas containing more dust near the inner wall of the cylinder pass through the bypass into the lower part of the cyclone barrel to reduce the dust from being discharged, especially for dusts larger than 5μm, has a higher dust removal efficiency. It is used to remove dense non-fibrous and cohesive dust from industrial exhaust gases. It can effectively separate tobacco ash, talcum powder, quartz powder, limestone powder, slag cement, cement raw material, etc. It has the characteristics of simple structure, convenient operation, high temperature resistance, low resistance and high dust removal efficiency. It is suitable for mining, metallurgy and fire-resistant Gas purification in industrial sectors such as materials, coal, chemicals, building materials and electricity.

 

 

Features:
 
After the dust-laden gas enters the tangential direction from the inlet, the gas is divided into the upper and the lower while the gas is rotating. At the same time, the dust forms a strong vortex at the bottom of the exhaust, that is, the boundary between the two vortexes. The finer and lighter dust particles are carried upwards by the upper vortex airflow, and a strongly rotating ash ring is formed under the top cover, resulting in the accumulation of dust particles, which are led out from the upper hole of the special bypass separation chamber and separated by the bypass. The spiral groove in the lower part of the chamber is tangentially introduced into the lower part of the dust collector cylinder from the air inlet of the dust collector outer wall to merge with the internal air flow, and the dust is separated and dropped into the ash bucket. The other part of the heavier dust particles is driven by the downward vortex, and the dust is separated and entered into the ash hopper along a similar process of the upper vortex flow in the lower part of the dust collector.
 
XLP type bypass cyclone dust collector is lower than the inlet position of the general cyclone dust collector, so that there is enough space on the top of the dust collector to form an upper vortex and form a dust ring, leading from the bypass separation chamber to the cone part, which is harmful to The secondary flow of dust removal efficiency turns into an upper vortex flow with dust accumulation. The bypass separation chamber is designed as a spiral so that the incoming dust-containing airflow cuts into the cone tangentially to avoid disturbing the airflow inside the cone and prevent dusting again.
 
1, according to the XLP type bypass cyclone dust collector air way classification. Type X (horizontal air outlet, suction-type dust remover is located on the suction side of the fan and has an outlet volute), generally used for negative pressure operation; Y type (upper air outlet, press-in dust collector is located on the press-in side of the fan), Generally used for positive pressure or negative pressure operation.
 
2, according to the direction of convolution can be divided into right-swirling S-type and left-spin N-type two, two types of dust collector has four types of combination (XN, XS, YN, YS type).
 
3, according to the spiral bypass separation chamber classification. XLP/A has a semi-helical shape and a double cone shape; XLP/B has a full spiral shape, a single cone with a small cone angle, and a long cone. Tests have shown that under the same conditions, Type A efficiency is higher than Type B, while Type A resistance is greater than Type B, and Type B is simpler and of lower quality than Type A.


Mpdel XLP-A:
 

Model number	Air flow  m3/h	Resistance kg/m2		Efficiency  %	Dimension(L×W×H)mm		Weight  kg
		X	Y		X	Y	X	Y
XLP/A-3.0	750-1060	45-90	39-79	85-99	406×390×6125	460×390×1380	57	43
XLP/A-4.2	1460-2060				556×545×2177	556×545×1880	99	80
XLP/A-5.2	2280-3230				711×700×2701	771×700×2701	165	128
XLP/A-7.0	4020-5700				911×910×3489	911×910×3040	265	213
XLP/A-8.2	5500-7790				1071×1605×4050	1071×1605×3540	364	293
XLP/A-9.4	7520-10650				1226×1222×4616	1226×1222×4050	473	384
XLP/A-10.6	9520-13500				1376×1337×5157	1376×1337×4545	631	483

Model XLP-B:
 

Model	Inlet Wind Speed(m/s)	Airflow(m3/h)	Resistance(kg/m2)		Efficiency  %	Dimension(Length*Width*Height)		Weight(kg)
			X	Y		X	Y
XLP/B~3.0	12-27	650-1050	30-90	27-75	85-99	438*381*1606	439*381*1360	66
XLP/B~4.2		1280-2138				603*534*2172	630*534*1375	108
XLP/B~5.4		2090-3480				772*685*2764	772*685*2395	170
XLP/B~7.0		3650-6080				994*889*3529	994*889*3089	283
XLP/B~8.2		5030-8380				1167*1040*4110	1176*1040*3600	374
XLP/B~9.4		6550-10620				1332*1094*4671	1332*1194*4110	477
XLP/B~10.6		8370-13980				1495*1345*5232	1495*1345*4621	578