High Temp Afterfilter, 600 scfm, 450°F, HTA Series
High Temp Afterfilter, 600 scfm, 450°F, HTA Series
SKU:AIR-e1548f
Hankison® HTA Series High Temp Afterfilter: Efficiently captures desiccant fines for clean air in high-temp applications
Regular price
$1,299.99
Regular price
Sale price
$1,299.99
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High Temp Afterfilter, 600 scfm, 450°F, HTA Series
$1,299.99
Quantity: 1
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High Temp Afterfilter, 600 scfm, 450°F, HTA Series
$1,299.99
Quantity: 1
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Meet the demanding filtration needs of high-temperature applications with the HTA Series High Temp Afterfilter. Designed by Hankison®, this afterfilter effectively captures desiccant fines, ensuring clean air downstream of heated desiccant air dryers. With a maximum flow of 600 scfm at 165 psig and durable construction for temperatures up to 450°F, it guarantees reliable performance in industrial settings.
Product Specifications
Additional Information
High dust loading capacity - long cartridge life.Good for temperatures to 450 ºF (232 ºC).Removes all solid particles one micron and larger.
Specifications Height B
39.56 in
Specifications Housing Type
Pressure Vessel
Specifications Inlet Connection Size
3 in
Specifications Inlet Connection Type
NPT
Specifications Maximum Flow At 100 Psig 67 Bar
600 scfm | 1019 nm³/h
Specifications Maximum Temperature
450 ºF | 232 ºC
Specifications Maximum Working Pressure At 450 F 232 C
165 psig | 11.6 bar
Specifications Outlet Connection Size
3 in
Specifications Outlet Connection Type
NPT
Specifications Quantity Required
1
Specifications Replacement Cartridge Number
0740-4
Specifications Series
HTA
Specifications Weight
95 lb
Specifications Width A
10.25 in
Three Stage Filtration Operation Stage 1 Gravitational Setting
Compressed air leaves a desiccant dryer containing dust concentrations typically in the range of up to 0.05 ppm by weight in heatless type dryers and up to 5 ppm by weight in heated type dryers. Particle size ranges from 200 microns to about 1 micron. This desiccant laden compressed air enters the filter housing where a reduction in air velocity and a sharp change of direction cause particles in the range of 200 to 20 microns to drop to the bottom of the housing.
Three Stage Filtration Operation Stage 2 Surface Filtration
The air stream then enters the outside of the filter cartridge and flows through a layer of glass fabric cloth. Small diameter fibers, which form a web in the openings between thread strands, cause a dust layer to form as dust bridges the pores. Dust continues to collect on the outside of the cloth as separate loose particles. The voids between these particles form pores and flow-passages and become an efficient filter in itself.As the dust bed continues to thicken it reaches a point where outer layers of dust shed off the cartridge into the bottom of the housing.
Three Stage Filtration Operation Stage 3 In Depth Filtration
Air next travels through a multi-layer graded in-depth filter media where all remaining fines one micron and larger are captured.A final wrap of glass fabric cloth prevents fiber migration.