Cyclone Dust Collector

GP & HE Series

cyclone dust collector

Cyclone dust collector is used as product receivers, as pre-cleaners to high efficiency fabric-type dust collectors, or simply as independent collectors for coarse dust.

Cyclone Designs :

GP series
designed for economical first cost and is currently used for general purposes.

HE series
tuned to obtain a higher efficiency in more critical applications.

How it Works

how works cyclone dust collecting systems

As the dirty air enters the cyclone dust collector, it is forced into a swirling movement. This results in a centrifugal force acting on the dust particles suspended in the air stream. The particles, denser than the air, are forced to move outwards, towards the cyclone dust collector wall. They then fall downwards, towards the dust exit. The clean air is eventually directed towards the centre of the cyclone and leaves through the gas exit.

Cyclone Efficiency Increases With :

  • Coarse particle size distribution
  • Higher products specific gravity
  • Lower gas density
  • Smaller outlet diameter. An increase in pressure drop also results.

A simulation through our in-house software is required in order to determine all the proper specifications

Standard Characteristics

  • Easy inspection access door
  • 16 gauge steel construction
  • 3500 feet/minute inlet duct
  • Dust outlet boltable ring
  • Air in/out boltable ring

Selection Criteria

  • Air flow (cfm)
  • Temperature of the application(F)
  • Air speed at inlet(fpm)
  • Dust quantity entering the cyclone dust collector (lbs/hr)
  • Particle density (lbs/ft3)

Options

  • Abrasive wear liners
  • Refractory lining
  • Explosion-proof motors
  • Surge hopper
  • Attenuator

Advantages

  • Stable pressure drop for a given gas flow
  • Constant efficiency for a given particulate condition
  • No moving parts; no replaceable filters, robust construction
  • Ability to handle extremely high dust concentrations
  • High temperature and pressure capability
  • Low capital investment and maintenance costs
  • Compact (in most applications)

Specifications

cyclone specifications

General Purposes Model

Model D Dx Dd H h S a b
GP-12 12 6 6 38 16 7 7 2
GP-14 14 7 7 44 19 8 8 3
GP-16 16 8 8 51 21 9 9 3
GP-18 18 9 9 57 24 10 10 4
GP-20 20 10 10 63 27 12 12 4
GP-22 22 11 11 70 29 13 13 5
GP-24 24 12 12 76 32 14 14 5
GP-26 26 13 13 82 35 15 15 5
GP-28 28 14 14 89 37 16 16 6
GP-30 30 15 15 95 40 17 17 6
GP-32 32 16 16 101 43 19 19 7
GP-34 34 17 17 108 45 20 20 7
GP-36 36 18 18 114 48 21 21 7
GP-38 38 19 19 120 51 22 22 8
GP-40 40 20 20 127 53 23 23 8
GP-42 42 21 21 133 56 24 24 9
GP-44 44 22 22 139 59 26 26 9
GP-46 46 23 23 146 61 27 27 10
GP-48 48 24 24 152 64 28 28 10
GP-50 50 25 25 159 67 29 29 10
GP-52 52 26 26 165 69 30 30 11
GP-54 54 27 27 171 72 31 31 11
GP-56 56 28 28 178 74 33 33 12
GP-58 58 29 29 184 77 34 34 12
GP-60 60 30 30 190 80 35 35 12
GP-62 62 31 31 197 82 36 36 13
GP-64 64 32 32 203 85 37 37 13
GP-66 66 33 33 209 88 38 38 14
GP-68 68 34 34 216 90 40 40 14
GP-70 70 35 35 222 93 41 41 15
GP-72 72 36 36 228 96 42 42 15
GP-74 74 37 37 235 98 43 43 15
GP-76 76 38 38 241 101 44 44 16
GP-78 78 39 39 247 104 45 45 16
GP-80 80 40 40 254 106 47 47 17
GP-82 82 41 41 260 109 48 48 17
GP-84 84 42 42 266 112 49 49 17
GP-86 86 43 43 273 114 50 50 18
GP-88 88 44 44 279 117 51 51 18
GP-90 90 45 45 285 120 52 52 19
GP-92 92 46 46 292 122 54 54 19
GP-94 94 47 47 298 125 55 55 20
GP-96 96 48 48 304 128 56 56 20

High Efficiency Model

Model D Dx Dd H h S a b
HE-12 12 6 4,5 48 18 6 6 2
HE-14 14 7 5 56 21 7 7 3
HE-16 16 8 6 64 24 8 8 3
HE-18 18 9 7 72 27 9 9 4
HE-20 20 10 7,5 80 30 10 10 4
HE-22 22 11 8 88 33 11 11 4
HE-24 24 12 9 96 36 12 12 5
HE-26 26 13 10 104 39 13 13 5
HE-28 28 14 10,5 112 42 14 14 6
HE-30 30 15 11 120 45 15 15 6
HE-32 32 16 12 128 48 16 16 6
HE-34 34 17 13 136 51 17 17 7
HE-36 36 18 13,5 144 54 18 18 7
HE-38 38 19 14 152 57 19 19 8
HE-40 40 20 15 160 60 20 20 8
HE-42 42 21 16 168 63 21 21 8
HE-44 44 22 16,5 176 66 22 22 9
HE-46 46 23 17 184 69 23 23 9
HE-48 48 24 18 192 72 24 24 10
HE-50 50 25 19 200 75 25 25 10
HE-52 52 26 19,5 208 78 26 26 10
HE-54 54 27 20 216 81 27 27 11
HE-56 56 28 21 224 84 28 28 11
HE-58 58 29 22 232 87 29 29 12
HE-60 60 30 22,5 240 90 30 30 12
HE-62 62 31 23 248 93 31 31 12
HE-64 64 32 24 256 96 32 32 13
HE-66 66 33 25 264 99 33 33 13
HE-68 68 34 25,5 272 102 34 34 14
HE-70 70 35 26 280 105 35 35 14
HE-72 72 36 27 288 108 36 36 14
HE-74 74 37 28 296 111 37 37 15
HE-76 76 38 28,5 304 114 38 38 15
HE-78 78 39 29 312 117 39 39 16
HE-80 80 40 30 320 120 40 40 16
HE-82 82 41 31 328 123 41 41 16
HE-84 84 42 31,5 336 126 42 42 17
HE-86 86 43 32 344 129 43 43 17
HE-88 88 44 33 352 132 44 44 18
HE-90 90 45 34 360 135 45 45 18
HE-92 92 46 34,5 368 138 46 46 18
HE-94 94 47 35 376 141 47 47 19
HE-96 96 48 36 384 144 48 48 19
  • Bois BSL

    (Matane, Québec)

    Ecological firelogs.manufacturer.

    Collection of particles having a high relative humidity at the rotary dryer outlet.

  • Hanson Pressure Pipe

    (Saint-Eustache, Québec)

    Manufacturer of concrete and steel pipe.

    Cyclone used as a spark arrester in the rings metallization process of water system.

  • Annexair

    (Drummondville, Québec)

    Air handling systems manufacturer.

    pre-filter a dust load part and used as sparks arrestor.

  • Granulco

    (Sacré-Cœur, Québec)

    Pellet manufacturer.

    Collection of particles having a high relative humidity at the rotary dryer outlet.

  • Relizon Canada

    (Drummondville, Québec)

    Companies specializing in printing business forms.

    Shredded paper conveying system.

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