Henan Zhengzhou Mining Machinery CO.Ltd 86-371-55902868 inczk@zkcorp.com
Baghouse Dust Collection Equipment For Iron Concentrate Easy Maintenance

Baghouse Dust Collection Equipment For Iron Concentrate Easy Maintenance

  • High Light

    industrial cyclone dust collector

    ,

    industrial baghouse dust collectors

  • Product Name
    Baghouse Dust Collection Equipment
  • Model
    PPC Series Pulse Jet Bag Filter
  • Voltage
    220V/380V/440V
  • After Sale Service
    Engineers Available To Service Machinery Overseas
  • Motor Type
    AC Motor
  • Filtration Area
    865-4450(㎡)
  • Solution
    Customized
  • Installation
    Under Supervision Of Our Engineer
  • Place of Origin
    China
  • Brand Name
    ZK
  • Certification
    CE ISO Certification
  • Model Number
    PPC32-3, PPC64-8
  • Minimum Order Quantity
    1 Set
  • Price
    Negotiable
  • Packaging Details
    Export standard container or as customers' requirements
  • Delivery Time
    40 days
  • Payment Terms
    L/C, D/A, D/P, T/T
  • Supply Ability
    25 Set / Sets per Month

Baghouse Dust Collection Equipment For Iron Concentrate Easy Maintenance

Baghouse Dedusting Filter Bag Dust Collector For Iron Concentrate

 

Pulse Jet Bag Filter Introduction:
PPC Series Pulse Jet Bag Filter incorporates the advantages of other bag filters as compartmental blow-back, pulse jet cleaning. It is suitable to the treatment of high concentration dust, simplifying the technical process of dust treatment and reducing investment of device.

 

System composition
1 Upper box is includes cover plate and air outlet.
2 Middle box is includes perforated plate, filter frame, sock and venture.
3 Under box is includes ash hopper, air intake and access door Jetting system contains control valve, pulse electromagnetic value, injection pipe and air pocket.

Baghouse Dust Collection Equipment For Iron Concentrate Easy Maintenance 0

 

Baghouse Dedusting Filter Working Principle:
During the dust gas goes into middle box and under box, the dust can be attached to filter bag and outgoing gas after going through venture and upper box. With the increasing of dust, press loss for dust bag is increased, which will fed back to controller. Receiving and issuing commands, the controller will touch off every pulse valve to make gas erupts from each jetting hole, then pass a venture tube and spray into corresponding filter bag. The filter bag expands rapidly under instantaneous reaction of airflow, dust fallen off of the filter bag, so the filter bag can be recycled.

Baghouse Dust Collection Equipment For Iron Concentrate Easy Maintenance 1

 

Dust Collector Structural Drawing:

Baghouse Dust Collection Equipment For Iron Concentrate Easy Maintenance 2

Baghouse Dust Collector Parameter:

Model PPC128-6 PPC128-9 PPC128-10 PPC128-2×6 PPC128-2×7 PPC128-2×8
Volume(m³/h) 67300 100900 112100 134600 157000 179400
Air speed(m/min) 1.2-2.0(Speed varies at different dust points)
Filtration area(㎡) 935 1402 1558 1869 2181 2492
Net filtration area(㎡) 779 1246 1402 1713 2025 2336
No. of bag(pc) 768 1152 1280 1536 1792 2084
Resistance(Pa) 1470-1770
Minus pressure(Pa) 7000
Dust content at inlet(g/m³) <1300
Dust emission(g/m³) ≤0.1
Compressed air Pressure(Pa) (5-7)×105
 
  Air consumption 3.6 5.4 6 7 8.3 9.5
  (m³/min)
Pulse valve Qty(pc) 12 18 20 24 28 32
Size 2-1/2″
Elevation valve Qty(pc) 6 9 10 12 14 16
  Size(mm) Valve Φ725,air tank Φ100
Discharge device YJD-26 Outlet 300×300mm Capacity 24m³/h Double flap valve 305×915
Screw conveyor Model Dia. Φ300,capacity 21m³/h N/A
Gearbox XWD2.2-5-1/43,power 2.2Kw N/A
Air slide Air slide 250mm,flow rate 2.0m³/㎡, Pressure 6860pa,If the dust content exceeds 700g/m³ at inlet, bag filter with big screw conveyor should be considered.
Bag size and material Dia.×lengthΦ130×3050,Gross weight of polyethylene felt 450g/㎡,temperature 120℃
Insulation area(㎡) 125 196 205 223 247 262
Total weight(approx.)(Kg) 24120 31680 34680 43920 52680 60000
Note 1: Net filtration area means the area of one chamber during dust removing.
2: The compressed air consumption is based on supply of compressed air pipe from an air compression station. The consumption should be considered to be 1.3 times more if the supply is provided by an independent air compressor.