| Price | Negotiable |
| MOQ | 1 Set |
| Delivery Time | 40 days |
| Brand | ZK |
| Place of Origin | China |
| Certification | CE ISO Certification |
| Model Number | PPC32-3, PPC64-8 |
| Packaging Details | Export standard container or as customers' requirements |
| Payment Terms | L/C, D/A, D/P, T/T |
| Supply Ability | 25 Set / Sets per Month |
| After sale service | Engineers available to service machinery overseas | Filtration area | 865-4450（㎡) |
| Installation | under supervision of our engineer | Place of Origin | China |
| Motor type | AC Motor | Packaging Details | Export standard container or as customers' requirements |
| Product Name | Baghouse Dust Collection Equipment | Model Number | PPC32-3, PPC64-8 |
| Supply Ability | 25 Set / Sets per Month | Certification | CE ISO Certification |
| Brand Name | ZK | Payment Terms | L/C, D/A, D/P, T/T |
| Price | Negotiable | Delivery Time | 40 days |
| Minimum Order Quantity | 1 Set | Voltage | 220V/380V/440V |
| Model | PPC Series Pulse Jet Bag Filter | Solution | Customized |
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
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.
Dust Collector Structural Drawing:
| 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. | |||||||
