t~¥- Al$~-t Quality First Customer Satisfaction

#ft~it il~~4a Keep improve Pursuit of excellence

f1f rR ~ 1''-~~ fJL t;Jt·tt ii ti~~ tiJ Jinan Xi nluquansheng Machinery Equ ipmen t Co ., Ltd

itBi.tl: : LlJ!f-;1twJ~.Eii£;1frf ~IR Add : Shandong Jinan Zhangqiu economic development Zone

~~: 0531-83656168 0531-83658878

TEL : 0531-83656168 0531-83658878

f~ffe! : 0531-83628658

FAX : 0531-83628658

~ fl&rA~ : 15662735099

Customer Service Hotline : 15662735099

fl&%-1!.1t~ : 4006990397

3=~ f* ~ jJ %tr ~ ii ~ Pneumatic conveying equipment expert

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~ ~t '.¥'. ~ ~ ~ ~ af.J iiffl ~ Determination of laborato,y material parameters

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The data of conventional materials can be found by que,ying the material database of Hengtong Company. The uncommon

materials can be obtained by consulting the instruments related to or measuring the material parameters of the Hengtong

company laborato,y. Detailed material data can give half the effort to t he design of the pneumatic conveying system and greatly

reduce the problems in system design.

iiU.R l&: Ji ~~1J i[ Bulk density measurement

~ ~ ~ f4 .illdl Typical material performance

Forged coke particles Reclaimed rubber ( 0.003mm·Bcrn@) ( -100§ )

im IB !a m flour

( -15913)

Ang le of repose measurement

Fly ash Magnesium oxide

( -200§12') ( -150§~)

m l4 ~~ Feed Glucose

( ,r-J-m!i!Y~ *11 l ( - 200§:f.'i)

~ ~ Z,*@

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For special materials or materials that

have not been contacted by our company,

data must be measured. The characteristics

of the materials need to be comprehensively

measured to ensure accurate design.

~~z.m ~z.m~ ABStijff~ Titanium dioxide PP PE PVC PS PVA ABS

(0.Smmm) ( -20013 ) ( 0.25mm~.lli\ ) ( 0.Smm~ l!\\ ) ( - 200§~) ( O.Smm!fi,li-lc ) ( -SO§;i)

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EC 1J ttu ~ :!* ~ n-~ Pneumatic transport status classification

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The state of the pneumatic conveying system refers to the movement pattern of the material changing in the pipeline with the

change of the conveying air volume during the movement of the gas-solid two-phase flow. When the speed is higher than the

material suspension speed, the material is in a suspended state and is uniformly distributed with the airflow: when the wind speed

starts to decrease. the material begins to settle; when the air volume is further reduced, the material begins to aggregate in the

pipeline, causing the group to puls;ite. State; when the wind speed is continuously reduced, the bulk material begins to block the

pipe surface, forming an unstable plug. which is transported by the pressure of the air; then reducing the wind speed, the material

will become a stable plug. and the pressure will be driven by the pressure of the air; When the wind speed is reduced and the

pressure exceeds the rated pressure of the air source, the pipe is blocked.

The state classification of the pneumatic conveying system is divided into three categories: suspension flow transportation.

dense phase transportation and plug flow transportation according to the movement state of the material in the pipeline. The choice

of conveying type is related to the characteristics of the material, the conveying distance and other parameters, and the conveying

method can be selected according to the actual site conditions.

ft;$~$fii* Suspension transport

:if;ffi$l!IJ* Dense phase iransport

~i;~$l!I)~ Plug flow conveying

•M•m••~-=F&wm•. •Mawm~£•~~~m M. ~-It~,. ~-~:n~me*lli•ffimfle•·~· The material conveying speed is higher than the suspension speed, the material moves

in a suspended state in the pipeline. and the concentration ratio is small. This conveying

mode is s,.,itable for tt,e low-pressure dilute phase segment distance transportation.

-~$fii~•IJU~W-=f•;$mll. !fmMtf'§'~cp £ :if;~~~. ~•1t•~. ••~'+'lli'+'*fle•mm; ~•••~~~~ ffff~, ~ri~$!l'iJ~t,.~J;Uf.~iti!l'iJ~. The material conveying speed is app<oximately equal to the suspension speed. The material is dense in the pipeline and the concentration ratio is mode<ate. It is suitable for medium and Jong.<fistance medium-distance tra~rtation. This type of conveying state includes high-pressure pressure feeding. high-vac.uum conveying and fluidized conveying.

•*'Ht~~•i[-=f•;F;•ll'.. •MaWi.Q~f!9,ffhtJJ~1Jfjx ti~. 'l«~MtiWJ€~9.llih~~-MhWfm. ~-It~. lltl*:n~••-=F*fle~iJi~$ltiJ~ The material conveying speed is lower than the ~nsion speed. and the material is cut

into a plug shape by the gas pressure in the pipeline. The gas pressure before and after

the bolt is drive<, by die most driving foo:e. and the concentration ratio is high. This

method is suitable for long distance and low speed conveying.

~7J~~:l*i55t~ Pneumatic conveying classification

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*-*&,8lijj~4.::IJffi*-*&•A~B~.

According to the flow form, t he pneumatic conveying system is generally divided into a positive pressure dilute phase

conveying system. a negative pressure dilute phase conveying system, a positive and negative pressure combined conveying

system, and a mobile pneumatic conveying system.

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:nwe:mfl}:•~m~it-.l~M-fr. -Hrncm•T-oo The configuration of the positive pressure dilute phase pneumatic conveying system generally uses a Roots blower as the

gas source, and the Roots blower is at the forefront of the system, and the wind is blown to the remote receiving bin by the outlet

wind of the fan. General configuration as shown below

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!Jo/.JM~*~~M-frcp. -BrncB •""FIID The configuration of the negative pressure dilute phase pneumatic conveying system generally uses a Roots blower as the

air source, and the Roots blower is at the very end of the system, and the wind is sucked into the receiving bin by the wind inlet

of the fan. General configuration as shown below

03 i.5x1i ~ ~ I m~%-~.t Integri ty is gold service is supreme

~:.l A ~ * I ff tti gu atfr People-onented p1oneenng and innovative

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The configuration of the positive and negative pressure combined pneumatic conveying system generally uses the Roots blower

as the air source. The Roots blower is in the middle of the system. and the wind is sucked into the intermediate receiving bin by the inlet

wind of the fan, and then the fan outlet Blow the material to a remote receiving bin. General configuration as shown below

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tt1±amt1::0•1±Jxtm•~m~M-e:. mm-e:•- •~m•T-~

The pneumatic conveying system is in the form of flow, and the plug flow type is generally a high pressure warehouse pump

pneumatic conveying system. It uses an air compressor as a source of air to deliver material through a high pressure wind at the

compressor outlet to a remote silo. The dense phase warehouse pump is generally configured as shown below

1, Uffil:!i!"l.ai!ftl!ll S<rew air<ompressor

2, ~ ll.'fjjli!ll Freeze d,yer

3, fi<l"l.111 Gas tank

4, !fl"l.~itt Gas pipeline

5, !11"1~\li'. Discharge device

6, aJ,. i;IJ!Jlit&jll Manual flapper valve

7, fll.i;IJJP'3!ill'J Electric discharge valve

8. -ft~ Warehouse pump

9 , 'l'.riil The pipeline

10, Mil!it Low level gauge

11 , i!!itsliilit High level gauge

12 , *'lit Silo

13, !c,;tjj)$,I§ Sag fi lter

14, ~IJxUn Induced drak fan

15, PL~:t1Jffi PLC control box

16, lllJ±ira SuperGharger

P.&i! ~to ff i! it1ft~ ,~ bt~ Negative pressure conveying and positive pressure conveying comparison

O_&:~it Negative pressure conveying

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ff ~it Positive pressure conveying

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IO

"' ft 1 • ;l;:ffi~ttJ~

0 2, ~~9.-l*lnoJ~ :,

1. No dust is collected and no dust is transported. 2. Suitable for conveying occas1ons such as loose. low-lying, broken bags. etc. 3. the gas source is at the end. lubricating oil. moisture. etc. will not mix 4. The pipeline is under vacuum and the material wlll not leak. 5. air handling is convenient. suitable for clean air delivery Occasion 6. suitable for centralized transportation from multiple places

1. The general working vacuum is less than 0.06MPA, so the delivery volume andThe conveying distance cannot take the maximum value at the same time 2. Negative pressure is more energy-intensive than positive pressure compared to positive pressure delivery 3. Separate and dedust the performance before setting the gas separation.Device 4. The unloader under the separator is very demandin.9 and the seal is not good.Leaks can cause system instability

1. manual feeding 2. Reclaiming of bulk materials and ground materials 3, open bag feeding station material conveying 4. Reclaiming materials when the height of the reclaiming point is limited 5. toxic material transport 6. a variety of discharge ports to a place

1. Gas temperature can be dried during uansportation 2, the system is positive pressure inside, the material is easy to unload 3, the pipeline is in a positive pressure state, even if there is a seam at the system connectionGap The atmosphere and rainwater will not affect the materials in the pipeline. 4. Compared with negative pressure conveying. the energy consumption is low. and the distance can be transported.long

1. It has higher requirements than suclion type and should deal with the characteristics of the material to be conveyed. Feeding device different from conveying parameter selection and design 2, using the Roots blower as the air source type. the pressure can not be too High. so there is a certain limit on the transport distance, generally ,s;:300 Meter 3, must use a good airtight feeding device

1, large particle transport

2, special gas delivery

05 ilit1§~~ I ff&~~_t Integrity i, gold service i, s upreme

~:.t A ~ 7$: I ff !ti g~ ffi Peoole·oriented p1oneenn9 and 1nnovat1v£-

Negative pressure conveying and positive pressure conveying comparison

~t§~~ Dense phase conveying

lft. 1 ' @~-=fcp* ~el'Slt~m. xl(J¥!~ 1, suitable for medium and long distancetransportation. high

2, ~li1ilifxlfit,J,, *ja\j~f;'\\il§, Ms~~!MtJR-t efficiency a 2. The required air volume is small, and the structureof the end ~ ii- separator and dust collector is small. .ffi ~

Q. 3. -tf ~ 1um~ t!1 jjHINm 3, can also be transported in the case of back pressure W.i <

Q) ill:-i-.t-J'lit~xt. ~i:1)~!{15'@ 4, the equipment is integraied, mobile is very convenient la ::, 4, ..... 5, the end processing air is small, the equipment selection is Q) 5, -*Yili~J1R'£t=..$11J,, i.l!~i!~ ,J,

IO small 0 "' 6, @.lfl-=f-~ioJ!i>~t.ll<f>I~~ 6, suitable for centralized transportation to multiple locations

"' ::,

"' "' 1. It is a closed high pressure conveying. as a continuous 'O $:)1 1, ~-'f'Effixt•ffi~Sm, ~hRm•~ll'!S :r transmission Intermediate storage hopper should be set at the Q) a i"f JJa:Mll'!ill:l!l cti 1'eJftfflf4-4 time of feeding "' 11)

0 2, /Si.lfl~iJiltHf,, 1i%1J~f~ 2, the application of more valves. control is cumbersome ..... "' 3 The air quality requirements are relatively high and cannot ~ m' 3 ~'£te,;f!j\fflJl51<1:t~~. 1' ijg-£-f-i * i?t Q) ::, ::1. contain water. "' "O 0 ~

i! 1 ' *~$.lllliia ..... 1, long distance transport

g"' 2, 1lJ',Hlliiil 2, warehouse pump delivery

fiffiE~~ Plug flow conveying

f tit 1, .%i~Ji, M;i:~·t:t:. /®Ii!;~ 1, high concentration. high mixing ratio, less broken ;. c!S 2, il'~itm~,1, 2. the pipe wear is small <l.l••"

~ "' "' ,t. /Ill,

W.i ~ 1, ~f1Jffl£1i,.£(.J~~ffllr.l!, ffn~*~ 1, is the use of static pressure delivery of air, the pressure is

la /ffi relatively high 2, x1mM~ttJl*jffj, ffi~tt 1' ~f~!j1}j*'f1°' f~ 2. Materials with high material properties and poor fluidity are

0 {j: ffl Ill:~ J?~ not Can use this way ~ "' m' 3, n"£~~il:~3l<t:t:~i¥ii. :f~.:t;j,j(fft 3, the air quality requirements are relatively high. does not c n

(0 ..... contain water ::!: 0 ~

(1 1. ~T.Hl!il! 1, high pressure delivery

2, *~:fil:iliii! 2, large capacity delivery ::,

i.)t. BY.I Instruction

i~ 1, ~Pt-111H!l!~it!l:HRJJ.H~:fol'.f~fl\J~s¥11, Fil?!~ 1. The specific conveying form should be selected according to lhe dif1erent characteristics of the materials and the actual

Bjj ijjli(J~~ff;ffi)51.**~!l situation of the user site. 2, i~i!l!t3:1'..ff.Jml~if~m1J~lt i!ol:fflt-lstllf., JJc 2, the choice of transport form is also subject to the

::::, ijjfl\JilHttc~£isJ, *~ffi,51., ~f.ll.tloVt1fitfJ91lil supporting air source. the installation space of lhe equipment V) ,.....

il on the site, the incoming materials, the receiving situation ~

c and many other factors () 3.A~~mMit~ ff~9*MH*A••m•~ .... 3. The specific form of transportation is best obtained by 0 :1ms m tll professional technicians after investigation. ::,

* 0 RI 9. t.J iflli ~ ~ ~ 1¥1 fj ,B The characteristics of pneumatic convying system of our company

o~•&~-~~~wt• # ~~- ~#~% oi ~~~- ••• ##ttam fS *~••~~~h•~~• Oflt~#-·~ ~mR. ~~~#m~. ~m,~M-~. ~A· · ~· A&~~~~ o~••*- M~*-•*~*ma~~~tt~#~P ~PAAOO~~~~A~~A o•~~•- •••*~*•£~a~ttm•~••~•~~•. ~*~mm~tt 0-lti/i•J I t.t--ilt.7.l #c tt £r-J 4~,M ,t± lb i;IJ~. ~ JJil.DCS~l t 4tll,•J

o•~s~-,~a~~~*· •~m•. s~~2 o Experimental basis--Experimental analysis report with several hundred materials

o System Selection--Select the best pneumatic conveying plan according to material characteristics and user needs

o System design--specialized team, overall design concept. discuss with users to find the most suitable and most economical

solution

o Equipment components--all key components are designed or manufactured by our company or well-known brand products

at home and abroad.

c Conveying speed--Selecting the most conveying speed according to the experimental basis and operating experience of

the material, pursuing economical use

c Control system - complete automation of equipment and system control for centralized DCS control

o Operation and maintenance - system integration design. Easy to operate and easy to maintain

;jn~iu III iitt Mechanical drawing design

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= fl± tt11 lg( •_rt, 't - -ff: rti~ s;:i 'J.)<. i 30 graphics design

07 i.5xf~~~ I m~%-~.t Integrity is gold service is supreme

X CR* 9Ll If! ffni~{~t4~--f~,i~ ~JA797.ls: I ffttigU~ People-oriented pioneering and innovative

XCR Series Medium Pressure Rotary Feeder - Standard

Mf~1~~ff~t.l.1~tJ~~~*.!l'11§1'.fJ, i~it i'r,;Wi~ir..J'.iEfilfM~i~iro :(£~

n~mW-ffin•ir-i•M•ffl.iif~••&*ir..i•mo !¥.f 1ia : 1 • ...t 1'i!==:l:5.J~!mGB1 .OMpatf.iltilHi'i~itffi1J i§o 1.§i!== !¥1.t'32$:0~tf.ilt o ( ~:f;!¥.f9*'.1Eit&, ~t£wii1Pll )

2, 79 ~J.t~lrr~~. fJl~i11: D i~it.79W*i11: D ~-+tHZlo 3. *ffl~9*'&.'HtsfZl, iif~f~~~ir..J'&.'i~f:U~, ~~:t; 8 'iii'~~ o 4. ili~ffin ( ffi.) : 0-0.15Mpa(~~) : 0-0.2Mpa(l~i'.lt)

The rotary feeder is the most well-designed dosing device for the purpose of supplying powder pellets. It can be used in places

where there is a pressure difference such as pneumatic conveying, and it can exert the maximum effect.

Features:

l. The upper and lower flanges are designed and manufactured according to the GBl.OMpa standard. However, the thickness of

the flange is the company's standard. (need to be customized, please specify in advance)

2. In order to prevent particle breakage, the casing inlet is designed as a W-shaped imported anti-card structure.

3, using a special sealing structure, can maintain a high sealing performance, does not require daily inspection.

4, operating pressure (pressure difference): 0 - 0.lSMpa (powder): 0-0.2Mpa (particles)

fJUrAHM III iii+ Feeder outl ine drawing

CH.£ IJJ2¥ ~"5" Inch kw A Al RW50 6 0, 37 - -

RW70 8 0. 75 6. 15 330

RW120 10 0. 75 730 430

RW220 12 1. 5 820 470

RW400 14 2. 2 960 580

RW600 16 2. 2 1020 605

RW800 18 4 1140 700

tt: 1. *,:PD1. D. N- Cl>d±~.J.~GB1.0Mpa i!~~ltto

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82

81 B

R-t (mm)

B Bl 82 (() D E - - - - - -

1020 270 320 450 350 520

1090 305 330 500 420 590

1300 355 330 550 490 670

1350 380 400 620 585 815

141 0 410 480 650 645 890

1450 430 500 700 700 1030

F - -

585

620

725

825

905

1035

X CR* 91J ~ 7f< ?~ :i. ~ ~ f~ f4 i§--f;f, ,l ~ XCR series bearing external rotary feeder - standard type

1~¥tff9Hf~R '.f lfl Feeder outline drawing

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L1 L2

ll:1~ 0{£ ~~R fl!f(l]tll L/ rev kw A Al 8 81

RG15 125A 1. 8 0. 37 ,70 255 805' 220

RG30 125A 2.8 0. 37 570 245 805 220

RGSO 150A 4. 3 0. 37 570 245 805 220

RG70 200A 6.6 0. 75 680 285 1020 270

RG120 250A 12.6 0. 75 730 330 1090 305

RG220 300A 22. 3 1. 5 820 370 1300 355

RG300 300A 31 . 4 1. 5 910 380 1300 350

RG400 350A 41. 5 2. 2 960 410 1350 380

RG600 400A 59 2. 2 1020 445 1410 410

RGSOO 450A 80 4.0 1140 470 1450 430

XCR tl:l~!llff<9~ Zi.tl:lllf£;tf~:t4ff a'-J ....t 1' ;! == !~;lg !ID

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The upper and lower flanges of the XCR type bearing external rotary feeder are all circular. For the special interface required by the user, for example, the square and rectangu lar connection can be determined separately, but the flange thickness is in accordance with the company's standards.

B

LL

81 L

9~ff~ .R tj' ( mm) llH~ E F H Hl H2 R L L1 L2 (kg)

655 420 716 420 183 280 390 180 270 102

655 420 736 420 183 300 390 180 270 118

655 420 796 450 188 330 390 200 300 140

870 530 820 450 167 350 &90 320 480 160

940 580 940 500 191 420 525 330 520 200

1150 670 1063 550 245 490 625 370 530 310

1150 760 1119 550 221 545 625 370 530 400

1200 810 1233 620 270 585 650 400 550 425

1260 870 1323 650 278 645 680 480 720 520

1300 990 1431 700 303 700 710 500 800 650

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X c R ~ 91J till 71< 11, :I. Mi~ f~ ~4 H--t;r-,l fil XCR series bearing external rotary feeder - standard type

1st'@, it Jlf£ ~t f~ :t4 ff~ ffl ffil ~ p 1' Iii] B'.J ~.~*~fl ii ita'-Jt/l~ I 3::~!ffl,~~;iaxi!it!.tJt;lgj~JJ:'1'.tl:10 @i:tii·~~

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The backpack type rotary feeder is specially designed

according to different installation requirements of customers.

The main feature is that the geared motor is side-mounted. The

base is omitted by connecting the board directly to the main

unit. Saves installation space and is suitable for use in silo or no

floor support structures.

Feeder outline drawing

N-¢d

B

Q~~ §H.R :rt.Ji¥ fflj i::i = "5 KW A Inch L/ r

RW/RGSO 6 4.3 0.37 595

RW/RG70 8 6.5 0.75 700

RW/RG120 10 12.5 0.75 755

RW/RG220 12 22.3 1.5 832

RW/RG400 14 41.S 2.2 1031

RW/RG600 16 59 2.2 1081

RW/RG800 18 80 4

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690

760

1050

1150

1230

:c

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330

350

420

490

585

645

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R-!(mm)

L Dl

400 240

420 295

450 350

510 400

550 460

610 515

565

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u D N-<Pd ( Kg)

285 8-¢23 92

340 8-¢23 115

395 12-¢23 160

445 12-¢23 240

sos 16-¢23 390

565 16-¢27 410

615 20-¢27 620

XRGruME~f1t*31-~--ffiit Mru XRG rotary feeder - wear resistant

a0~tt~*~·••~.rmewM•tt• f4~'f~1fil7f~7j!ij;JM~Sft~tfJtMff. RG?f-91JT:Ji:if.il! att•~. &Atta~•~••· ~fflT·lli·i! ~e, Rw?f-,,J.T:J~~J!~. 1~attafli•~1o'*r.,:,;· ~ffl~M-ttff~*~•M&••lliMi!~e.

Our company targets cement, fly ash and slag powder Wear-resistant spinning industry Transfer feeder. The RG series is a replaceable bushing type.Equipment materia l hardness is relatively high. suitable for low pressure conveying field Combination; RW series is heat-treated, equipment material is hard Very high degree for a very abrasive material ARG series bushing workpiece ARW series heat treatment work And medium and high pressure conveying occasions.

X R G ilff1 ~ lli\filE~f:J:t~ff ARG wear-resistant rotary feeder

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tJL~ HT200

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~'1· QT600

f!i!Ot& HT200

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Applicable to materials with abrasive powder and granules, low pressure pneumatic conveying occasion (transport pressure) sO.OSMPa), replaceable bushings in the casing for prolonging service life, high hardness alloy surfacing and lining of rotor Set of hard chrome plating. Widely used in power plant desulfurization, fly ash transportation, cement building materials, terminal suction and unloading, mixing station and other industries. Dimensions and other properties are consistent with conventional carbon steel rotary feeders.

X RWrliff jg~BtE~fttMff ARW wear-resistant rotary feeder

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Applicable to materials with abrasive powder and granules, low pressure pneumatic conveying occasions (0 !> conveying pressure s 0.2MPa), the internal parts of the casing are treated with special heat treatment, which has higher hardness than electroplated hard chrome. It is used in occasions with particularly high wear, especially in the case of uneven particle size, such as dock suction and forging and coke delivery. Dimensions and other properties are consistent with conventional carbon

steel rotary feeders.

••~••••~•M~ttttWffl*~~-*· a••~••~•~•••~•M~m@m~&ttM•m. • B~B0~I~~Wifii1!:ff~#}'.:Jii!. tftm•MM't'.tm~e@~ilii:t~i~&.

The degree of wear resistance of the equipment has a great relationship with the characteristics of the material. In the selection of wear-resistant equipment, please inform the particle size range and material hardness of the material, or the technical communication of our company engineers, suitable wear resistance according to the material characteristics. device,

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:k~JtE~{ft~H Large rotary feeder

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XRW /X RG~9IJ7C~nte~1:tt*1-H XRW/XRG series large rotary feeder

82

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B

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Inch Kw A Al B Bl 82 (C) D E F

XRW/XRG1200 20 5.5 1300 750 1800 500 500 700 800 1600 1100

XRW/XRG1600 24 5.5 1400 800 1900 550 500 750 850 1700 1200

XRV *9Ll7C~filE~tf:J:t;pj.ff XRV series large rotary feeder

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XRV500 XWD3-5· l/43 18-25 66-92 1024 538 650 325 830 560 45D 480 370 622

XRVS80 XDW55·6· l/43 14-21 93-144 1224 646 800 400 1410 760 600 600 460 1374 llillli~

XRV800 XWD75-7-l/43 10-21 193-393 1565 821 1130 550 1870 1060 910 730 450 2170 llillli~

RG* 91Jffip MH RG series unloader

RC*~1JlfPf4~;fg~0~t!i~~~~1:J$11ilizt~~~, rJ»49:7 E

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RC series unloader is a series of products developed by our company combining years of pneumatic conveying experience. absorbing the advanced design and manufacturing technology of Japan and Germany and combining the needs of the market. It is suitable for low-pressure pneumatic conveying system-level dust removal wind network system. In the grain and oil. food, chemica l, dust removal and other industries.

o:ptl!~I S5!hl..~R'*"@_ JJ: 11--isc171" JJ;.. '.J s:i Unloader outline drawing

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~fR ljJ* R-t (mm) ~~

Ur KW H 01 02 03

RC40 4 0.37 320 120 160 180

RC80 8 0.75 360 150 190 210

RC120 12 0.75 420 190 235 255

RC160 16 1.1 420 200 260 290

RC240 24 1.5 490 250 300 320

m:A 04 05 (Kg)

260 9

300 9

360 11

360 11

420 11

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13

The RC series unloader is normally equipped with a round port. If a square port is required.Connection, please explain in advance.

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~~*;Jt Piping system

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In a pneumatic conveying system. the rear pipe of the system is more worn than the front pipe, so after a period

of transportation, the pipe needs to be rotated.At a certain angle, the rear pipe is moved to the fron t for uniform wear. The

pipe must be f ixed firmly during installation because of the swaying pipelt will disturb the normal running track of the material, and the collision and friction in the pipe will increase. In a long distance conveyor system, through design

calculations, in one The fixed distance can be reduced by the method of expanding the diameter of the conveying pipe, and

the minimum speed of conveying the material must be ensured in the place where the diameter is expanded.Responsibility

can cause blockages.

*0~mM~mm•~~~~~nM~~-~. There are several options for the anti-wear methods offered by Heng tong .

i9:~JfH~1!iiit~~~ Hardfacing alloy

iiitM~~ Wear-resistant elbows

i9: ~ p;J ~ 1!ii T?.'t~ J1ll The ceramic lined pipes

i!iitll~~ wear-resistant elbows

p;iH~i9:-i-lining equipment

p;J +t ll§;J i;le'g'i!i lined ceramic pipes

~t-~*m Dust removal system

•f£*m:~if£*m-t£~:tJ*11iii!*m'fl~*m~. •f£*&**t1Jirl't-.ltr-~Jiw. [if£*&l't-.l~;tj:Jtl~~* f£ift50mg/m3

, #:0~ l't-J•f£ *&~;t~cuM20mg/m' .-tf.f£*&'fl-AHcu1t,i1qi•f£H. -tf~R~Jls¥:~~·!liJ -~·••m•R~·H·jJ~--f£ •• R~·Hl't-J•f£••-t£00%-%%~~.~~~w••~~~-~­f£H'flRjJffi~-f£0

Dust removal system: The dust removal system is very important in the pneumatic conveying system. The dust removal system is related to the environmental assessment of the factory. The standard of the dust removal system is The dust content of the exhaust gas is 50mg/m1. The tandard configuration of the dust removal system of Company is 20mg/m'. In the dust removal system, the pulse dust collector is generally configured.The cyclone separator is used as the initial dust removal in the installation height limited or special occasions. The dust removal

efficiency of the cyclone separator is between 80% and 95%, so The surface also needs to increase the pulse dust collector as a precision dust removal.

• f£.&l't-Ji9:itm•~~-'.il!~. i!* *itl~i' •&ir-.J@fi-~:lE'lio ffiti.lf:f-~l't-Jil'41i. ;f~l't-Jtt:ffi:, ·~m J'l;f ~ l't-JJ3:iltimfRl't-J~if£3, :a'lj!IJ.i§J£l.9:i.t ;f 11!,mc, ?i'i&ffi :tJ~~'.iEo ft0~ ®tt ~~l't-J~il!~~fR~. ~~f; ffl

~mm;r-~Iain;E3~*'it•~•f£3 The design and selection of the dust removal system is very important which is related to the operational stability of the entire system. According

to different material properties and different specific gravity, it is necessary to select a dust collector with different filter areas.Otherwise, the design will

not match and the system pressure will be unstable. Through years of professional experience, can match users to various forms of pulse dust

collector according to different working conditions.

ft0•mmir-.J•~---~T-A~~-mtl The dust removal system provided by Gongtong has the following options

•f£M& Dust removal system Dust removal system

• f£.~1c .fg •• Dust removal system Dust removal system

15 i.5xf~~~ I m~%-~..t Integrity is gold service is supreme

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Silo system

M-fr*&,M-fr*&Mnaaa~~tt~'fl6~·~-~-Ml't-J~ffl. *H~M'fr~~--~---~. AW -~~lliMl't-.l~ffl . M'fr*&l't-JM~~~-~m~~-MaM~&-Mtt~q:i·~al't-J~~&·~·Ml't-J~M~ 'it. M-fr*&i9:i.t~~-~~-M~'fratl't-.lMttZilf~oMittiif, af4lliMa:tl't-.l~ 1-t&?itMW-~U1J~~.

Silo system: The silo system is the function of the bulk material to temporarily store materials during the transport process. Most silos are

conical or pyramidal knots Structure, both storage and discharge. The production of the silo system must be based on the problems and problems

of different materials during storage and unloading.The way the material flows. The silo system design also considers the dynamic and static

loads when the material is full, the gasification and vibration during material discharge, etc.A series of factors.

M'fr•&a•mir-.J~~-6m.m•.~~ffim~~ir-.J•MMttW*~~l't-JM'frM~~MM~o M~:S~M o. ~aM4, ~~-@.~~~--~~ir-.J~'tto M'fr*&E~®··~-n~ff-~.M&tt.ttfil&m • e!Mllif4.'i;LW.

The most common problems in the silo system are arching and bridging, and different silo discharge structures can be designed

according to different material characteristics. For example: biased material port, curved hopper, inner wall coating, gasification and other

different ways. The silo system configuration usually has a vacuum relief valve, a level gauge, a metering device, and an automatic discharge device.

ft0•mml't-J~£-&W~T-A~~-mtl The dust removal system provided by Gongtong has the following options

Silo system Silo system

~~U*tn Control System

1£$IJ -~le : lt!~M&l't-J El ill:J1-t&Iil!I.!l!ft~ir-.J:ffi:~~~fllI.!l!ftf4$ir-.J~,i:.,tt,!c, M{f1".rl:il't-Jt£ltil. ~:/!ii,, ti {'1:1:i~-tf:Jc.A.. ( '.!,•.A.. l l't-Jt~,RT-, ~!!U~:lEir-.Jf.¥Ji'.i.t lW e!illli1H'rl't-Jf.R,lco 'E'l:i~-~If'l:l't-J~1ittt. ~'rill:Jl't-J~;ff'l1.

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Control system: The automation of electrical systems is an important symbol of industrial modernization and the core technology of modern

science. It is to make the control, solid and operation of products automatically in accordance with predetermined procedures or plans in the

absence of (no one). technology. It can improve the reliability of work. the economics of action, labor productivity. improve working conditions, etc ..

and liberate people from heavy manual labor. Electrical automation technology is an indispensable technology in the pneumatic conveying

system. which reduces the operation error rate and improves the production efficiency. With lhe automatic control system. you can make the

pneumatic conveying efficiency more efficient.

tftli ~ !!,\! ~ ~ i§lj Transport site instance

IE ff~ f§ -ct* gJ'tIJXl,tm ~ 19~ Positive pressure dense phase warehouse system field case

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D,&~ *t;t Nozzle system

x)l~~wj~~tlt Double warehouse pump delivery system

EJ):Em~~.~u.rc Limestone powder desulfurization system

~~Aw!~~m Ceramic powder conveying system

~iiJJ~~*t.rc Mobile conveyor system

M~~~tfc Ash warehouse bulk system

EgEfA~wi~*t5c Calcium carbide dust conveying system

fAJ:Vkwi~*trt Fly ash conveying system

~ ~~*4~~:@,!~~19~ Automatic batching delivery site instance

t4~ ft~m EliiJ.Jfil~*m Mobile conveyor system Automatic packaging system

~~*m 1JR1it&~ 4*m Ceramic batching system Insulation board batching system

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0 R.l .:E ~ fI- ~ 5[ .~, Summary of the company's main products

;>;'x~JxUJL 1lfU~11U4H Roots blower rotary feeder

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Acceleration chamber through feeder

~ffi%tff.;!eJ.H ~~m•• Medium pressure rotary feeder electrical control cabinet

~%t$ftri!tll Screw conveyor

iili1M~~ %tJxL~ ii; a Wear -resis tant elbow cyclone

*-~%tff.;!eJ.H large rotary feeder

!!ii f;fJ tfi: '§ f}l automatic bale

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branch valve

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M: ;ljl ii ~ a pulse dust col lector

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Typical process flow chart

tlll~:j'. pumping chamber ....

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"ct* pump

m:---~~tlij split valve

~,~tt~**'m Power plant vacuum ash removal system

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1 , ~ ;;IJfJll 9. Jra Electric air lock

2, q ,itt,11 gasification board

3 , 11("1!lll Discharge valve

4, ~1JPI:!!£-§ Electric heater

5, ll:4 <1!1:-1!:Mm Ash bucketgasificayfan

6, ti'Jxl:$l'mH Cyclone separator

7, W:tillittJli9.Jra Cyclone separator

21

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8.fflS'it:tlili>'flla~ff Combined bag vacuum cleaner

9. ~ ;;h W! 9. ff Electric air locker

10.!HJi:1'.!2* Roots vacuum pump

11 . ~H~"tffffilffl. Screw air compressor

12.~ ~'Hjd!§ Freeze dryer

13.fffl9.!i Gas storage tank

14.ml~l$<1lt-ltJxl~ll Original ash storage gasifier

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~:t.Jro~~~Jt Pneumatic conveying system

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15.ti'*lftll;ftllff Rotary unloader

16.'f~llUHll Ory ash bulk machine

17. ~ !Ju It.\ ff Electric heater

18.;Hi\'.!!'Hfff Wet agitator

19.:i'it:1¥~!8$ Fly ash tanker

20. l,1;/.lii2i•t,Mtll High pressure centrifugal fan

21.M;;,j,:tlitltli:li~ff Pulse bag dustproofer

22, /,1E~{JU,IH

23, ~~a&llllra

24, ~;;IJW!"tff

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Rotary feeder

multi-tube collector

electric air lock

sorting machine

Roots blower

pneumatic unloader

bag filter

induced draft fan

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I ++- ':z!;: :fc::J Z, /Jlt.1'3:. Process flow

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The gas produced by the combustion of the boiler is filtered by an electric precipitator to produce the original fly ash. The raw ash enters the ash conveying pipeline through the discharge valve, and the luotz vacuum pump has a small effect and is separated by a two-stage separator to form coarse ash and fine ash and then fall into the original ash storage. The fly ash of the original ash warehouse can be directly loaded by the unloader machine. and can be further separated into graded ash by a sorting machine.

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il'#JlH!t;ftlllra Wear-resistant feeder

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13

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2. ~*'1ilttk 6. cpfeJ5ti!llii1l, ~~~ 10. ~ 1'¥-fr 14 . .ME~ilt*'!i§ Feeding equipment Intermediate separator dust collector Storage bin Rotary feeder

3. itiHlttk 7. i~f,l~;a 11. '@,~ *fl 15. ~~;f;!Jt Metering equipment Homogenizer Packing machine Dust removal system

4. M'fr 8. 5tlill~ 12. 5IJxl.*IL 12. 5IJxUJL Silo Separator Induced draft fan. Induced draft fan.

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SV~JUS~~~ Pneumatic conveying system

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The shunt valve is an important device for switching the pipeline in the conveying system. It plays the role of changing the flow direction of the conveying material. It adopts a cock-type structure, which is tightly sealed and has zero commutation. The transportation of suitable materia ls. powders and other media. In terms of control, the gear rack swing cylinder or electric actuator is used to drive the cock to turn, and the magnetic switch is installed to instruct and control the cylinder reversing. The electromagnetic reversing valve controls the intake and exhaust to realize the commutation.

£~~,~ main feature

+~idl$*ffl~man~•idJ#tfii§, ~~'A':ie:niaJJ.iHfH~o · ~·•*mom••~·····ffo • *{*~!11tfi~-m-trf'P'i~ff:1Jo · ~~jjt~~mtr.J~::kMti:lff:h(I {1:ff:1J "=a0.7Mpa)o

+ft-rtr.J&ft1Jll1tfibtttiJ!J~mtr.Jfif~$£~~!.Jil.o •The drive unit uses a cylinder device or an electric actuator, which makes it easy to change direction and maintenance. •The shaft seal is sealed with 0 -ring seal and is resistant to high pressure. • The strength of the body can adapt to various pipeline pressures. •The shaft can withstand the maximum output pressure of the cylinder (working pressure s0.7Mpa). •The rotation angle of the rotor can be easily rea lized by adjusting the stroke of the cylinder.

fi ffl ~.± ~ $ mJ Precautions for use

+fr!fmfHlfii~ttf~~:r-fti!fiJJ•o · ft·~~ffi~~~ffltr.J~~.w·~~~~~ffi~~*~·~m•o • Switching is not allowed during material conveying. • When the flow channel is shared with the flapper valve, the flapper valve must be turned off and then switched.

HT MY ~ 91J M< iqi ~i ~ ~ HTMY serie, pulse dust collector

•ti tm~ I~ & m ~ Performance characteristics and uses

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• The box body is cylindrical, which increases the rigidity and strength of the box.

• Feeding with 1angential centrifugal force is beneficial to reduce equipment resistance and reduce filter bag load.

• The processing volume is large, the floor space is small, and the equipment noise is low. • This dust collector can be widely used in dust separation of dusty gas, and is suitable for

food, food, medicine, building materials, chemical industry and other industries.

if m I±~ J: Jro Precautions for use

•~i§I{1=ffi:tJDust collector working pressure

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M:,ljll!M~ffi1J Pulse injection pressure

M:,ip~/J:Pulse Width

tl;);tlxl~Filtering wind speed

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0.4Mpa

o.o3-o.2s mim 1- 2m/S

:it•~.mBag specifications a. <I> 120 x 1800 b. <I> 120 x 2000 c. <I> 120c x 2400

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~ ct> 120 X 1800 <I> 120 X 2000 <t> 120 X 2400

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XMY-4 2.7 486-648 3 540-720 3.6 648-864

XMY-10 6.8 1224-1632 7.5 1350-1800 9 1620-2160

XMY-18 12.2 2196-2928 13.6 2448-3264 16.3 2934-3912

XMY- 26 17.6 3168-4224 19.6 3528-4704 23.5 4230-5640

XMY-39 26.5 4770-6360 29.4 5292-7056 35.3 6354-8472

XMY-52 35.3 6354-8472 39.2 7056-9408 47 8460-11280

XMY-78 52.9 9522-12696 58.8 10584-14112 70.5 12690-16920

XMY-104 70.5 12690-16920 78.4 14112-18816 94 16920-22560

XMY-130 88.2 15876-21168 98 17640- 23520 117.6 21168-28224

9~~ R. '1~ Dimensional drawing

x XMY-4 XMY-10 XMY-18 XMY-26 XMY- 39

a b c a b c a b c a b c a b c \

s 500 500 600 500 500 600 500 500 600 500 500 600 500 500 600

z 1800 2000 2400 1800 2000 2400 1800 2000 2400 1800 2000 2400 1800 2000 2400

x 450 750 950 1050 1370

D <1>500 <1>750 <1>1000 <1>1140 <1>1340

E X+M X+M X+ M X+M X+M

F 290 448 610 708 820

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K xl <1>155 <1>250 <1>400 520x300 700x300

PxO 430x430 675x675 865x865 llOOxllOO 970x970

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a b c a b c

s 500 500 600 500 500 600

z 1800 2000 2400 1800 2000 2400

x 450 750

D ¢500 ¢750

E X+M X+M

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PxQ 430x430 675x675

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