伟尔沃曼渣浆泵系列综合样本
力士乐A11VO液压泵样本
注意:
当温度低于-25°C时须用丁腈橡胶轴密封圈(允许温度范围: 01
-40°C至+90°C)。
增加吸油口S的出口压ዡ力ၠpabዹs或让Vڇg ≤ᇮVg mĂax时ۨ允ଉ许的ԭ转Ă速ՎଉԭĂ
63 … 582
请在订单上注明丁腈橡胶轴密封圈。
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– 6)
01 02 03 04 05
/60 博世力士乐 | 行走机械液压
548
A11VO | RC 92 500/06.04
技术参数
液压油
项目开始前,有关液压油的选择和应用条件请参见本公 司的样本活页RC 90220(矿物油),RC 90221(环保液压 油)和RC 90223(HF难燃液压油)
工作粘度。
按 ISO 4406的20/18/15级
液压油处于高温时(90°C至最高115°C),最低的清洁度 等级为
温度在-25°C至-40°C,应当采取特殊措施,请与我公司 联系。低温操作时的详细信息,请参见RC 90300-03-B。
按ISO4406的19/17/14级。
如果不能达到上述清洁度等级,请咨询供应商。
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੦ LG1
ኟ੦ LG2
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੦ LE1
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阿尔法拉瓦尔SX超级纯净旋转泵说明书
Benefits•Low pulsation and very gentle pumping, making the pump ideal for sensitive products.•Minimized shearing to protect end-product quality.•Low maintenance, increased process uptime.•Low contamination risk due to full material traceability and USP Class VI elastomers that reduce the risk of processcontamination from extractables.•Smooth qualification, validation and process control:material traceability, and pump supplied with the Alfa Laval Q-doc package in line with Good DocumentationPractices.Standard designAll media contacting steel components, like the rotor case, front cover, rotors and rotor nuts, are in W. 1.4404 (AISI 316L). The stainless steel gearbox provides maximum shaft rigidity and easy oil seal replacement. The gearbox design is universal, which enables the flexibility of mounting pumps with the inlet and outlet ports in either a vertical or horizontal plane by changing the foot and its position.The standard Alfa Laval SX UltraPure has four-lobe rotors rated to 150°C, facilitating use with CIP and SIP processes.Fully front-loading and fully interchangeable single, single flushed and double mechanical shaft seals are available. All media contacting elastomers are controlled compression joints, the latest technology where static and dynamic elastomer seals are used to prevent leakage of pumped media to the atmosphere.The Alfa Laval SX UltraPure can be supplied either as a bare shaft pump or mounted on a base plate complete with coupling, guard, gear motor and shroud for easy, plug-and-play installation.Working principleA gear train in the pump gearbox drives the rotors and provides accurate synchronization of the multi-lobe rotors. The movement of the counter-rotating rotors creates a partial vacuum that allows atmospheric pressure or other external pressures to force fluid into the pump chamber. As the rotors revolve, an expanding cavity forms, filling with fluid. As the blades disengage, each dwell forms a cavity. As the rotor blades engage, the cavity diminishes and fluid is displaced into the outlet port.CertificatesTECHNICAL DATAInside surface finish:Mech Ra ≤ 0.8Gearbox:Stainless steel Base plate:Stainless steel Coupling guard:Stainless steel Rotor:Four-lobeProduct wetted elastomers:EPDM - USP Class VI, 249.8°F . Chapter 88, and Chapter 87Other elastomers:FPMShaft seal:Single mechanical (R00)Rotary seal face:Silicon Carbide Stationary seal face:Silicon CarbideMax. flush pressure, single flush:Max. 0.5 bar Max. flush pressure, double mechanical:Max. 1 bar over product pressure Water consumption, flushed or double mechanical:0.5 l/min Flush connections:BSPT or NPTMedia contacting elastomersAll media contacting elastomers are controlled compression joints, the latest technology where static and dynamic elastomerseals are used to prevent pumped media leaking to atmosphere.1. Front cover compression joint.2. Spline sealing cup seal.3. Cup seal.4. Squad ring.Flows/Pressures/ConnectionsSX UltraPure 1/0070.07 1.54 1.8540 1.571001200SX UltraPure 2/0130.128 2.82 3.3840 1.5152151000SX UltraPure 2/0180.181 3.98 4.7850271001000SX UltraPure 3/0270.266 5.857.03502152151000SX UltraPure 3/0350.357.709.2565 2.571001000SX UltraPure 4/0460.4610.1212.15502152151000SX UltraPure 4/0630.6313.8616.6565 2.5101451000SX UltraPure 5/0820.8218.0421.6765 2.515215600SX UltraPure 5/115 1.1525.3030.3880310145600SX UltraPure 6/140 1.4030.8036.9980315215500SX UltraPure 6/190 1.9041.8050.20100410145500SX UltraPure 7/250 2.5055.0066.05100415215500SX UltraPure 7/380 3.8083.60100.401506101455001 These pressure ratings may vary for pumps with certain threaded connections.SX UltraPure 1/0071617SX UltraPure 2/0133233SX UltraPure 2/0183334SX UltraPure 3/0275759SX UltraPure 3/0355961SX UltraPure 4/046107110SX UltraPure 4/063113116SX UltraPure 5/082155155SX UltraPure 5/115165165SX UltraPure 6/140278278SX UltraPure 6/190290290SX UltraPure 7/250-340SX UltraPure 7/380-362Shaft Seal Options•Single or single flush/quench (steam barrier for aseptic application) R00 type mechanical seals.•Double R00 type mechanical seal for flush.All sealing options are fully front loading and fully interchangeable without the need for additional housings or pump component changes. Specialised seal setting of the mechanical seal is not required as the seal is dimensionally set on assembly. This feature further enhances fast and efficient on-site seal interchangeability.Materials for Mechanical SealsAs standard the SX UltraPure is supplied with EHEDG compliant Silicon Carbide/Silicon Carbide seal faces avoiding any risk of potential extractable contamination.Standard Specification Options•Screwed male inlet and outlet ports to DIN11851, SMS, RJT, Triclamp for ASME, DIN 32676 Clamp, DIN 11864-1 (Union) Form A, DIN 11864-2 (Flange) Form A or DIN 11864-3 (Clamp) Form A.•Heating/Cooling Jacket for Rotorcase Cover.•Product wetted surface finish electropolished to Ra ≤ 0.38 μm.•Passivated surface.•Surface finish measurement with certificate.•Hydrostatic testing with certificate.•ATEX compliance.•Complete pump unit comprising: Pump + stainless steel baseplate + coupling with guard + Geared electric motor suitable for (or supplied with) frequency speed control or manual variable speed drive (advise motor enclosure and electrical supply).•Low delta ferrite material for product wetted components.•High alloy materials for product wetted components i.e. AL6XN or Titanium.Q-docStandard documentation package:•Declaration of compliance with Regulation (EC) No.: 1935/2004.•Declaration of compliance to EN 10204 type 3.1 (MTR).•Declaration of compliance to the U.S. Food & Drug Administration CFR 21 (non-metallic parts).•Declaration of compliance to the U.S. Pharmacopeia (Elastomers and polymers).•TSE (Transmissible Spongiform Encephalopathy) / ADI (Animal Derivative Ingredient) declaration.•Declaration of surface finish compliance.•Declaration of passivation and electro polishing (if specified).•3.1 certification in accordance to EN10204.•Pump performance test certificate.Optional documentation:•Hydrostatic test certificate.•Surface measurement report.Pump SizingIn order to correctly size a rotary lobe pump some essential information is required. Provision of this information listed below enables our Technical Support personnel to obtain the optimum pump selection.Product/Fluid Data:•Fluid to be pumped.•Viscosity.•SG/Density.•Pumping temperature, minimum, normal and maximum.•Cleaning in Place temperature(s), minimum, normal and maximum.Performance Data:•Flow rate, minimum, normal and maximum.•Discharge head/pressure (closest to pump outlet).•Suction condition.Bareshaft Pump DimensionsFigure 1. Vertically portedSX UltraPure 1/0074095113208151640305294601008022114104801017423.5SX UltraPure 2/0134010514725215225032632559111100121241241001221332.5SX UltraPure 2/0185010514725215225032634166111100121241241001221332.5SX UltraPure 3/0275012517530022286140843171142155151851551251424637.5SX UltraPure 3/0356512517530022286140844777142155151851551251424637.5SX UltraPure 4/04650150213363253880631051474174200172341841501430149.5SX UltraPure 4/06365150213363253880631053381174200172341841501430149.5SX UltraPure 5/0826*******.5431.53045110701459961264200202402201801434460SX UltraPure 5/11580175256.5431.53045110701462981264200202402201801434460SX UltraPure 6/140801902954853048110701468777267260203002502101440070SX UltraPure 6/1901001902954853048110701471589267260203002502101440070SX UltraPure 7/2501002053655703060110901876394288280253302902401847581.5SX UltraPure 7/38015020536557030601109018817121288280253302902401847581.5TOP SHAFTDRIVEFigure 2. Horizontally portedAll dimensions in mmSX UltraPure 1/007409590.5189101640671143052943612480101001008010 SX UltraPure 2/0134010511523315225082.5147.5326325391311001913212410012 SX UltraPure 2/0185010511523315225082.5147.5326341461311001913212410012 SX UltraPure 3/027********.5272182860100175408431681751253018115412514 SX UltraPure 3/0356*******.5272182860100175408447741751253018115412514 SX UltraPure 4/04650150163325203880113.5212.56310514742251503520218415014 SX UltraPure 4/06365150163325203880113.5212.56310533812251503520218415014 SX UltraPure 5/0826517519537620451101352557014599462791803527521018014 SX UltraPure 5/1158017519537620451101352557014626662791803527521018014 SX UltraPure 6/1408019022542920481101552957014687782662604037022019014 SX UltraPure 6/19010019022542920481101552957014715902662604037022019014This document and its contents are subject to copyrights and other intellectual property rights owned by Alfa Laval Corporate AB. No part of this document may be copied, re-produced or transmitted in any form or by any means, or for any purpose, without Alfa Laval Corporate AB’s prior express written permission. Information and services provided in this document are made as a benefit and service to the user, and no representations or warranties are made about the accuracy or suitability of this information and these services for any purpose. All rights are reserved.200006102-1-EN-GB© Alfa Laval Corporate AB How to contact Alfa LavalUp-to-date Alfa Laval contact details for all countries are always availableon our website at 。
熊猫 SMGW型泵循环水泵样本
70.0
76.0
74.0
5.5
68.0
75.0
73.0
75
73.0
78.5
78.0
75
72.0
77.5
75.0
55
72.0
76.0
74.0
37
71.0
75.0
74.0
22
66.0
75.0
72.0
15
66.0
SMGW 型单级双吸中开泵
4.5
255
1.6
2.3
3.5
235
1.5
2.0
3.0
215
1.5
2.0
成本优势
● 选(采)用优异的水力模型,使泵的效率比同类型泵高 2-3% ,大大降低了泵的运 行成本。 ● 真空高度提高 1-3 米,从而降低土建投资,延长了使用寿命。 ● 选用进口轴承,零件材料可根据用户应用要求选用,使泵能适应各种现场运行条件, 大大降低了维修成本。
维修优势
● 无调整式机械密封,更换机械密封成为轻松简单的工作。 ● 应用弹性预应力设计装配, 转子部件装拆简单迅速。 ● 装配时无须调整各种间隙。
≤ 5Mpa
CHANGSHA M&W PUMP MANUFACTURE Co.LTD
1
本公司保留技术更改权利
上海熊猫机械(集团)有限公司
SMGW 型单级双吸中开泵
泵型号意义
(discription of pump type) 举例 (for example):
SMGW 250–450 A– L–R(M.F)– J
215
1.5
1.6
1.8
200
1.5
ZGB系列渣浆泵说明书样本
1.概述ZGB(P)系列渣浆泵是我厂针对除灰除渣工况特点, 在多年渣浆泵设计制造经验基础上, 广泛吸取国内外先进技术和研究成果, 自行开发设计的新型产品。
该系列产品具有结构合理、效率高、寿命长、可靠性高、维修方便、运行费用低等显著优点, 广泛用于电力、冶金、矿山、煤炭、建材、化工等工业部门输送含有磨蚀或腐蚀性的渣浆, 特别适用于电厂灰渣输送。
泵型号意义:例如:100 Z G B (P)多级串联( 3-4) 级( 1、2级无标记)系列代号高扬程渣浆泵吐出口直径( mm)2.结构说明ZGB(P)系列渣浆泵结构相似, 均为卧式、单级、单吸、悬臂双泵壳离心式, 其结构特点分泵头部分、轴封部分、传动部分作分别说明。
2.1泵头部分ZGB(P)系列渣浆泵为双泵壳结构, 即泵体、泵盖带有可更换的耐磨金属内衬( 包括护套、护板等) , 如图1和图2所示。
泵体、泵盖根据工作压力采用灰铸铁或球墨铸铁制造。
该系列泵均为垂直中开式, 吐出口方向可按450间隔八个角度旋转安装。
叶轮前后盖板设有付叶轮以减少泄漏及提高泵的使用寿命。
该系列进口均为水平方向, 从传动端看泵为顺时针旋转。
起动及运转时, 严禁电机反方向旋转。
否则, 将使泵叶轮脱落造成事故。
2.2 轴封部分轴封有两种型式:(1) 付叶轮加填料组合式密封: 该种密封型式是我厂采用可靠性设计研制的高性能密封, 它使轴封的泄漏减少到了最小。
针对某些不允许稀释、不允许加轴封水的特殊工况( 单级) 也能正常工作, 并达到无任何泄漏的效果。
付叶轮、减压盖、轴套均采用耐磨材料制造, 维修量少、使用寿命长, 使整机平均无故障工作时间MTBF大大提高。
(2) 机械密封: 该形式的密封特别适用于多级串联渣浆泵的密封, 完全无泄漏。
凡串联渣浆泵二级及二级以上, 建议采用高压轴封水的机械密封, 单级采用付叶轮加填料组合式密封。
2.3轴封水压对于单级( 或串联一级) 采用填料加付叶轮组合式密封, 轴封水压力一般不低于0.2Mpa。
WQE系列新型潜水排污泵样本
单位:除英寸外均为 mm
泵排出口径 项目
50
65
80
100
导杆
1″自来水管或 32×3.5 无缝钢管
导杆长度
地脚螺栓数量、规格
膨胀螺栓数量、规格 地脚螺栓的 预留孔尺寸
池深-300
池深-305 池深-425 池深-410
4-M16×220
4-M20×300
2-M16×150Ⅰ
80×80×270
100×100×350
保留技术更改的权力
8
下滑到底,耦合架就会与出水管座对齐扣紧。需要维修泵时,只需把泵 向上提,泵与出水管座就脱开了。这种安装方式很便于泵的维修。
由于耦合装置和泵是相对独立的,所以,如果您的泵站因情况变化需 换用同口径的低扬程或高扬程的泵,可以仍然使用原来的耦合装置。
自动耦合安装相关尺寸 软管移动安装配用的软管尺寸
O 形密封圈材质为耐油橡胶
螺母 M10×1.25 弹簧垫圈 10
叶轮压板 WQB07-01A
螺钉 M8×25 弹簧垫圈 8
叶轮压板 WQB07-10
螺钉 M10×25 弹簧垫圈 10 叶轮压板 WQB07-16
螺母、螺钉、弹簧垫圈材质为不锈钢,叶轮压板材质为 Q235
155×3.55 一个 180×3.55 二个 10×2.65 三个
并在订单上注明。 4、成套供货件是按用户选定的安装方式配套供货。选购件、备件须
用户另外订购。 5、由于耦合装置的简洁设计,导杆只须用一般的自来水管或钢管。
我们在前面已经提供了用作导杆的自来水管或钢管的规格及长度计算方 法,用户只需自行购置自来水管或钢管,切成需要的长度就可以使用了, 所以导杆不作为耦合安装时的成套供货件。用户需要由我公司提供导杆 时,须另外订购并写入订单。
G2_Etanorm_ch
A1 A1 A2 A1 A1
3
I Etanorm I KSB I February 2013 I
材料代号 Description
G
灰铁 JL1040 /灰铁A 48 CL 35B 不锈钢 1.4408 / A743 Gr CF8 M 102 / 蜗壳
B1 B1 -
GB
B1 B1
GC
B1 -
GI
B1 -
GB
A1 -
GC
A1 -
GI
B
S
-
SB
-
SC
-
C
-
Etanorm
A1
-
材料 (欧洲)
在欧洲可选用的材料
不锈钢 1.4408 / A743 Gr CF8 M
灰铁 JL1040 / 灰铁 A 48 CL 35B 230 / 叶轮 青铜 CC480K-GS/B30 C90700 不锈钢 1.4408 / A743 Gr CF8 M 灰铁 JL1040 / 灰铁 A 48 CL 35B 青铜 CC480K-GS/B30 C90700 161 / 泵盖,锥形 球铁 JS1030/A536 GR 60-40-18
GB
D1
GC
D1
GI
-
B
-
S
-
SB
-
SC
-
C
-
Etanorm
材料 (中国)
在中国可选用的材料
D1 中国默认的材料类型 D2 中国可选用的材料类型
青铜 CC495K-GS
灰铁 JL1040 / A 48 CL 35B 502.02 / 泵体密封环,压出侧 灰铁 (CrNiMoST) 青铜 CC495K-GS 523 / 轴套 524 / 护轴套 铬钢 1.4122HV500+80 不锈钢 (CrNiMoST) 不锈钢 (CrNiMoST)
迈德斯姆泥水泵WS_B系列模型3886商业用途说明书
115
208 4.69
230
115
208
230
200 5.00
230
460
575
208 1750 230
200
5.38
230
460
575
208
230
200
5.75
230
460
575
IMPELLER DIA. (in.)
MAX. AMPS
L RA
KVA FULL LOAD CODE MOTOR EFF.
RESISTANCE START LINE-LINE
WT. (LBS.)
WS0311B WS0318B 0.33 WS0312B 1 WS0511B WS0518B WS0512B WS0538B 0.5 WS0532B 3 WS0534B WS0537B WS0718B 1 WS0712B WS0738B 0.75 WS0732B 3 WS0734B WS0737B WS1018B 1 WS1012B WS1038B 1 WS1032B 3 WS1034B WS1037B
■ Casing: Cast iron volute type for maximum efficiency. Designed for easy installation on A10-20 guide rail or base elbow rail systems.
长沙工业泵总厂产品电子样本(带目录)
1、S型单级双吸离心泵12、SA、SAP型单级双吸离心泵123、TS型单级双吸离心泵214、SR型热网循环泵515、R型热水离心泵系单级单吸离心式热水循环泵616、LC型立式长轴泵647、WLZ、WZY型无泄漏立式自吸泵748、D、DG、MD、DF、DY型多级离心泵829、DG型次高压锅炉给水泵9510、DL型立式多级离心泵9911、IS、IR、IY型单级单吸离心泵10812、IH型单级单吸悬臂式化工离心泵12113、ISG(B)系列单级单吸立式管道离心泵13214、N、NB、NBA、GN、GNL型冷凝泵14315、BQW隔爆无堵塞潜水排污泵14616、JYWQ系列自动搅匀排污泵15017、QW(WQ)型无堵塞潜水排污泵15418、QY全扬程潜水电泵15819、QJ型潜水深井泵16620、TQB系列潜水电泵178S 型单级双吸离心泵S 型泵为单级、双级、泵体水平中开的离心泵;可供抽送清水或物理化学性质类似于清水的其它液体之用,被抽送液体温度不得超过80℃;适用于工厂、矿山、城市、电站给排水、农田排灌和各种水利工程。
在S 型泵的基础上通过改变材质、密封、结构等措施可派生出能输送含磨损介质的SM 型、输送腐蚀性介质的SF 型、输送油类介质的SY 型中开离心泵,其性能参数和外形尺寸与同规格S 型泵一致。
泵的进口允许压力不超过0.3MPa。
改变材料可输送更高进口压力介质。
150S(SM、SF、SY)78A(I、G)150-泵进口直径为150mmS-卧式单级双吸清水离心泵SM-卧式单级双吸耐磨离心泵SF-卧式单级双吸耐腐蚀离心泵SY-卧式单级双吸离心油泵78-泵设计点扬程78mA-叶轮外径切割代号I-代表叶轮外径加大G-代表更改叶轮流量:160~18000m 3/h扬程:12~130mS型泵的吸入口与吐出口均在水泵轴心线下方,与轴线垂直呈水平方向,泵壳中开,检修时无需拆卸进、出水管路及电动机(或其它原动机)。
渣浆泵使用说明书
目录1.概述 (1)2.结构说明 (3)3.装配 (5)4.运转 (6)5.维护保养 (8)6.可能发生的故障及解决的办法 (9)在安装使用前,请详细阅读此说明书泵严禁反转,托架冷却水压严禁超过0.2MPa1、概述为了满足电力、冶金、煤炭、矿山、建材、化工等行业发展需要,针对渣浆输送特点,本公司在几十年渣浆泵设计制造经验的基础上,广泛吸取国内外先进技术和科技成果,开发研制了新一代高效节能耐磨蚀ZBG、ZBD、ZBQ系列渣浆泵产品。
ZBG、ZBD系列渣浆泵流量8~4800m3/h,扬程10~109m。
ZBG系列渣浆泵是替代HH系列中浓度、中磨蚀W ARMAN(沃曼)泵的理想节能换代产品,其中ZBG(P)系列渣浆泵在压力允许范围内可以多级串联使用,其允许最大工作压力为3.6MPa。
ZBD系列是代替AH系列高浓度、强磨蚀W ARMAN泵的理想节能换代产品。
ZBQ系列轻型渣浆泵流量140~1200m3/h,扬程23~83m。
输送低浓度(体积浓度20%以下)、低磨蚀渣浆时是替代L系列W ARMAN(沃曼)泵和SH型双吸清水泵的理想节能换代产品。
与重型渣浆泵比较,产品体积小,重量轻,价格低;与SH型双吸清水泵比较,产品可靠性高,大修周期长(输送带少量渣浆的液体为清水泵的20倍以上)。
ZBG、ZBD、ZBQ系列渣浆泵的设计点性能参数见表1:ZBG、ZBD、ZBQ三个系列渣浆泵的共同特点:采用最新泵设计理论和优化设计方法,综合应用CAD、CFD、CAPP等先进技术,使设计出的渣浆泵水力性能优良、效率高(比老产品提高5%以上)、磨损率低;流道宽畅,抗堵塞性能好,汽蚀性能优越;采用付叶轮填料组合密封或机械密封,确保渣浆无泄漏;应用可靠性设计技术,保证了整机平均无故障时间(MTBF)大幅度提高;采用稀油润滑公制轴承,合理设置润滑冷却系统,保证轴承在最佳温度下运行;泵进出口法兰依据国家现行标准生产,便于管道安装。
泵以使用直联方式为主,传动效率高。
渣浆泵使用说明书-英文版
CONTENTSⅠUSES AND SCOPE OF APPLICATION (1)ⅡPATTERN、STRUCTURAL FEATURE OF PUMPS (1)ⅢSLING、INSTALLATION、ADJUSTMENT AND TEST RUN OF PUMPS (4)ⅣCOMMON FAILURE AND HANDING MEASURE (11)ⅤMAINTENANCE AND DISMOUNTING OF PUMPS (15)ⅥLIST OF QUICK-WEAR PARTS (20)ATTENTION1. The direction of motor must keep consistent with arrow on the Front casing. Before testing running the motor, the motor must be separated from pump. The shafts of Motor and pump are strictly forbidden to rotate reversely; otherwise some parts will be damaged.2. Before operating the pump, the packing must be installed.3. Before operation we must add oil (N32 summer or N46 winter) according to the oil level of oil gauge. Pump is strictly forbidden to operate without lube; otherwise bearings will be burned out.4. When equipping the belt wheel of motor, the shaft of motor should manufactured in according to drawings provided by SHIJIAZHUANG INDUSTORIAL PUMP F ACTORY if the shaft diameter is higher than 65mm so that the belt wheel operating safely.5. Please read this technical manual carefully before installation and operation.Ⅰ USES AND SCOPE OF APPLICATIONType ZJ series Slurry Pump is a new energy-saving centrifugal pump. The products are designed and developed by The Pump Technology Corporation, Hydromining Research Institute Tangshan Branch and SHIJIAZHUANG INDUSTORIAL PUMP FACTORY. They are innovative in hydraulic designs, structural designs and materials of castings after integrating congeneric products throughout the world. They have many features: high efficiency, reasonable design, reliable operation, long in service time, easy maintenance, and low running costs and so on. The ZJ series pump’s lead their domestic counterparts in various technical performances, with most of them approaching the advanced world level, and widely used for handling abrasive or corrosive slurries in power, metallurgical, mining, coal, as well as chemical industries. For example, flushing ash in power plants and pumping coal slurry in coal preparation plants. They are suitable for handling abrasive and corrosive solids-bearing slurry with maximum concentrations of wt.45%(ash) and wt.60%(ore).Ⅱ PATTERN、STRUCTURAL FEATURE OF PUMPSThe ZJ series slurry pumps are single-stage, single-suction, axial-suction and centrifugal slurry pumps. They classified into the horizontal version (ZJ type) and the vertical version (ZJL type).1. Structural feature and type of ZJ slurry pumps(1) Structural feature of ZJ slurry pumpsPump head:It is a horizontal cantilevered slurry double-cases pump. The pump head includes cases, impeller, and shaft seal. Double-cases pump centrally split vertical spilt direction. Discharge port can be positioned at 8 different position at an interval of 45°. The outside cases made by HT200 or HT500-7, connecting with bolts. The inside cases (volute case, front liner, back liner) made by high-chrome alloy or rubber materials.Impeller front and back cover plates with back vanes to reduce leakage and increase operating life, impeller and shaft is firmly connected by ladder-shaped with disassembly ring, ”O” rubber ring is used between liner and volute casing and it is very convenient and reliable.Shaft Seal: expeller seal and packing seal.SupportThe supports can be lubricated by oil. Supports are made up with support body, support cover, shaft, bearing box, bearing, bearing cover, baffle sleeve, nut, oil sealwash plate and so on (See Figure, 1). The supports have water-cooling above 150ZJ.Figure 1Structural Drawing Of ZJ Slurry Pumps1. Coupling2. Shaft3. Bearing housing4. Disassembly ring5. Expeller6. Rear liner plate7. V olute casing 8. Impeller 9. Front liner plate10. Front casing 11.Rear casing 12. Stuffing box13. Water-seal ring 14. Base 15. Support16. Adjusting bolts 17. Inlet stub 18. Outlet stub(2) Type Designation of ZJ slurry pumpsExternal diameter of impeller after incision(cm)Diameter of impeller (cm)Number of vanes of impellerI denotes single stage pumpZJ denotes slurry pumpsOutlet diameter (mm)2. Structural feature and type of ZJL series slurry pumps(1) Structural feature of ZJL series slurry pumpsZJL series slurry pumps are made up of Impeller、V olute casing、Rear line plate、Shaft sleeve、Support、Supporting plate、Shaft、Bearing、Bearing body and so on. The materials of Impeller、V olute casing and Rear line plate is cast iron which contains high-chrome alloy. The impeller can be installed with shaft through screw thread. V olute casing、support and bearing body are connected with bolts. The driving patterns of the shaft and the motor could choose the coupling direct driven or the belt driven. The bearings of ZJL slurry pumps are lubricated by grease. Structure of the ZJL series slurry pumps (See Figure2)(2) Type and meaning of ZJL series slurry pumps80 ZJL —36External diameter of impeller (cm)Vertical version slurry pumpsOutlet diameter (mm)1. V olute casing2. Impeller3. Rear line plate4. Seal ring5. Oil seal6. Bearing7. Oil cupFigure 2 The structural drawing of ZJL series vertical slurry pumpsⅢ SLING、INSTALLATION、ADJUSTMENT AND TEST RUN OF PUMPS1. SlingWhen slinging a packed pump, we operate in accordance with marks on the packing case. The packing case shall avoid vibrating violently, overinclining, landing on the body with pointed ends and being placed upside down.When slinging an unpacked pump, we operate according as the following requirement.(1) When lifting the horizontal pump without base or with singly base, the lift gravity is on the side of support square hole that near the pump head. Wirerope pass through this place to join with lift hook. In order to keep the balance of pump, the auxiliary wirerope should be added between inlet pipeline and lifting screw. The lifting screws on support cover and casings are assembled to dismount support cover and casings. They cannot be used when lift the whole pump in case of accident. (2) When slinging the horizontal pump with motor and common base, the lift gravity is on the side of support square hole that near couplings. Wirerope pass through this place to join with lift hook. In order to keep the balance of pump, the auxiliary wirerope should be installed among inlet pipeline, lifting screws on motor and lift hook.(3) The horizontal pump units with intermediate speed-transformation, such as coupled apparatus, should be lift separately.(4) Cushion should be added between wirerope and body of pump to prevent damaging appearance of pump and cutting off wirerope.2. Installation(1) Examination before installationThe pumps have been inspected and tested before ex-factory. Pumps should be set up correctly in order to possess good operating mode. We must check up types of pumps、parameters of pumps and components and parts in accordance with Packing List before installation. We ensure that technical data and quality certificate of pump is complete. Pump can be installed after reading correlation technical data carefully, especially such as THE INSTRUCTIONS OF INSTALLATION AND APPLICATION FOR TYPE ZJ SLURRY PUMPS and mastering related technical requirements.(2) Installation and capturing of pumpThe horizontal pump units should be equipped by making use of twice grouting. The central line of pumps is consistent with the central line of foundation. Thedeviation between center-height of pump and design value is smaller than ±2 mm vertically and 0.1/1000 horizontally.We assure axis of pump units by adjusting couplings when pumps are drove by couplings. There are two methods.The first method is the use of knife ruler and plug gauge. We adjust outside diameter of couplings with knife ruler to guarantee alignment in every direction and the max tolerance (δ) less than 0.1 mm [See Figure3,(a)]. We examine the interval between coupling to guarantee the max tolerance △(△=δ1-δ2) smaller than 0.1mm[See Figure3, (b)]. The other method is the use of plug gauge and magnetic centigrade scale. We fix magnetic centigrade scale on outside diameter of one coupling and put measuring head on outside diameter of the other coupling. The pulsation of centigrade scale should be smaller than 0.15mm [See Figure3, (c)] when turn rotor. We check up the space between couplings with plug gauge to ensure the max tolerance less than 0.1mm [See Figure3, (b)].(a) (b) (c)Figure 3 Capturing of couplingThe shaft of pump and the motor should assured the parallelism when pumps are drove by belts, so we adjust direction on the basis of pulley. When central distance is small, we can align end faces of pulley with ruler; when central distance is big, and we can adjust them by aligning end faces through span wire system [See Figure, (4)].Figure 4 Capturing of belt wheels(3) Configuration and requirement of discharge pipeline and suction pipeline According to the applied condition and the cavitation performance of pump, the arrangement of pump can be classified into exalted setting [See Figure5, (a)] and low setting [See Figure5, ( b)].(a) (b)Figure 5 Arrangement of suction pipeline and discharge pipeline①Suction pipelineDiameter of suction pipeline: diameter of suction pipeline should be equal to pump inlet or larger than it so as to avoid cavitation and deposition of slurry in pipeline. Gate valve of suction pipeline: In order to maintain easily, we should install inlet gate valves whose diameter is equal to the diameter of suction pipeline. The expansion pipe should be set up between inlet of pump and suction pipeline so as to disassemble pump.②Discharge pipelineDiameter of discharge pipeline: diameter of discharge pipeline is usually bigger than outlet of pump because diameter of discharge pipeline is related to properties of slurries and sedimentation flow rate.Gate valve of discharge pipeline: Diameter of outlet gate valve is equal to diameter of discharge pipeline.Piezometer: The piezometer should be set up on the ascending pipe between outlet of pump and the first valve.③Points for configuration of pipelineThe diameter of pipeline is related to system resistance, critical sedimentation velocity of slurry etc. Before inlet of pump, one-stage pipe longer than 3 times diameter of pipeline had better be installed. The velocity of slurry is between 1.5 and 3.0 m/s, which is determined by critical sedimentation velocity of slurry.When we install suction pipe in suction arrangement we adopt pipe of varying diameter whose upper generating line is horizontal to avoid cavitation (See Figure, 6).Figure 6 Reducing pipe with horizontal upper generating lineWhen we adjust the capacity of pump with throttle, throttle should be installed on the discharge pipeline. When throttle is fixed on suction pipeline, cavity will happen easily.(4) Pipelines of water-sealing and water-coolingPacking seal will be equipped with stubs and piezometer. We must install pressure gauge on shaft seal water pipeline to adjust the pressure of shaft seal water. The setting of shaft seal water pipeline and water-cooling pipeline are seen Figure7.Shaft seal water Water-coolingFigure 7 Arrangement of shaft seal water pipelineThe pressure of shaft seal water should be computed according as the following formula.Table 1 Pressure and Capacity of shaft seal waterNote: This Table is suitable to single stage pump.When the suction pressure of pump is 0 (Pin=0), the pressure of shaft seal water is equal to the half of the pressure of pump exit (P’=1/2P out).The pressure of water-cooling is between 0.05~0.2MPa, the capacity is between 1~3 m3/h.The type of water-cooling see Table 2.Table 2 Type of Packing, water-sealing and water-cooling(5)Packing selectionAsbestos packing with mica should be often used when the working pressure of pump is less than 0.5MPa and asbestos packing with ploytetrafluoroethylene should be used when the pressure is more than 0.5 MPa. The type of packing see Table 2. The packing standard should be accord with stuffing box size, and from the direction of shaft, joints of the adjacent packing rings included 120°.3. Adjustment of pumpWe examine and adjust pumps after assembly.(1) Adjustment of the interval between impeller and front liner (See Following)(2) Adjustment of rotation direction of motorMotor's direction of rotation must be in accordance with pump's direction of rotation. When pump operate in opposite direction, some parts will be damaged. After pumps are divorced from motors completely, we can regulate motor direction of rotation. When they are in the same direction, we attach pumps to motors. We must not start motor blindly.(3) Adjustment of transmissionWhen pumps are drove by elastic pin coupling, protective cover and pins should be set up carefully. When pumps are drove by belt, we adjust sliding track so as that every belt has the same pretightening force and install protective cover attentively. When pumps are drove by speed controllers, they are adjusted according to installation instructions.(4)All of fasteners must be reinforced again.(5) Put the tools and the lumbers aside to avoid accident, which was set on pump units4. Test run of pumpsPump sets can be tested run after adjustment. If possible, slurry can be transported after test run with clear water.(1) Starting of pump①Before starting of pump we must turn the impeller around in the stated direction in order that whether running is flexible.②Switch on shaft seal water. Adjust pressure up to specified value.③Suction valves are opened completely.④Open water-flooding valves to pour the water into pump.⑤Open the outlet valves and adjust the opening degree of valve gate to quarter.⑥Start the pump units. We turn on piezometer on discharge pipeline after speed of rotation was stable. If pressure of discharge pipeline was stable, we can open discharge valves slowly up to required working conditions.Attention:When discharge valves are opened fully, starting pumps will make motor overloaded. Opening suction valves partly will bring about cavity.(2) Notes of pumpAfter operation of pumps normally, we should examine the followingof work condition.②Examine whether the electric current of motor is stable.③Examine sound、noise and vibration in pump units is normal or not.④The temperature rise of bearings is under 35℃, but the highest temperature of bearings is lower than 75℃.⑤For packing seal, should open the shaft sealing water and check whether shaft sealing water quantity and water pressure are suitable, adjust the bolts on packing gland so as to adjust packing and shaft sealing water, it is better to leak out drop by drop, if packing is very tight, heating will be produced on the bearing consuming power, if packing is very loose, amount of liquid leakage will be excessive large.(4) Shutting down①Pumping clear water on pump for 30 minutes before shutting down in order to clear any slurry through pump.②Shut off discharge valves.③Close the water of shaft seal and water-cooling.④Shut off suction valves.Attention: we must stop each stage pump at the same time when discharge valves are opened fully, lest water hammer happen and parts will be damaged.Ⅳ COMMON FAILURE AND HANDING MEASURENO.1(1) Appearance of faultyThere is no water in pipeline when pumps operated normally. The pointers of pressure gage and vacuum meter move up and down violently.(2) Analysis of reasona. There is not enough water in suction pipeline.b. Pipeline is blocked up and suction valves are not opened completely.c. There is a serious leakage of air in suction pipeline、apparatus、stuffing box etc.(3) Processing measurea. We fill water into suction pipeline.b. Open suction valves and clean plugging cement in pipeline.c. Stop a leakage of air.NO.2(1) Appearance of faultyThere is no water in pipeline when pumps operate normally. The vacuum metershows high vacuum.(2) Analysis of reasona. The suction valves are closed or stopped up.b. The resistance of pipeline is too big. Pipeline is stopped up.c. The mounting height is too high.(3) Processing measurea. Open suctions valves or clean dirt.b. We improve the suction pipeline design or clean dirt.c. We can lower mounting height.NO.3(1) Appearance of faultyThere is no water in pipeline when pumps operate normally. The pressure gages show a little pressure.(2) Analysis of reasona. The resistance of discharge pipeline is too high.b. Impellers are clogging.c. Rotation speed of pump is smaller.(3) Processing measurea. We examine and adjust discharge pipeline.b. Clean impellers.c. Improve rotation speed of pump.NO.4(1) Appearance of faultyThe pump cannot rotate normally.(2) Analysis of reasona. There are blocks in volutes.b. Outlet valve doesn't closes fully and slurry was put into pump.(3) Processing measurea. Clean dirt in volutes.b. Examine and replace valve and clean dirt.NO. 5(1) Appearance of faultyThe capacity of pump is not enough.(2) Analysis of reasona. Impeller、discharge pipeline、and suction pipeline are blocked up.b. Expellers are worn down.c. Rotation speed of pump is smaller than designed value.e. The resistance of pipeline is too high.f. Suction valves are opened partly.g. Pumps are unfit for working condition.(3) Processing measurea. Clean impellers and pipeline.b. Exchange impellers.c. Readjust rotation speed of pump motors.d. Remount pumps and reduce a leakage of air.e. Lower height of transport. Reduce resistance of pipeline.f. Open suction valves completely.g. Choose pumps again.NO.6(1) Appearance of faultyMotors are overloaded.(2) Analysis of reasona. Delivery head of pump is higher than necessary head, so value of working condition moves to the larger capacity.b. Proportion of slurry is not considered when we choose motors.(3) Processing measurea. Cut down impellers. Bring down rotation speed of pump.b. Choose motor again.NO.7(1) Appearance of faultyThere is no water in pipeline. Sound in pump is abnormal.(2) Analysis of reasona. Resistance of suction pipeline is too high.b. Height of suction is too large.c. Cavitation happens.d. Air goes into suction pipeline.e. The temperature of slurry is high.(3) Processing measurea. Clean suction pipeline and inlet gate valves.b. Bring down height of suction.c. Adjust discharge valves so as that flow of pumps goes into the prescribed limit.d. Reduce the leakage of air.e. Bring down the temperature of slurry.NO.8Pumps vibrate violently.(2) Analysis of reasona. Cavitation happens.b. Expellers are blocked up.c. The shaft of pump and the shaft of motor are not concentric.d. Fastening parts or foundation becomes flexible.(3) Processing measurea. Bring down height of installation. Lessen the resistance of suction pipeline.b. Clean the impellers.c. Readjust central line again.d. Fasten anchor nuts and reinforce ground.NO.9(1) Appearance of faultyBearings have a fever.(2) Analysis of reasona. Cooling water cocks are not opened.b. Bearings cannot be lubricated normally.c. Lubricant oil is not clean.d. The installation direction of thrust bearing is not proper.e. Quality of bearing is not up to standard.(3) Processing measurea. Turn on cooling water.b. Adjust oil level according to specification instructions.c. Clean bearings and replace lubricant oil.d. Determine installation direction of bearing according to direction of pressure.e. Change bearings.NO.10(1)Appearance of faultya. Excessive leakage from stuffing box.b. Packing was burned down.(2) Analysis of reasona. Packing worn.b. No water-sealing(3) Processing measurea. Replace new packing.b. Open the water-sealingNO.11Oil is leaked from pump.(2) Analysis of reasona. Oil level is too high.b. Seal parts loss efficacy.c. Pumps are assembled unreasonably.(3) Processing measurea. Bring down oil level.b. Exchange seal parts.c. Reassemble pumps.NO.12(1) Appearance of faultyWater is leaked from pump head.(2) Analysis of reasona. There are questions in rubber parts.(3) Processing measurea.Press rubber parts or reassemble pumps.Ⅴ MAINTENANCE AND DISMOUNTING OF PUMPSIn order that ZJ series pumps operate safely and play to strong points, maintenance and way of disassemble & assemble is important. According to the feature of the ZJ series pumps, we establish the requirement of maintenance. When the pump is working, must ensure that the packing are installed.1. MaintenanceThe ZJ series pumps have been adjusted before delivery. During 6 months after purchasing customers need not take apart pumps. Before using pumps, we should examine the flexibility of rotation and add lubricant oil.⑪Keep facilities clean、dry、without dirties and leakage.⑫Examine oil level in support every day, its deviation from the oil level of support is ±2 mm⑬Examine operation、vibration and leakage every day. We must solve them in time when we find problems.⑭No operating when pump-out. When operating on that condition, pumps will vibrate violently and reduce service life.⑮Metal body and big block, which cannot pass through pumps, must not enter pumps, neither do rubbers, plastics, and cottons, lest wet parts are damaged and stopped up so as to operate abnormally.⑯We should check up flow and pressure of shaft seal water and cooling waterand oil by examining position of valves and taking their temperature of stuff box. Higher temperature shows short of water.⑰Examine leakage of shaft seal water regularly. When leakage becomes big we should adjust bolts of stuff cover and exchange stuff in time.⑱Assembly of the packing①The packing length should be accord with sleeve circle, and from the direction of shaft, joints of the adjacent packing rings crossed 120°.②After packing, test run with supplying water, meantime, adjust gland bolts carefully to make the leakage be drop not line. Packing is very important to be pay attention to, it not only related state of seal, but also affect performances of pump.⑲In order to make pumps operate efficiently we must adjust the interval between impeller and front liner so as that it is between 0.75-1.00 mm. The interval has been adjusted before delivery. You can stop pump and adjust it if you find it isn't up to mustard or you find problem in pump's work. Adjust them as following.①Undo nuts of support cover.②Undo adjustable bolt screws.③Tighten nuts of bearing box averagely so as that rotor moves to pump head until rotor cannot rotate. Attention: direction of winding impellers should be in accordance with work direction.④Measure the interval (δ=a) between flange of bearing box and end face of support. Now the interval between impeller and front line is zero.⑤Undo nuts of bearing box.⑥Tighten adjustable screws averagely so as that rotor moves to motor. Check up the interval until it is equal to a+(0.75-1.00mm). Attention: ensure the rotor stated firmly.⑦Tighten nuts of bearing box in order to fix rotor in axial direction.⑳Examine temperature of bearings and ensure it lower than 75℃.⑴Exchange lubricating oil after pumps operate for 800 hours running.⑵Auxiliary pumps rotate the quarter circle weekly so as that shaft of pumps bears static load and vibration of base evenly.⑶If auxiliary pumps are not operating for a long time, we should clean sediment with water before running pumps.⑷Examine supporting mechanism of pipeline regularly so as that supporting is reliable and body of pump does not bear supporting force.⑸Examine fastening parts of base frequently in order that fasting is reliable.⑹Pins can be set up after testing rotor direction of rotation for pumps assembledwhen pumps are drove by belts. Pumps must not rotate oppositely. When motors are loss of power, slurry in pipeline can make impellers rotate oppositely. But when head of pump is above 80m, we should prevent slurry from flowing back lest pumps rotate oppositely.⑺Before starting pumps, we should switch on shaft seal water and cooling water. After stop pumps for 15 minutes, we switch off shaft seal water and cooling water. 2. Assembly、dismantlement and examinationAll elements and parts should be checked up and washed before assembly. We examine if all elements and parts are fit for requirement. After exchanging damaged parts, we assemble pumps.Sequence and requirement of assembling(1) Assembly of rotor partsBearings in the ZJ series Slurry pumps are made in China generally. And the system of lubrication applies to oil.①Assembling of bearinga. Use qualified bearings.b. Examine depth of parallelism and degree of roughness of inner diameter、outer diameter、width and two end faces. Check up flexibility of rotation、rust、stain and so on.c. We should check up the endplay to angle joint bearing and double self-aligning bearings. After we find the center of ball track, we determine whether to add washer and what deep the washer is to guarantee the standard endplay of bearings. Don't assemble radial thrust bearing contrarily.d. When we assemble separable bearings, we should set up them according to marks of inner rings and outer rings in order to avoid assembling them improperly.e. For bearings that can be installed in double direction, we should make the end with marks outward so as to recognize.②Assembly of shafta. To avoid occlusion of seating and damaging axle holes, we should smear oil on seating before installation.b. We install bearings by using hot-pack method. We put bearings into oil into heating apparatus to immerse all seating into oil. We heat the oil to 80-100℃. We should install thermometer in oil to control temperature. After installation, bearings should be cooled down naturally to avoid damaging elements and deforming elements.c. After installing back bearing, we assemble the baffle sleeves and knuckle nuts tod. After examining whether bearings lean on shaft shoulder and whether bearings rotate flexibly. After that, assemble bearing box as hot-pack method.e. Assemble front bearings last as above.f. Fix the seal rings on bearing box.g. After parts of shaft and support are installed, assemble other parts as assembly drawing.⑫Assembly of supportAbove all, clear support cover 、support body’s oil pool and bearing hole.①After we clean the seating between support cover and support body we add paper washer to guarantee bearing holes fit for tolerance of ±0.015mm.②We assemble hexagonal plug screw and oil scale-plate. We scratch a line through the center of oil scale-plate and smear red paint to express oil level.③Assemble cooling parts and cooling cavity covers (Note: Some pumps are not equipped with cooling cavity covers.).④Assembly of parts of shaft and supportLift shaft and put parts of shaft into seating of support. Lift support cover to close support after swearing glue on paper washer. Interval between inner end face of bearing box and end face support is 3mm. We set up taper pin and tighten bolts in advance.⑤Set up oil seal in front bearing cover. After add washer between front bearing cover and end face support, we can tighten bolts.⑥After we examine the interval between back bearing cover and bearing box, we can repair depth of covers and add cushion to let bearing cover leave on the bearing closely. We install oil seal in back bearing cover and tighten bolts after adding cushion between back bearing cover and end face of support.⑦Assemble wash plate and discharge ring. Before assembling discharged ring and pressing wash plate tightly, we should fill grease into screw hole.⑧Assemble adjustable nuts and adapter screw bearing box.⑨Magnetic centigrade scale is equipped with shaft so as to measure coaxality and perpendicularity between locating hole and end faces、shaft center of gyration. The tolerance is smaller than 0.25mm.⑩Assemble coupling or pulley.(3) Assembly of rear casing and rear liner plate①Assemble rear casing on the support.②Assemble sleeve within seal rubber ring on the shaft, then assemble packing gland and water-seal ring on sleeve.。
水泵样本
节能、环保、节水产品认证企业获证信息公告二〇一〇年第三十一期(总第164期)节能产品认证获证企业信息:计算机制造商:Dell Inc.获证规格型号:PP13S 19.5Vdc,3.34A/4.62A证书编号:CQC10701049832生效日期:2010-08-25有效期至:2013-08-25品牌:戴尔制造商:Dell Inc.获证规格型号:P05G, Latitude E4310 19.5Vdc, 3.34A/4.62A1.型号:LA65NE0-01规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:光宝科技股份有限公司CCC证书号:20090109073489892.型号:LA65NE1-01规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:光宝科技股份有限公司CCC证书号:20090109073489883.型号:LA65NS2-01规格:输入:100-240Vac,50-60Hz,1.6A,输出:19.5Vdc,3.34A 制造商:光宝科技股份有限公司CCC证书号:200801090728672020090109073847694.型号:HA65NE0-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:高效电子股份有限公司CCC证书号:20080109072743225.型号:HA65NE1-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:光宝科技股份有限公司CCC证书号:20080109072743326.型号:HA65NS5-00规格:输入:100-240Vac,50-60Hz,1.7A,输出:19.5Vdc,3.34A 制造商:群光电能科技股份有限公司CCC证书号:20090109073749747.型号:FA65NE0-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:Flextronics Sales&Marketing(A-P)Ltd.CCC证书号:20090109073280048.型号:FA65NE1-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:Flextronics Sales&Marketing(A-P)Ltd.CCC证书号:20090109073280019.型号:FA065LS1-01规格:输入:100-240Vac,50-60Hz,1.7A,输出:19.5Vdc,3.34A 制造商:Flextronics Sales&Marketing(A-P)Ltd.CCC证书号:200901090736397110.型号:DA90PE0-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:台达电子工业股份有限公司CCC证书号:200801090726491811.型号:HA90PE0-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:高效电子股份有限公司CCC证书号:200801090727830112.型号:HA90PE1-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:高效电子股份有限公司CCC证书号:200801090727828213.型号:LA90PE0-01规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:光宝科技股份有限公司CCC证书号:200801090727152514.型号:DA90PE3-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:台达电子工业股份有限公司CCC证书号:200901090737409115.型号:EA90PE1-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:雅达电子国际有限公司CCC证书号:200901090736615016.型号:FA90PE0-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:Flextronics Sales & Marketing (A-P) Ltd.CCC证书号:200801090726909417.型号:FA90PE1-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:Flextronics Sales & Marketing (A-P) Ltd.CCC证书号:2008010907269097证书编号:CQC10701044494生效日期:2010-08-24有效期至:2013-05-05品牌:戴尔制造商:Dell Inc.获证规格型号:P05G, Latitude E4310 19.5Vdc, 3.34A/4.62A18.型号:LA65NE0-01规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:光宝科技股份有限公司CCC证书号:200901090734898919.型号:LA65NE1-01规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:光宝科技股份有限公司CCC证书号:200901090734898820.型号:LA65NS2-01规格:输入:100-240Vac,50-60Hz,1.6A,输出:19.5Vdc,3.34A 制造商:光宝科技股份有限公司CCC证书号:2008010907286720200901090738476921.型号:HA65NE0-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:高效电子股份有限公司CCC证书号:200801090727432222.型号:HA65NE1-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:光宝科技股份有限公司CCC证书号:200801090727433223.型号:HA65NS5-00规格:输入:100-240Vac,50-60Hz,1.7A,输出:19.5Vdc,3.34A 制造商:群光电能科技股份有限公司CCC证书号:200901090737497424.型号:FA65NE0-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:Flextronics Sales&Marketing(A-P)Ltd.CCC证书号:200901090732800425.型号:FA65NE1-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,3.34A 制造商:Flextronics Sales&Marketing(A-P)Ltd.CCC证书号:200901090732800126.型号:FA065LS1-01规格:输入:100-240Vac,50-60Hz,1.7A,输出:19.5Vdc,3.34A 制造商:Flextronics Sales&Marketing(A-P)Ltd.CCC证书号:200901090736397127.型号:DA90PE0-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:台达电子工业股份有限公司CCC证书号:200801090726491828.型号:HA90PE0-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:高效电子股份有限公司CCC证书号:200801090727830129.型号:HA90PE1-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:高效电子股份有限公司CCC证书号:200801090727828230.型号:LA90PE0-01规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:光宝科技股份有限公司CCC证书号:200801090727152531.型号:DA90PE3-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:台达电子工业股份有限公司CCC证书号:200901090737409132.型号:EA90PE1-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:雅达电子国际有限公司CCC证书号:200901090736615033.型号:FA90PE0-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:Flextronics Sales & Marketing (A-P) Ltd.CCC证书号:200801090726909434.型号:FA90PE1-00规格:输入:100-240Vac,50-60Hz,1.5A,输出:19.5Vdc,4.62A 制造商:Flextronics Sales & Marketing (A-P) Ltd.CCC证书号:2008010907269097证书编号:CQC10701044495生效日期:2010-08-24有效期至:2013-05-05品牌:戴尔制造商:Dell Inc.获证规格型号:PP15S,Latitude E4200: 19.5VDC 3.34A/2.31A电源适配器:1.型号:FA45NE1-00规格:输入:100-240V~,50/60Hz, 1.3A,输出:19.5VDC, 2.31A制造商:Flextronics Sales & Marketing (A-P) Ltd.CCC证书号:20100109073899122.型号:HA45NE1-00规格:输入:100-240V AC 50-60Hz 1.3A输出: 19.5VDC 2.31A制造商:群光电能科技股份有限公司CCC证书号:2010010907395149节能证书号:CQC107010435613.型号:LA65NS2-01规格:输入: 100-240V AC,50-60Hz,1.6A; 输出: 19.5VDC,3.34A制造商:光宝科技股份有限公司(生产厂:东莞利通电器二厂)CCC证书号:2008010907286720节能证书号:CQC097010372424.型号:LA65NS2-01规格:输入: 100-240V AC,50-60Hz,1.6A; 输出: 19.5VDC,3.34A制造商:光宝科技股份有限公司(生产厂:光宝科技(常州) 有限公司)CCC证书号:2009010907384769节能证书号:CQC097010405815.型号:FA065LS1-01规格:输入100-240V AC, 50-60Hz, 1.7A 输出: 19.5VDC, 3.34A制造商:Flextronics Sales & Marketing (A-P) Ltd.CCC证书号:20090109073639716.型号:HA65NS5-00规格:输入: 100-240V AC, 50-60Hz, 1.7A; Class I;输出: 19.5VDC, 3.34A制造商:群光电能科技股份有限公司CCC证书号:2009010907374974节能证书号:CQC09701038898本次增加:7.型号:DA90PE3-00规格:输入: AC100-240V,1.5A,50-60Hz;输出:DC19.5V,4.62A制造商:台达电子工业股份有限公司CCC证书号:2009010907374091节能证书号:CQC097010383358.型号:LA65NE0-00规格:输入: 100-240Vac, 50-60Hz, 1.5A 输出: 19.5Vdc,3.34A制造商:光宝科技股份有限公司CCC证书号:2009010907348989节能证书号:CQC0870*******9.型号:LA90PE0-00规格:输入:1.5A,AC100-240V,50-60Hz,输出:4.62A,DC19.5V制造商:光宝科技股份有限公司(生产厂:东莞利通电器二厂)CCC证书号:2008010907271525节能证书号:CQC0870*******10.型号:LA90PE0-00规格:输入:1.5A,AC100-240V,50-60Hz,输出:4.62A,DC19.5V制造商:光宝科技股份有限公司(生产厂:光宝科技(常州) 有限公司)CCC证书号:2009010907381274节能证书号:CQC0970104058211.型号:LA90PE1-00规格:输入:1.5A,AC100-240V,50-60Hz,输出:4.62A,DC19.5V制造商:光宝科技股份有限公司CCC证书号:2010010907386589节能证书号:CQC1070104106612型号:EA90PE1-00规格:输入:100-240V AC 50-60Hz 1.5A, 输出:19.5VDC 4.62A制造商:雅达电子国际有限公司CCC证书号:2009010907366150节能证书号:CQC0970103720213.型号:FA65NE1-00规格:输入:100-240Vac,50-60Hz,1.5A;输出:19.5Vdc,3.34A制造商:Flextronics Sales & Marketing (A-P) Ltd.CCC证书号:200901090732800114.型号:HA65NE1-00规格:输入: 100-240V AC,50-60Hz,1.5A; 输出:19.5VDC,3.34A制造商:高效电子股份有限公司CCC证书号:2008010907274332节能证书号:CQC0870*******15.型号:DA65NS3-00规格:输入: 100-240V AC, 1.5A, 50-60Hz 或11-16VDC, 8A ; Class II输出: 19.5VDC 3.34A,制造商:台达电子工业股份有限公司CCC证书号:2006010907207709节能证书号:CQC09701029699证书编号:CQC10701047486生效日期:2010-08-25有效期至:2013-06-24品牌:DELL制造商:Dell Inc.获证规格型号:P01L: 3.34A, 19.5Vdc [电源适配器: 1.HA65NE1-00;2.FA65NE1-00;65NE1-00;4.DA45NM104-00;5.HA45NE1-00;6.FA45NE1-00]证书编号:CQC09701031277生效日期:2010-08-25有效期至:2012-05-07品牌:Dell Inc.制造商:索尼公司获证规格型号:PCG-21111T, PCG-21112T 10.5VDC, 2.9A(电源适配器: VGP-AC10V5)证书编号:CQC09701035455生效日期:2010-08-24有效期至:2012-09-04品牌:SONY制造商:联想(北京)有限公司获证规格型号:启天A7000; 启天A7010; 启天A7020; 启天A7030; 启天A7040; 启天A7050; 启天A7060; 启天A7070; 启天A7080; 启天A7090: 100-240VAC 50/60Hz 2-1A证书编号:CQC10701046305生效日期:2010-08-27有效期至:2013-05-27品牌:lenovo打印机和打印/传真一体机制造商:三星电子(山东)数码打印机有限公司获证规格型号:SF-565PR,SF-565PRC:220-240VAC, 50/60Hz, 2.5A证书编号:CQC10701049645生效日期:2010-08-26有效期至:2013-08-26品牌:SAMSUNG制造商:日本冲信息株式会社获证规格型号:N35001B: 220-240VAC 50/60Hz 4.4A证书编号:CQC10701049791生效日期:2010-08-25有效期至:2013-08-25品牌:OKI制造商:日本冲信息株式会社获证规格型号:N35000B: 220-240VAC 50/60Hz 4.4A证书编号:CQC10701049790生效日期:2010-08-25有效期至:2013-08-25品牌:OKI制造商:精工爱普生株式会社获证规格型号:B441A,220-240VAC 50-60Hz 0.2A证书编号:CQC10701049781生效日期:2010-08-24有效期至:2013-08-24品牌:爱普生/EPSON数字式多功能办公设备制造商:精工爱普生株式会社获证规格型号:Epson Stylus Photo TX720WD: 220-240VAC 50-60Hz 0.4A 证书编号:CQC10701049563生效日期:2010-08-25有效期至:2013-08-25品牌:爱普生、 EPSON显示器制造商:Dell Inc.获证规格型号:E1911c 100-240VAC 50/60Hz 1.6A证书编号:CQC10701049782生效日期:2010-08-24有效期至:2013-08-24品牌:DELL制造商:Hewlett-Packard Company获证规格型号:LE2001wl 100-240Vac,50/60Hz,1.5A证书编号:CQC10701049835生效日期:2010-08-25有效期至:2013-08-25品牌:惠普制造商:捷联电子股份有限公司获证规格型号:TFT19W80PS 100-240VAC 50/60Hz 1.5A证书编号:CQC10701049833生效日期:2010-08-25有效期至:2013-08-25品牌:AOC制造商:福建捷联电子有限公司获证规格型号:220LM00001,220LM00002 100-240VAC 50/60Hz 1.5A 证书编号:CQC10701049834生效日期:2010-08-25有效期至:2013-08-25品牌:AOC制造商:福建捷联电子有限公司获证规格型号:190LM00002: 100-240VAC 50/60Hz 1.5A证书编号:CQC10701049890生效日期:2010-08-27有效期至:2013-08-27品牌:AOC制造商:福建捷联电子有限公司获证规格型号:190LM00001 100-240VAC 50/60Hz 1.5A证书编号:CQC10701049775生效日期:2010-08-23有效期至:2013-08-23品牌:AOC风机、泵类负载变频调速节电装置制造商:北京锐驰瑞德电气工程有限公司获证规格型号:Zn-ⅠP=16~22KW Ue=380V 50Hz IP20 水泵类负载证书编号:CQC10701049850生效日期:2010-08-25有效期至:2013-08-25品牌:/清水离心泵制造商:上海凯泉泵业(集团)有限公司生效日期:2010-08-23有效期至:2013-08-23品牌:凯泉清水离心泵制造商:上海凯泉泵业(集团)有限公司获证规格型号:证书编号:CQC10701049693生效日期:2010-08-23有效期至:2013-08-23品牌:凯泉制造商:上海凯泉泵业(集团)有限公司证书编号:CQC10701049695 生效日期:2010-08-23有效期至:2013-08-23品牌:凯泉制造商:大连冷冻机股份有限公司获证规格型号:LSBLG175证书编号:CQC10701049517生效日期:2010-08-24有效期至:2013-08-24品牌:冰山房间空气调节器制造商:上海三菱电机·上菱空调机电器有限公司获证规格型号:KF-36GW/L证书编号:CQC10701042564生效日期:2010-08-27有效期至:2013-03-02品牌:三菱制造商:乐金电子(天津)电器有限公司获证规格型号:LS-E2613DDR [KFRd-26GW/E13DR], LS-E2613DDW [KFRd-26GW/E13DW] 证书编号:CQC09701032670生效日期:2010-08-26有效期至:2012-06-08品牌:LG制造商:乐金电子(天津)电器有限公司获证规格型号:LS-E2615DDW [KFRd-26GW/E15DW], LS-E2615DDR [KFRd-26GW/E15DR] 证书编号:CQC09701036986生效日期:2010-08-26有效期至:2012-06-08品牌:LG制造商:乐金电子(天津)电器有限公司获证规格型号:LS-E3213DDW [KFRd-32GW/E13DW], LS-E3213DDR [KFRd-32GW/E13DR] 证书编号:CQC09701032673生效日期:2010-08-26有效期至:2012-06-08品牌:LG制造商:乐金电子(天津)电器有限公司获证规格型号:LS-E3215DDW [KFRd-32GW/E15DW], LS-E3215DDR [KFRd-32GW/E15DR] 证书编号:CQC09701036984生效日期:2010-08-26有效期至:2012-06-08制造商:广东科龙空调器有限公司获证规格型号:KFR-32GW/VD-1,KF-32GW/VD-1,KFR-32GW/UG-1,KF-32GW/UG-1,KFR-32GW/UQ-1,KF-32GW/UQ-1,KFR-32GW/VP-1,KFR-32GW/VG-1,KFR-32GW/VB-1,KFR-32GW/VL-1,KFR-32GW/VK-1,KFR-32G W/VMJ-1证书编号:CQC10701049807生效日期:2010-08-25有效期至:2013-08-25品牌:科龙华宝制造商:广东美的制冷设备有限公司获证规格型号:KF-26GW/Y-JD(R2), KF-26GW/Y-JE2(R2), KF-26GW/Y-JE3(R2),KF-26GW/Y-JM5(R2), KF-26GW/Y-JM6(R2)证书编号:CQC10701049862生效日期:2010-08-27有效期至:2013-08-27品牌:美的制造商:广东美的制冷设备有限公司获证规格型号:KF-23GW/Y-JD(R2);KF-23GW/Y-JE2(R2);KF-23GW/Y-JE3(R2);KF-23GW/Y-JM5(R2);KF-23GW/Y-JM6(R2)证书编号:CQC10701049859生效日期:2010-08-27有效期至:2013-08-27品牌:美的制造商:广东美的制冷设备有限公司获证规格型号:KFR-72LW/DY-JM3(R2), KFR-72LW/DY-JM4(R2), KFR-72LW/DY-JM5(R2), KFR-72LW/DY-JM6(R2)证书编号:CQC10701049864生效日期:2010-08-27有效期至:2013-08-27品牌:美的制造商:广东美的制冷设备有限公司获证规格型号:KFR-51LW/DY-JE3(R2),KFR-51LW/DY-JE4(R2),KFR-51LW/DY-JM3(R2),KFR-51LW/DY-JM4(R2) ,KFR-51LW/DY-JM5(R2), KFR-51LW/DY-JM6(R2)证书编号:CQC10701049867生效日期:2010-08-27有效期至:2013-08-27制造商:广东美的制冷设备有限公司获证规格型号:KFR-26GW/DY-JD(R2), KFR-26GW/DY-JE2(R2), KFR-26GW/DY-JE3(R2), KFR-26GW/DY-JM5(R2), KFR-26GW/DY-JM6(R2)证书编号:CQC10701049870生效日期:2010-08-27有效期至:2013-08-27品牌:美的制造商:广东美的制冷设备有限公司获证规格型号:KF-36GW/Y-JD(R2);KF-36GW/Y-JE2(R2);KF-36GW/Y-JE3(R2);KF-36GW/Y-JM5(R2);KF-36GW/Y-JM6(R2)证书编号:CQC10701049863生效日期:2010-08-27有效期至:2013-08-27品牌:美的制造商:广东美的制冷设备有限公司获证规格型号:KFR-33GW/DY-JD(R2);KFR-33GW/DY-JE2(R2);KFR-33GW/DY-JE3(R2);KFR-33GW/DY-JM5(R2);KFR-33GW/DY-JM6(R2)证书编号:CQC10701049860生效日期:2010-08-27有效期至:2013-08-27品牌:美的制造商:广东美的制冷设备有限公司获证规格型号:KFR-23GW/DY-JD(R2);KFR-23GW/DY-JE2(R2);KFR-23GW/DY-JE3(R2);KFR-23GW/DY-JM5(R2);KFR-23GW/DY-JM6(R2)证书编号:CQC10701049858生效日期:2010-08-27有效期至:2013-08-27品牌:美的制造商:广州华凌空调设备有限公司获证规格型号:KF-23GW/H9(R2),KF-23GW/HV12(R2),KF-23GW/HV13(R2)证书编号:CQC10701049873生效日期:2010-08-27有效期至:2013-08-27品牌:華凌制造商:广州华凌空调设备有限公司获证规格型号:KF-35GW/H9(R2),KF-35GW/HV12(R2),KF-35GW/HV13(R2)证书编号:CQC10701049871生效日期:2010-08-27有效期至:2013-05-07品牌:華凌制造商:广州华凌空调设备有限公司获证规格型号:KFRd-75LW/H9(R2),KFRd-75LW/HV12(R2),KFRd-75LW/HV13(R2)证书编号:CQC10701049866生效日期:2010-08-27有效期至:2013-08-27品牌:華凌制造商:广州华凌空调设备有限公司获证规格型号:KFRd-72LW/HV12SN(R2),KFRd-72LW/HV13SN(R2)证书编号:CQC10701049865生效日期:2010-08-27有效期至:2013-08-27品牌:華凌制造商:广州华凌空调设备有限公司获证规格型号:KFRd-23GW/H9(R2),KFRd-23GW/HV12(R2),KFRd-23GW/HV13(R2) 证书编号:CQC10701049872生效日期:2010-08-27有效期至:2013-08-27品牌:華凌制造商:珠海格力电器股份有限公司获证规格型号:KFR-120LW/(12533S)Ca-2, KF-120LW/(12333S)Ca-2证书编号:CQC10701049230生效日期:2010-08-25有效期至:2013-08-25品牌:格力制造商:珠海格力电器股份有限公司获证规格型号:KFR-35GW/K(35556)A3-N1, KFR-35GW/(35556)Ac-2, KF-35GW/K(35356)A3-N1,KF-35GW/(35356)Ac-2, KFR-35GW/K(35556)B2-N1, KFR-35GW/(35556)Bb-2,KF-35GW/K(35356)B2-N1, KF-35GW/(35356)Bb-2, KFR-35GW/K(35556)C1-N1,KFR-35GW/(35556)Ca-2, KF-35GW/K(35356)C1-N1, KF-35GW/(35356)Ca-2,KFR-35GW/K(35556)C2-N1, KFR-35GW/(35556)Cb-2, KF-35GW/K(35356)C2-N1,KF-35GW/(35356)Cb-2, KFR-35GW/K(35556)E2-N1, KFR-35GW/(35556)Ee-2,KF-35GW/K(35356)E2-N1, KF-35GW/(35356)Ee-2, KFR-35GW/K(35556)E1-N1,KFR-35GW/(35556)Ef-2, KF-35GW/K(35356)E1-N1, KF-35GW/(35356)Ef-2,KFR-35GW/K(35556)H1-N1, KFR-35GW/(35556)Ha-2, KF-35GW/K(35356)H1-N1,KF-35GW/(35356)Ha-2, KFR-35GW/K(35556)I1-N1, KFR-35GW/(35556)Ia-2,KF-35GW/K(35356)I1-N1, KF-35GW/(35356)Ia-2, KFR-35GW/K(35556)I2-N1,KFR-35GW/(35556)Ib-2, KF-35GW/K(35356)I2-N1, KF-35GW/(35356)Ib-2,KFR-35GW/(35556)KaC-2, KFR-35GW/(35556)EdC-2证书编号:CQC10701049826生效日期:2010-08-25有效期至:2013-08-25品牌:格力制造商:珠海格力电器股份有限公司获证规格型号:KFR-72LW/(72568)Aa-2, KF-72LW/(72368)Aa-2, KFR-72LW/(72568)Da-2, KF-72LW/(72368)Da-2, KFR-72LW/(72552)Aa-2, KF-72LW/(72352)Aa-2证书编号:CQC10701049822生效日期:2010-08-25有效期至:2013-08-25品牌:格力制造商:珠海格力电器股份有限公司获证规格型号:KFR-72LW/(72561)Aa-2, KF-72LW/(72361)Aa-2证书编号:CQC10701049825生效日期:2010-08-25有效期至:2013-08-25品牌:格力制造商:珠海格力电器股份有限公司获证规格型号:KFR-72LW/(72561)Aa-2, KF-72LW/(72361)Aa-2证书编号:CQC10701049824生效日期:2010-08-25有效期至:2013-08-25品牌:格力制造商:珠海格力电器股份有限公司获证规格型号:KFR-72LW/(72561)Aa-2, KF-72LW/(72361)Aa-2证书编号:CQC10701049823生效日期:2010-08-25有效期至:2013-08-25品牌:格力制造商:珠海格力电器股份有限公司获证规格型号:KFR-72LW/(72568)Aa-2, KF-72LW/(72368)Aa-2, KFR-72LW/(72568)Da-2, KF-72LW/(72368)Da-2, KFR-72LW/(72552)Aa-2, KF-72LW/(72352)Aa-2证书编号:CQC10701049820生效日期:2010-08-25有效期至:2013-08-25品牌:格力制造商:珠海格力电器股份有限公司获证规格型号:KFR-72LW/(72568)Aa-2, KF-72LW/(72368)Aa-2, KFR-72LW/(72568)Da-2, KF-72LW/(72368)Da-2, KFR-72LW/(72552)Aa-2, KF-72LW/(72352)Aa-2证书编号:CQC10701049821生效日期:2010-08-25有效期至:2013-08-25品牌:格力制造商:珠海格力电器股份有限公司获证规格型号:KFR-35GW/K(35556)A3-N1, KFR-35GW/(35556)Ac-2, KF-35GW/K(35356)A3-N1,KF-35GW/(35356)Ac-2, KFR-35GW/K(35556)B2-N1, KFR-35GW/(35556)Bb-2,KF-35GW/K(35356)B2-N1, KF-35GW/(35356)Bb-2, KFR-35GW/K(35556)C1-N1,KFR-35GW/(35556)Ca-2, KF-35GW/K(35356)C1-N1, KF-35GW/(35356)Ca-2,KFR-35GW/K(35556)C2-N1, KFR-35GW/(35556)Cb-2, KF-35GW/K(35356)C2-N1,KF-35GW/(35356)Cb-2, KFR-35GW/K(35556)E2-N1, KFR-35GW/(35556)Ee-2,KF-35GW/K(35356)E2-N1, KF-35GW/(35356)Ee-2, KFR-35GW/K(35556)E1-N1,KFR-35GW/(35556)Ef-2, KF-35GW/K(35356)E1-N1, KF-35GW/(35356)Ef-2,KFR-35GW/K(35556)H1-N1, KFR-35GW/(35556)Ha-2, KF-35GW/K(35356)H1-N1,KF-35GW/(35356)Ha-2, KFR-35GW/K(35556)I1-N1, KFR-35GW/(35556)Ia-2,KF-35GW/K(35356)I1-N1, KF-35GW/(35356)Ia-2, KFR-35GW/K(35556)I2-N1,KFR-35GW/(35556)Ib-2, KF-35GW/K(35356)I2-N1, KF-35GW/(35356)Ib-2,KFR-35GW/(35556)KaC-2, KFR-35GW/(35556)EdC-2证书编号:CQC10701049827生效日期:2010-08-25有效期至:2013-08-25品牌:格力制造商:珠海格力电器股份有限公司获证规格型号:KFR-35GW/(35555)Aa-1, KF-35GW/(35355)Aa-1, KFR-35GW/(35555)Ba-1, KF-35GW/(35355)Ba-1, KFR-35GW/(35559)Aa-1, KF-35GW/(35359)Aa-1,KFR-35GW/(35559)Ba-1, KF-35GW/(35359)Ba-1, KFR-35GW/(35560)Aa-1,KF-35GW/(35360)Aa-1, KFR-35GW/(35560)Ba-1, KF-35GW/(35360)Ba-1,KFR-35GW/(35562)Aa-1, KF-35GW/(35362)Aa-1 220V~ 50Hz R22证书编号:CQC10701049025生效日期:2010-08-25有效期至:2013-08-25品牌:格力制造商:珠海格力电器股份有限公司获证规格型号:KFR-50LW/(50561)Aa-1, KF-50LW/(50361)Aa-1, KFR-50LW/(50561)Ba-1, KF-50LW/(50361)Ba-1证书编号:CQC10701048993生效日期:2010-08-25有效期至:2013-08-25品牌:格力制造商:青岛海尔空调器有限总公司获证规格型号:KFR-72LW/61SDG11(卡萨帝),(内机型号:KFR-72L/SDG11(卡萨帝),外机型号:KFR-72W/6111(卡萨帝))证书编号:CQC10701049811生效日期:2010-08-25有效期至:2013-08-25品牌:卡萨帝制造商:青岛海尔空调器有限总公司获证规格型号:KFR-50LW/61SDG11(卡萨帝),(内机型号:KFR-50L/SDG11(卡萨帝),外机型号:KFR-50W/6111(卡萨帝))证书编号:CQC10701049810生效日期:2010-08-25有效期至:2013-08-25品牌:卡萨帝制造商:青岛海尔空调器有限总公司获证规格型号:KFR-33GW/01PBF12(内机型号:KFR-33G/PBF12,外机型号:KFR-33W/0112)KFR-33GW/01JDF12(内机型号:KFR-33G/JDF12,外机型号:KFR-33W/0112)证书编号:CQC10701046995生效日期:2010-08-25有效期至:2013-08-25品牌:海尔转速可控型房间空气调节器制造商:乐金电子(天津)电器有限公司获证规格型号:LS-E2512APW [KFR-25GW/E12PWBp]证书编号:CQC09701034435生效日期:2010-08-26有效期至:2012-08-03品牌:LG制造商:乐金电子(天津)电器有限公司获证规格型号:LP-A7233ADW [KFRd-72LW/A33WBp], LP-A7213AAW [KFRd-72LW/A13WBp] 证书编号:CQC10701043277生效日期:2010-08-26有效期至:2013-03-11品牌:LG制造商:乐金电子(天津)电器有限公司获证规格型号:LS-E3512APW [KFR-35GW/E12PWBp]证书编号:CQC09701034434生效日期:2010-08-26有效期至:2012-08-03品牌:LG制造商:广东美的制冷设备有限公司获证规格型号:KFR-26GW/BP2DN1Y-JD(2), KFR-26GW/BP2DN1Y-JE1(2),KFR-26GW/BP2DN1Y-JE3(2), KFR-26GW/BP2DN1Y-JM5(2), KFR-26GW/BP2DN1Y-JM6(2)证书编号:CQC10701049878生效日期:2010-08-27有效期至:2013-08-27品牌:美的制造商:广东美的制冷设备有限公司获证规格型号:KFR-35GW/BP2DN1Y-JD(2),KFR-35GW/BP2DN1Y-JE1(2),KFR-35GW/BP2DN1Y-JE3(2),KFR-35GW /BP2DN1Y-JM5(2),KFR-35GW/BP2DN1Y-JM6(2)证书编号:CQC10701049879生效日期:2010-08-27有效期至:2013-08-27品牌:美的制造商:广东美的制冷设备有限公司获证规格型号:KFR-51LW/BP2DN1Y-JM2(2);KFR-51LW/BP2DN1Y-JM5(2);KFR-51LW/BP2DN1Y-JM6(2);证书编号:CQC10701049868生效日期:2010-08-27。
万泉-渣浆泵基础知识
国外技术
万泉泵业产品种类
目前本厂已经拥有5大系列80多个规格的渣浆 泵、脱硫泵产品。 WZJ系列渣浆泵 AH/HH/M系列渣浆泵 WD系列渣浆泵 WZJL系列液下渣浆泵 WQTL(R)系列大型脱硫泵
渣浆泵的典型结构
渣浆泵基础知识培训
渣浆泵的分类
1、根据布置方式:卧式渣浆泵、液下渣浆泵 潜水渣浆泵 2、根据应用场合: 灰浆泵、泥浆泵、砂砾泵、挖泥泵、泡沫泵等
渣浆泵技术
国内技术
中国煤炭科学研究总院唐山分院与石家庄工业泵厂共 同开发了ZJ系列渣浆泵 ,该系列渣浆泵生产厂家主要 在石家庄地区。 电力设计院设计的GMZ系列渣浆泵,该系列渣浆泵生产 厂家主要在山东博山地区。 石家庄强大泵业自主开发的ZGB系列渣浆泵,该系列渣 浆泵生产厂家主要在石家庄地区
多种传动形式
直联传动(DC) 平行皮带传动(CR或CL)
尾架式传动(ZV)
背托式传动(CV)
渣浆泵的发展方向
高扬程、大流量 寿命长、效率高 品种多、性能广 高浓度、长距离 多材质、多品种
新产品开发及技术改进
一、WG/WGH系列砂砾泵
KG、KGH型砂砾泵是我公司根据市场需求开发的一种新型渣浆泵, 可广泛用于挖泥船挖泥,疏浚河道、采矿及金属冶炼爆渣输送等,用 于由于颗粒太大以至于一般渣浆泵不能输送的强磨蚀物料的连续输送 ,其中KGH型为高扬程砂砾泵 。
KQ-S011(Cr15Mo3)(又称耐磨王)
成分 含量 (%.)
C 2.0-3.3
Cr
Mo
Si ≤1.2
Mn ≤2.0
北京华亿通德旋流器投标文件
正本宁夏天瑞发电有限公司1×240t/h+3×280t/h循环流化床锅炉脱硫技改工程旋流器投标技术标书招标编号:DDTR-1102招标人:宁夏大地化工有限公司投标人:北京华亿通德环保设备有限公司2012.11.09目录一、关于英国伟尔集团的介绍二、CAVEX旋流器业绩表三、澳大利亚旋流器的技术优势四、技术方案五、参考尺寸六、廉政保证书一、英国伟尔集团的介绍英国伟尔集团自1871 年成立,集团下属分公司遍布于北美、南美、中东、非洲和亚太等地区。
产品被广泛应用于矿山开采、矿物处理、核工业、石化、油气开采、能源、水处理等诸多领域。
在伟尔集团内,伟尔沃曼有限公司是由澳大利亚和伟尔矿业部亚洲分部组成。
伟尔矿业部负责设计、制造和销售具有世界领先水平的耐磨渣浆处理设备和高效耐磨的水力旋流器,包括应用于选矿和采矿、电力和一般工业领域如污水处理等行业CAVEX 水力旋流器和抗磨损的衬板等为全球性采矿和矿物处理以及能源部门和公用工业等提供配套矿用设备。
主要产品有澳大利亚CAVEX旋流器,沃曼渣浆泵,ISOGATE浆液阀门,GEHO泵等。
北京华亿通德环保设备有限公司是以技术咨询,产品销售,售后服务为一体的高科技企业。
华亿通德公司以国外百年以来积累的产品技术,结合本公司雄厚的工程技术实力,致力于中国矿山、化工、节能和环保事业。
我们在中国矿山、煤炭、氧化铝、电厂湿法脱硫等行业有众多的客户和运行业绩,衷心希望专业和周到的服务能为您的事业添砖加瓦。
二、CAVEX旋流器业绩表1、CAVEX水力旋流器业绩表:(电厂FGD)国电永福发电有限公司华电贵港发电有限公司国投钦州发电有限公司国电新丰热电有限公司国电濮阳热电有限公司国电大同二电有限公司国电石嘴山发电厂国电泉州热电有限公司国华浙江浙能有限公司大唐首阳山发电厂大唐耒阳发电厂大唐锦州热电有限公司大唐许昌龙岗发电公司大唐田家庵发电厂大唐甘谷发电厂大唐七台河发电厂大唐多仑发电有限公司大唐双鸭山发电厂大唐鸡西发电厂大唐景泰发电有限公司大唐国际大坝发电有限公司大唐三门峡发电有限公司大唐国际乌纱山发电厂大唐国际云冈热电有限公司大唐国际锦州热电厂大唐晖春发电厂大唐国际神头发电有限公司大唐发耳电厂华能上海石洞口第一电厂华能焦作发电厂华电哈三热电厂华电宁夏灵武发电厂华电苇湖梁发电厂华电新乡发电厂华电大龙发电厂华电襄樊发电厂华电红雁池发电有限公司华电蒲城第二发电厂华电国际山东物资广安华电昌吉热电有限公司中电投平东热电厂中电投吉林浑江发电厂中电投永济蒲光电厂中电投霍林河发电厂中电投大别山发电厂中电投通辽发电厂中电投姚孟发电有限公司中电投湖北大别山发电厂中电投元宝山电厂中电投阜新发电厂中电投贵溪发电厂中电投抚顺热电有限公司华润阜阳发电厂河南伊川豫港电力华润兴泰发电厂华润古城发电有限公司华润湖南分公司宁夏马莲台发电厂宁电投西夏热电有限公司辽宁能港发电有限公司内蒙古丰镇发电厂鄂尔多斯电力有限公司江苏射阳港发电厂江苏徐州阚山发电厂长沙宏福环保有限公司贵州黔桂发电有限公司国电阳宗海发电厂贵州金元集团习水发电厂甘肃靖远第二发电有限公司上海外高桥第三发电厂福建湄洲湾电厂此外,我们还与一些重点的脱硫总包商有固定的合作关系,比如中电投远达环保、国电龙源、大唐环境等,敝公司技术部经常与总包商设计人员进行技术交流。
HZTHZWZHJHYHLFHWW系列泵样本
今·天·要·比·昨·天·做·得一、公司简介INTRODUCTION杭州恒力泵业制造有限公司(原中外合资杭州恒力电机制造有限公司泵业制造分公司)始建于2002年,它是从生产电机的五十多年的生产经验和拥有雄厚的技术力量和加工检测设备的基础上发展起来的新型制造业。
本公司不但生产专业的化工泵产品,而且致力于机电一体化的有机结合的研究,真正使生产化工泵的企业与生产电机的企业充分的结合,不但使泵具有很好的耐腐蚀、抗磨性能,而且使配用的电机更具有用于泵的最佳结合性能。
Hangzhou Hengli Pump Manufacturing Co., Ltd. (Orignally branch company of HangzhouHengli Electric Machine MFG. Co., LTD.) was founded in 2002, which is a new type enterprises based on electric motor manufacturing experience and capacity over fifty yearswho acquires advanced processing and test machinery and equipments. Our company not only produces professional chemical pumps, but also focus on researching in scientific combineof electromechanical integration, becomes an associative enterprises tie chemical pumpselectric motor, which makes pumps with corrosion and wear resistance, besides the suitedmotor has best advantages in matching pumps.本公司本着“起步晚、起点高”的精神,在吸收国内外先进的化工泵设计和制造工艺的基础上,生产的主导产品有:(1) HCZ系列耐腐蚀化工流程泵、(2) HZT系列化工通道泵、(3) HZJ系列纸浆泵、(4) HLX系列渣浆泵、(5) HLF系列氟塑料泵、(6) HZW系列轴流泵、(7) HY系列不锈钢液下泵、(8) HWW系列混流泵等,具有年产化工泵5000台的生产能力,能够满足客户的需要。
BRW200-31.5乳化液泵说明书
3.4、蓄能器(图8)
本泵采用公称容积为25升的气囊式蓄能器,其主要作用是补充高压系统中 的漏损,从而减少卸载阀的动作次数,延长液压系统中液压元件的使用寿命; 同时还能吸收高压系统的压力脉动。蓄能器在安装前必须在胶囊内充足氮气。 注意蓄能器内禁止充氧气和压缩空气,以免引起爆炸和胶囊老化。
BRW200/31.5型乳化液泵组主要用于为煤矿井下综合机械化采煤液压支架 提供动力源,也适用于地面高压水射流清洗设备以及其它液压设备作为动力源。
1.3、型号含义
1.4、使用环境条件 非封闭的室内、室外和煤矿井下采掘工作面;环境温度0℃~45℃;介质温度10℃~40℃;有甲烷、煤尘等爆炸性气体的环境。
泵站在使用中蓄能器的气体压力应经常定期检查,蓄能器投入工作后在最 初十天之内应当检查一次胶囊内气体压力,如无明显的渗漏以后每月检查一次 气体压力。如发现蓄能器内的剩余气体压力最小值应大于或等于液压系统最大 工作压力的25%,其最大值应小于或等于液压系统最小工作压力的90%。当蓄 能器的气体压力小于上述气体最低压力时,就应当及时补充氮气。
31.5Mpa
2460mm×995mm×
2580kg
乳化液(含5%乳化油的中性水混合液)1600L
105um
≤1.5MPa
乳化液泵组由三相四级防爆电机、轮胎联轴器、乳化液泵、卸载阀、蓄能 器等组成等组成,安装在共同的底拖上。(图1)
乳化液泵为卧式三柱塞往复泵,选用三相交流四极防爆电机驱动,经一级 齿轮减速,带动三拐曲轴旋转,再由连杆、滑块带动柱塞作往复运动,使工作 液在泵头中经吸、排液阀吸入和排出 ,此时机械能转换成液压能,输出压力
Festo MS系列减压阀说明书
55.2
40.2
4
B4
B5
L1
L2
L3
L4
44
83.4
92.8
34.8
5.6
45.2
99
69
17.5
54
129
98.6
41.3
6.6
41.3
22
d Internet: /catalogue/...
Subject to change – 2021/10
技术参数
尺寸 – 旋转手柄 用于安装到ß1
24
21
24
16.8
42
14.5
24
24
24
34
34
26
34
24
62
15.5
34
34
34
34
CAD 相关数据 a
型号 MS4-LR-...-WB MS4-LR-...-WBM
MS6-LR-...-WB
B1
B2
56
41
66.5
44
79.4
62
B3
B4
L1
L2
订货数据 规格
接口
压力调节范围 0.3 ... 4 bar
订货号
型号
压力调节范围 0.3 ... 7 bar
订货号
型号
集成 MS 压力表,带标准量程,显示单位 [bar],旋转手柄带闩,可用附件锁定
MS4
G1/4
q 529415 MS4-LR-1/4-D5-AS
q 529417
MS6
G1/2
q 529989 MS6-LR-1/2-D5-AS
型号
B2
MS4-LR-...-AD11
M、AH、HH型渣浆泵说明书
M、AH、HH型渣浆泵使用、装配和维护说明书河北高通泵业有限公司安全须知(一)泵是一种即承压又传动的机器,在安装、操作和维修前及安装操作和维修期间,必须遵守所规定的安全措施。
辅机(如电机、皮带传动装置、联轴器、高速箱、无级变速装置等等)也要遵守这项安全措施,并在安装、操作和维修前参考有关规程。
(二)装皮带或联轴器之前,必须检查转动方向,因为不正确的转动方向将使泵在运转中损坏或个别零件的损坏。
(三)未经专门人员许可,不得使泵超出原来销售时规定的工况运转,否则将导致设备或人身事故。
(四)泵不可在较低或零流量点或在其他可能引起泵送介质汽化的情况下运转,否则将因为压力巨增而可能造成设备人身事故。
(五)维修或泵送期间,内部真空的泵必须隔离,如果不能完好隔离,可能使叶轮变为“飞轮”,从而造成设备和人身事故。
注释应备有包括液池、泵送管路、阀门、控制装置等等在内的系列安装图,以免错装给泵带来不利影响。
M、AH、HH型渣浆泵使用、装配和使用说明书目录第一节:1、泵规格型号代号说明 32、泵装配 33、基础 34、泵轴(与电机轴)对中 35、管道 36、启动 47、维修 58、备件79、润滑脂710、建议采用的润滑脂量和润滑周期8第二节:轴承装配说明B、C、D、E、F和G型托架9—14 第三节:轴承装配说明R、Rs、S、ST、T和Tu型托架15—18 第四节:轴承组件试验说明书19第五节:托架装配说明书20第六节:泵头的组装说明书21—36 第七节:叶轮间隙的调整37第八节:泵的拆卸38附表1:泵的基本零件号39附表2:装泵工具目录41第一节使用说明1、泵规格型号代号说明每台沃曼泵都有一个铭牌,钉在托架上,铭牌上印有泵规格号,泵的规格号由数字和字母组成,并排列如下:数字数字字母字母(a)(b)(c)(d)(a)、吸入口直径,以英寸表示,如1.5、2.4、10、20、36等等。
(b)、吐出口直径,也以英寸表示,如1、1.5、3、8、18、36等等。
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WARMAN®Centrifugal Slurry PumpsHorizontal Slurry PumpsSpecialists in delivering and supporting slurry and dewatering equipment solutions for global mining and mineral processing, the power sector, and general industry.Weir Minerals DivisionWeir Minerals is a world leader in the design andmanufacture of pumps, mill liners, hydrocyclones,slurry valves, screens, and rubber products for themining and minerals processing, dewatering, sulfurchemical and general industries. Based on advanced,and often patented, materials and designs, ourproducts are designed to add value to virtually anyaggressive, corrosive process.Superior wear life, low cost of operationIn slurry pumping, processing and control applications- where the cost of ownership often outweighscapital cost as a priority - we help our customersaddress issues such as longevity, capacity, efficiency ofoperation, and maintenance.Product strength lies in the superiority of our advancedhydraulic designs and our high performing wear andcorrosion resistant materials. Our leading research andmaterials scientists, plus our state of the art materialproduction facilities, support our world class productsand materials with a focus on superior wear life andlow cost of operation.Weir Minerals North AmericaLocated in Madison WI, Weir Minerals North Americais one of the many Weir Minerals facilities aroundthe world. These facilities include foundries, rubbermolding shops, and machining centers.1:A state-of-the-art hydraulic test laboratory is located in Madison, Wisconsin2:A Warman® 600 HTP pump being prepared for hydraulic testing. The massive rib reinforced casing and 102,000 lb (46,260 kg) bare weight illustrate the robust design and inherent safety of this 580 psi(4,000 kPa) rated pump 1: World class manufacturing facilities are part of Weir Minerals on six continents of the world2: A 20 ton fixture enables Weir Minerals to produce the largest slurry pumps in the world2New 4-vane Warman® WRT® impeller and matching throatbush is designed to improve wear performance, and assist our customers in reducing total ownership cost12Warman® horizontal slurry pump models include adiverse range of designs for the toughest duties.Warman® pumps deliver exceptional performanceThe Warman® horizontal slurry pump range is one of the world’s mostcomprehensive range of centrifugal slurry pumps for use in mining, chemical andindustrial applications. These horizontal slurry pumps are designed for ultra heavyduty applications such as mill discharge, process plant and tailings, high pressurepipelines, as well as other specialty applications.Typical applications and Warman® pump models most suitable for theseapplications are shown below. For special applications not listed, contact WeirMinerals North America or your local Weir Minerals representative. Since particlesize, concentration and abrasivity may affect your final selection, please consultWeir Minerals for final pump selection.Warman® AHP pumpWarman® horizontal pump models3servicesThe Warman® AH® pump is the world’s standard for the most difficult mill duties.A wide variety of impellers and shaft seals provide a perfect fit for a wide range of applications. The AH® pump provides excellent wear life while maintaining efficiency during the wear cycle, resulting in low total operating costs. The AH® pump, together with the Warman® MC™ pump series, provides a complete selection for most duties in the mill. From cyclone feed to regrind, flotation and tailings, the AH® pump is the best choice.4•Heavy duty construction with through-boltdesign provides ease of maintenance and minimaldowntime•Ductile iron fully lined casing provides durability,strength, safety, and long service life•Large diameter, slow turning, high efficiencyimpellers designed to achieve maximum wear lifeand low operating costs•Large, open internal passages designed to reduceinternal velocities, maximize wear life and loweroperating costs•Thick elastomer or alloy bolt-in liners providesuperior corrosion resistance plus offer ease of linerchange-out and interchangeability to reduce overallmaintenance costs and maximize wear life•Minimal shaft/impeller overhang reduces shaftdeflection and increases packing life•Cartridge-style bearing assembly allows formaintenance in a clean environment withoutremoval of the pump, resulting in reliable operationand prolonged bearing life•Grease or oil lubrication bearing assembly optionsoffer ease of maintenance and reduced downtime•Optional dry running shaft seal reduces or eliminatesflush water requirements•Effective expeller prolongs packing life whilereducing or eliminating flush water requirement Warman® AH®Warman® WRT®The new Warman® WRT®throatbush and impellercombination is a superiorupgrade for your existing pump,and is designed to enhanceefficiency and improve wearperformance5servicesThe Warman ® WBH ® slurry pump range offers more than 20 enhancements to the already state-of-the-art Warman ® AH ® slurry pumping technology, including a fully adjustable and rotatable throatbush to more evenly spread the wear and maintain the pump in tip-top performance for longer periods.Boasting a revolutionary one-piece frame for correct alignment of bearings, seal and impeller to front liner; as well as easier access for impeller adjustments, the WBH ® pump was built with enhanced efficiency and operational savings in mind.• One-point adjustment allows for adjusting the throatbush both rotationally and axially while the pump is in operation, overcoming localized wear• One-piece bearing frame design ensures correctalignment of bearings, seal and impeller • New hydraulics were shown to increase efficiency and lower energy consumption by up to 12% in the pump trials at CSA, Australia, compared with Warman ® AH ® pump in same duty • Large diameter expeller seals against high intake pressures without the need for gland seal water • Quick and easy impeller gap adjustments to maximize performance without shutdown • Fully lined design minimizes the risk of catastrophic failure with safety features including standard leak detection, optional vibration, temperature and wear monitoring, and the ability to add pressure relief and thermal cut-out devices • Warman ® Wear Reduction Technology (WRT ®) throatbush and four-vane impeller design with vanelets for extended wear life and reduced NPSH requirements • Large diameter shaft with short overhang combined with a robust and rigid one-piece bearing frame keeps the bearings aligned, which minimizes shaft deflection and vibration, as well as distortion from external piping loads • The one-piece bearing frame ensures goodcomponent alignment and concentricity through the seal area to reduce wear and extend seal lifeWarman ® WBH ®Warman ® WRT ®The new Warman ® WRT ® throatbush and impeller combination is a superiorupgrade for your existing pump and is designed to enhance efficiency and improve wear performanceWarman® MCR™/MC™ Metal/MCU™Severe duty lined pump designed for the most aggressive applications, such as mill circuitThe Warman® MC™ pump series is for the most aggressive wear applications. The Warman® MC™ pump easily manages large size particles in dense abrasive slurries and offers the right combination of ruggedness, durability, hydraulics and materials. From the most difficult mill discharge to water flushed crusher, the Warman® MC™pump series is the best choice.When paired with the Warman® AH® pump, virtually all the duties in your mill can be satisfied.•Ductile iron fully lined casing provides durability,strength, safety, and long service life•Large diameter, slow turning, high efficiencyimpellers designed to achieve maximum wear lifeand low operating costs•Large, open internal passages designed to reduceinternal velocities, maximize wear life and loweroperating costs•Unique, easily centered stuffing box reduces glandseal maintenance and extends packing life•Adjustable side liner maintains efficiency andextends service life (adjustable while running)•Quick wet end exchange minimizes downtime•Thick elastomer liners with alloy impellers providesuperior wear life on the most difficult cyclone feedand screen feed services•Interchangeable elastomer and alloy bolt-inliner offer ease of liner change-out and reducedmaintenance costs•Heavy duty construction with through-boltdesign provides ease of maintenance and minimaldowntime•Minimal shaft/impeller overhang reduces shaftdeflection and increases packing life•Cartridge-style bearing assembly allows formaintenance in a clean environment withoutremoval of the pump, resulting in reliable operationand prolonged bearing life•Separate fully removable suction cover on Warman®400 MCR™ pump facilitates access and replacementof the impeller, throatbush, and shaft sleeve withoutdisturbing coverplate or discharge piping•Left or right hand operation availableWarman® MCR™/MC™ Metal/MCU™WARMAN®Centrifugal Slurry Pumps6Warman® HTPFully lined pump for severe multi-stage applications which offers numerous ease of maintenance featuresThe Warman® HTP pump range represents the highest pressure-rated, large, lined pumps available from Weir Minerals with priority given to increased safety, wear life, and reliability.The Warman® HTP pump is rapidly establishing itself as the dominant pump in the Canadian oil sands, providing an efficient and durable solution to long distance hydro-transport and tailings duties.•Specifically designed hydraulics emphasize solidpassing capability, head generation, wear life,and efficiency to deliver overall outstandingperformance•Multi-stage high pressure operation to 580 psi•Major components designed with lifting pointslocated with respect to center of gravity andspecialized lifting tools enable rapid pumpmaintenance and turnarounds•Ductile iron fully lined casing provides durability,strength, safety, and long service life•Separate fully removable suction cover facilitatesaccess and replacement of impeller, throatbush,and shaft sleeve without disturbing coverplate ordischarge piping•Unique, easily centered stuffing box reduces glandseal maintenance and extends packing life•Grease or oil lubrication bearing assembly optionsoffer ease of maintenance and reduced downtime•Cartridge-style bearing assembly allows formaintenance in a clean environment withoutremoval of the pump, resulting in reliable operationand prolonged bearing life•Liner design reduces operating costs by allowingreplacement of individual components•Erosion and corrosion resistant elastomers or alloysare available to handle solids-laden and/or corrosiveslurriesWarman® HTP7 WARMAN®Centrifugal Slurry Pumps8Warman ® AHP/AHPPFully lined high pressure pump for multi-stage applicationsBased upon the popular Warman ® AH ® series pump, the Warman ® AHP/AHPPseries high pressure pump offers the same features and benefits as the AH ® pump, including identical hydraulics at up to 1000 psi.The high pressure capability allows the user to operate several pumps in series all consolidated into one pump house, saving the expense of supporting systems like gland water supply systems in an alternative design of several pump houses along the transport line.• Multi-stage high pressure operation to 1000 psi • Heavy duty construction with through-boltdesign provides ease of maintenance and minimal downtime• Ductile iron fully lined casing provides durability, strength, safety, and long service life • Large diameter, slow turning, high efficiencyimpellers designed to achieve maximum wear life and low operating costs • Large, open internal passages reduce internalvelocities, maximize wear life and lower operating costs • Thick elastomer or alloy bolt-in liners providesuperior corrosion resistance plus offer ease of liner change-out and interchangeability to reduce overall maintenance costs and maximize wear life • Minimal shaft/impeller overhang reduces shaft deflection and increases packing life • Grease or oil lubricated bearing options offer ease of maintenance and reduced downtime • Cartridge-style bearing assembly allows for maintenance in a clean environment withoutremoval of the pump, resulting in reliable operation and prolonged bearing lifeWarman ® AHPWARMAN ®Centrifugal Slurry PumpsWarman ® XUHeavy duty slurry pumpThe Warman ® XU pump range is Weir Mineral’s most recently released all metalunlined pump range that integrates newly designed wet end wear components with the long proven Warman ® mechanical end. Casing, impeller and liner have been optimized to provide low wear while delivering outstanding efficiency over a wide range of medium to heavy slurry applications such as coal, sand and gravel. With many unique features, the Warman ® XU pump is easy to maintain and is designed to offer the lowest cost of ownership in its class.Warman ® XU9• Configured volute casing distributes material at point of maximum wear to extend life when pumping large solids• Low V cutwater design reduces slurry velocities and wear in the casing, allowing operation over a wide range of flows • Five-vane, thick sectioned, high efficiency impellers offer maximum wear life and low operating costs • Patented impeller wear ring profile reduces wear on impeller and throatbush area by restricting recirculation • Unique “tear drop” shaped frame plate liner insert insures any localized side wall wear occurs on liner and not on casing • Wet end components constructed from abrasion resistant solid chrome iron, providing excellent wear life in most slurry applications • Multiple shaft sealing configurations are available to best suit application requirements and are easily converted from one to another without expensive mechanical end changes • Compact cartridge-style bearing assemblies offer reduced shaft/impeller overhang and minimize shaft deflection resulting in increased packing life and the ability to accept a range of mechanical seals • Exceptional dry gland sealing performance due to improved expeller/impeller ratios reduces flush water requirements and lowers operating costs • Full and low flush gland sealing options allow precise matching of seal water consumption to application needs • Grease or oil lubrication bearing assembly options offer ease of maintenance and reduced downtime • Quick release clamping collar design facilitates impeller removal • Hydraulically interchangeable with long proven Warman ® AH ® pump designsWARMAN ®Centrifugal Slurry PumpsWarman® AHF/LF/MFHeavy duty froth pump for tough flotation froth duties Designed to handle heavy froth, the Warman® horizontal froth pump has a unique inlet and impeller design that is very successful where others fail.A large oversized inlet with a unique impeller inducer blade handles heavy froth and higher viscosity dense slurries with ease. The Warman® AHF/LF/MF line of horizontal froth pumps has proven valuable for very dense slurries where viscosity starts to become a pumping issue for the standard slurry pump.10•Heavy duty construction with through-boltdesign provides ease of maintenance and minimaldowntime•Ductile iron fully lined casing provides durability,strength, safety, and long service life•Large diameter, slow turning, high efficiencyimpellers designed to achieve maximum wear lifeand low operating costs•Large, open internal passages designed to reduceinternal velocities, maximize wear life and loweroperating costs•Unique impeller design for most difficult frothapplications•Thick elastomer or alloy bolt-in liners providesuperior corrosion resistance plus offer ease of linerchange-out and interchangeability to reduce overallmaintenance costs and maximize wear life•Minimal shaft/impeller overhang reduces shaftdeflection and increases packing life•Cartridge-style bearing assembly allows formaintenance in a clean environment withoutremoval of the pump, resulting in reliable operationand prolonged bearing life•Standard Warman® AH® pump and Warman® Lpump can be converted by replacing cover plate,throatbush and impeller•Full flush, low flow or dry running centrifugal sealsminimize water usage and operating costsWarman® AHF/LF/MF*Lower light blue areas: recommended maximum operating range on aerated slurriesWARMAN®Centrifugal Slurry PumpsWarman ® Series 1000General purpose slurry pumpThe Warman® Series 1000 pump is a long proven horizontal end suction centrifugalpump that will reliably and economically handle abrasive and corrosive medium duty services.Several unique features make the Series 1000 pump ideal for handling stringy/fibrous slurries, low NPSHA applications and services that require minimum dilution due to gland seal water.• Heavy duty construction with through-bolt casing design provides ease of maintenance and minimal downtime • Erosion and corrosion resistant elastomers or metal alloy liners are available to handle solids-laden and/or corrosive slurries • Semi-open impeller easily passes large or stringy particles and is well suited for froth-laden slurries • Unique impeller hydraulic design allows operation in systems with low NPSHA • Cartridge-style bearing assemblies offer a compact reliable design that reduces shaft/impeller overhang, decreasing deflection for improved packing life and allows for easy rebuilds • Multiple shaft sealing configurations are available to best suit application requirements including standard wet and dry glands as well as mechanical seals • Effective expeller prolongs packing life while reducing or eliminating flush water requirement • Casing drain plug allows for component wearinspection as well as draining slurry from the pump to prevent freezing or corrosion after flushing • Grease or oil lubricated bearing assemblies offer ease of maintenance and reduce downtime11Warman ® Series 1000WARMAN ®Centrifugal Slurry PumpsWarman® HH/H/HRMHeavy duty high head lined slurry pumpThe Warman® HH/H/HRM pump lines were designed to produce high heads per stage at high pressures.Commonly used for long distance transport lines, the Warman® HH/H/HRM pump lines can often satisfy application duties with a single pump where others require multiple pumps in series.12•Ductile iron fully lined casing provides durability,strength and long service life•Multi-stage high pressure operation to 750 psi(Warman® H pump to 1000 psi)•Heavy duty construction with through-boltdesign provides ease of maintenance and minimaldowntime•Large diameter, slow turning, high efficiencyimpellers designed to achieve maximum wear lifeand low operating costs•Large, open internal passages designed to maximizewear life and lower operating costs•Thick elastomer and alloy liners provide superiorcorrosion resistance and maximum wear life•Full flush gland, low flow, and dry runningcentrifugal seals reduce flush water usageminimizing pump operating costsWarman® HH/HRMWARMAN®Centrifugal Slurry PumpsWarman ® LRugged heavy duty slurry pump for medium to lower headsThe Warman ® L series pumps incorporate the same design points as the Warman ® AH ® pump plus higher efficiency impellers at an attractive initial cost.Designed for rugged duties while offering higher efficiencies, the Warman ® L series is a combination of the proven Warman ® AH ® pump’s unique features. The Warman ® L series provides the widest range of hydraulics from the 3/4” to a 26” discharge pumps. The 3/4” is perfect for the laboratory or in demonstration plants.• Heavy duty construction with through-boltdesign provides ease of maintenance and minimal downtime • Ductile iron fully lined casing provides durability, strength, safety, and long service life • Large diameter, slow turning, high efficiencyimpellers designed to achieve maximum wear life and low operating costs • Large, open internal passages designed to reduce internal velocities, maximize wear life and lower operating costs • Thick elastomer or alloy bolt-in liners providesuperior corrosion resistance plus offer ease of liner change-out and interchangeability to reduce overall maintenance costs and maximize wear life • Designed for rugged duties while offering excellent efficiencies • Minimal shaft/impeller overhang reduces shaft deflection and increases packing life • Cartridge-style bearing assembly allows for maintenance in a clean environment withoutremoval of the pump, resulting in reliable operation and prolonged bearing life • Grease or oil lubrication bearing assembly options offer ease of maintenance and reduced downtime • Full flush gland, low flow, and dry running centrifugal seals reduce flush water usage minimizing pump operating costs • Mechanical seals reduce flush water usage, minimizing pump operating costs13Warman ® LWARMAN ®Centrifugal Slurry PumpsWarman® GSLAbsorber recycle pumpSince the introduction of the first Flue Gas Desulfurization (FGD) systems in the 1970s, Weir Minerals has supplied more than 4,000 specially designed FGD pumps worldwide.Warman® GSL pumps have the highest efficiencies in the industry achievable throughout the life of the impeller.14Warman® GSL•Ductile iron fully lined casing provides durability,strength, safety, and long service life•Cartridge-style bearing assembly allows formaintenance in a clean environment withoutremoval of the pump, resulting in reliable operationand prolonged bearing life•High efficiency design minimizes energyconsumption and reduces operating costs•Liner design reduces operating costs by allowingreplacement of individual components•Back pull design affords easy maintenance•Mechanical seals reduce flush water usageminimizing pump operating costs• Warman® GSL pump design incorporates thelatest material development, hydraulic designimprovements and modern manufacturingmethods of the Warman® L pump WARMAN®Centrifugal Slurry PumpsNew Warman® GSL polymer castceramic components available.Contact your local Weir Minerals salesrepresentative for more information.®Warman ® WGR ®Medium duty slurry pumps for sand and aggregate applicationsThe streamlined design allows easy access to all parts of the pump and theinternal components, making servicing easier and reducing downtime. When this is combined with the long service life of our parts and the proven wear life of our proprietary Linatex ® premium rubber, Weir Minerals provides pumping solutions that are designed to achieve the lowest total cost of ownership in operation.Warman ®WGR ®pump - quick selection chart• Our new patented Warman ® WRT ® throatbush and impeller designs minimize turbulence and cavitation for extended wear life and maintenance performance • Impeller and gland assembly can be replaced through the suction side of the pump• Replaceable Linatex ® rubber liners provide superiorabrasion resistant performance in fine slurry applications • Patented flexible discharge adaptor is the same size as the inlet and positioned so the pump can be fully serviced without removing the discharge piping • Loose swivel flanges are offered to match mating pipe orientations • Adjustable impeller with release collar can beadjusted externally to achieve optimum clearance between the impeller and the throatbush for the full working life of the wear components • Newly designed larger impeller allows for lower speeds which results in longer wear life • Incorporation of the removable suction cover in the cover plate means that the throatbush can be replaced without incurring the cost of removal of the cover plate • New design gives increased durability, resulting in lower overall lifetime costsWarman ® WGR ®1001000 10000Flowrate ( usgpm )351008050250200150T o t a l h ea d (f e e t )US gallons per minute (gpm)0 20406080100120 14016010H e a d ( f t ) Warman ® WRT ®The new Warman ® WRT ®throatbush and impeller combination is a superiorupgrade for your existing pump, and is designed to enhance efficiency and improve wear performanceCubic meters per hour (m /hr)Total head (meters)15For further information on any of these products or our support services contact your nearest sales office or visit:WARMAN ® Centrifugal Slurry Pumps GEHO ® PD Slurry PumpsLINATEX ® Rubber Products VULCO ® Wear Resistant Linings CAVEX ® HydrocyclonesFLOWA Y ® PUMPS Vertical Turbine Pumps ISOGATE ® Slurry ValvesMULTIFLO ® Mine Dewatering Solutions HAZLETON ® Specialty Slurry PumpsLEWIS ® PUMPS Vertical Chemical Pumps WEIR MINERALS SERVICES™Copyright © 2008, 2012 Weir Slurry Group, Inc.. All rights reserved. WARMAN is a registered trademark of Weir Minerals Australia Ltd and Weir Group African IP Ltd; CAVEX, HAZLETON, AH, WRT, WBH, WGR and MULTIFLO are registered trademarks of Weir Minerals Australia Ltd; LEWIS and LEWIS PUMPS are registered trademarks of Envirotech Pumpsystems Inc; GEHO is a registered trademark of Weir Minerals Netherlands bv; FLOWAY is a registered trademark of Weir Floway Inc.; VULCO is a registered trademark of Vulco SA; ISOGATE is a registered trademark of Weir do Brasil Ltda.; LINATEX is a registered trademark of Linatex Ltd; SENTINEL is a registered trademark of Weir Slurry Group, Inc.; MC, MCR and MCU are trademarks of Weir Slurry Group, Inc.; WEIR is a registered trademark of Weir Engineering Services Ltd. Certain features of some of the products featured in this publication are protected worldwide by patents pending and registered.The Weir Minerals Services ™ Sentinel ® program is a team concept providing lower Measured Total Ownership Cost (MTOC) throughimproved reliability, lower power consumption and reduced maintenance cost.Our menu approach allows each customer to select the level of commitment and participation they feel best meets their needs.Weir Minerals Services ™ Sentinel ® Program Pump users enter into formal agreements with Weir Minerals with the aim of benefiting from ongoing reductions in operating costs.WEIR MINERALS SERVICES ™Weir Minerals Services ™ Sentinel ® Program modules include:• Cooperative cost focus groups • Pump audits• Equipment maintenance monitoring • Wear life monitoring• Performance based agreements • Spare parts supply agreements • Customized training programs • Equipment rebuild services • Pump exchange services •Tailored maintenance packages。