GBF衬氟管道泵说明书

合集下载

单作用式气动衬氟蝶阀使用说明书

单作用式气动衬氟蝶阀使用说明书
产品介绍
单作用式气动衬氟蝶阀是一种常用的工业阀门，广泛应用于液体或气体的控制和调节。

该蝶阀采用衬氟材料制造，具有耐腐蚀、耐高温等特点，适用于各种恶劣工况。

使用前准备
在安装和使用单作用式气动衬氟蝶阀之前，请确保以下准备工作已完成：
1. 检查蝶阀外观是否完好无损，如有损坏请及时更换；
2. 检查蝶阀连接处是否有松动，如果有请进行紧固；
3. 确保气源压力适当，并检查气动装置是否正常工作；
4. 清洁管道系统，防止杂质对蝶阀的影响；
5. 根据需要进行阀门的定位装置安装。

使用方法
按照以下步骤正确使用单作用式气动衬氟蝶阀：
1. 打开气源，确保气源压力正常；
2. 按下气动装置上的开关，使其处于工作状态；
3. 转动手柄或操作杆，以实现蝶阀的开启或关闭；
4. 当需要调节流速时，可以适当旋转手柄或操作杆，使蝶阀处
于半开状态；
5. 当不需要使用蝶阀时，关闭气源和气动装置。

注意事项
在使用单作用式气动衬氟蝶阀时，请注意以下事项：
1. 不要超过蝶阀的额定工作压力范围，以免造成损坏或危险；
2. 定期检查蝶阀的密封性能，如有泄漏请及时处理；
3. 避免在高温或高压下开启蝶阀，以防发生意外；
4. 不要随意拆卸或更换蝶阀的零部件，以免影响正常工作；
5. 定期清洁蝶阀表面和内部，以保持良好的工作状态。

请根据实际情况和需要，详细阅读产品的技术规格和使用说明，以确保正确安装和使用单作用式气动衬氟蝶阀。

如有任何问题或疑问，请与售后服务部门联系。

PTFE管道泵操作手册说明书

OPERATING MANUALPTFE TUBING PUMPModel 77390-00®®Cole-Parmer Instrument Co.1-800-MASTERFLEX (627-8373) (U.S. and Canada only)11 (847) 549-7600 (outside U.S.)(847) 549-7600 (Local)Barnant Company1-800-637-3739 (U.S. and Canada only)11 (847) 381-7050 (outside U.S.)(847) 381-7050 (Local)A-1299-0538TABLE OF CONTENTSTitle PageSAFETY PRECAUTIONS (4)INTRODUCTION (5)APPLICATION DATA (6)GENERAL DESCRIPTION (6)INSTALLATION (7)SETUP AND OPERATION (8)Selecting Tubing Size (8)Loading Tubing (9)Recommended Occlusion Setting (11)Optimized Occlusion Settings (12)MAINTENANCE (12)Service Parts (12)Occlusion Bed (12)SPECIFICATIONS (13)WARRANTY (14)PRODUCT RETURN (14)TECHNICAL ASSISTANCE (14)Trademarks bearing the ® symbol in this publicationare registered in the U.S. and in other countries.This product is covered by one ormore of the following U.S. andcorresponding foreign patents:5,468,129 and 5,482,447SAFETY PRECAUTIONSCAUTION:Use only pre-formed MASTERFLEX® L/S® PTFE tub-ing. Use of other tubing may result in premature orunknown failure modes.WARNINGS:Turn drive off before removing or installing tubing. Fin-gers or loose clothing could be caught in the rollers.Use recommended fittings only. Use of improper fit-tings and/or improper connection to fittings may re-sult in leakage at the fittings.Do not operate the pump without the following pre-cautions:Either of the following two conditions can result insudden and/or extensive tubing failure. Tubing failuremay result in liquid leaking from pump. In the event oftubing failure, operating pump at elevated speeds andpressures will result in accelerated liquid leakage. Useappropriate measures to protect operator and equip-ment from caustic liquids.1.HIGH PUMP-generated pressures.A PRESSURE RELIEF/BYPASS VALVE must alwaysbe installed in a potentially high pressure systemto prevent the pump from exceeding the maximumrated pressure (100 psig;6.8 bar).a.where the possibility of a blocked outlet occurs.b.where occlusion setting is greater than recom-mended.c.where higher pressure filters are used that donot have a built-in pressure relief system.2.HIGH SYSTEM-generated backpressures.AN INJECTION CHECK/BACK PRESSURE VALVEshould always be installed when pumping into apressurized reservoir or line. This will preventsiphoning and/or backflow of liquid from a treatedline in the event of tubing failure.INTRODUCTIONThe Model 77390-00 PTFE Tubing Pump, Figure 1, provides quick loading of the special PTFE tubing assemblies. The pump is designed to work with the MASTERFLEX 2mm ID PTFE Tubing Model 77390-50 and 4mm ID Model 77390-60 and provides a wide flow range when used with compatible MASTERFLEX Pump Drives. Appendix A lists most of the MASTERFLEX®L/S® Pump Drives which can be used with this pump.The step-by-step instructions in this manual are task-oriented for easy reference. The manual provides information for installing, operating and customer maintenance of the Model 77390-00 PTFE Tubing Pump. CAUTION:Improper setup or operation may result in damage to the pump system components. Read instructions priorto use.Figure 1.Model 77390-00 PTFE Tubing PumpAPPLICATION DATAThe Model 77390-00 PTFE Tubing Pump is used to pump caustic and/or sterile liquids, particularly those liquids that are not compatible with other existing MASTERFLEX tubing materials. The use of PTFE tubing provides improved liquid compatibility and maintenance of liquid purity. The specially designed tubing assemblies provide for intermittent operation at pressures up to 100 psig. Various compatible accessories are available including PTFE valves, T-connectors, fittings, etc. for connection to remaining user system components. Make sure that the fittings used are properly sized and are compatible with the pressure rating of the pump. Contact your dealer.A typical application is transfer of liquids from storage containers to those used in experiments. Metering of such liquids is another application when the pump is used with an appropriate MASTERFLEX® L/S® Pump Drive. The higher pressure capability allows use in low-volume filtering, chromatogra-phy sample injection and other applications.GENERAL DESCRIPTIONThe PTFE Tubing Pump (see Figure 1) is composed of a Body Assembly and an adjustable Occlusion Bed. The Body Assembly is used to attach the pumpto a drive and to support the six-roller ball bearing Rotor Assembly and the Occlusion Bed. The Occlusion Bed holds the tubing and mounts to the Body Assembly. It is held in place by increasing the occlusion to an appropriate level. Occlusion is controlled by adjustment of the Occlusion Adjustment Knob. A Locking Ring maintains the occlusion setting. The six-roller configu-ration provides low pulsation and prevents back-flow when the pump is stopped.Tubing is held in place without the use of special retainers. The curvature of the groove along the lower surface of the Occlusion Bed matches the curve of the tubing assembly and holds the tubing in place during pumping. Two different diameter specially fabricated PTFE tubing assemblies are available. The tubing is semi-flexible and chemically inert.INSTALLATIONMounting the Pump Head to a MASTERFLEX® L/S® Pump DriveThe Pump Head is attached to the drive unit with four supplied screws as shown in Figure 2.NOTE:Two Tang Boots are provided. The Pump Head is shipped with the closed end Tang Boot (A-3480) installed which matches mostMASTERFLEX® L/S® Drives. Replace with open end Tang Boot(A-3514) when necessary.1.Rotate the Occlusion Adjustment Knob fully counterclockwise to lift theOcclusion Bed as shown in Figure 3.2.Remove the Occlusion Bed by sliding out the front of the Body Assembly.3.Align the Tang on the Pump Head (including installed boot) with the slotin the motor drive shaft.4.Align the lower mounting holes on the Pump Head with the mountingholes on the drive and fasten with the two thumbscrews.5.Insert the two Phillips screws through the mounting holes in the upperpart of the Body Assembly. The upper two screw holes are accessible by removing the Occlusion Bed.This completes the mounting of the Pump Head. Proceed with the Setup Procedure.Figure 2.Attaching Pump to DriveSETUP AND OPERATIONSelecting Tubing SizeThe following chart provides approximate flow rates for the different tubing sizes when used at various speeds. Liquid medium is distilled water at 72°F (22.2°C) and zero psig backpressure.Tubing Catalog No.Drive Speed77390-5077390-60r/min Initial Flow Rate mL/min10.090.3575726100935150135330026105Drive speeds greater than 300 r/min are not recommended.Initial Flow Rate vs. Drive SpeedThe following curve provides approximate percent age of decay of initial flow vs. time at 300 r/min. Decay will be faster or slower at different speeds.Decay of initial Flow vs. time at 300 r/minLoading TubingWARNING:Turn drive off before removing or installing tubing. Fin-gers or loose clothing could be caught in the rollers.1.Rotate Locking Ring fully counterclockwise to unlock Occlusion Adjust-ment Knob.2.Rotate the Occlusion Adjustment Knob completely counterclockwise.Figure 3.Occlusion Assembly in Raised Position3.Lift the Occlusion Bed as shown in Figure 3, then remove the OcclusionBed by sliding out the front of the Body Assembly.CAUTION:Use only pre-formed MASTERFLEX® L/S® PTFE tubing.Use of other tubing may result in premature or unknownfailure modes.4.Install the pre-formed PTFE tubing assembly in the groove of theOcclusion Bed as shown in Figure 4.Figure 4.Positioning Tubing Assembly in Occlusion Bed5.Slide the occlusion assembly into the front of the body assembly. WARNING:Use recommended fittings only. Use of improper fit-tings and/or improper connection to fittings may re-sult in leakage at the fittings.6.Attach connecting fitting to the inner PTFE tubing in the Pump Head.Never attach connecting fitting over the larger of the two concentric PTFE tubing sections.WARNINGS:Do not operate the pump without the following precau-tions:Either of the following two conditions can result insudden and/or extensive tubing failure. Tubing failuremay result in liquid leaking from pump. In the event oftubing failure, operating pump at elevated speeds andpressures will result in accelerated liquid leakage. Useappropriate measures to protect operator and equip-ment from caustic liquids.1.HIGH PUMP-generated pressures.A PRESSURE RELIEF/BYPASS VALVE must alwaysbe installed in a potentially high pressure system toprevent the pump from exceeding the maximum ratedpressure (100 psig; 6.8 bar).a.where the possibility of a blocked outlet occurs.b.where occlusion setting is greater than recom-mended.c.where higher pressure filters are used that do nothave a built-in pressure relief system.2.HIGH SYSTEM-generated back pressures.AN INJECTION CHECK/BACK PRESSURE VALVEshould always be installed when pumping into apressurized reservoir or line. This will preventsiphoning and/or backflow of liquid from a treatedline in the event of tubing failure.NOTE:The following leakage modes are considered evidence of tubing failures:1.Drip from exit of the outer tube of the concentric tubingassembly.2.Liquid between inner and outer tubes of the tubingassembly.3.After pump reaches full prime, a continuous and regularstream of bubbles exiting the tubing assembly.User must replace tubing at first sign of such leakage. Recommended Occlusion SettingCAUTION:Do not run the pump dry for an extended period of time.Pumping dry or over-occluding can cause overheatingand pump damage.Proceed as follows:1.Dip entry and exit connecting tubing approximately one inch into the fluidto be pumped.2.Be sure Pump Drive is turned on and set to desired operating speed.3.Rotate Locking Ring fully counterclockwise. Ring should be againstlower side of Occlusion Adjustment Knob.4.Slowly rotate Occlusion Adjustment Knob clockwise just until bubblesfirst appear at output of the exit connecting tube. Roughly, this will occur when 1) the top of the Occlusion Bed becomes even with the top of the Body Assembly, and 2) the pump noise level decreases.5.Rotate Occlusion Adjustment Knob an additional one-fourth turn clock-wise.6.Rotate Locking Ring fully clockwise until it is tight against the top of theBody Assembly, thus locking the Occlusion Adjustment Knob in place.Optimized Occlusion SettingsOcclusion is reduced by rotating the Adjustment Knob counterclockwise. Some applications require adjustment of the occlusion setting to maximize tube life while others require adjustment to maintain flow rate when substan-tial system pressure exists. However, the recommended setting will meet the requirements of most applications, giving both good tube life and some pressure capabilities.To Maximize Tubing LifeOcclude according to recommended setting described above and allow pump to prime with the fluid to be transferred. Then, while the pump is running, simply reduce the adjusted occlusion setting by slowly turning the Occlusion Adjustment Knob until the flow drop-off becomes unacceptable. Then turn the knob slightly clockwise and lock in position with Locking Ring. To Maintain Flow Rate at Higher PressuresTurn Occlusion Adjustment Knob clockwise just until flow rate returns to the desired level. Lock in position with Locking Ring.MAINTENANCEService Parts:Item Part NumberOcclusion Bed D-2692Thumb Screw (1)B-3304-0012Phillips Head Screw (1)B-1079-0076Tang Boot (Closed End)A-3480Tang Boot (Open End)A-3514Occlusion BedProcedures for removal and installation of the Occlusion Bed are covered in the Installation Section.SPECIFICATIONSPUMPMaximum Torque load:150 in-oz (12 kg-cm)Operating Speed:300 r/min maximumOperating Temperature:32°F to 104°F (0°C to 40°C) Storage Temperature:−50°F to 150°F (−45°C to 65°C) Humidity (Non-cond):10% to 90% RHDimensions (L x W x H):2-11/16 in x 3-5/16 in x 5-1/2 in(6.83 cm x 8.4 cm x 14.0 cm) Weight: 2 lb. (0.91 kg)Color:BlackMaterial:Pump Head:Anodized aluminum, acetal, andstainless steelKnob:PlasticTUBINGMaterial:PTFETubing Length:15 inches ±1 inch (38 cm ±2.54 cm) Tubing Diameter:77390-502mm ID, 4mm OD77390-604mm ID, 6mm OD Maximum Pressure at rated flow:100 psig*Operating Temperature (Continuous):32°F to 104°F (0°C to 40°C) Operating Temperature (Intermittent):32°F to 212°F (0°C to 100°C) Storage Temperature:−50°F to 150°F (−45°C to 65°C) Humidity (Non-cond):10% to 90% RH* Tubing life is significantly reduced at elevated pressure.WARRANTYUse only pre-formed MASTERFLEX® L/S® PTFE tubing. Use of other tubing may result in premature or unknown failure modes.The Manufacturer warrants this product to be free from significant deviations from published specifications. If repair or adjustment is necessary within the warranty period, the problem will be corrected at no charge if it is not due to misuse or abuse on your part as determined by the Manufacturer. Repair costs outside the warranty period, or those resulting from product misuse or abuse, may be invoiced to you.The warranty period for this product is noted on the Warranty Card.PRODUCT RETURNTo limit charges and delays, contact the seller or Manufacturer for authori-zation and shipping instructions before returning the product, either within or outside of the warranty period. When returning the product, please state the reason for the return. For your protection, pack the product carefully and insure it against possible damage or loss. Any damages resulting from improper packaging are your responsibility.NOTE:Items returned must be free of hazardous or toxicmaterials.TECHNICAL ASSISTANCEIf you have any questions about the use of this product, contact the Manufacturer or authorized seller.Printed in U.S.A.070102NOTES。

衬氟管道离心泵型号参数说明

优秀水泵制造商-上海沈泉泵阀制造有限公司是一家专业生产，销售管道泵，排污泵，消防泵，化工泵等给排水设备的厂家，产品涉及工矿企业、农业、城市供水、石油化工、电站、船舶、冶金、高层建筑、消防供水、工业水处理和纯净水、食品、制药、锅炉、空调循环系统等行业领域。

上海沈泉泵阀制造有限公司是集研究、开发、生产、销售和服务为一体的泵阀生产企业。

产品涉及工矿企业、农业、城市供水、石油化工、电站、船舶、冶金、高层建筑、消防供水、工业水处理和纯净水、食品、制药、锅炉、空调循环系统等行业领域。

管道离心泵型号众多，并且在规格上还有着单级和多级两种，结构上也有着立式和卧式两种，可见其规格型号之丰富。

而能输送各种耐腐蚀介质的衬氟管道离心泵，也是其中管道离心泵众多规格型号下的其中一种。

在对于衬氟管道离心泵的选型上，若是用户能够知晓衬氟管道泵的型号参数，那么对于选型是非常有帮助的，为此，上海沈泉就为大家简单的讲解下这方面的内容。

首先，小编先拿出GBF衬氟立式管道离心泵来为大家讲解，这是由于不同的厂家所生产的衬氟管道离心泵在规格型号上都有所不同，为了方便大家理解，故以此来为大家讲解。

GBF耐腐蚀离心泵性能参数选型表：GBF衬氟立式管道离心泵：这是一款立式结构的离心泵，是沈泉在一般立式泵的基础上并结合了国内优秀水力模型及ISG型管道离心泵之性能参数所生产出来的水泵，并且采用了聚全氟乙丙烯(F46)材质，这是一种具有非常优良的耐蚀和耐热性能的材料,除熔金属锂、钾、钠、三氟化氯、高温下的三氟化氧、高流速的液氟外，它几乎可以抵搞所有化学介质(包括浓硝酸和王水)。

在采用了这种材质后使得该泵非常适用于在-85℃～+200℃温度的条件下，长期输送任意浓度的酸、碱液、氧化剂及其它腐蚀性液体。

在用途上被人广泛用于石油、化工、冶金、电力、造纸、烟气脱硫、除尘、食品制药和合成纤维等部门。

除此之外，该泵还具有着高效节能、噪音低、性能可靠等优点。

综上所述，便是小编对于衬氟管道离心泵型号参数说明的简单讲解了，希望能够对大家有所帮助。

Endurance Equipment EFP1.5H 消防泵用户手册说明书

USING YOUR FIRE PUMP
Whether you are washing down a tennis court or preparing for an approaching fire, the same basic procedures of fire pump operation apply:
2. Attach intake hose to pump. Take female cam lock on end of intake hose and clamp onto male cam lock that is now attached to the pump. 3. Attach the foot valve strainer to opposite end of intake hose. 4. Drop strainer end of intake hose into water source.
Gasoline Fire Pump 40/1.5 70/230 (100psi) 8/26 13.5/477 65 Forced Air cooled, 4-stroke OHV 6.5/3600 3.6/1 Unleaded gasoline Recoil 25/55 520x385x470 / 20.5x15x18.5 50’ Fire Hose, Fog/Stream Nozzle, 8’ Intake Hose with Strainer & Camlock Couplers
STORAGE
Proper storage of your fire pump system is essential to ensure that it is ready for the next use.

FSB氟塑料离心泵使用手册

2 40FSB-15
3 40FSB-20 770 610 460 80 80 340 310 280 250 287 162 40 85 180 4-φ14
4 40FSB-30
5 50FSB-20
6 50FSB-25 780
75 90
48 82
610 460
340 310 280 250 287 162
表二
序号
型号
外型及安装尺寸
L
S
P
f
W
T
H
h
x
m
1 40FSB-15(D)
2 40FSB-20(D)
510
90
3 40FSB-30(D)
310
4 50FSB-20(D)
40
85
220 170 265 140
180
5 50FSB-25(D) 520
93
48
82
6 50FSB-30(D) 510
90
40
85
二、管道...........................................7
使用及维护部分
一、使用前的注意事项...............................8
二、启动与运行.....................................8
三、维护与保养.....................................8
四、拆卸和组装.....................................9
五、服务承诺.......................................9

F泵使用说明书

F500/800/1000泥浆泵使用说明书2004年5月前言F－500/800/1000钻井泵使用说明书是提供给用户的一套完整资料。

编写这些资料的目的是为了给予用户准确而简明的数据及操作要领，而这是进行调试及维修所必须的。

本说明书供给为全面熟悉钻井泵的操作者、现场维修人员和技术服务人员使用。

它不打算也不可能在这有限的篇幅内将每个可能遇到的情况都提到，但可使用户往往从中获得良好而满意的机械操作方法和安全的预防措施。

所有规范都是根据工程设计编制的，应在各项修理作业时严格遵守。

有关其它制造厂家生产的设备在使用和维修时，则以制造厂家的资料为准。

公司有权在任何时候停用各种泵的型号，变更任何型号的钻井泵的设计，事后并不通知，亦不负任何责任。

本说明书如有不完善之处，恳请读者提出宝贵意见和建议。

编者目录表（F-500/800/1000钻井泵）章节内容1. F-500/800/1000钻井泵使用维护说明书2. F-500/800/1000钻井泵零件目录3. KB-45/75空气包零件目录4. JA3剪销安全阀零件目录第 1章F-500/800/1000钻井泵使用维护说明书目录总体尺寸 (5)新泵的安装 (8)对吸入系统的要求 (13)动力端的准备工作 (13)喷淋泵总成 (16)液力湍零件的装配 (20)润滑 (23)最低工作速度 (23)控制液流的飞溅润滑 (24)压力润滑系统 (26)润滑系统的维护 (27)维护 (29)动力端 (29)滚柱轴承 (30)小齿轮轴总成 (32)曲轴总成 (33)将曲轴总成安装在机架上 (37)十字头导板的安装 (39)F-500泵导筒的更换 (39)十字头的安装 (41)十字头对中的检查 (43)液力端的维护保养 (44)补焊和修理 (49)阀盖孔的修理 (50)泵的各总成的大约重量 (50)维护检查点 (52)可能发生的故障和排除方法 (55)封存注意事项 (56)5总体尺寸图1 F系列泵各部尺寸示意图6F 系列泵各部尺寸表(表1) 泵型号 F-500(英*) F-800(英*) F-1000(英*) F-1300(英*) F-1600(英*) F-1600HLH 1226.7(*) 1337.9(1304.9*) 1480.5(1464.5*) 1609.9(1665.9*) 1609.9(1665.9*) 1715.9H1 1130.3 1249(1216*) 1363(1347*) 1457.65(1513.6*) 1457.65(1464) 1669 H2 421.8(389*) 422(397*) 503(487*) 492.25(548.2*) 492.25(548.2*) 598L1 1419.2 1636.3 1870.1 2244.7 2244.7 2789.8 L2 305 330.2 330.2 419.1 419.1L3 250.8 273.1 273.1 324 324 321.6(223.4) A1 806.45 882.7 1028.7 1028.7 1028.7 1028.7B 1198.6 1330.2 1375 1424 1424 1340A 1500 1607 1800 1880 1880 L 3657.6 3963 4269 4426 4426 A2 153 150 178 155 155 H3 287(256*) 287(256*) 327(307*) 251(307*) 251(307*)输入轴长 1879.62050.13 2260.6 2413 2413 2413 d φ139.7(0,-0.05) φ177.8(0,-0.05) φ196.85（0,-0.05）φ215.9(0,-0.05) φ215.9(0,-0.05) φ215.9(0,-0.05) h 121.5（+0.17，） 152.42 167.71 187.07 187.07 187.07 轴头尺寸k 31.75±0.05 44.45±0.05 50.8±0.05 50.8±0.05 50.8±0.05 50.8±0.057F 系列泵各部尺寸表(表2) 泵型号 F-500 F-800 F-1000 F-1300 F-1600 F-1600HLdφ139.7(0,-0.05) φ177.8(0,-0.05) φ196.85（0,-0.05）φ215.9(0,-0.05) φ215.9(0,-0.05) φ215.9(0,-0.05) h 121.5（+0.17，-0.24）152.42 （0，-0.40） 167.71 （0，-0.45） 187.07 （0，-0.29） 187.07 （0，-0.29） 187.07 （0，-0.29）轴头尺寸 k 31.75±0.05 44.45±0.05 50.8±0.05 50.8±0.05 50.8±0.05 50.8±0.05 d1 φ222φ277.8 φ328 φ329 φ329 φ329 D1 φ337 φ406.5 φ457.2 φ457 φ457 φ457.2 n1-φ 12×φ28.5 12×φ25.5 12×φ28.5 12×φ28.5 12×φ28.5 12×φ28.5 D f1 φ285.75 φ365 φ400 φ400 φ400 φ400 吸入口尺寸δ1 30 30 30 30 30 30 d2 φ103.2 φ103.2 φ103.2 φ103.2 φ130 D2 φ375 φ375 φ375 φ375 385 n2-φ 8×φ42 8×φ42 8×φ42 8×φ42 12×φ32 D f2 φ292.1 φ292.1 φ292.1 φ292.1 排出口尺寸δ2 83/R44,52MPa 83/R44,52MPa 83/R44,52MPa 83/R44,52MPa BX169/78MPaF-500/800/1000钻井泵使用说明书新泵的安装公司生产的F系列泵，在发运到油田以前已完全组装好，并经过负荷运转试验，润滑油已从动力端放出。

IHF氟塑料离心泵说明书

1 用途：汽车制造中的酸洗、喷漆工艺；有色金属冶炼中的电解液输送；离子膜烧碱项目中的氯水、废水处理和加酸等工艺流程。

适用温度：-20℃～100℃。

2 设计特点：本系列产品按国际标准设计制造（ISO2858），泵体采用金属外壳内衬氟塑料，叶轮及泵盖均采用金属嵌件外包氟塑料合金模压成型，使其具有超强的抗冲击能力又有卓越的耐腐蚀性能，轴封选用先进的外装式波纹管机械密封，对磨的密封面有：碳化硅、陶瓷、四氟、硬质合金可供选择。

具有很高的性能价格比，是目前化工行业应用最为广泛的防腐离心泵。

3氟塑料离心泵用途：IHF离心泵的耐腐和耐磨性已得到实际使用的证实和广大用户的一致认可，目前已被广泛应用于：化工生产中的腐蚀性介质输送、离子膜烧碱项目中的氯水废水处理和加酸工艺（目前国内大部分离子膜烧碱项目用泵均选用我公司产品）、有色金属冶炼中的电解液输送、汽车制造中的酸洗工艺，及制药、石油、电力、电镀、染料、农药、造纸、食品、纺织等众多行业，在-85℃～150℃温度条件下长期输送任意浓度的硫酸、盐酸、氢氟酸、硝酸、王水、强碱、强氧化剂、有机溶剂、还原剂等强腐蚀介质而毫不受损，是目前最受使用单位欢迎的泵类设备之一。

4 结构与材料：ÀIHF系列衬氟离心泵5型号意义：IHF50-32-160(D)IH 国际标准化工泵系列代号32 泵出口直径是32mmF 过流部件材质为氟塑料合金160 叶轮名义直径160mm50 泵进口直径是50mm D 短支架结构代号6型号及参数：表一（n=2900r/min）流量扬程效率汽蚀余量进口*出口转速电机功率整机质量型号m³m%m mm r/min kw kg280122.525×2029007.5225IHF25-20-250*3.680185.57826*6.33230IHF40-25-160340×252900312483231103032*6.35020IHF40-25-200340×252900 5.517085023104830*6.38020540×32290011255 IHF40-32-2508802412783472247IHF50-32-1253.250×322900 2.2110*12.52052151650733353.250×3229004135IHF50-32-160*12.5324715304775128IHF50-32-2003.250×3229007.5180*12.5504015494878021IHF50-32-250550×32290011255 *12.580341577381522463.565×5029003135IHF65-50-125*252061351667153345IHF65-50-1603.565×502900 5.5155*2532563530651552353.565×50290011210IHF65-40-200*25505135464815 823325 8048IHF65-40-2503.565×50290018.536035 7250352252480×652900 5.5195 IHF80-65-125*502065601870353360480×65290011228 IHF80-65-160*503264602753355255IHF80-50-200480×50290015250*505063604555358248IHF80-50-2504.580×50290030480*508056607250652262IHF100-80-1254.5100×80290011245*100206512017686535655100×80290015250 IHF100-80-160*10032701102665655162IHF100-65-2005100×65290030480 *10050681204356658260IHF100-65-2505100×65290055630 *100806512065701003857IHF125-80-1605125×80290030460 *1603264180265212055636125×100290055660 IHF125-100-200*2005065220456212086546125×100290075850 IHF125-100-250*20080682106561表二（n=1450r/min）流量扬程效率汽蚀余量进口*出口转速电机功率型号m³m%m mm r/min kw3.59303.250×3214500.55 IHF50-32-160*6.38407.57.5403.512.822IHF50-32-2003.250×321450 1.1*6.312.5337.512.3403.52015550×321450 1.5 IHF50-32-250*6.320307.519.3327.5 3.840IHF65-50-1253.565×5014500.55*12.555517.54617.58.8403.565×501450 1.1 IHF65-50-160*12.585117.57.5607.51330IHF65-40-2003.565×401450 1.5*12.512.54617.511.5427.520.528IHF65-40-2503.565×4014503*12.5204317.5184517.5 5.550480×651450 1.1 IHF80-65-125*2556430 4.56817.58.358IHF80-65-160480×651450 1.5*2586230 6.85017.51348480×501450 2.2 IHF80-50-200*2512.5573011.34817.520.5434.580×5014505.5 IHF80-50-250*2520513011.34532.5 5.560IHF100-80-1254.5100×801450 1.5*5056460 4.36532.58.862IHF100-80-1605100×801450 2.2*5086955 6.56232.512.862IHF100-65-2005100×651450 5.5 *5012.5686010.85632.520.560IHF100-65-2505100×651450 5.5 *5020656016.370509.555IHF125-80-1605125×801450 5.5 *8086290 6.5506013.8606125×100145011 IHF125-100-200*10012.56411011.3606021536125×100145015 IHF125-100-250*1002069120197112022605150×125145022 IHF150-125-250*200206524018641203554IHF150-125-3155150×125145045 *200326324030621205550IHF150-125-4005.5150×125145075*200506224047622402260IHF200-150-2505.5200×150145045*400206848017622403655IHF200-150-3155.5200×150145075*400326448029632405552IHF200-150-4006200×1501450110 *40050644804664表三：IHF(D)型短支架流量扬程效率汽蚀余量进口*出口转速电机功率整机质量型号m³m%m mm r/min kw kg73335IHF50-32-160(D)3.250×322900495*12.5324715304775128IHF50-32-200(D)3.250×3229007.5135*12.550401549481522463.565×502900390IHF65-50-125(D)*252061351667153345IHF65-50-160(D)3.565×502900 5.5125*253256353065352252IHF80-65-125(D)480×652900 5.5125*5020656018707性能曲线图8安装尺寸图：9使用说明：9.1安全须知在使用泵组之前请仔细阅读本“安全须知”，以避免发生意外事故和其它的财产损失或损坏。

B系列泵中文说明书

中文说明书Doseuro®S.R.L .ALTERNATIVE DOSING PUMP WITH DIAPHRAGM,INTERPOSED FLUID AND SPRING RETURNSeriesE 125NE 175N E 250NDoseuro 目录1 泵的使用说明2 编码说明3 泵的技术参数4 工况条件5 使用概况6 泵的运输和储存7 去除保护帽8 泵的安装9 泵的位置10 泵与系统的联系11 排液端的连接12 脉动阻尼器的安装13 齿轮油的添加14 电机接线15 噪音16 泵的启动17 泵的调节18 附加设备19 其他附件20 维修保养21 泵头的定期检查22 拆换泵头及膜片23 拆换柱塞24 添加液压油25 工厂维修26 泵的报废27 部件及有害物质的处理1. 泵的使用说明1.1 泵的应用计量泵是应用在需要调节泵的流量的场合。

泵的构成：运动:根据实际的计量情况而调整电机转速, 并通过推杆及复位弹簧将往复运动变为直线运动。

传递运动: 铸铝弹性接头调节:在工作状态下和静止状态下, 都可以通过调节复位弹簧, 在0%-100%之间调整流量。

液力件：通过吸口阀计量并吸入液体，然后通过出口阀排出。

电机：三相或单相电机。

结构： V18－F－CVE三相电源: 220／240V±80／415V 50Hz； 220／280V－380／480V－60Hz单相电源:230V－50Hz我们可以根据客户要求, 提供不同电压和频率的产品。

齿轮箱：铸铝外置零件：推杆的材质是S.S. 420, 保护件及其他附件的材质都是不同种类的塑料。

2 编码说明以下述计量泵为例，说明编码中每个字母代表的意义▲注意泵头材质的技术特点请参阅更多的技术数据表B125N - 25/F 11 DV3 泵的技术参数下面是各系列计量泵技术参数参照表，请仔细阅读，严格按照要求工况运行，确保对泵不造成损坏。

B 125N – E 125N type dataB 175N - E 175N type dataB 250N - E 250N type data4 工况条件泵的实际流量与所输送的液体的粘度，比重及水力损失有关。

管道泵技术规范书

卷册检索号37-F2792CB-C12嘉峪关宏晟电热有限责任公司工程2X300MW机组管道泵技术规范书嘉峪关宏晟电热有限责任公司23300MW机组工程管道泵技术规范书除灰系统1概述1.1嘉峪关宏晟电热有限责任公司新建23300MW机组，安装两台哈尔滨锅炉厂生产的1025t/h自然循环汽包炉。

除灰渣系统需采用管道泵对供水升压以满足系统要求。

本技术规范书是对该工程中管道泵技术要求作出规定。

1.2本技术规范书提出的是最低限度的技术要求，并未对一切技术细节作出规定，也未充分引述有关标准和规范的条文，投标商应保证提供符合本技术规范书和工业标准，技术先进、成熟、可靠，具有在设计和实际运行两方面在设备出力等指标上接近或优于本工程、并已成功运行两年以上的技术经验，满足环境保护要求的优质产品。

1.3需方在本技术协议书中提出了最低限度的技术要求，并未规定所有的技术要求和适用的标准，投标商提供一套满足本技术协议书和所列标准要求的高质量产品及其相应服务。

对国家有关安全、环保等强制性标准，必须满足其要求；1.4如果投标商没有书面对本技术规范书的条文提出异议，则需方认为投标商提供的产品完全符合本技术规范书的要求；投标商对本技术规范书中有疑义或未涉及到的内容条款，须按招/投标文件及澄清书中相关内容执行。

1.5在合同签订后，需方有权提出因协议标准和规程发生变化而产生的一些补充要求，具体项目由供需双方共同商定。

1.6本技术规范书中使用的标准如与投标商所执行标准发生矛盾，按较高标准执行。

2设备参数2.1以下为管道泵的基本技术规范，所缺数据由设备制造厂填写。

型号：，设计流量： 32m3/h设计扬程： (≥20m )设计点的效率： %实际流量范围：实际扬程范围：允许吸上真空高度：叶轮直径： mm进口直径： mm出口直径： mm泵效率：泵重量： kg电动机型号： Y系列电压： 380V功率： kW防护等级： IP54电机转速：电机重量： kg总重量： kg安装位置：室外设备数量： 2 台3技术要求3.1 输送介质为清水。

氟塑料衬里离心泵安全操作及保养规程

氟塑料衬里离心泵安全操作及保养规程1. 前言氟塑料衬里离心泵是一种常见的工业泵，通常用于输送各种化学溶液和腐蚀性介质。

由于其材质特殊，操作与保养要求也相对更加严格。

本文将详细介绍氟塑料衬里离心泵的安全操作及保养规程。

2. 操作安全2.1、保证操作人员安全氟塑料衬里离心泵通常都是在化工生产场地中使用，使用前必须了解其性能、特点和性质。

使用前用户必须参照相关工艺流程和工艺装置的要求，进行防护措施，随身携带防护用品，操作时进行必要的交底和安全提示，并严格遵循安全作业规定和操作规程，确保自身的安全。

2.2、保证泵的正常运行氟塑料衬里离心泵在使用过程中，必须严格按照使用说明及维修保养要求操作和保养，并定期进行检修、保养、更换易损件和零部件。

加强检修和维护，做到定期检定确保其安全性能的正常运行。

2.3、避免介质泄漏氟塑料衬里离心泵操作时，要严格遵循它的使用规程，定期进行检查，发现异常情况及时处理。

使用中要注意监测排液管道是否通畅，保证泵的密封性。

如发现介质泄漏，应立即采取必要的措施，妥善处理。

2.4、处理故障氟塑料衬里离心泵使用过程中出现故障，应第一时间切断电源并采取必要措施。

对于无法解决的故障，应及时通知设备管理人员，由专业人员更换或维修。

3. 保养规程3.1、日常保养氟塑料衬里离心泵日常使用时，最好每班进行一次外观检查，并对泵体、管路、阀门、管道支承等部位进行定期检查，清洁保养，防止过多污垢、杂物沉积堵塞，避免出现异常情况。

同时进行加油、加液，保证泵的良好润滑。

3.2、定期保养氟塑料衬里离心泵定期进行保养，具体包括轴承、密封件等易损部位的检查、维修、更换；清洗、排气等。

检查液压管路等液压元件，对磨损的部位进行更换。

另外，定期校对泵的性能参数，如流量、扬程、功率等。

3.3、长期保养氟塑料衬里离心泵使用一定时间后，对泵体和机组进行大修，主要包括以下内容：检查泵体、轴承、齿轮、耐磨衬里等部位的磨损情况，必要时对其进行更换；清洗内部介质残留物，以防对下次使用产生不利影响；磨损的部位需要进一步修复或更换。

衬氟阀门使用说明及安装须知

衬氟阀门使用说明及安装须知
1衬氟阀门法兰盖板不能随意打开，除非已准备与管路连接，否则PTFE法兰面可能因温差、异物造成磕碰划伤或扭曲变形而影响密封，如因检验需要而移动盖板，也必须待检验后速将盖板重新复位，以保护PTFE法兰面。

2衬氟阀门与管路连接时，一般并不再单独使用垫片，但与异种材料(金属面等)法兰面相接时，应采用适当垫片，以保护PTFE法兰面。

3衬氟阀门在系统使用中，如在较高温度下发生泄漏，应首先将系统温度降至室温后，再查明原因，进行维修。

4安装时法兰螺母应按对角线方向(对称)依次均匀旋紧，并配以适当力矩：
a若法兰密封面发生泄漏，并且泄漏位置螺母已锁紧，此时应放松泄漏位置螺母半圈，再将其对侧施以同样力矩再次锁紧；
b若上述办法仍未止漏时，应检查PTFE法兰面是否有凹凸压痕、划伤，届时可用细纱纸、布予以整平重新连接。

5不允许在衬氟阀门上做任何高温焊接工作，以免造成衬里层的损害。

6衬氟阀门应存放于干燥通风的室内，严禁堆叠放置。

7经维修后的衬氟阀门在使用前要按相关标准测试合格方可安装。

8手动操作衬氟阀门时，不允许借助其它杠杆加力强行开、关阀门。

9有方向性要求的衬氟阀门在安装时要注意介质的流向应顺阀体上箭头所示方向，并确保操作、维修方便。

IHF氟塑料离心泵说明书

1 用途：汽车制造中的酸洗、喷漆工艺；有色金属冶炼中的电解液输送；离子膜烧碱项目中的氯水、废水处理和加酸等工艺流程。

适用温度：-20℃～100℃。

具有很高的性能价格比，是目前化工行业应用最为广泛的防腐离心泵。

衬氟管道泵型号及参数

【GBF型衬氟管道泵┃化工管道泵】产品:【GBF型衬氟管道泵┃化工管道泵】产品简介：GBF型衬氟管道泵┃化工管道泵，氟塑料是当今世界最优秀的耐腐蚀材料，公司选用该材料生产的GBF型衬氟管道泵┃化工管道泵。

配合国内优秀水力模型和采用IS型离心泵之性能参数，在一般立式泵的基础上进行巧妙组合设计而成。

GBF型衬氟管道泵┃化工管道泵具有特强的耐腐蚀性能，可替代316L不锈钢、钛合金等贵金属，而且高笑节能、噪音低、性能可靠等优点。

【GBF型衬氟管道泵┃化工管道泵】型号意义：【GBF型衬氟管道泵┃化工管道泵】使用范围：GBF型衬氟管道泵┃化工管道泵适用于-85℃~+200℃温度的条件下，长期输送任意浓度的酸、碱液、氧化剂及其他腐蚀性液体。

广发用于石油、化工、冶金、电力、造纸、烟气脱硫、除尘、食品制药和合成纤维等部门。

【GBF型衬氟管道泵┃化工管道泵】产品特点：1、GBF型衬氟管道泵┃化工管道泵为立式结构，进出口口径相同，且位于同一中心线上，如加上防护罩则可置于户外使用。

2、GBF型衬氟管道泵┃化工管道泵叶轮直接安在电机轴承配置合理，能有效地平衡泵运转产生的径向和轴向负荷，从而保证了泵的运行平衡，振动噪音很低。

3、GBF型衬氟管道泵┃化工管道泵轴封采用普通型和耐颗粒型的机械密封和机械密封组合，耐磨耐腐，能有效地增长机械密封的使用寿命。

4、GBF型衬氟管道泵┃化工管道泵可根据使用要求即流量和扬程的需要采用泵的串、并联运行方式。

【GBF型衬氟管道泵┃化工管道泵】性能参数：型号流量m3/h杨程m转速r/min电机功率kw25-12542029000.75～1.1 25-125A3．61629000.55～0.75 25-1604322900 1.5～2.2 25-160A3．7282900 1.1～1.5 40-1256．3202900 1.1～1.5 40-125A5．61629000.75～1.1 40-1606．3322900 2.2～3 40-160A5．9282900 1.5～2.2 40-2006．35029004～5.5 40-200A5．94429003～4 50-12512．5202900 1.5～2.2 50-125A11162900 1.1～1.5 50-16012．53229003～4 50-160A11．7282900 2.2～3 50-20012．5502900 5.5～7.5 50-200A11．74429004～5.5 65-125252029003～4 65-125A22．3162900 2.2～3 65-160253229004～5.5 65-160A23．42829004～5.5 65-200255029007.5～11 65-200A23．54429007.5～11 80-12550202900 5.5～7.5 80-125A451629004～5.5 80-160503229007.5～11 80-160A46．72829007.5～11 80-2005050290015～18.5 80-200A4744290011～15100-12510020290011～15100-125A891629007.5～11100-16010032290015～18.5100-160A93．528290011～15100-20010050290022～30100-200A93．544290018.5～22125-12516020290015～18.5125-125A14316290011～15125-16016032290022～30125-160A150********.5～22150-12516020290015～18.5150-125A150********～15150-16016032290022～30150-160A150********.5～22怎样选择水泵？建议从五个方面加以考虑，既液体输送量、扬程、液体性质、管路布置以及操作运转条件等。

衬氟化工离心泵

长沙多级泵厂家宏力泵业整理
衬氟化工离心泵
产品概述
IHF为单级单吸式氟塑料合金化工离心泵该泵是按照国际标准并结合非金属泵的加工工艺设计生产。

泵体采用金属外壳内衬聚全氟乙丙烯(F46)，泵盖、叶轮和轴套均用金属嵌件外包氟塑料整体烧结压制成型，轴封采用四氟填客观存在材料，进出口均采用铸钢体加固。

实际使用显示，该泵具有耐腐、耐磨、耐高温、不老化、机械强度高、运转平稳、结构先进合理、密封性能严格可靠、拆卸检修方便、使用寿命长等优点，广泛适用于化工、制药、石油、冶金、冶炼、电力、电镀、染料、农药、造纸、食品、纺织等行业，在-85℃～200℃温度条件下长期输送任意浓度的硫酸、盐酸、氢氟酸、硝酸、王水、强碱、强氧化剂、有机溶剂、还原剂等强腐蚀介质，是目前世界是最耐腐蚀设备之一。

使用范围
本产品广泛适用于：汽车制造中的酸洗、喷漆工艺;有色金属冶炼中的电解液输送;离子膜烧碱项目的氯水、废水处理和加酸等工艺流程;使用温度-20℃～100℃。

IHF型离心泵按国际标准设计，泵体采用金属外壳内衬氟塑料，叶轮经及泵盖均采用金属嵌件外包氟塑料合金压制成型，轴封采用先进的外装式波纹管机械密封，静环选用99.9%氧化铝陶瓷，动环采用四氟填充材料，其特点是耐腐耐磨密封性好。

衬氟离心泵实际安装使用注意事项

衬氟离心泵实际安装使用注意事项衬氟离心泵的安装技术关键在于确定水泵安装高度。

这个高度是指水源水面到水泵叶轮中心线的垂直距离，它与允许吸上真空高度不能混为一谈，衬氟离心泵铭牌或产品说明书上标示的允许吸上真空高度是指水泵进水口断面上的真空值，而且是在1标准大气压下；水温20摄氏度情况下，进行试验而测定得的。

它并没有考虑吸水管道配套以后的水流状况。

而水泵安装高度应该是允许吸上真空高度扣除了吸水管道损失扬程以后，所剩下的那部分数值，它要克服实际地形吸水高度。

水泵安装高度不能超过计算值，否则，水泵将会抽不上水来。

另外，影响计算值的大小是吸水管道的阻力损失扬程，因此，宜采用最短的管路布置，并尽量少装弯头等配件，也可考虑适当配大一些口径的水管，以减管内流速。

应当指出，水泵安装地点的高程和水温不同于试验条件时，譬如当地海拔300米以上或被抽水的水温超过20摄氏度，则计算值要进行修正。

即不同海拔高程处的大气压力和高于20摄氏度水温时的饱和蒸汽压力。

但是，水温为20摄氏度以下时，饱和蒸汽压力可忽略不计。

从管道安装技术上，吸水管道要求有严格的密封性，不能漏气、漏水，否则将会破坏水泵进水口处的真空度，使水泵出水量减少，严重时甚至抽不上水来。

因此，要认真地做好管道的接口工作，保证管道连接的施工质量。

在实际使用过程中应当注意一下事项，以保证衬氟离心泵稳定安全的运行。

1、衬氟离心泵使用过程中不得空转。

2、衬氟离心泵所打的介质液体不能有颗粒（如果有结晶必须在停机后进行清洗，防止叶轮与机封损坏）。

3、衬氟离心泵在安装前应对泵和电机进行检查，各部分应完好无损，泵内应无杂物。

4、将机组在基础上，在底板和基础之间放成对楔垫，通过高速垫，找正泵的水平。

5、衬氟离心泵的吸入，吐出管路应有支架，不能用泵来支承管路。

进出口管路口径应与泵进出口口径相统一。

6、衬氟离心泵安装完毕，最后用手转动联轴器，检查有无擦碰现象。

7、扬程高的泵在出口管路上还应该安装逆止阀，以防突然停机的水锤破坏。

浦发泵操作说明书

Read these instructions and the instructions covering operation of the pumpdrive unit. Do not operate the gas engine (if so equipped) until you have put oil in the engine. Do not run the pump dry. Always fill the pump with water or the fluid being pumped before starting the drive unit to avoid premature pump seal failure.The gas engine (if so equipped) is shipped with no oil in it. Consult your engine owners manual for specific oil recommendations and maintenance procedures. For engine warranty service contact your local engine dealer.Make certain that all hose and pipe connections are air tight. An air leak in the suction line may prevent priming and will reduce the capacity of the pump. Always place the pump as close to the liquid to be pumpedasas possible. Keep the suction line short and with few bends. Keep the pump and engine on a level foundation. A poor foundation and a heavy suction hose (made heavier when “primed” full of liquid) could result in a pump “down the hole”. It is not necessary to drain the pump body after use, unless there is a danger of freezing.There are important instructions regarding the preparation of the engine for long periods without use. (Reference the engine instruc-tion manual.) Under these conditions, drain the pump. Leave all plugs (fill and drain) out of the pump. Always store the pump unit in a heated, dry building.When pumping dirty water or liquids containing solids, always use a pump strainer on the end of the suction line.There are no points on the pump that need lubrication. The pumppump seal is cooled and lubricated by the fluid being pumped.WARNING! Do Not use with Flammable Liquids.Do not pump flammable liquids or other hazardous liquids with this pump. Failure to follow this warning can result in explosion, serious bodily injury or death. For safe operation read and follow the safety precautions in the following owners manual. Note: Engine warranty service available at authorized Briggs & Stratton and Honda dealers.1½", 2" & 3" Self-Priming Centrifugal Pump Instruction ManualD ISASSEMBLY I NSTRUCTIONS :1. Remove the 10 body screws (12720), lock washers (V07018) and nuts (V07019) from the pump assembly. Remove the body from the pump assembly.2. Remove the check valve (12705) from the volute (12702A). Remove the one upper volute screw (12900) and the two smaller volute screws (12725) from the volute. Remove the volute from the remaining pump assembly.For 3" PUMPRemove the check valve (12705) from the volute (13702). Remove the one upper volute screw(12900) and the two smaller volute screws (12725) from the volute. Remove the volute from the remaining pump assembly.3. Remove the impeller bolt (12765A) from the impeller (12771A/12772). Remove the impeller bolt gasket (12774VA) from the impeller.For 3" PUMPRemove the impeller bolt (12765A) from theimpeller (13772). Remove the impeller bolt gasket(12774VA) from the impeller.1224. Screw the supplied 7/16-14 hex head cap screw into the impeller snout. As the bolt is tightened the impeller will be pried off of the shaft of the drive unit. Remove the 7/16-14 screw once the impeller has been removed from the drive unit.If the pump impeller is going to be reused the ceramic seal half (12713) should be removed from the impeller at this time. The impeller key (12902A) located behind the ceramic seal half should be replaced at this time also.5. Remove the four bracket screws (12715A), rear bracket washers (12901), and screw head O-rings (12717) from the rear bracket using a ½" socket. With the four bracket screws removed the rear bracket can now be removed from the drive unit.6. Remove the carbon seal half from the rear bracket. This may be done by using a round object such as a wrench socket and tapping it gently with a hammer. The seal is very fragile so take care not to crack the seal if it will be reused. With the pump completely disassembled; clean all of the reusable parts thoroughly, removing any traces of old gasket material and trapped or dried liquids that were run through the pump.At this time, it may be necessary to polish the drive unit shaft to remove any corrosion that may haveformed.456A SSEMBLY I NSTRUCTIONS1. Install the pump slinger (12706) on to the drive unit shaft. The slinger should be slid all the way back on the shaft of the drive unit so that the slinger covers the step on the drive unit shaft as shown.3. Place the seal O-ring (12710) behind the lip of the carbon seal half. The carbon seal half (12713) should now be installed into the rear bracket as shown at right.3. To install the carbon seal half into the rear bracket use a tool such as a 1 ½" pipe nipple or arbor press to give even pressure on the metal flange of the seal housing during installation. Gently press the seal into position until it bottoms.4. Clean the threads of the bracket screws (12715A) thoroughly. Once clean, install the four flat washers (12901) and four screw head O-rings (12717) onto each of the bracket screws.11345. Install the rear bracket onto the drive unit using the bracket screw assemblies from the previous step. The handle of the rear bracket should be to the top of the drive unit. Tighten the screws securely.6. Verify that the impeller hex nut (12775A) is located at the bottom of the impeller snout, itshould be installed now. A very light press fit may be required to install the nut into its cavity.Install the ceramic seal half into the impeller. The seal half is pressed into the hub of theimpeller by using an arbor press or similar tool that will provide a uniform press fit. The outside diameter of the rubber boot may be sparingly coated with silicone to ease installation. Be absolutely sure that the ceramic seal half is bottomed out and installed squarely. If theinstallation is not square, seal wobble will occur leading to premature seal failure. Care must be used when handling the seal to not scratch the seal surface.7. Place the impeller key (12902A) in the slot located inside the impeller snout. The impeller (12771A/12772) is now ready to be slid onto the drive unit shaft.8. Secure the impeller to the drive unit shaft with the impeller bolt gasket (12774VA) and impeller bolt (12765A). Tighten the impeller bolt until snug.For 3" PUMPPlace the impeller key (12902A) in the slot located inside the impeller snout. The impeller (13772) is now ready to be slid onto the drive unit shaft. Secure the impeller to the drive unit shaft with the impeller bolt gasket (12774VA) and impeller bolt (12765A). Tighten the impeller bolt until snug.57bracket as shown.10. Install the volute (12702A) onto the rearbracket using the three volute screws (1-(12900), 20(12725)). Install the check valve (12705) onto the snout of the volute. The drive unit should be turned over a few times to check for clearance between the impeller and volute. A small amount of drag between the impeller and volute will cause no problem, however, if the drive unit will not turn over because of the lack of clearance a bracket shim may have to be used.For 3" PUMPInstall the volute (13702) onto the rearbracket using the three volute screws (1-(12900), 20(12725)). Install the check valve (12705) onto the snout of the volute. The drive unit should be turned over a few times to check for clearance between the impeller and volute. A small amount of drag between the impeller and volute will cause no problem, however, if the drive unit will not turn over because of the lack of clearance a bracket shim may have to be used.101011. Place the pump body O-ring (12719A) around the outside flange of the rear bracket. The O-ring may be sparingly lubricated with silicone to ease installation of the pump body in the next step.12. Install the pump body (12712) as shown below with the outlet flange facing up. Install the 10 body screws (12720), 10 lock washers (V07018), and 10 nuts (V07019) to secure the pump body to the rear bracket. Tighten the bolts securely all the way around.For 3" PUMP12. Install the pump body (13712) with theoutlet flange facing up. Install the 10 body screws (12720), 10 lock washers (V07018), and 10 nuts (V07019) to secure the pump body to the rear bracket. Tighten the bolts securely all the way around.The pump is now ready for operation.1112(Viton & Buna Seals available upon request.。

FPUGR100 200系列正压泵产品说明书

LߜSuitable for PumpingWater, Oils and Select SolventsߜOutputs a RelativelyConstant Flow Rate Regardless of Outlet Pressure ߜFPUGR100 SeriesHandles Fluids up to 500 SSU Viscosity and FPUGR200 Series up to 100,000 SSU (with Proper Motor)The FPUGR100 and FPUGR200Series positive displacement pumps output a relatively constant flow rate regardless of outlet pressure,providing an almost pulsation-free flow. Pumps are self-priming up to 6 m (20') dry with new gears;however, running the pump dry will substantially decrease gear life.The FPUGR100 and FPUGR200Series feature Buna (FKM optional)zero-leakage lip seals. To protect against excessive back pressure,SPECIFICATIONSWetted Parts:Bronze gears, 303SS shaft, Buna lip seal (FKM optional),carbon-graphite bearings (standard on FPUGR100/200 Series)Max Pressure:100 psig; FPUGR109 and FPUGR206 limited to 50 psig for water and low viscosity liquids Temperature Range: Buna (Nitrile): -54 to 121°C (-65 to 250°F)FKM (Optional): -40 to 149°C (-40 to 300°F)Maximum Viscosity (SSU):FPUGR101 thru FPUGR108: 500;FPUGR109: 100; FPUGR200 Series 100,000 with 200 rpm motor speedviscosity with the proper motor.Gear pump motor rpm must be reduced when pumping viscous liquids (refer to Speed Reduction Table), and horsepower must be increased over that which would be required for pumping water (33 SSU). Use the Multipliers for HP Table and multiply by the water horsepower (from the Performance Table) to arrive at the viscous horsepower (see “determining required horse power for viscous liquid” example following the Tables).The FPUGR200 is used for non-lubricating liquids such as water or solvents; carbon-graphite bearings (models with suffix “-CB ”) arestandard.order a model with a built-in relief valve (models with “-R” suffix);otherwise, a blocked discharge line can raise back pressure and damage in-line components or the pump.The valves can be adjustable to open at a preselected pressure.Note:The relief valve is only a safety device;it cannot be used as a pressure or flow control device.The FPUGR100 Series feature self-lubricating bronze gears and carbon-graphite bearings, making the FPUGR100 pumps ideal for non-lubricating liquids such as water and certain solvents.All FPUGR100 motors are continuous duty for 60 Hz Vac, feature open drip-proof enclosures, operate at 1725 rpm. For 115/230 Vac units,the customer must rewire the power cord and a suitable plug for 230Vac. The 230/460 Vac units must be hard-wired by the customer.The FPUGR100 Series are limited to operating with fluids having500 SSU (100 SSU for the FPGR109series) maximum viscosity.FPUGR200 Series pedestal pumps require user-supplied motors (up to 1725 rpm max) and can be used with fluids having up to 100,000 SSUShown much smaller than actual size.FPUGR202-RCB, $246.FPUGR202-CB, $215.FPUGR105, $576.FPUGR105-R, $609.LOW-COST BRONZE GEAR PUMPSFPUGR100 SeriesStarts at$FPUGR105-R, $609,FPUGR105, $576,and consult OMEGA’s Flow Engineering Department for price.Ordering Example: FPUGR107-R , close-coupled gear pump with 1⁄2HP, 115/230 dual-voltage single-phase motor, 3⁄8" FNPT port, and relief valve, $716.LGear Pump HeadsFPUGR202-RCB, $246.FPUGR202-CB, $215.Shown smaller than actual size.CANADA www.omega.ca Laval(Quebec) 1-800-TC-OMEGA UNITED KINGDOM www. Manchester, England0800-488-488GERMANY www.omega.deDeckenpfronn, Germany************FRANCE www.omega.fr Guyancourt, France088-466-342BENELUX www.omega.nl Amstelveen, NL 0800-099-33-44UNITED STATES 1-800-TC-OMEGA Stamford, CT.CZECH REPUBLIC www.omegaeng.cz Karviná, Czech Republic596-311-899TemperatureCalibrators, Connectors, General Test and MeasurementInstruments, Glass Bulb Thermometers, Handheld Instruments for Temperature Measurement, Ice Point References,Indicating Labels, Crayons, Cements and Lacquers, Infrared Temperature Measurement Instruments, Recorders Relative Humidity Measurement Instruments, RTD Probes, Elements and Assemblies, Temperature & Process Meters, Timers and Counters, Temperature and Process Controllers and Power Switching Devices, Thermistor Elements, Probes andAssemblies,Thermocouples Thermowells and Head and Well Assemblies, Transmitters, WirePressure, Strain and ForceDisplacement Transducers, Dynamic Measurement Force Sensors, Instrumentation for Pressure and Strain Measurements, Load Cells, Pressure Gauges, PressureReference Section, Pressure Switches, Pressure Transducers, Proximity Transducers, Regulators,Strain Gages, Torque Transducers, ValvespH and ConductivityConductivity Instrumentation, Dissolved OxygenInstrumentation, Environmental Instrumentation, pH Electrodes and Instruments, Water and Soil Analysis HeatersBand Heaters, Cartridge Heaters, Circulation Heaters, Comfort Heaters, Controllers, Meters and SwitchingDevices, Flexible Heaters, General Test and Measurement Instruments, Heater Hook-up Wire, Heating Cable Systems, Immersion Heaters, Process Air and Duct, Heaters, Radiant Heaters, Strip Heaters, Tubular HeatersFlow and LevelAir Velocity Indicators, Doppler Flowmeters, LevelMeasurement, Magnetic Flowmeters, Mass Flowmeters,Pitot Tubes, Pumps, Rotameters, Turbine and Paddle Wheel Flowmeters, Ultrasonic Flowmeters, Valves, Variable Area Flowmeters, Vortex Shedding FlowmetersData AcquisitionAuto-Dialers and Alarm Monitoring Systems, Communication Products and Converters, Data Acquisition and Analysis Software, Data LoggersPlug-in Cards, Signal Conditioners, USB, RS232, RS485 and Parallel Port Data Acquisition Systems, Wireless Transmitters and Receivers。