潜水泵说明书
QBP-1K2说明书
KL-Q系列潜水综合保护控制器QBP-1K2型潜水泵综合保护器用户使用手册南京科蓝水务工程设备有限公司南京康吉森科技有限公司2013年目录1.概述 (3)1.1性能特点 (3)1.2原理 (3)1.3主要性能 (3)1.4型号说明 (4)2.设备安装 (5)2.1外形尺寸图 (5)2.2安装方法 (5)2.3接线端子说明 (6)3.应用图 (7)4.售后服务 (7)1.概述1.1性能特点KL-Q系列产品是本公司针对小型潜污泵在给排水与排污方面的保护应用而研发与生产的系列产品。
主要应用于车库，地下室，酒店，洗手间等公共场所。
本系列产品性价比高，功能全，产品型号多，包括1K1（一控一）与1K2（一控二）两种主要规格，两种规格产品分基本型与扩展型，详细参考产品选型说明。
1.2原理根据QW型潜水泵与QJB型潜水搅拌器长年工作在水下的结构与特性在对QW型潜水泵与QJB型潜水搅拌器的保护装置中必要加入油室泄漏保护与电机超温保护等功能：油室泄漏保护（漏水）：在潜水电机油室内置入水份检测电极，在油室中如果出现有水份时电极出现信号跳变，控制器能检测到此信号的变化，而停止潜水电机运行并以故障指示。
电机超温保护（过热）：在潜水三相电机绕组每相上安装135℃的PTC热敏电阻，在任一相绕组出现温度上升到135℃±5时，电阻值出现跳变，控制器能检测到此信号的变化，而停止潜水电机运行并以故障指示。
电机过载保护（过载）：在潜水三相电机运行回路上每相线上串入相对应用电流的热继电器，一旦电流过大，热继电器会状态跳变，控制器能检测到此信号的变化，而停止潜水电机运行并以故障指示。
1.3主要性能传感器供电：DC12V低压供电，供电电源变压器隔离。
信号输入：漏水信号：水泵油室泄漏，水份检测电极或浮子开关；过载信号：水泵电机过载控制，三相电机运行回路热过载保护；过热信号：水泵电机绕阻超温PTC热敏电阻或热敏开关；输入回差控制：±2%；信号输入：DC12V开关量信号电阻输入、或开关量信号输入；信号响应速度：10mS。
BQS型水泵说明书(煤矿用)
九、 运输、贮存
…………………………………………… ………………………10
十、 “三包”条件 …………………………………………………………………… 10
十一、受 控 零 部 件 明 细 表 … … … … … … … … … … … … … … … … … … … … … … … … … … . 11
2，在配电系统中应配置过热或过电流保护装置，必要时应配接漏电保护器 3，泵外配接的启动保护和矿用移动式软电缆，必须是具有煤安标志资
质的产品，接线时严禁带电作业以防触电 4，电泵应按相序标识的规定连接，电泵转向必须与转向标志一致。四芯电 缆黑色为地线，必须可靠接地。使用前，应检查定子绕组对机壳的绝缘电阻不低 于 100MΩ 5,电泵使用场所应设“严禁进入、防止触电”的警示牌，电泵运行时严 禁移动电泵。 6，确认转向正确后，方能启动运行。 7，电泵运行时发生下列情况应立即停机检查，排除故障方可运行。
三、技术特性
主要技术参数
主要技术参数表
型号
额定
额 定
流量 扬
m3/h 程 m
潜水排污泵使用说明书
潜水排污泵、给水泵安装、使用、维护说明书前言为保证设备正常运行和人身安全，在安装运行前应认真阅读本说明书。
本设备应由技术熟练的人员进行安装和操作运行，制造厂不承担由非专业人员参与而发生事故和责任。
如疑问，请即与本公司驻当地办事处联系。
一、主要用途和使用范围WQ、QXG、AS、AV系列潜水排污泵、潜水给水泵采用了国外多项先进技术，结构紧凑，使用维护方便。
其大通道水力部件设计和抗堵塞撕裂机构使水泵具有优良的过流性能，较高的工作可靠性，有利于实现自动化。
它广泛应用于市政工程、工业、商业、医院、宾馆、住宅区的污水排放，也适用于采油、农田灌溉等。
产品执行JB/T5118-2001《污水污物潜水电泵》标准。
使用条件：●输送介质最高温度应不超过40°C；●输送介质PH值为4～10；●输送介质中的固相物的容积比在2%以下；●输送介质的运动粘度为7╳10-7～23╳10-6m2/s；●输送介质介质密度应小于1.2╳103kg/m3；●可通过固体颗粒直径：φ25～φ180；●最大潜水深度：10m；●每二次启动间隔时间不小于10分钟。
二、系统说明WQ、AV、AS系列产品由潜水排污（给水）泵、控制设备、安装系统三大部分组成。
1、潜水排污（给水）泵：由电机和泵头组成，泵头与电机同轴，采用串联式机械密封。
其中电机防护等级为IP68，绝缘等级为F级；泵头由涡壳、叶轮、底盖等部件组成。
根据需要在潜水排污（给水）泵内设置有油室泄漏报警、电机绕组过热保护等功能。
2、控制设备：是潜水排污泵的启动、停止和运行监视系统。
根据用户要求不同可配置控制柜、端子箱、液位控制器等，并设有过载、缺相、短路、漏水、电机绕组超温等保护功能。
详见控制设备的随机文件。
3、安装系统：根据工况条件不同，安装方式有固定湿式安装、固定干式安装、移动式安装。
三、特点●独特的电缆密封设计－水密电缆，排除了电缆进水的隐患；●完美的电机冷却设计－水套冷却系统，通过高低压水管实行自流循环冷却（中型泵）；●转子和叶轮进行动平衡检测，确保运行平稳。
荏原潜水泵DSU、DVSU、DSHU、DVSHU技术信息手册说明书
Contents - Technical InformationSection PageMaterial Specifications1-196 Impeller Design Data1-197 Motor Protection1-198 Cable Entry1-199 Paint Specifications1-200 Mechanical Seal and Ball Bearing Data1-201 Mechanical Seal Sectional DWG1-202 A-15Mechanical Seal Sectional DWG1-203 A-20A-30A-35QDC Lifting Chain1-204 Submergence1-205 General Information1-206Material Comparison TableMATERIALS JIS CODE ASTM,AISI CODE Cast Iron G5501, FC20ASTM A-48 Class 30 420 Stainless G4303, SUS429J1AISI 420304 Stainless Steel G4303, SUS304AISI 304Steel G3101, SS41ASTM A283 Grade D Brass H3201, BSP3ASTM B36 No.272Impeller DataBACK P.O.MODEL TYPE DESIGN# VANES VANES50DSU6.4open radial4no50DSU6.75open radial3no50DSU61.5open radial3no50DSU62.2open radial3yes50DSU63.7open radial3yes80DSU62.2open radial4yes80DSU63.7open radial4yes100DSU65.5open radial4yes100DSU67.5open radial4yes50DVSU6.4open radial-recessed6no50DVSU6.75open radial-recessed6no50DVSU61.5open radial-recessed8no80DVSU6.75open radial-recessed6no80DVSU61.5open radial-recessed6no80DVSU62.2open radial-recessed6yes80DVSU63.7open radial-recessed6yesMotor Protection (Auto-Cut)1.Construction and principles of operationThere are two different types of Auto-Cuts, one is a single pole model that is used for single phase motors and the other is a three pole model that is used for three phase motors.Figure 1 below illustrates the construction and operation of the three phase model.Composition:3 sets of contracts, 1 Snap-Acting Disk, 3 Heaters, 3 Terminals and 1 Calibration bolt and nut.The above parts are encased in a Bakalite housing.FIGURE1The Auto-Cut is installed directly over the winding of the motor, where it not only senses over heating of the winding but also excess amperage draw by each of the three windings.Figure 2 shows the Auto-Cut in its normal operating condition (Contacts closed).When actuating temperature isreached, the Snap-Acting Disk snaps open to interrupt the circuits as shown in figure 3.When the motor temperature cools down to the safe operating temperature, the Snap-Acting Disk resets automatically to the original position as shown in figure 2, and the motor restarts.FIGURE2FIGURE 32.Provides Protection from the Following:Single PhasingLow VoltagePhase ImbalanceLocked RotorRun DryAll of the above conditions will cause the motor protector to actuate.Details of Cable EntryBased on its years of experience, EBARA now provides the most dependable cable entry construction of any submersible pump.Its features are as follows:Model DSU,DVSU,DSHU,DVSHUWater cannot leak into motor even if the cable is cut or damaged because cable leads are soldered and then isolated by rubber sealing, thus preventing any capillary action past that point.Thick moulded shoulders bolted to motor dome provide exceptional strength and form a strong compression seal.Cable resists bending forces by increased cable diameter.1231/2to 10HPShop Painting Standards1.ScopeThis specification covers the methods for painting the following EBARA PUMPS in the shop.EBARA Models:DSU, DVSU, DSHU, DVSHU2.Surface PreparationAll surfaces to be painted shall be cleaned of oil, grease or other similar materials with solvent, and then shall be brushed and air blasted to remove rust or scale.Prior to above preparation, mill scale, rust scale, chips and other foreign materials shall be removed in accordance with painting schedule.3.Coating ProcedureDetailed coating procedures are as shown in each paint schedule.Service External SurfacePainting ScheduleSurface Preparation SPPC-VISI-SP-3-63 Coats1st2ndKind of PaintZinc-chromateprimerchlorinated rubber typeMakerTAIYO PAINTCO., LTD.KANAE PAINTCO., LTD.Brand NameZT-PRIMERKR marinepaint primerFinal color:BlackService Internal SurfacePainting ScheduleSurface Preparation SPPC-VISI-SP-3-63 Coats1stKind of PaintZinc-chromateprimerMakerTAIYO PAINTCO., LTD.Brand NameZT-PRIMERMechanical Seal and Ball BearingMODEL DSUDVSUOUTPUTHP3571/210kW2.23.75.57.5OZS57576060CC1650165017001700MECHANICAL SEAL LUBRICATING OILCAPACITYBALL BEARINGTYPEA-30A-30A-35A-35BOTTOM6307ZZ6308ZZ6308ZZ6309ZZTOP6304ZZ6304ZZ6206ZZ6206ZZNAMETURBINE OILSAE 10W or 20W(TURBINE OIL#32)MODELDSHU DVSHUOUTPUTHP1/21235kW0.40.751.52.23.7OZS66125757CC18018035016501650MECHANICAL SEAL LUBRICA TING OILCAPACITYBALL BEARINGTYPEA-15A-15A-20A-30A-30BOTTOM6303ZZ6303ZZ6205ZZ6307ZZ6308ZZTOP6201ZZ6201ZZ6203ZZ6304ZZ6304ZZNAMECOMPRESSOR OILSAE 10W or 20W(ROTARY COMPRESSOR)OIL AMechanical Seal Sectional View (1/2)Since the mechanical seal is the most critical part of submersible pumps, EBARA provides the most reliable mechanicalseal available for submersible pumps.DOUBLE MECHANICAL SEALS with HARD seal face materials are provided on all EBARA “D Series”submersible pumps.The double mechanical seal in oil chamber provides long life and friction-free sealing of the motor shaft.Typical construction and materials are as follows:Type A-15DSHU,1/2to 1HP DVSHU,1/2to 1HPNO.1234567NO.FOR 1 SET1111111PART NAMEPackingFloating Ring Seal Ring Spring Seal Ring Floating Ring PackingMATERIALS(HOT WATER PUMP)DSHU, DVSHUViton Rubber Silicone Carbide Silicone Carbide 304S.SSilicone Carbide Silicone Carbide Viton RubberMechanical Seal Sectional View (2/2)NO. 12 3 4 5 67NO.FOR1 SET1111111 PART NAMEPackingFloatingSeal RingSpringSeal RingFloating RingPackingMATERIALSDSU, DVSUN.B.R.RubberCeramicCarbon Graphite304 S.S.Silicone CarbideSilicone CarbideN.B.RubberMATERIALS(HOT WATER PUMP)DSHU, DVSHUViton RubberSilicone CarbideSilicone Carbide304 S.S.Silicone CarbideSilicone CarbideViton RubberSince the mechanical seal is the most critical part of submersible pumps, EBARA provides the most reliable mechanical seal available for submersible pumps.DOUBLE MECHANICAL SEALS with HARD seal face materials are provided on all EBARA “D Series”submersible pumps.The double mechanical seal in oil chamber provides long life and friction-free sealing of the motor shaft.Typical construction and materials are as follows:Type A-20,A-30,A-35DSU,2 to 5HPDSHU,2 to 5HPDVSU,2 to 5HPDVSHU,2 to 5HPApplication of QDC’s Lifting ChainQDC MODELLS50LM65LIFTING CHAIN MODELMATERIAL :STEELLCM-6MATERIAL :STAINLESSLCMS-6STANDARD LENGTHS = 20 FEETMaximum Submergence of PumpsEBARA submersible pumps shall be capable of continuous submergence underwater without loss of watertight integrity to the following depths:MODEL DSU DVSUOPERATIONManual OperationMAXIMUM SUBMERGENCE65 Ft.Vortex Pumps — Model DVS1.PRINCIPLES OF VORTEX PUMPWhen the vortex impeller rotates in the casing, it generates primary vortex (B) and secondary vortex (A) as shown in the drawing, and then pumps up water:2.FEATURESa) As there is a large space between the impeller and the suction cover and there are no obstacles in the waterpassage, sewage can be discharged without clogging.b)Ebara’s unique hydraulic design of impeller and casing provide highly efficient performance which comparesfavorably with ordinary non-clog pump in spite of the large space.Clogging Phenomena and PreventionFrom abundant experience, EBARA placed the following design conceptions on sump and sewage pumps in order to prevent clogging.Clogging Phenomena at:1.Strainer Inlet2.Impeller Inlet3.Clearance between Impeller and Suction Cover4.Casing Tongue5.Shaft EndPreventionChoose a pump with a large strainer opening or pump without strainer, Model DSUShape inlet portion of the impeller blade as described below.The inlet edge of the impeller vanes are angled toward the impeller periphery so as to facilitate the release of objects that might other-wise clog the pump.Increase clearance – for Model DLU or Choose Model DVU.Provide large radius on tongue or cut water.Eliminate sharp points on impeller and impeller nut (use roundedimpeller nut).Understanding Unbalance (1 of 5)Three phase motors can be damaged by sustained application of unbalanced voltages.This problem can easily be more severe than application of balanced voltages above or below normal data plate ratings. Unbalanced PhasesUnbalanced voltages applied to a 3 phase motor will adversely affect the motor operating characteristics.Motors will operate successfully where the variation in the supply voltage does not exceed plus or minus 10% of the name plate rating, but the voltages of a given 3 phase circuit should be evenly balanced as closely as can be read on the usually available commercial voltmeter.A relatively small unbalance in voltage will cause a considerable increase in temperature rise.For example, a 3.5% voltage unbalance will cause approximately 25% increase in temperature rise.The full load speed is reduced slightly when the motor operates on unbalanced voltages.An unbalanced voltage will cause unequal currents to flow in the windings.If the motor is moderately or heavily loaded, currents in certain coils will exceed rating and overheat.Thermal cut-outs buried in the windings may detect this overheating and shut down the motor.If not, winding failure will result due to insulation damage.A second type of damage is caused by rotor heating.This can occur without excessive coil current on a lightly loaded motor. Damaging currents at these frequencies will flow as a result of voltage unbalance.Rotors are not designed for such currents, especially those of recent design optimized by computer techniques.Rotor overheating is most likely to cause bearing or seal failure, again perhaps, after a long period of time.Thermal cut-outs in the stator seldom will detect this problem and starter failures have been charged to mechanical failure while the cause was actually voltage unbalance.Unbalanced CurrentsQuestions relative to how much unbalance a motor can tolerate have been raised from time to time.This condition is generally due to voltage unbalance in the supply and can usually be corrected by working with the power company involved.The effect of unbalance phase currents is to increase the heating of the motor and thus reducing its efficiency.Thus it might be said that unbalanced currents as far as motor temperature rise is concerned acts like additional load on the motor.For this reason the permissible loading decreased with increasing unbalance of phase currents.Before a problem of this nature can be corrected, it is necessary to determine whether the source is with the submersible motor or with the electrical supply furnished for its operation.The following facts will assist in locating the source of the problem and will govern the steps to be taken in its correction.Unbalanced amperage is generally caused by problems in either of the following areas:A.External power supply, including the pump control box.B.Internal problem with motor windings or stator leads to drop cable connection.Understanding Unbalance (2 of 5)The following diagrams and explanation will present you with a method by which you can localize the problem as being caused by “A”or by “B”.In other words, we are trying to find out whether the trouble lies in the area from the control back through the supply or whether it is a result of malfunction beyond the control down to and including the pump motor. Assuming that the unit is connected to the supply so that the 3 phase motor is running in the correct direction of rotation, there are two other combinations of connection that will change phase connections but not change the rotation.This is accomplished by changing the position of all three drop cable leads at their termination in the control.It is important that all three leads be interchanged each time as the interchanging of only two leads will result in reversing the motor.If any two pump cable power leads are interchanged in the control it will change the rotation of the motor.If all three leads are interchanged in the control, the pump will continue to operate in the original rotation.Once the three power leads in the pump cable are connected to the terminals in the control so that the pump is operating in the correct direction of rotation, there are two other possible combinations that will also operate the pump in the correct direction.EXAMPLEAssuming that combination #1 is operating in correct rotation the 2nd and 3rd combination will also operate in the correct rotation.If combination #1 shows unbalanced amperage readings,it is sometimes possible that one of the other two combinations above will operate at a lesser degree of unbalance.T1RedBlackWhiteT2BlackWhiteRedT3WhiteRedBlackUnderstanding Unbalance (3 of 5)If the unbalanced leg follows the same wire in the drop cable from the pump, regardless of which position it is connected to on the control terminals the fault would most likely be found in the stator windings or in the stator leads to drop cable connections.If the unbalanced leg remains related to the same terminal in the control box regardless of which wire is connected to it, the fault would most likely be found in the power supply or possibly poor connection in the control.General Causes of Unbalance1.Extreme case as in Single Phasing of a 3 phasesupply.The source may be in the control.Either ablown fuse, defective or poor contact point in contactor or any interruption in wiring or terminals.2.Pulling single phase loads from the 3 phase supply in an unbalanced sequence.This can be especially true in a jobshop where electrical load is unpredictable at any given time.As we are speaking of Voltage and Amperage in terms of percentage of Unbalance, the question arises as to how to figure the % of unbalance in a 3 phase system.The formula reads as follows:EXAMPLEL1—L2 = 234V Average of the 3 readings:229L1—L3 = 230Va Maximum deviation from the average:229-223=6V L2—L3 = 223V Voltage unbalance :6/229 x 100 = 2.62%L1 = 63.3 amps Average of the 3 readings:61.1 ampsL2 = 65.6 amps Maximum deviation from the average:61.1—54.4=6.7 amps L3 = 54.4 ampsAmperage unbalance:6.7/61.1 x 100 = 10.97%x 100 = Percentage of Unbalance Maximum Deviation from average Average of the 3 readingsUnderstanding Unbalance (4 of 5)Maximum permissible % of amperage unbalance allowed at motor full load is 5%.Permissible % of unbalance increases as motor load decreases.However, unless under specific conditions, the motor should, for safety, be considered to be operating at full load.Maximum permissible % of Voltage unbalance allowed is 1%.Keep in mind that, especially with Delta wound motors, the true amperage unbalance is in the neighborhood of 6 to 10 times the Delta wound motors, the true amperage unbalance is in the neighborhood of 6 to 10 times the voltage unbalance.The true amperage unbalance is not readily determined by the amperage readings taken in the supply lines.Excess circulating currents within the stator not recorded on your amp meter, contribute to overheating of winding insulation.The “maximum”percentages mentioned above are based on motors working at full load.Slightly higher maximums may be allowed at less than full load conditions but “good practice”and full warranty must necessarily be based on full load conditions especially with squirrel cage induction motors assigned to such variable conditions as is found in the pumping of liquids, etc. Explanation of NEMA Standard MGI-1973-Section 14.34This standard presents guidelines on Voltage Unbalance.While the voltages should be evenly balanced as closely as can be read on the usually available commercial voltmeter, it is recommended that any voltage unbalance at the Motor Terminals not exceed 1%.Unbalanced Voltage can be broken into two opposing components, a positive sequence voltage and negative sequence voltage component.The positive sequence, operating the motor in its correct rotation, is opposed by the negative sequence, causing a build up of heat.Unbalance causes extra motor losses and in turn heating of the Rotor and Windings.Increased motor losses increase power costs.Line currents, as a result of unbalanced voltage, will be greatly unbalanced in the order of 6 to 10 times the voltage unbalance. This true value of the current unbalance will not be apparent on a normal reading as part of the unbalance is in the form of circulating currents in the motor and does not show up in the line.It is recommended that any amperage unbalance at the motor terminals not exceed 5%.In the phase with the highest current, the percentage increase in temperature rise will be approximately two times the square of the percentage of voltage unbalance.EXAMPLEIf voltage unbalance was 3%, percentage increase in temperature rise would be:2 x (3%)2= 2 x 9% = 18%Understanding Unbalance (5 of 5)Any significant voltage unbalance notably reduces the margins that motors have at usual service conditions, i.e.Service Factor. Voltage Unbalance can be more harmful than short time overloading or moderate low voltage conditions.NoteIf the unbalance condition cannot be corrected, it would then be advisable to reduce the motor load or oversize the motor. Effect of Voltage Variation on Induction Motor Characteristics。
BQS型水泵说明书(煤矿用)
产品使用说明书
执行标准： GB3836-2000; MT/T 671-2005 Q/BT 001-2011
温州荣达泵阀有限公司
警示语
扬程超过 50 米的水泵，需方必须在水泵出水口和管路中加逆止 阀，防止停泵或停电时产生水锤，对水泵造成损坏。
1， 安装使用本产品前务必通读产品使用说明书，并严格按本说明书的规 定进行安装和运行。
40
5
10 50
4
30
40
6
BQS30-30-5.5/BK BQS60-15-5.5/B BQS20-45-5.5/BK
30 30 60 15 5.5 20 45
35.22
60
6
42.5
80
6
660/1140 31.16
40
6
BQS15-60-5.5/BK
15 60 5.5
29
40
6
9
BQS50-10-5.5/BK BQS40-30-7.5/BK BQS50-25-7.5/B BQS100-12-7.5/B BQS20-50-7.5/BK BQS50-15-7.5/BK BQS25-55-11/N BQS160-20-15/N
BQS10-50-4/BK
15 15 2.2
31.8
50
6
20 14 2.2
34.8
50
6
12 18 2.2
28.3
50
6
25 10 2.2
38.5
50
6
15 20
3
3000
380/660
31.0
50
6
20 18 3
33.7
蓝深轴、混流泵使用说明书
二、 系统说明
ZQB、HQB 型系列产品由潜水泵、控制设备和安装附件等三大部分组成。 1. 潜水泵：由电机和泵头组成（见第 2 页图 1），泵头与电机同轴，采用串联式机械密封。其中电机防护等级 IP68，
△ 2.9 ! 为保证井筒电缆出线处的密封效果，潜水泵必须在井筒盖安装完成 24 小时后再通电运行。
△ 2.10 ! 在泵首次使用一段时间后，应立即对电缆的固定情况进行检查，以后定期检查电缆防脱片是否松动，
以便确定电缆有无下垂；每年至少一次检查电缆有无磨损；如有松动、磨损，应及时拉紧固定好电缆，并对 磨损的电缆更换或加固处理。
重新合闸启动。
-4-
3.6 几台电泵由同一台变压器供电时，不能同时启动，应由大到小逐台启动（停机时则由小到大顺序）。 3.7 运行中电流监视：电泵的电流不得超过铭牌上的额定电流，三相电流不平衡度，空载时不超过 10% ，额定负
载时不超过 5% 。
五、 维护与保养
为了保证潜水泵的正常使用和寿命，应该进行定期的检查和保养： 1 叶轮与球形室的间隙调整及零件的更换： 在长期使用之后，叶轮与球型室之间的间隙可能增大，造成水泵流
图 7 电缆夹持方式（二）
-9-
1 钢丝绳 2 垫片 8 3 接地电缆 4 螺母 M8 5 螺栓 M8×25 6 垫片 10 7 螺母 M10 8 螺栓 M10×30 9 固定夹片 10 主电缆 11 电缆锁紧片 12 橡胶衬垫 13 控制电缆
1.井筒盖预埋件或井筒
2.井筒盖
3.M8×30 螺栓(含弹垫和螺母)
△ 1.5 ! 潜水泵配有专用控制柜，使用前应仔细阅读其说明书，并检查设备接线是否正确，启动装置是否灵活，
隔爆型排沙潜水泵使用说明书1
每台电泵开箱后有下列随机文件： 1、 装箱单； 2、 产品合格证； 3、 使用维修说明书； 4、 保修卡。
八、易损件明细表
序号 1 2 3 4
配件名称 涡壳 叶轮
机械密封 橡胶垫片
材质 QT600-3 QT600-3 动、静环为碳化硅 丁晴橡胶
备注 / / / /
9
九、安标受控零（元）部件明细表
电泵型号
3
一、 概 述
编写依据 GB/T9969-2008《工业产品使用说明书总则》。 BQS 系列矿用隔爆型排水排沙潜水泵（以下简称电泵），是为解决低流量、高扬程（低比 转速）泵不能排沙的难题，空气中含有甲烷或煤尘爆炸危险场所排水的需要，我公司开发研制 的具有防爆且高效、节能的新产品。 我公司产品执行标准 MT/T671-2005；GB3836-2010。 该电泵是泵与电动机组合一体，泵位于电动机下部的排水设备，具有体积小、重量轻、 排水效果最佳的特点，广泛使用煤矿立井、斜井及井底散煤泥地点自动化排水。 （一）电泵的使用条件 1、 电源： 用于频率为 50Hz 的三相交流电源，额定电压为 660、1140V，允许变动范围±5% 2、 电泵在下列使用条件下，能连续正常运行。 （1） 水温不高于 40℃； （2） 介质中固体颗粒含量体积比不超过 2%； （3） 水中酸碱度 pH 值 6.5～10。 （4） 水泵潜入水下深度不超过 5m。 3、 周围环境 应用于空气中含有甲烷或煤尘爆炸危险的煤矿井下排水，防爆标志：ExdⅠ；防爆型式为 隔爆型“d”
海马特 SPD50H 100H 潜水泵系列产品介绍说明书
SPD50H/100H Submersible Effluent Pump•Septic Tank Effluent•High-Capacity Sump•High-Head DewateringSPD100H ShownFEATURESThe Hydromatic SPD50H/100H submersible pumps are specifically designed to meet the demands of septic tank effluent applications that require a “high-head”, dual-seal pump. The SPD50H has a powerful 1/2 horsepower motor, while the SPD100H comes with a 1 horsepower motor. Both pumps are standard 2 inch NPT discharge pumps, with 3 inch versions optional, and available in automatic and manual configurations. The SPD50H can handle capacities up to 110 gallons per minute and heads to 50 feet, while the SPD100H handles capacities up to 140 gallons per minute and heads to 63 feet.These pumps feature a high-quality cast iron pump volute, motor housing and seal housing construction that help to ensure a long service life. The pump’s non-clogging, two-vane, cast iron impeller, which is threaded to a stainless steel shaft, is capable of handling up to 3/4 inch sphericalsolids – providing long life in demanding applications. A seal-failuresensor probe (for connection to a seal failure alarm) is standard onthree-phase units and available as an option on single-phase models.Two carbon- and ceramic-faced mechanical shaft seals are mountedin tandem to provide double protection against water entry for along, leakproof life.The SPD50H/100H’s oil-filled motor provides superior coolingcharacteristics, allowing the motor to run cool and quiet foryears. This oil-filled design also provides permanentlubrication of the shaft bearings, minimizing maintenance andextending the service life of the pump. In addition, toprotect against overheating, the motor windings contain anautomatic reset thermal overload protection located in theaccessory control panel.Automatic models (1/2 HP) featurethe exclusive Hydromatic diaphragmpressure switch, which providesproven reliability in installationswhere a float might hang up. It alsoincorporates a unique piggybackplug arrangement, which allows forsimple conversion tomanual operationby simply removingthe switch plug andinserting the motorplug directly intothe electrical outlet.SPD100H Shown SPD50H ShownPage2Page 3A.Water-resistant power cord has a compression-fitconnection and an epoxy potting for double protection against water entry. Lengths of 10 and 20 feet are available with molded plugs, depending on model variations.B.Oil-filled motor provides superior cooling and permanent lubrication of bearings, minimizing maintenance and extending service life.C.1/2 or 1 HP capacitor-start motors provide maximum starting torque. Motor windings contain automatic thermal overload protection (1ø).D.High-quality cast iron construction of pump volute,motor housing and seal housing provides long life.E.Upper radial- and lower thrust bearings are heavy-duty, single-row ball bearings that are permanently lubricated for service-free life.F.Discharge is standard 2 inch NPT (3 inch is optional).G.A seal failure sensor probe (for connection to a seal failure alarm) is standard on three-phase units and available as an option on single-phase models.H.Two carbon- and ceramic-faced mechanical shaft seals are mounted in tandem to provide double protection against water entry for a long,leakproof life.I.The non-clogging, two-vane, cast iron impeller,which is threaded to a stainless steel shaft, efficiently handles up to 3/4 inch spherical solids –providing long life in demanding applications.J.Bottom inlet has no screen to become clogged,providing optimum pump performance and minimal maintenance.ABCDEFGHIBENEFITSThe SPD50H/100H are completely submersible, “high-head”, dual-seal pumps for use in septic tank effluent applications.Automatic models (1/2 HP) feature the exclusive Hydromatic diaphragm pressure switchwith piggyback plug-in arrangement. Proven reliability for automatic operation in installations where a float might hang up. Switch is easily serviced and may be disconnected for manual operation.DDEJHDetailsItem # W-02-6130 2.5M 3/05Performance DataDimensional DataMaterials of Construction© 2005 Hydromatic ®Ashland, Ohio. All Rights Reserved.。
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水循环泵安装说明书设计标准长沙中大水泵实业有限公司r型热水循环泵，是根据ap1610和vdma24297（轻/中型）规范设计的，其系列化、标准化、通用化程度高。
泵性能先进，运行平稳，安全可靠。
在设计生产中采用新结构、新材料。
应用范围：该泵专供冶金、电站、橡胶、化工、采暖及余热利用等行业输送温度小于280℃不含颗粒的高压热水之用，（热交换介质不高于400℃）。
主要用途：炼油厂、石油化学工业、煤加工工业和低温工程。
化学工业、造纸、纸浆业、制糖厂和普通流程工业。
供水厂、海水淡化厂、冶金。
供暖和空气调节系统、发电厂、环境保护工程、船舶及海上工业等。
使用参数：口径：25-400mm流量（q）:1.6-2600m3/h 扬程：（h）：5-300m 转速：1450/2900r/min 工作压力（p）：可达5mpa 1）、准备必要的工具2）、检查悬架体储油室之油位，应控制在油位计中心线2毫米左右的位置上。
3）、检查电动机的转动方向是否与泵的转向相符，严禁反转。
4）、用手转动联轴器，应感觉轻松且轻重均匀，并注意辨别泵内有无磨擦声和异物滚动等杂音，如有应设法排除。
5）、关闭吐出管道闸阀及出口压力表、排净泵内空气，使泵内和吸入管内充满液体。
6）、输送液体温度高于80℃时，泵要均匀预热，即用输送的高温液体注入泵体，打开各处的冷水管和密封室泄漏量控制旋塞，检查其流动情况及温度。
7）、启动电机（最好先点动，确认泵转动方向正确后才正式运行），打开进出口压力表，再慢慢打开出口管路闸阀到所需位置，将密封室泄漏量控制旋塞跳到适当位置。
2、运转1）、要经常检查泵和电机的温升情况，轴承的温升不应大于35℃，极限温度不应大于75℃。
2）、注意悬架体储油室油位的变化，经常控制在规定的范围内，为了保持油的清洁和良好的润滑，应根据现场使用的实际情况，定期更换新油。
3）、注意填料压盖处的泄漏，以点滴为宜。
篇二：qdx、qd、qy、wq潜水电泵使用说明书qdx、qx、qd、qy型潜水电泵type qdx、qx、qd、qy submersible pumps 安装使用说明书instruction on installation and operation 湖南湘电长泵（长沙水泵厂）长一制泵有限公司changyi pump manufacturing co.,ltd. of xiangdian chang sha pump works一、概述本系列水泵由电机、泵体、机械密封（动密封、静密封）等部件组成，采用优质材料精制而成。
具有结构科学、小巧轻便、用途广泛等特点，是先进的排灌设备。
电泵泵体上贴有警告标志，为了您和他人的安全，请保持此标志完整清晰，不要随意撕落、涂沫或涂改。
另外，因产品不断开发，本公司保留技术更改权。
未列入本说明书内的产品，其技术参数请参见铭牌数据，在下一版本说明书中将作出调整。
感谢您选购本公司产品，务请依照说明书，正确操作与使用。
二、系列潜水电泵安装使用及注意事项1、潜水电泵必须按实际需要在推荐的扬程范围内选用，以防过载运行而损坏电机。
选用电泵扬程应考虑管路及弯头损失，一般每10米水平管道损失1米扬程，每一弯头损失1米扬程。
2、使用前，先检查电缆线及插头是否完好无损，各处螺栓有无松动，有无油浸出泵壳。
电机相线间及接地线与相线间绝缘电阻值应大于50兆欧，还必须安装漏电断路器等保安设施。
每台电泵都附有接地标记，应进行可靠接地。
3、在河塘安装电泵时，最好垂直放置在竹篓或其他网篮内，以防水草等杂物进入、堵塞叶轮。
可用三角架或借助船、桥、码头等吊放。
切不可直接置于河底，否则电机会逐渐陷入泥中造成散热不良、温升过高而烧坏电机。
4、电泵潜水浓度以动水位以下0.5-5米为宜。
深度太浅容易因水位下降而出水不良甚至干运转烧坏电机。
5、使用电泵必须具备适当的电源容量。
如电源距使用电泵的地点较远，加配电缆线的规格应按距离远近适当回粗，接头请用防水绝缘胶带密封包扎，确保绝缘并架空。
必要时请专业电工测量电泵运行电压是否在额定电压的±10%范围内，以免因电缆线过长，电压下降过大，致使电泵欠压运行，烧坏电机。
6、如发现有破损的零件，应及时更换，切勿使泵带“病”工作。
7、电泵应单独使用适当的保护开关，当开关频繁跳闸后，切不可强行启动，应检查电泵是否发生故障，否则易烧坏启动器内的脱扣线圈。
所配起动器整定电流的庙宇旋扭不得随意转动，以免失去保护作用。
8、电泵“开”、“停”不应过于频繁，否则容易出现故障，缩短电泵寿命。
9、电泵启动后，若出水或不出水，则说明可能是叶轮反转，必须切断电源，将三相线中任意两相对调后重新启用。
在工作过程中，若出现不出水现象，则说明可能叶轮堵转或卡滞，必须立即切断电源，清理堵塞物后再使用，否则会烧毁电机。
10、电泵放入或吊出水面，必须用钢丝绳吊住电泵吊环或提手上下，切不可乱拉电缆线。
电泵运转时电缆线最好架空，以免地面上有重物经过时压破，发生意外事故。
11、使用软管时还应对电泵进行固定，防止启动时电泵转动发生故障。
12、电泵在使用过程中必须专人看管。
防止缺相，水位下降导致干运转等现象发生。
当出现水量突然减少、声音异常、激烈抖动等情况时，应立即切断电源，待查明原因排队故障后方可继续使用。
13、单相电泵电路中装有热保护器，它具有温度和电流的双重保护特性，电泵在异常情况下（如过载、堵转、短路），电机温升超限，热保护器自动切断电源，泵停止工作。
此时应查明情况并排除原因，待电机温升下降后，方可重新开机作业。
三、潜水电泵类用途及技术规格（一）、qdx型潜水电泵1、用途及使用条件用途：农村农田灌溉，养殖业给排水，园林浇喷及旅馆、食堂、高层建筑等场所供水之用。
使用条件：输送水源为常温清水，液温不超过+40℃，水中不溶性固体颗粒的含量不超过0.1%，粒度不大于0.2mm，水质ph值在6.5-8.5范围内。
如河水、湖水、井水等。
注：上表中各型号电泵使用电源频率为50hz，电机额定转速为2860r/min。
篇三：水泵使用说明书篇四：微型潜水泵说明书潜水泵说明书微型潜水泵主要用于假山流水、盆景喷泉、鱼缸抽水等，在使用前请确认电压、扬程、流量等是否适合。
■完全潜水、省电耐用、安全超静。
■淡水、海水适用。
■可有效吸取水中油污,保持水面清洁。
■应用于水族缸及喷泉等喷水装饰工程。
一、安装1.在安装前请确认电压、功率等是否适合使用.电源线等是否有破损。
若不符请勿使有。
2.将泵冲洗后安放在合适的位置，用力按下直至潜水泵吸盘吸窂，装好水管或配套的装置插上电源即可。
二、重要事项1、潜水泵在工作时，不要露出水面，否则会对潜水泵造成永久性的损害。
2、潜水泵在工作时，应按照潜水泵所示的电压和频率范围工作，请不要使用规定以外的电压和频率。
3、不要把潜水泵放在易燃液体中工作。
4、潜水泵最好不要在50摄氏度以上或者冰点以下的水中工作，否则会对潜水泵造成损害。
5、如潜水泵的电源线损坏，为确保安全，请不要继续使用此水泵。
6、不能让泵长时间空转，以免伤害泵体。
安装或拆除及清洗泵时，必须先拔掉电源插头切断电源，以确保安全。
三、注意事项1、发现泵动力不足或不转应及时切断电源拆卸清洗潜水泵转子吸转轴。
2、不要让潜水泵空转或离开水面工作5分钟以上。
3、在潜水泵只能在淡水中或海水中使用，不能在腐蚀性的液体中使用。
4、不要用电源线直接把潜水泵提起，否则可能把电源线拉断。
5、潜水泵工作时，应当完全浸在水中，以确保潜水泵有一定的冷却度。
四.关于产品保质期和配件的保修期说明1. 水泵在正常使用情况下保质期为6个月。
2. 若非正常使用造成产品破损及配件损坏，工厂不承担任何责任。
若客户不能自行修复可退回厂家维修，相关费用由客户承担。
3. 水泵保修时间为6个月。
请按使用说明正确使用，因使用不当造成损坏，由客户自行承担相关费用（维修费和来回运费）。
若您在使用中还有其他问题请与我们的销售人员联系，谢谢您的使用！莱韵达天然家饰篇五：水泵使用说明书水族泵使用说明书尊敬的客户：非常感谢您使用本公司的产品，在您使用之前，请仔细阅读本说明书。
同时，为维护贵客所购产品的保固权益，请您在购买本公司产品后如实填写产品保修卡，并将产品保修卡和所购产品的有效证件传真或邮寄或邮件至经销商，以作为保修服务之依据1、产品使用范围：本系列潜水泵使用磁力隔离结构，采用直流低压供电，泵的电机部分用环氧密封胶进行密封，防水等级ip60以上，完全保证使用的安全、环保、省电。
? 因是直流潜水泵，电机内部温升比交流泵电机内部温升低很多，基本上算是交流泵电机温升的1/5左右的温度，因此不需要考虑电机热量问题。
本泵使用于：水族馆、喷水池、鱼缸等因水泵参数都是以实际测量所得，泵的流量、扬程、功率均比交流泵虚标的要准确100倍，因此水泵的出水管只采用单一的配套模式，您只需根据自己的需求选择泵的参数即可，不需像交流泵那样多种出水管方式连接，省事省力。
2、安全指引：使用前请检查主要的连接及插头是否连接好，使用时看清楚水泵上铭牌电压参数和适配器（电源）输出电压参数是否一致即可；使用时请保持电源线插头干燥，不能用电缆提起或搬运该泵；拔电源插头时不要拉电源线，要抓住插头外壳；手有水时不要拔电源线当发现水泵工作有异常时请参照维护保养项，若还是有异常请到经销商处咨询或到生产商售后平台咨询3、水泵停转自检项目：是否有充足的水可供使用过滤盖以及过滤海绵是否被堵塞电机是否被烧毁水叶是否被卡住4、使用应注意事项：要让水泵完全浸入水中，为避免水泵吸入空气，水泵浸入深度最少为15cm；在冬季时，不要让泵冻结为避免过滤器（如海绵）过早被堵塞，请定期清洗如泵要连接一个喷泉，泵必须放平稳并要垂直放置（如地面放置平稳的辅助物件）5、维护保养请按安全指引来做；打开过滤盖，依次取出泵壳及转子组成，在清水中用毛刷或海绵清洗泵里各部件，特别是转子要里外清洗，一直清洗到转子与轴配合顺畅为止；另外一定要将过滤盖上的污垢或沙泥、鱼屎等杂物清洗干净；清洗后，请小心的把转子组成装入外壳里，并检查密封圈是否在泵壳里6、用户注意请保留购货凭证及产品保用卡，并在维修时一并出示；本产品部件正常使用下保修12个月以下条款不属于保修范围：1）因不规范操作：摆放、搬运造成的破损2）未按说明书用户自行不当修理造成的故障3）不可抗拒的自然灾害以及人为原因造成故障4）使用本公司产品时，须使用本公司配套产品，否则由此引起的后果，本公司概不负责 5）本保修卡上保修项目须由代理商和用户完全填妥清楚，以取得产品保用期限。