德国原装URACA乌拉卡高压柱塞泵型号
ISCO高精度柱塞泵
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耐腐蚀柱塞泵型号参数
耐腐蚀柱塞泵型号参数
耐腐蚀柱塞泵是一种特殊的泵,它可以在强腐蚀环境下正常工作,适用于输送各种酸、碱、盐等腐蚀性介质。
以下是耐腐蚀柱塞泵的型号参数:
1.型号:耐腐蚀柱塞泵的型号通常由字母和数字组成,字母代表泵的类型,
数字则表示泵的主要参数,如排量、压力等。
具体的型号和参数可以根据不同的生产厂家和型号而定。
2.排量:排量是耐腐蚀柱塞泵的主要参数之一,它表示泵每分钟可以输送多
少液体。
排量通常以立方厘米或毫升为单位,也可以根据具体需要定制。
3.压力:耐腐蚀柱塞泵的压力通常在0.1-1.6MPa之间,具体取决于泵的型
号和使用场合。
对于一些需要高压力的场合,可以选择高压型的耐腐蚀柱塞泵。
4.转速:耐腐蚀柱塞泵的转速可以根据不同的使用场合进行调整,一般在
50-1000r/min之间。
对于一些需要低速运行的场合,可以选择低速型的耐腐蚀柱塞泵。
5.电机功率:耐腐蚀柱塞泵的电机功率通常在0.55-55kW之间,具体取决于
泵的型号和使用场合。
对于一些需要大功率的场合,可以选择大功率型的耐腐蚀柱塞泵。
6.密封形式:耐腐蚀柱塞泵的密封形式有填料密封、机械密封和软填料密封
等,具体选择取决于泵的使用场合和介质性质。
7.材质:耐腐蚀柱塞泵的材质通常为不锈钢、合金钢或其他具有抗腐蚀性能
的材料,具体取决于泵的使用环境和介质性质。
总之,耐腐蚀柱塞泵的型号参数因不同生产厂家和型号而异,选择合适的耐腐蚀柱塞泵需要考虑多个因素,包括排量、压力、转速、电机功率、密封形式和材质等。
建议根据实际需要咨询专业的供应商或制造商。
径向泵(高压大排量)
一、TRP-500、750、1000高压大排量径向柱塞泵
高压大排量径向柱塞泵主要应用于大型锻压设备,也可服务于装备制造、航空航天、数控机床、船舶等四大领域,高压大排量径向柱塞泵是国内多家科研院所著名专家与协作企业历时近20年共同开发的产品,2000年研制成功了TRP-750径向柱塞泵,2005年研制成功了TRP-500径向柱塞泵;2007年以后为了满足市场和广大用户的需求,组建成立了兰州泰瑞液压设备有限公司,已形成了批量生产径向柱塞泵、轴向柱塞泵和超高压径向柱塞泵的系列产品。
多年来为首钢、包钢、齐钢、包头二机厂等单位解决了进口泵价格高、周期长的难题,并节省了大量外汇。
是首钢、包钢、齐钢、包头二机厂径向柱塞泵专供厂家。
2011年泰瑞液压承担了国家重大专项《高压大排量径向柱塞泵系列化研制》课题,课题主要针对TRP-1000径向柱塞泵研发,与浙江大学、西安交大、贵州力源、北方重工等八家单位协作研发,历时3年目前已形成了批量生产。
二、德国威普克径向柱塞泵维修及国产化改造
1、RKP系列制造维修规格为:排量25ml/r、32ml/r、45ml/r、50ml/r、63ml/r、90ml/r、160ml/r、250ml/r 。
2、RX系列制造维修规格为:排量360ml/r、505ml/r、750ml/r、1000ml/r。
进口型号为:RX160、RX250、RX360、RX500。
3、RV、RF、RH系列径向柱塞泵维修
泰瑞液压是国内唯一一家有能力承担威普克-潘克泵维修的专业厂家,并且公司生产的TRP系列泵可以替代威普克-潘克进口泵,多年来承担了首钢、包钢、北满特钢、北方重工等厂家进口泵的维修,并实现了国产化改造。
Hartmann柱塞泵
Date
Model Assy. #
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Description of failure
Volumetrics
Flow at 500 psi ________ gpm Flow at 1500 psi ________ gpm Flow at 1000 psi _______ gpm Flow at 2000 psi _______ gpm
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摩擦系數
不貼附 耐溫性 與液態氧的兼容 密度
PVX系列的柔性安裝
排氣系統
泄油口 一般安裝 側面安裝 向下安裝
建議使用雙泄油孔,加強排氣功能 !!!
垂直安裝
内置泄油口
推薦選用排氣孔設計
15
PVX系列水基型號
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100
60
80
45
60
30
40
15
20
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பைடு நூலகம்Pump Pressure (psi)
Compensated Output of PVX XXXXX Pump ISO 32 Oil @ 120 °F
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36
11
PVX系列工作介質
特殊調配油液 可採用多種特殊油液:
1)sub-sea preparations 2)耐燃性油 3)水乙二醇 4)轉化乳膠 5)高水基液壓油 (HWCF) 6)磷酸鹽酯 7)多元醇酯 8)合成油液
德国原装URACA乌拉卡高压柱塞泵型号
High pressure plunger pumpsHigh pressure plunger pumps for use in extreme conditionsReciprocating plunger pumps play a key role in almost all areas of process technology where fluids must be handled against high pressure.Possible fields of application and types of jobs are so varied that there is a con- stant need for new designs and materials in order to meet customer demands for new pump versions.Plunger pumps are used in indus- try where there are high or maxi- mum operating pressures. At a constant speed their capacity is virtually independent of operating pressure – an important feature in control operations. Capacity is proportional to speed. In all power ranges plunger pumps display high overall efficiency, which is as a rule above 90 %. This also applies to partial load operation. This is why plunger pumps are among the most economical machines – a major factor in view of rising energy costs.Uraca pumps are used worldwide.Test pumps are used for hydro- static pressure testing, including the testing of pipes, pipelines, vessels and containers, gas cylin- ders and many other high-pressure components. The units are also available for use in potentially explosive area zone 2 (equipment group II, equipment category 36 according to ATEX).Industrial pumps can be used in virtually all industrial areas, including heavy industry, energy technology, the oil industry as well as in the food and textile industry.The pumps are used mainly as drives for rolling mills, boiler feed pumps, pumps for hydrostatic bearing lubrication, for descaling as well as for cleaning with high- pressure w ater.Chemical and process pumps are used for hot, aggressive, abrasive, toxic agents as well as for liquid gases.The areas of application are mainly in the chemical and petro- chemical industry, but also in the manufacture of detergents, the recycling of plastics and oil residues as well as injection and the extraction of oil from coal.Pump units can be installed for the most varied of applications with diesel or electric motors.3Perfection in detailPower endsURAC A ’s power ends are usedworldwide. Every day they provethemselves in continuous operationto the satisfaction of our cus- tomers. The fields of application range from the polar circle tothe tropical climate zones. High operating safety and above-average service life are typicalURAC A features.Power ends for higher power requirements are equipped with oil cooling and forced oil lubrication. Power ends for lower powerrequirements have centrifugal lubrication. The various series cover a power range of up to approx. 2600 kW.The power ends for series KD 600 and KD 700 are compact and have a low weight coefficient. Power end and liquid end are separated by an intermediate chamber and special crosshead seals, preventing any liquid from entering the power end.The power ends of the big pumpseries KD 800 have an incline- divided power end for easier installation and for easier mainte- nance of the crank mechanism. The power ends are equipped with a bridge for centering of long stuffing boxes.The new generation of the P-series has a crankshaft with multiple slide bearings and features three power groups with 3, 5 and 7 plungers.4Stuffing boxesDue to the wide-range of appli-cations for our plunger pumps,stuffing boxes and seals aredesigned to meet the requisites ofthe respective liquid. Easy-to-handleliquids, such as water, emulsionsor similar, can be controlled withsimple seals.URACA will provide the bestpossible design to match the liquidyou handle.With fluids it is necessary, forexample, to take special measuresto reduce dead space or to installplunger guide bushes that are self-lubricating. The more demandingthe liquid is, the more extensivethe back up systems integrated inthe stuffing boxes. Consequently,heating, cooling, synchronousinjection, flushing or interlockingcomponents can be installed.Valve blocksThe design of the valve blocksdepends to a high degree on theproperties of the respective liquid.Cone, plate and ball valves areavailable. What they have incommon is high efficiency, lowwear and tear and outstandinglyeasy maintenance.5Leak-free handlingHeightened environmental awareness requires both the pump manufacturer and the operator to consider leak-free handling when designing and selecting the pumping equipment.URACA diaphragm pumps offer aunique solution in the handling ofdangerous fluids. They help in parti-cular to increase the operatingsafety of production plants and toimprove the working conditions ofthe operatives. Hermetically sealedplunger pumps are mainly used fortoxic, explosive, aggressive, foul-smelling, environmentally harmfulor abrasive fluids. URACA diaphragm pumps offer the advantages of a piston sealing that is virtually free of wear and tear as well as abso- lutely leak-free handling.URAC A diaphragm pump heads operate at a pressure range of up to 350 bar, while the temperatures of the fluid handled can be from -40 to +150° C . The PTFE-dia- phragm, which is resistant to virtu- ally all fluids, hermetically seals the fluid chamber. The selection ofmaterials for the parts touchedby the fluid as well as the designof the self-acting valves andthe stroke frequency of the pumpdepend on the respective fluid.Integrated monitoring systems pre-vent any overload of the unitand signal any diaphragmfailures immediately.URAC A diaphragm pumps are available in a power range of up to 250 kW. Operating pressure may be350 bar, capacity up to 850 l /min.URAC A diaphragm pumpsfeature the following specific advantages:■ Economy ■ High operatingsafety■ High service quality■ Space-saving design■ Flexibility of drive6▲▲Consistent URACA quality – the basis of a mutually beneficial relationshipProduct research and develop- ment at modern 3D-C AD-work- places to meet customer s’ needs and wants.Precision machining guarantees failure-free service lifeMeticulous assembly work by a highly trained and committed workforceA trial run lasting several hours on the test bed as well as comprehen- sive test programs are a demon- stration of guaranteed excellence.Many years of service life at the customer – the basis of a mutually beneficial relationship.7VP.e5.6L+S High Pressure –State of the Art Technology –WorldwideU RA CA Pumpenfabrik GmbH& Co. K GSirchinger Straße 15D-72574 B ad U rach, GermanyPhone +49 (71 25) 133 - 0Fax +49 (71 25) 133 - 202*************w ww.uraca.deCertified acc. to:■DI N EN IS O 9001:2000 by LRQ A■VGB KTA 1401■GostURACA is a leading manufacturer ofhigh pressure plunger pumps andhigh pressure water jettingtechnology equipment. Since 1893the company has been a globalleader in the development of thistechnology.URAC A‘s core competency lies inthe development, design,and manufacture of high pressureplunger pumps, pump units, andaccessories for almost all industrialfields.URACA offers leading technologicalknow-how in the field of fullyautomated and process-integratedsystem technology.The key focus is on two marketsegments:■High-performance pumpsolutions for the CPI sectorsand heavy industry.■ A universal and modularcomplete programme for high-pressure water jettingtechnology, especially for highlyautomated plants.The German domestic marketis covered by URAC A sales centersand a network of service centers.Internationally, URAC A hassubsidiaries and agencies.Additionally numerous representa-tives underline the company’spresence around the globe.A high standard of research anddevelopment, plus a modernmanufacturing facility stand forunsurpassed product quality.Ongoing market research and closeattention to current marketneeds safeguards the company’stechnological l eadership.Each URAC A cu stomer profits fromthis comprehensive experienceand technology and will find thatURACA is a highly competentpartner in the solution of theircleaning problems.。
Sigma Aldrich WP6111560 泵机用户指南说明书
User GuideChemical DutyVacuum/Pressure PumpWP6111560 WP6122050 WP6110060IntroductionThe vacuum/pressure pump is a continuously running constant air flow type unit for use with laboratory equipment. This vacuum/pressure pump combines all the advantages of lower pressure pumps with the perfect uniformity of diaphragm type operation. It compresses air by means of a long-life diaphragm, which flexes within the compressor . This pump is intended for filtration of liquids or gases, or forother continuous or intermittent use, with all types of filter holders.CAUTION: Always use the supplied hydrophobic vent filter or a vacuum-flask water trap in conjunction with the pump (see Figures 1 and 2). Never pump or draw liquids through the pump, as this will damage it.The pump has these features:• The motor and pump are permanently lubricated.• A thermal overload switch with automatic reset protects the motor .• Low operating noise is further minimized by rubber feet.• All internal surfaces (except the stainless steel leaf valves) are coated with PTFE polymer , to prevent corrosion.• The diaphragm is PTFE-lined to prevent attack by chemicals or solvent vapors.• A Millex ®-FA 50 hydrophobic vent filter and 27 in. (69 cm) of 1⁄4 in. (6 mm) I.D. silicone vacuum tubing are supplied with the pump.Rules for Safe OperationYThe motor is thermally protected and will automatically restart unexpectedly whenthe overload device resets.Do NOT pump flammable or explosive gases or vapors or operate this pump in an atmosphere containing flammable or explosive gases or vapors.Use of this pump in a manner not specifically stated in this user guide may result in severe bodily injury.Read and understand the information in this owner’s manual before operating the vacuum/pressure pump.• The vacuum/pressure pump should be operated in a dry, clean, and well ventilated area.NOTE: To ensure proper cooling, thevacuum/pressure pump cooling fan must not be blocked and should be a minimum of 1 in. (2.5 cm) away from any wall or obstruction.• When the unit is not in use, wrap the power cord around the vacuum/pressure pump and store in a dry place. Do not abuse the cord.• Replace the Millex ®-FA 50 vent filter (SLFA05010) if necessary.• Inspect hose, plug, and cord for signs of damage before use. Do not use if a deficiency is found. Never operate a damaged unit. For replacement parts, see Technical Assistance section for details. • This vacuum/pressure pump needs no lubrication. Applying oil to any part may result in polluted air delivery to the air-handling equipment and will damage the pump.• To operate at maximum efficiency, the pump system must be thoroughly clean. Refer to the Maintenance section for details on properly cleaning the pump.• Compressed air blast must never be aimed at anyone because it can cause serious injury. Keep children away.GA B D E• All vacuum/pressure pumps generate heat, even under normal operating conditions. To avoid serious burns, never touch the head parts or tubing during and immediately after operation.• If higher vacuum or pressure is required, use the High Output Vacuum/Pressure Pump (WP6211560, WP6222050, WP6210060).Usage Guidelines• Always use the Millex ®-FA 50 vent filter and1/4 inch silicone tubing included with the pump when applying vacuum. This will prevent liquids or vapors from entering the pump. A properly attached Millex ®-FA 50 vent filter is illustrated in Figure 1.• For maximum protection of the pump, use theMillex ®-FA 50 vent filter AND a vacuum trap to protect the pump from vapors and gases. The vacuum trap consists of a 1 liter filtering flask (Cat. No. XX1014705), No. 8 stopper (XX1014708) and silicone tubing. Additional tubing is available as Cat. No. XX7100004. This assembly is illustrated in Figure 2.• Never pump or draw liquids through the pump. This will damage the pump. The filter flask and vacuum trap should be emptied after each use.Filter flask Vacuum trap Vacuum pumpFilter flask Vacuum trap Vacuumpump Figure 1. Proper use of Millex ®-FA filterProduct Labeling SymbolsYWARNING Direction of Pressure Control(Valves)ON(Power)Hot SurfaceOFF(Power)Protective Conductor TerminalHow to Use the Chemical DutyVacuum/Pressure PumpThe Vacuum/Pressure Pump is shipped ready foruse. See the Specifications section for requiredoperating conditions.CAUTION: The pump is rated for indoor use only.CAUTION: Be sure available power matchesunit requirements. A grounded three-conductorAC electrical source is required. Units are available for115 V~ 60 Hz, 100 V~ 50/60 Hz, or 230 V~ 50 Hz.See the Specifications section for details of electricalsupply options available.1. Unpack the unit and retain all packing material untilyou verify proper product operation.2. The unit rests on four vibration isolator pads. Placethe unit on a suitable surface, such as a bench,desk, or table. Be sure not to block the ventilationholes located on the motor housing.3. Select appropriately-sized tubing, according to yourapplication. Use approximately 1⁄4 in. I.D. tubing towithstand the anticipated pressure or vacuum.CAUTION: During vacuum filtration, use thesupplied Millex®-FA50hydrophobic vent filter,to prevent excessive amounts of liquids or mistfrom entering the pump (Figure 1). For maximumprotection, use a vacuum-flask water trap(Figure 2).4. Prepare the necessary equipment or filter holder andconnect the tubing to the equipment. Do not connectthe tubing to the pump.5. Plug the power cord into an appropriateelectrical source.CAUTION: Do not turn the pump on withequipment or filter holder already attached.If the pump is inadvertently turned on with thetubing fully connected and it does not run, turnoff the pump and disconnect the tubing. Restartthe pump and then reconnect the tubing. If thepump’s thermal overload switch automaticallyshuts off the motor, disconnect the tubing andallow the pump to cool for at least 10 minutesbefore restarting. Reconnect the tubing only afterthe pump is operating.6. Turn on the pump, using the toggle switch locatedon the front of the pump.7. Connect the tubing from the filter holder or otherequipment to the pump and begin your procedure.8. If using the pump for vacuum: Adjust thevacuum by closing the pressure regulatorand opening the vacuum regulator fully(counterclockwise). Slowly tighten down (clockwise)the vacuum regulator until you obtain the desiredvacuum reading on the vacuum gauge.If using the pump for pressure: Adjust thepressure by turning the vacuum regulator downfully and opening the pressure fully (turn counterclockwise). Slowly tighten down (turn clockwise)the pressure regulator until you obtain the desiredpressure reading on the pressure gauge.9. Turn off the pump when you are finished.Disconnectthe tubing first from the pump and then from thefilter holder or other equipment.MaintenanceUnder normal operating conditions, and usingproper handling procedures, the chemical dutyvacuum/pressure pump should provide many hoursof trouble-free operation.Dry vacuum/pressure pumps are 100% oil-free.Thepump employs a non-lube piston and cylinder. Nomaintenance is necessary for the bearings.All bearings are sealed and permanently lubricated.Lubrication should not be attempted. The units arebuilt for continuous duty operation with quietnessand durability.CAUTION: Do not lubricate any of the parts with oil,grease or petroleum products. Do not clean with acids,caustics, or chlorinated solvents. Do not replace theconnecting rod or motor bearings.Disconnect the pump from power beforeperforming any maintenance.Replacing the O-ring1. Unscrew the four socket-cap screws from the pump head and unscrew the two screws from the pump handle. Remove the pump head assembly from the top of the pump.2. Remove the five Phillips-head screws that hold the valve plate assembly to the underside of the pump head assembly.3. Remove the O-ring and replace it by pressing the new O-ring into the groove.4. Replace the valve plate assembly with the recessed screw holes facing out and tighten the five Phillips-head screws.5. Replace the pump head assembly and tighten the socket head screws.head Replacing the Diaphragm1. Unscrew the four socket-cap screws from the pump head and unscrew the two screws from the pump handle. Remove the pump head assembly from the top of the pump.2. Unscrew the four Phillips-head screws, thenremove the retainer plate, the diaphragm liner , and the diaphragm.3. Replace the diaphragm (the number printed on it should be facing up), aligning the holes in the diaphragm with the screw holes in the top of the pump.4. Replace the diaphragm liner , lining up holes in the liner with the screw holes in the top of the pump.5. Replace the retainer plate, aligning the four small holes with the screw holes and orienting the large hole to the left as shown. Replace and tighten the Phillips-head screws.CAUTION: Take care not to nick the heads of the screws; burrs can damage the inlet valve.6. Replace the pump head assembly and tighten the six screws to hold it in place.TroubleshootingVacuum ProblemsLeakage, contamination, and unusual out-gassing are the general causes of problems associated with poor vacuum. To operate at maximum efficiency, a system must be thoroughly clean. If the system is completely clean and free from leaks, and unwarranted vacuum problems still exist, the pump should be checked. A simple criterion for the condition of the pump is the determination of its maximum vacuum capability. This can be accomplished by blocking the intake and reading the vacuum level on the gauge.Pressure ProblemsLeakage and contamination are the general causes of problems associated with poor pressure. To operate at maximum efficiency, a system must be thoroughly clean. If the system is completely clean and free from leaks, and unwarranted pressure problems still exist, the pump/compressor should be checked bya service technician.RepairTwo replacement part kits are available for the chemical duty vacuum/pressure pump.The accompanying drawing outlines the contents of each of the kits. We recommend trained service technicians perform repairs. For further information and help ordering the correct kit, please contact Technical Service.Disconnect the pump from power before performing any maintenance.The life science business of Merck operates as MilliporeSigma in the U.S. and Canada.Merck, Millipore, Millex, and Sigma-Aldrich are trademarks of Merck KGaA, Darmstadt, Germany or its affiliates. All other trademarks are the property of their respective owners. Detailed information on trademarks is available via publicly accessible resources.© 2021 Merck KGaA, Darmstadt, Germany and/or its affiliates. All Rights Reserved.SpecificationsPerformance Vacuum24.0 inches of Hg (inHg)Maximum Free Air Displacement 37 L/minPressure20 psi continuous, 35 psi intermittent(230 V~ pump duty cycle: 15 minutes on, 15 minutes off)Sound Level Less than 60 dB(A)Dimensions WP6111560, WP6110060WP6122050Length 7.5 in. (19.1 cm)10.5 in. (26.7 cm)Width 7 in. (17.8 cm)9.4 in. (23.9 cm)Height8 in. (20.3 cm)9.7 in. (24.6 cm)Weight (approximate)9 lbs (4.1 kg)12 lbs (5.4 kg)Tubing connectorsStepped 1⁄4 in. hose barbMaterials of Construction Body and pump head Die cast aluminum Diaphragm Buna-N with PTFE lining Head gasket Buna-NLeaf valves High grade stainless steel Internal pump surfacesPTFE-coatedElectrical Specifications115 V~, 60 Hz, 3.5 A or 100 V~, 50/60 Hz, 4.0 A Shaded-pole, single phase,1⁄15 HP motor 3-pronged, grounded cord and plug 230 V~, 50 Hz, 1.7/1.1 AHAR cordage, CEE 7/7 (Schuko) plugLine voltage limits±10% of supply voltageEnvironmental Conditions Temperature 5 °C (41 °F) to 40 °C (104 °F)Relative Humidity, Max.80% for temperatures up to 31 °C, decreasing to 50% at 40 °C Altitude, Max.2,000 metersPollution Degree 2, per IEC 664(indoor usage: lab, office, etc.)Installation CategoryII, per IEC 624(local level: appliances, portable equipment, etc.)Product Ordering InformationPurchase products online at .Catalogue NumberChemical DutyVacuum/Pressure Pump 115 V~, 60 Hz WP6111560230 V~, 50 Hz WP6122050100 V~, 50/60 Hz WP6110060Replacement Parts Pump Maintenance KitWP61MNT00Includes diaphragm, diaphragm liner , O-ring gasket, head screws, and handle screws Pump Rebuild KitWP61RBD00Includes hold-down plateassembly, valve plate assembly, pump head, vacuum gauge, pressure gauge, head screws, and handle screws Millex ®-FA 50 filter unit, 10/pk SLFA05010Pressure tubing, silicone, 25 ft XX8000025Vacuum tubing, silicone, 4 ftXX7100004NoticeWe provide information and advice to our customers on application technologies and regulatory matters to the best of our knowledge and ability, but without obligation or liability. Existing laws and regulations are to be observed in all cases by our customers. This also applies in respect to any rights of third parties. Our information and advice do not relieve our customers of their own responsibility for checking the suitability of our products for the envisaged purpose.The information in this document is subject to change without notice and should not be construed as acommitment by the manufacturing or selling entity, or an affiliate. We assume no responsibility for any errors that may appear in this document.Contact InformationFor the location of the office nearest you, go to /offices .Technical AssistanceVisit the tech service page on our web site at /techservice .Standard WarrantyThe applicable warranty for the products listed in this publication may be found at /terms .。
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– 低噪音
– 对于高配流精度,容积效率极佳
– 带缓冲流体口的双重轴密封圈可保证安全运行 (以及保护环境)
首选安装位置: 传动轴水平
仅当调节心轴的安装角度与水平方向成 –30° 至 +30° 时, 才能保证 手轮中的调节显示工作。
闭环: 泄漏流体压力 p最大绝对___________________________ 10 bar 最大间歇性累积压力 A + B p最大__________________ 250 bar
A2VK RC 94001/07.04
术数据
值表
规格 排量 流量1) 速度为 n
德国乌拉卡(Uraca)TWK 三维清洗喷头
Cleaning of the highest quality2Perfect internal cleaningof vessels with the URACATWK system In industries such as the chemical,petrochemical, synthetics, paperand food industries, in short, when-ever or wherever deposits in vessels, reactors, autoclaves, tanks or similar equipment impair the product quality and production effi-ciency, the URACA TWK system comes into its own.Even boiler sediment, coke, poly-mers or tough residue such as natural, synthetic or PVC latex can easily be removed with the URACA TWK system.TWK - the new generation The tried and tested URACA tank cleaning heads have been comple-tely reworked and a new familyhas been created to cover comple-tely a huge spectrum of cleaning tasks.Three different model sizes are available in six different pressure levels (600 bar–1,200 bar), to handle various water flow rates.TWK – the advantages s More compact cleaning jet overa range of 3 metres.s Smaller displacement circle (in conjunction with extremely compact rotors).s Minimal pressure losses due to large internal cross-sections.sSimple assembly and disassem-bly.sPressure gaskets with a long service life are easy to replace.sSmooth casing surface means few catching areas. It is now impossible to get caught on the casing, so a protective cage is no longer necessary.sCleaning temperature up to 95 °C.sWear-free, adjustable, encapsu-lated solenoid brake. Easily regulated to ensure perfect adjustment of the rotor speed.sIs suitable for direct use with a hose, suspended from a cable via an eye-bolt or for horizontal application via positioning systems.sOutstanding running stability,even at the highest pressures.sSpecial rotor types and exten-sions adapted to the local con-ditions guarantee thorough cleaning.sCrNi steel. TWK – totally economical s Very effective reach to distantsurface areas reduces the "outof service" times and so impro-ves the utilisation of your pro-duction plant.s The comprehensive level ofcleaning improves the productquality and increases produc-tion efficiency.s Chemical cleaning additives canbe forgotten, because the TWKusually works with clear, coldwater. This results in simplewaste disposal and low costs.s Warm water, additives andother fluids are possible.s Partly or fully automatic opera-tion reduces personnel costs.s Gas- or pressure-tight installa-tion of the TWK system avoids the need to evacuate and flush the reactor, is environmentally friendly and helps to make the workplace more humane.s The URACA nozzle system with a convenient flow water supply saves time, water and energy costs.s Should a TWK become defec-tive, our replacement service will save you from sleepless nights. A replacement device will be sent to you within24 hours.Pressure level diagramP[bar]02004006008001000120014001600TWK 125-1600TWK 150-1400TWK 185-1200TWK 125-1000TWK 175-800TWK 200-600The TWK family at a glance3TWK-Type 125-1600150-1400185-1200125-1000175-800200-600DesignStandard Standard Standard Chemical Chemical Chemical Max. operating pressure bar1600140012001000800600Recommended flow rate l/min50-15050-250100-40050-20075-350100-600Transmittable power kW400600800350450600kv-rate ∆p =(Q kv)2Q = flow rate in l/min 3548784363130∆p = pressure loss in bar Min. displacement circle* Ømm125150185125175200Rotor speed min -15-204-203-205-204-203-20Compact jet length (400bar)m 333,533,54Connecting shaft screw threadM 24x1,5G1G1M 24x1,5G1M 38x1,5Overall lenght without adapter mm360405445360405435 Weight kg10,515,023,510,514,023,50061-521K W T 0001-521K W T 0041-051K W T 008-571K W T 0021-581K W T 006-002K W T Durchflussdiagramm P[bar]0510********Q [l/min]0100200300400500600700Conversion values: bar=14,5038 psi, 1l=0,26417 USGal., 1kW=1,3410 HP, 1mm=0,03937 inch.* The displacement circle describes the smal-lest possible space required for the rotatingTWK, including rotor.All URACA TWK cleaning heads have anextremely small displacement circle, meaningthat the required opening is minimal.The minimum displacement circle mentionedis achieved with the aid of a specific leverarm.125-1600125-1000150-1400175-800185-1200200-600TWKTWK TWK TWK TWK TWK 125-125-150-175-185-200-1600100014008001200600Stand.Chem.Stand.Chem.Stand.Chem.TWK A system made to measure You yourself determine the techni-cal design of your TWK system through your specific requirements in terms of automation level and luxury.Given your information about the work cycle and the local spatial dimensions, we are able to design "your system".TWK – integration into a wide range of products The URACA TWKs are the very core of the vessel cleaning system.Beyond them, URACA can complete the cleaning system you require by providing all the other necessary and sensible elements:s High-pressure pump units in all performance classes, mobile orstationary.s Semi- or fully automatic tank cleaning systems with manual,electric, hydraulic or pneumatic drives.s Positioning devices and other accessories.Please ask for our special brochures.T WK.d5.3dBURACA Pumpenfabrik GmbH&Co.KG Sirchinger Straße 15D-72574 Bad Urach, GermanyPhone +49 (7125) 133-0Fax +49 (7125) 133-202info@uraca.dewww.uraca.deCertified acc. to:■DINENISO9001:2000 by LRQA ■VGB KTA 1401■Gost。
萨澳90系列柱塞泵马达型号代码
P= 外接压力过滤器—卡口式过滤器(短的)○○○○○○○○L = 外接压力过滤器—卡口式过滤器(长的)-○○○○○○○
F
●= 标准Array○= 选用
- = 无货
* = 19-95年供货
250的泵
型号--90R250MA2CD80T3C05NNN262624
1—R-右旋
2—250-排量
3—MA-手控变量
4—2-只有高压溢流阀
5—CD-SAE C 14齿,带密封盖
6—T-远程液控,无滤清器
7—3-无排量限制器
8—C-14毫升补油泵
9—05-1.37毫米的节流孔
10—NNN-无特殊要求
11—26-26-“A”“B”腔的压力设定
12—24-补油压力
100的泵
型号-90R100MA1AC60L3S1E03GBA323224
90R-右旋
100—排量
MA—手控变量
13—带压力限制器
AC—SAE A 9齿 辅助安装
60—两侧油口
L—自带长压力滤清器
3—无排量限制器
S—14齿主轴
E—20毫升补油泵
03—0。
81毫米节流孔
GBA—低噪音配油盘
32—32—“A”“B”口压力设定
24—补油压力
100的马达
90M100NC0N8N0CTW00N0N000024
90M—定量马达
N(7)--轴向油口
C6—主轴21齿,C8—27齿W—带回路清洗
24—补油压力
定量马达型号名称与订贷代码
○ = 可供选用
- = 不供应 ** = 不应用
● = 标准的
○ = 可供选用 - = 不供应 ** = 不应用。
进口柱塞泵马达液压原理图集锦之1萨澳SAUER
进口柱塞泵马达液压原理图集锦第一部:萨澳-丹佛斯-大金液压柱塞泵马达萨澳-丹佛斯,20系列变量柱塞泵说明:1=变量柱塞泵 2=补油泵 3=控制阀 4=单向阀 5=补油溢流阀 6=滤清器 7=散热器油口:A,B=系统压力 S =吸油真空度 L 1,L 2=壳体回油 M =测压口萨澳-丹佛斯,20系列定量柱塞马达定量马达(无阀)说明:1=定量马达油口:L 1,L 2---壳体回油口 A,B---系统压力口定量马达(带冲洗阀)说明:1=定量马达 2=低压溢流阀 3=梭形阀 4=高压溢流阀油口:L 1,L 2---壳体回油口 M A ---A 口测压口 M B ---B 口测压口 M=低压腔测压口定量马达(带冲洗阀和旁通阀)说明:1=定量马达 2=低压溢流阀 3=梭形阀 4=高压溢流阀 5=手控旁通阀 油口:L 1,L 2=壳体回油口 M A =A 口测压口 M B =B 口测压口 M=低压腔测压口萨澳-丹佛斯,20系列变量柱塞马达油口:L1,L2=壳体回油压力M A=A口测压口M B=B口测压口M=低压腔测压口萨澳-丹佛斯,40系列泵马达MPV046手动控制泵液压原理图注释:MDC---手动控制阀单元 M 1---系统压力A 口测压口M 2---系统压力B 口测压口 M 3---补油压力测压口M 4,M 5---控制压力测压口 L 1,L 2---壳体回油口 A ,B---系统压力口 S---补油泵吸油口MPV035变量柱塞泵MPV046变量柱塞泵MPV046液动控制泵液压原理图HDC---液压控制阀单元 M 4,M 5---控制压测压口 X 1,X 2---壳体回油口 A ,B---系统压力口 S---补油泵吸油口MPV046 电磁阀控制泵液压原理图FNR---通断电控阀单元 M 4,M 5---控制压测压口 A ,B---系统压力口 S---补油泵吸油口MPV046 电比例控制泵液压原理图EDC---电比例控制阀单元M4,M5---控制压测压口A,B---系统压力口S---补油泵吸油口MPV035串泵,外补油选择MPV035串泵,内补油选择M25系列定量柱塞马达液压原理图(无冲洗阀) M25定量柱塞马达M25/35/44/46系列定量柱塞马达液压原理图(有冲洗阀)M35定量柱塞马达M25/35/44系列变量柱塞马达液压原理图(有冲洗阀)M46 变量马达液压回路图注释:M1---系统压力A口测压口M2---系统压力B口测压口X1,X2---控制压力口L1,L2---壳体回油口A,B---系统压力口40系列泵马达液压系统原理图萨澳-丹佛斯,90系列变量柱塞泵注释:M 1---A 口测压口 M 2---B 口测压口M 3---补油压力测压口M 4,M 5---控制测压口L 1,L 2---壳体回油口 A ,B---系统压力口 S---补油泵吸油口FNR控制方式EDC控制方式HDC控制方式MDC控制方式萨澳-丹佛斯,90系列变量柱塞马达油口解释:A,B =高压油口,称A,B口,或A,B腔S =补油口L1,L2=壳体回油口M1,M2 =A,B腔测压口M3=补油压力测压口M4,M5 =控制压力测压口萨澳-丹佛斯,90系列定量柱塞马达解释:A,B = A,B口,系统油口L1,L2=壳体回油口M1,M2=A,B口的测压口M3 = 低压测压口萨澳-丹佛斯,90系列无反馈变量柱塞泵90系列泵马达液压系统回路图萨澳-丹佛斯,51系列马达HZ控制方式马达回路图油口解释:A,B---系统压力口L1,L2---壳体回油口M1,M2---系统压力测压口M3,M4---伺服压力测压口M5---伺服压力供油测压口M7---控制压力测压口X1---控制压力口插装式两位控制E1,E2两位控制F1,F2液压比例控制HZ, HS, K1, K2制动压力失效回路图无制动压力失效 K1,K2控制阀液压比例控制HP制动压力失效回路图无制动压力失效电/液压比例控制EP,EQ,ER,ES制动压力失效回路图无制动压力失效压力补偿控制TA,TH,T1,T2制动压力失效回路图无制动压力失效90系列泵和51系列马达液压系统回路图萨澳-丹佛斯,H1系列泵萨澳-丹佛斯,42系列泵MDC带中位启动和过载保护MDC带过载保护MDC手动变量控制阀FNR开关式电控阀—原理图外形图EDC比例电控阀—原理图剖面图NFPE液控阀液压原理图 NFPE液控阀剖面图无反馈比例液控阀剖面图无反馈比例液控阀剖面图萨澳-丹佛斯,搅拌车用变量柱塞泵带高压溢流阀无高压溢流阀萨澳-丹佛斯,搅拌车用定量柱塞马达。
加索2652型双作用活塞泵 说明书
Spec U.S. Standard Type:duplex Minimum Piston Diameter:4"Maximum Piston Diameter:7¼"Stroke length:12"Maximum Working Pressure:1,125 PSIRod/Piston Load:22100lb Gallons per Minute:702.0Barrels per Day:24069Brake Horse Power:243.6Gaso, 2652, Duplex, Piston Pump (Mud Pump)Pumps in this series26512652258 horsepower! 12" stroke continuous duty double acting duplex pump Rated at pump speeds up to 85 RPMMaximum discharge pressures up to 1,125 psi Equipped with cast steel fluid endEquipped with internal gear reduction unitSpecsPump CurvesHover over Power Curves to reveal RPM and GPM40 RPM126.1 HP 45 RPM 141.8 HP 50 RPM 157.6 HP 55 RPM 173.3 HP 60 RPM 189.1 HP 65 RPM 204.8 HP 70 RPM 220.6 HP 75 RPM 236.4 HP 80 RPM 252.1 HP 85 RPM 267.9 HP 90 RPM 283.6 HP 95 RPM299.4 HP1002003004005006007008007¼" DIA. — 535 MAX. P.S.I.7" DIA. — 574 MAX. P.S.I.6¾" DIA. — 618 MAX. P.S.I.6½" DIA. — 666 MAX. P.S.I.6¼" DIA. — 720 MAX. P.S.I.6" DIA. — 782 MAX. P.S.I.5¾" DIA. — 851 MAX. P.S.I.5½" DIA. — 930 MAX. P.S.I.5¼" DIA. — 1021 MAX.P.S.I.5" DIA. — 1125 MAX. P.S.I.4¾" DIA. — 1125 MAX.P.S.I.4½" DIA. — 1125 MAX.P.S.I.4¼" DIA. — 1125 MAX.P.S.I.4" DIA. — 1125 MAX. P.S.I.Phone:IEQ Industries Ltd PO Box 230097Grand Rapids, MI 49523800.544.9053 |616.452.6882Features/BenefitsPower End Features:Cast iron power frameSteel crankshaftBi-metal crankpin bearingsDuctile iron connecting rodsHeavy-duty roller crankshaft bearingsAlloy steel crosshead pinsBronze bearing crosshead pin bushingsInternal gear reduction / 5.05:1/Ratio/ with:Ductile iron herringbone type main gearAllow steel pinion shaft with herringbone pinion gearHeavy-duty roller pinion shaft bearingsFlooded sump, splash distribution and lubricationCast iron crossheads with upper/lower oil groovesRated rod load is 22100 lbs.Fluid End Features:Bolted Valve and Cylinder head coversBolted or threaded type glands & removable stuffing boxesFile hard steel piston rodsStandard valve typesFor crude oil transfer:Steel wing guided valve & seatFor slush / mud service:Steel wing guided with replaceable insertStandard Valve Types:For crude oil transfer:Cast iron piston body, ring typeCast iron, chrome faced, piston ringsFor slush / mud service:Mission slush type piston w/ replaceable rubbersGeneral service piston rod packingÂÂDisclaimer IThis website is intended as a reference tool only. It has been constructed from published data that is based on manufacturer's sales and engineering documents that are either current, historical and obsolete. Much of the machinery data contained herein has been re-rated through the years with different engineering criteria which maybe in conflict with legacy data. Much of the content published here is calculated online with the use of dynamic data using formulas and extrapolations considered to be sound engineering formulas and are correct to the degree that the data used is accurate. We have done our best to be as precise as as possible in this posting but do not represent any of the calculations or performance data to be entirely accurate. The data published here is intended to be general information rather than actual and to serve as a reference rather than a technical absolute. The user of such data should confirm such information independently.Copyright and Disclaimers is your resource for Gaso pumps, Gaso pump parts and a supplier of ORIGINAL GASO PARTS and equipment, new used and remanufactured Wheatley, GASO andWheatley/GASO plunger and piston pumps and pump parts and is not affiliated with Wheatley/GASO Inc. or its parent company, National Oilwell Varco,p Copyright ©2017, IntelleQ Holdings, LLC. All rights reserved, *Used under license from IntelleQ Holdings, LLC.。
RUHRPUMPEN鲁尔泵
RUHRPUMPEN鲁尔泵RUHRPUMPEN鲁尔泵德国蒂森公司是由310多家公司组成的跨国工业集团,其雇员有14万之多;蒂森鲁尔泵有限公司属其子公司,是蒂森机械制造的一个部门,有50多历史,其产品种类繁多及质量优良在世界各国得到公认。
蒂森鲁尔公司具有最大功率达10,000kW和流量 40,000 m3/h的试验台,同时可进行噪音、振动、耐压、真空及NPSH等试验,工厂对每台产品出厂前均要按工况进行严格试验,另外对重要场合的泵公司可配置THYCON监控系统在生产场合对轴承温度、油压、泄漏、振动等进行监控,以减少装置的停车时间,提高运行效率。
蒂森鲁尔泵有限公司在质量管理系统具有DIN/ISO9001质量体系认证证书。
蒂森鲁尔泵广泛用于水工业、海洋工业和石油、石油化工、化工等行业。
1、水工业:可以提供饮用水系统、水厂、电厂、工业冷却系统、污水处理厂等应用的大型水泵及辅助设备,流量为 100~40000m3/h;型式:卧式、立式、单吸、双吸、多级泵等等。
2、海洋工业:可提供浮船坞、干船坞、船底污水、压舱服务以及消防等各种海洋工业用泵,型式有立式离心泵、活塞泵等,流量从 5~6000m3/h。
3、石油/石化、化工:可提供符合API610规范的炼厂、油田、石化、化工及液化气输送用各类流程泵。
该公司生产的流程泵的参数范围详见下表。
系列流量 m3/h 扬程 m 许用压力MPa 许用温度℃ 用途备注 SVN型单级单吸离心泵2.5~3000 6~320 9.6 -80~450 烃、碱液、酸、凝液卧式悬臂 SVNM型磁力驱动离心泵 2.5~500 6~220 3.3 -80~250 、化学溶液 SVNV型单级单吸离心泵 2.5~3000 6~320 9.6 ³ -180 LPG、LNG、液氨等液化气立式悬臂 SPN型单级单吸管道泵 2.5~500 16~160 4 £ 230 烃、碱液、酸、凝液立式 RON型双级单吸离心泵20~360 125~450 9.6 £ 450 、化学溶液卧式、两端支承 HVN型单级双吸离心泵 50~3000 40~360 9.6 烃、碱液、酸、水卧式、两端支承ZM1´ 2型双级双吸离心泵25~700 90~400 5 £ 250 卧式、中心线支承、水平剖分 JTN/SM1型多级离心泵6~400 100~1600 22 £ 250 注入水、原油、产品、储运卧式、双蜗壳、水平剖分 AN(OVN、VLB)多级筒形离心泵8~350 30~1600 18 £ 450 烃、碱液、水、海水等卧式、筒形、中心线支承 VLT/VLTV型多级筒形泵 8~450 40~1450 13.9 -180~270 LPG、LNG、液氨等液化气筒形泵 FSCO单级单吸离心泵 2.5~500 £ 150 2.5 -80~300 烃、化学溶液、酸、碱、凝液、水等卧式悬臂,符合ISO 2858 SR型单级单吸耐磨离心泵 10~12000 16~120 £ 80 腐蚀性、磨蚀性液体 ZM1P型单级双吸离心泵200~10000 120~400 22 £ 175 原油、烃、碱、酸、水、双蜗壳、 ZM型单级双吸离心泵 200~20000 20~200 6 海水两端支承。
URACA(乌拉卡)煤浆进料泵的技术介绍
4 , 5 5 < m ,4 )
介 质 比重 :. 6 10 6
粘 度 : . 3 P ・s o0 4 a 流 量 :5 3 / 8 . m h
保 证设 备连 续运 行 时 间不少 于 80 0 0小 时 ; 在 最 大 泵
会 由于 启动不 及时 导致 装置 停车 。
4 8 P g 通 过 升 压 到 2 . M P ( 后 进 入 煤 浆 加 5 M a( ) 0 1 a g)
热 炉 。操 作 压 力 高 , 质 复 杂 且 含 有 固 体 。为 保 证 装 介
置 的 正 常操 作 , 而 对 煤 液 化进 料 泵 的 要 求非 常 严 因
煤 液 化反 应 煤 浆 进 料泵 , 煤 液 化 装 置 的核 心 是
设 备 之 一 。 该 泵 作 用 是 将 上 游 的 混 合 煤 浆 0 .
采用 往复 柱塞 泵 。 六 台泵全 部运 行 , 有 备用 泵 。 由于介 质特 殊 , 没 如果 采用 备用 形式 , 用 泵 的 启动将 非 常复 杂 , 能 备 可
6 四种 。 ℃
由于 以上 各种 原 因 , 保证 装置 的 正常 操作 , 为 对 煤 液 化进 料泵 要求 非常 严格 。主要 要求 为 :
主泵 的柱 塞平均 线 速度 应不 大 于 0 9 / ; . m s
1 煤 液化 反 应进 料泵 的正 常操 作 条件 介 质 : 粉 + 催 化 剂 + 溶 剂 油 ( 浆 成 分 : 7 煤 煤 4. 2 w 固 体 和 5 . w 液 体 。 固 体 颗 粒 度 < 1 0 m, 28 0 ̄
命 。
操 作过 程 中介 质多 变 , 需 考虑 。 中开 工 油分 均 其
消防展泵信息整理
ZXF5180GXFJX60机场快速调动消防 北京中卓时代 车 ZXF5310GXFJX110专用地盘机场主力 北京中卓时代 泡沫消防车 ZXF5160GXFPM(SG)60/A型城市主战 北京中卓时代 消防车 远程供水 德国蓝特MC3000城市主战车 JP18D JP20 北京中卓时代 肇庆瑞霖 山推抚起 山推抚起
消防车配套泵信息整理
序号 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 KSP1000 KSP1000 CB10/30-XZ CB20.10/30.60-RS CB20.10/20.40-RS CB20.10/30.60-RS CB20.10/30.60-RS CB20.10/30.60-RS CB20.10/30.60-RS CB20.10/40.80-RS CB10/100-RS HALE 增压水泵HALE 移动吸水泵 泵型号 流量(L/s) 220(副泵最大 250) 60 60 30 30/60 20/40 30/60 30/60 30/60 30/60 40/80 100 166.7 200 200 压力(Mpa) 1.5(副泵0.35) 1.0 1.0 1.0 2.0/1.0 2.0/1.0 2.0/1.0 2.0/1.0 2.0/1.0 2.0/1.0 2.0/1.0 1.0 1.0 1.0 0.4 扬程(m) 150(副泵35) 100 100 100 200/100 200/100 200/100 200/100 200/100 200/100 200/100 100 100 100 40 其他 两栖多功能远程供水 AS5173GXFAP40型城市主战消防车 厂家 鞍山衡业 鞍山衡业 备注
ZXF5310GXFPM170型城市主战消防车 北京中卓时代 ZXF5320JXFJP40举高喷射消防车 ZXF5380GXFPM180型泡沫消防车 北京中卓时代 北京中卓时代
阿尔法拉瓦尔LKH UltraPure高纯度中心力泵说明书
The LKH UltraPure pump is available in eight sizes to handle capacities up to275m3/h and differential pressures up to10bar at50Hz.B e n e t s•Energy ef cient:superior ef ciency resulting in reduced energy consumption and CO2footprint.•Maximized uptime and reduced maintenance costs:robust mechanical design and ease of maintenance with modularfront-loading seals.•Low contamination risk:comes with full material traceability and USP Class VI elastomers to reduce risk of process contamination from extractables.•Smooth quali cation,validation and process control:material traceability,and pump supplied with the Alfa Laval Q-doc package in line with Good Documentation Practice(GDP).S t a n d a r d d e s i g nAll media contacting steel components like pump casing,impeller, impeller nut and backplate are in W.1.4404(AISI316L)with material traceability3.1according to EN10204.Product wetted elastomers are speci ed to USP Class VI,121°C,Chapter88and Chapter87.A stainless steel shroud protects the motor and four adjustable stainless steel legs support the complete unit.A compression coupling securely attaches the stub shaft to the motor shaft with precision alignment,and the semi-open impeller with a special vane design ensures ef cient and gentle handling of the product as it moves through the pump.As standard,the LKH UltraPure pump is equipped with a single mechanical shaft seal but is also available with a double mechanical shaft seal.The front-loading shaft seal,with the spring and washers mounted on the atmospheric side,makes maintenance fast,easy and inexpensive.It takes just a few minutes to replace the shaft seal.In addition,the balanced design minimizes the risk of seal opening during unforeseen pressure shock.T E C H N I C A L D A T AM a t e r i a l sProduct wetted steel parts:W.1.4404(316L)with material traceability3.1according to EN10204 Other steel parts:Stainless steel Inside surface nish:Mech Ra≤0.5 External nish:Fiber brushed Product wetted elastomers:EPDM-USP Class VI,121°C.Chapter88,and Chapter87 Rotary seal face:Silicon Carbide Stationary seal face:Silicon CarbideM o t o rFoot- anged motor according to the IEC metric standard,2poles=3000/3600rpm at50/60Hz,4poles=1500/1800rpm at50/60Hz,IP55 (with drain hole with labyrinth plug),insulation class F.M o t o r s i z e s50Hz: 1.5-75kW 60Hz: 1.2-80kW M i n/m a x m o t o r s p e e d2poles:1.2-45kW:900-4000rpm 2poles:55-80kW:900-3600rpm 4poles:1.6-75kW:900-2200rpm W a r r a n t yExtended3-years warranty on LKH pumps.The warranty covers all non wear parts on the condition that genuine Alfa Laval Spare Parts are used.O P E R A T I N G D A T AM a x i n l e t p r e s s u r eLKH UltraPure10-70:500kPa(5bar)T e m p e r a t u r eTemperature range:-10°C to+140°C(EPDM) Flush media:Max70°C Flush housing sterilization(pump not in operation):Max125°C D o u b l e m e c h a n i c a l s h a f t s e a lWater pressure inlet,LKH UltraPure10-60:Max.500kPa(5bar) Water pressure inlet,LKH UltraPure70:Max.300kPa(3bar) Water consumption:0.25-0.5l/min C o n n e c t i o n s f o r d o u b l e m e c h a n i c a l s h a f t s e a lLKH UltraPure10-70:1/8"GD i m e n s i o nP u m p s p e c i c m e a s u r e sP u m p M o d e l L K H U l t r a P u r e-10L K H U l t r a P u r e-20L K H U l t r a P u r e-25L K H U l t r a P u r e-35L K H U l t r a P u r e-40L K H U l t r a P u r e-45L K H U l t r a P u r e-60L K H U l t r a P u r e-70 A142180193193212193261254 B878810611912697102147 C2327322328416225 D247253303303329329329408 E51636954646410676 P1123129153153166153165206 T12323242624284711M o t o r s p e c i c m e a s u r e sM o t o r I E C I E C90I E C100I E C112I E C132I E C160I E C180I E C200I E C250 M o t o r k W1.5/2.23.04.05.5/7.511/15/18.52230/3755/75 F(max)*316336339358386406372500 G157185198196262286399394H288325359383485533670738 I(LKH-10to LKH-60)434516497597791842980-I(LKH-70)----8048559931051*Possible to reduce dimension F by min.59mm for all pump models.For smaller models it will be possible to reduce dimension F even further.F r a m e o v e r v i e wP u m p M o d e l L K H U l t r a P u r e-10L K H U l t r a P u r e-20L K H U l t r a P u r e-25L K H U l t r a P u r e-35L K H U l t r a P u r e-40L K H U l t r a P u r e-45L K H U l t r a P u r e-60L K H U l t r a P u r e-70 M o t o r r a n g e(I E C)I E C90-I E C160I E C90-I E C160I E C90-I E C200I E C90-I E C180I E C90-I E C200I E C100-I E C180I E C112-I E C200I E C160-I E C250 Moter range(kW) 1.5-11 1.5-18.5 1.5-30 1.5-22 1.5-303-224-4511-75 Dimensional data are based on2pole,ABB motors.D r a i n d i a m e t e rI S O1127T CC l a m p C l a m p1/2"13.512.73/4"17.219Dimensions are for guidance only.For exact measures of speci c pump speci cations,please refer to Anytime Con gurator.C o n n e c t i o n sL K H U l t r a P u r e-10L K H U l t r a P u r e-25L K H U l t r a P u r e-40L K H U l t r a P u r e-45L K H U l t r a P u r e-60 P u m p M o d e l L K H U l t r a P u r e-20L K H U l t r a P u r e-70L K H U l t r a P u r e-35Clamp ISO1127M136********M23636364892 Clamp ASME BPE M12929292929M22929292929 Clamp ISO2037M12121212121M22121212121 Clamp DIN32676M16464649292M22164216492 Flange Asept.A for DIN M16496966060M24764479660 Flange Asept.A for ASME M156********M24756475860 Union Asept.A for DIN M11001001006464M2481004810064 Union Asept.A for ASME M16054546464M24860485464J1*63.5/2.5"76.1/3"76.1/3"101.6/4"101.6/4"J2*51/2"63.5/2.5"51/2"76.1/3"101.6/4"*Other dimensions might be available upon request.ESE00269/9F l o w c h a r t –F r e q u e n c y :50H z -S p e e d (s y n c h r ):3000r p m12010080604020020*******150100503007-0080LKH UP-70LKH UP-40LKH UP-35LKH UP-45LKH UP-10LKH UP-60LKH UP-20LKH UP-25H (m)Q (m3/h)Q -d o cStandard documentation package:•Declaration of compliance with Regulation (EC)No.:1935/2004•Declaration of compliance to EN 10204type 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 nish compliance•Declaration of passivation and electro polishing (if speci ed)• 3.1certi cation in accordance to EN10204•Pump performance test certi cateOptional documentation:•Hydrostatic test certi cate •Surface measurement report •Delta ferrite report (impeller)O p t i o n sA.Impeller with reduced diameter.B.Impeller with delta ferrite max.1%.C.Motor for other voltage and/or frequency.D.Half speed motor.E.Motor with increased safety/ ame proof motor.F.ATEX approved execution(LKHex UltraPure)G.Double mechanical shaft seal.H.Adjustable pads.I.Horizontal drain connection,see illustration below.J.Drain with1/2"Alfa Laval Unique DVST UltraPure valve welded directly to casing,see illustration below.K.Special ush arrangement with1/2"Alfa Laval Unique DVST UltraPure diaphragm valve,needle valve and ow meter,see illustration below. L.No drain.M.Product wetted surface nish mechanically polished to Ra≤0.8μm.N.Product wetted surface nish electropolished to Ra≤0.4μm.O.Passivated surface.P.Product wetted elastomers FPM or FEP to USP Class VI,121°C Chapter88,and Chapter87.Q.Hydrostatic testing with certi cate.R.Surface nish measurement with certi cate.S.0°,90°or270°outlet,see illustration below.A v a i l a b l e o u t l e t p o s i t i o n s1/2"A l f a L a v a l U n i q u e D V S T U l t r a P u r e v a l v e -Welded directly to casing-Inside nish electropolished to Ra≤0.4μm -PTFE diaphragm conforming to USP Class VI- ISO1127- DIN11850- ASME-BPE- ISO2037F l u s h a r r a n g e m e n tWith the ush kit arrangement some process uid is passing through the ush housing of the double mechanical seal,creating a barrier from the atmosphere to avoid potential process contamination across the seal face.Flow meterFlush housingA v a i l a b l e d r a i n c o n n e c t i o n s½”or¾”-Tri-clamp for ASME-Clamp for ISO1127½”or¾”-Tri-clamp for ASME-Clamp for ISO1127-Clamp for DIN11864-3O r d e r i n gPlease state the following when ordering:•Pump size.•Connections.•Impeller diameter.•Motor size.•Voltage and frequency.•Flow,pressure and temperature.•Density and viscosity of the product.•Options.N o t e!For further details,see also Instruction manual ESE01703.This product has EHEDG certi cateAlfa Laval reserves the right to change specifications without prior notification.H o w t o c o n t a c t A l f a L a v a l Contact details for all countriesare continually updated on our website.Please visit to access the information direct.A l f a L a v a l i s a t r a d e m a r k r e g i s t e r e d a n d o w n e d b y A l f a L a v a l C o r p o r a t e AB .。
萨澳(SAUER DANFOSS)全系列产品介绍
变量泵 (45系列)
节流阀 (SC13)
过滤器 齿轮泵
比例阀组 (PVG) 和 HIC
终端设备 (DP200)
逆变器
-
+
手柄 (JS1000)
油箱
叉车工作系统
比例阀组 (PVG)
挖掘机构
变量泵 (45系列)
装载机构 控制器 (PLUS+1™)
手柄 (JS6000)
CAN 总线
两头忙工作系统
4
设计阶段
Valves
阀
久经市场考验的成熟产品,质量可靠,模块化 设计理念,这些使得我们的阀类产品可以用在 几乎任何场合。我们提供负载敏感、电控、以 及与负载无关的比例阀。采用我们的阀类产 品,你可以用多种控制方式满足最苛刻的使用 要求,且机器操作性能平稳,经久耐用。
Steering Components and Systems
齿轮泵
比例阀组 (PVG)
转角 传感器
控制手柄 (Prof1)
转角 传感器
控制器 (PLUS+1™)
电子方向盘
GPS 接收器
SASA
控制器 (PLUS+1™)
转向器 (OSPE) 至驱动系统 补油回路
梭阀
转向 优先阀 (OLS)
转向轮 角度 传感器
变量泵 (45系列)
压路机转向系统
联合收割机转向系统
TM
7
Hydrostatics
静液压产品
对于非公路设备,萨澳-丹佛斯-大金从 元件和系统两个方面,提供传动解决方 案,我们的产品规格齐全,能够用于单 边和双边推进驱动以及闭式回路辅助传 动中大,中,小功率的应用。对于中,小 功率的车辆,例如高空作业车,滑移装 载机,小压路机,割草机,以及对于大 功率车辆,例如联合收割机,履带式车 辆,林业机械和压路机,萨澳-丹佛斯大金都能提供合适的静液压传动方案。
Atlas Copco GA 5-11 5,5-11 kW 7,5-15 CV 旋筒式油注入泵式气压
COMPRESORES DE TORNILLO ROTATIVOS CON INYECCIÓN DE ACEITE GA 5-11 (5,5-11 kW/7,5-15 CV)LA SOLUCIÓN INTELIGENTE DEFINITIVALos compresores GA de Atlas Copco ofrecen un rendimiento extraordinario, un funcionamiento flexible y una alta productividad, a la vez que reducen el coste total de propiedad. Con equipos construidos para trabajar en los entornos más duros, Atlas Copco se compromete a mantener su producción en perfecto funcionamiento.La mayor fiabilidadLas series GA se diseñan, fabrican y prueban de acuerdo con ISO 9001, ISO 14001 e ISO 1217, Ed. 4, Anexo C/E. Con la garantía de una larga vida útil y con los mínimos costes operativos, el GA incorpora la última generación del innovador elemento de tornillo con inyección de aceite de Atlas Copco. Mínimos costes de energíaLa energía puede representar más del 80% de los costes del ciclo de vida de un compresor. La producción de aire comprimido puede suponer más del 40% de la factura de electricidad total de una planta. Con el elemento de alta eficiencia y el innovador sistema de integración Atlas Copco de todos los componentes, los compresores GA pueden minimizar los costes de energía y los costes generales durante su ciclo de vida.Integración del sistema de aireEl GA WorkPlace Air System se puede instalar junto al punto de uso gracias a su bajo nivel sonoro. Asimismo, como el equipo de tratamiento de aire está integrado y el depósito está montado debajo del compresor, se elimina la necesidad de una sala de compresores independiente. Además, todos los compresores se entregan listos para funcionar, por lo que loscostes de instalación se reducen al mínimo.T ren de accionamiento optimizadoFiabilidad sin precedentes durante toda la vida útil del sistema gracias al tren de engranajes accionado por correa, desarrollado de acuerdo con los estándares más exigentes del sector1Secador integrado• Equipos neumáticos protegidos aguas abajo en todas las condiciones de trabajo: el secador integrado evita el condensado y la corrosión de la red.• Ahorros de energía adicionales gracias al purgador electrónico del secador sin pérdidas de aire.• Se pueden añadir filtros opcionales para obtener una calidad del aire de hasta grado 1 (<0,01 ppm).• Separador de agua incluido de serie.3Elemento de nuevageneración• Equipados con un elemento de nueva generación y una perfecta disposición de rodamientos y retenes.• Adecuados para entornos con temperaturas ambientede hasta 46°C gracias al diseño mejorado de los componentes.• Gracias al concepto optimizado de integración de componentes y el nuevo elemento compresor, el aire libre suministrado se ha incrementado hasta en un 8% y el consumo de energía se ha reducido hasta en un 7%.245Controlador Elektronikon ®• Visor del estado del compresor en línea basado en Web incluido en el nuevo Elektronikon ® para monitorización remota usando una conexión Ethernet estándar.• Las funciones de monitorización del regulador Elektronikon ® incluyen nuevas indicacionesde servicio y de aviso, detección de errores y parada del compresor. El controlador opcional Elektronikon ® Gráfico ofrece más funciones visuales de indicación y aviso de servicio.4Filtro de aceite y separador de aceite• Protección contra la contaminación por aceite: arrastre de aceite extremadamente bajo gracias al diseño vertical del depósito de aceite.• Pérdidas de aire comprimido extremadamente bajas durante el ciclo de carga/descarga gracias al tamaño minimizado del depósito de aceite.5Fácil instalación• Como solución realmente lista para funcionar y que puedeinstalarse cerca del punto de uso, el GA es ideal para empresas de instalación y fabricantes OEM.• Opcionalmente, el sistema se puede ampliar con un secador integrado, filtros de aire y un depósito de 270 l (500 l opcional) montado en fábrica.• Transporte sencillo mediante carretilla elevadora.• Equipados de serie con un cable de alimentación de 3 metros.• Reducción de los costes de servicio gracias a los fungibles de alta calidad, fácilmente reemplazables y duraderos.61326UN GRAN AVANCE ENMONITORIZACIÓN Y CONTROLEl sistema Elektronikon ® de nueva generación ofrece una gran variedad de funciones de control y monitorización para mejorar la eficiencia y la fiabilidad. El Elektronikon ® controla el motor deaccionamiento principal y regula la presión del sistema dentro de una banda predefinida y estrecha.Visualización en línea gratuitaMonitorice sus compresores a través de Ethernet con los nuevos controladores Elektronikon ®. Las funciones de monitorización incluyen indicaciones de aviso, parada del compresor y programas de mantenimiento, todo posible con la visualización en línea gratuita del estado delcompresor. El servicio SMS, las tendencias y los eventos históricos remotos son opcionales a través del programa de conectividad.• Rearranque automático después de un fallo del suministro eléctrico.• Doble banda de presión.• Función de segunda parada retardada.• Opción de actualización al avanzado controlador Elektronikon ® gráfico.®Características claveControlador de compresores integrado opcionalPara reducir la presión del sistema y el consumo de energía en instalaciones de hasta 4 (ES4i) o 6 (ES6i) compresores, se puede instalar el controlador de compresores integrado opcional mediante una simple licencia.Tiempo Tiempo Potencia PotenciaSin DSS Con DSSEnergía ahorradaEn cargaEn cargaEn descargaEn descarga ParadoLa tecnología del ciclo de ahorro reduce el consumo de energía.El Elektronikon® está vinculado a ambos ciclos de ahorro:ventilador y secador. Monitorizando la temperatura del aceite, elciclo de ahorro del ventilador regula su funcionamiento yminimiza el consumo de energía. Usando un sensor de ambientepara monitorizar la supresión del punto de rocío requerida, elciclo de ahorro del secador arranca y detiene el secador cuandoel compresor ha parado, minimizando el consumo de energía yprotegiendo el sistema de aire contra la corrosión.Ciclo de ahorroDoble banda de presión y segunda parada retardadaEl proceso de producción crea niveles fluctuantes de demanda de aire, lo cual puede ocasionar pérdidas de energía en períodos de uso cortos. El Elektronikon® puede crear manual o automáticamente dos bandas distintas de presión del sistema para optimizar el consumo de energía y reducir los costes en caso de tiempos de uso cortos. Además, la sofisticada segunda parada retardada (DSS), hace funcionar el motor de accionamiento sólo cuando es necesario. Como se mantiene la presión del sistema deseada a la vez que se minimiza el tiempo de funcionamiento del motor de accionamiento, el consumo de energía se mantiene al mínimo.EXCELENCIA EN CALIDAD DE AIREEl aire comprimido sin tratar contiene humedad, aerosoles y partículas contaminantes que pueden dañar el sistema de aire y deteriorar el producto final. Los costes de mantenimiento resultantes pueden superar con creces los costes del tratamiento de aire. Nuestros compresores ofrecen un aire seco y limpio que mejora la fiabilidad del sistema, evitando costosos tiempos de parada y retrasos de producción, y protegiendo a la vez la calidad de sus productos. El aire limpio y tratado también reduce el riesgo de corrosión y fugas en el sistema de aire comprimido, contribuyendo a unos importantes ahorros de coste. Además, reduciendo al mínimo las fugas y las pérdidas de energía, y suprimiendo la eliminación poco segura de los condensados sin tratar, podrá proteger el medio ambiente y cumplir las normas internacionales más rigurosas.* Los valores de la tabla son los límites máximos de acuerdo con el respectivo grado de calidad ISO.** Punto de rocío a presión basado en una humedad relativa del 100% a 20 °C/68 °F .amaño de partículas de suciedad Punto de rocío a presión**Concentración de aceite3 micras - 2 ppm 3 micras +3ºC, 37ºF 2 ppm +3ºC, 37ºF 0.1 ppm 0.01 micras+3ºC, 37ºF0.01 ppmEl potencial de calentamiento global ha disminuido El empleo del eficiente refrigerante R134a reduce los El exclusivo control del ciclo de ahorro, con sensor de y basado en la carga del secador y la humedad relativa del aire comprimido, ahorra energía a carga parcial.Baja caída de presión en el intercambiador de calor con Pérdida cero de aire comprimido gracias al exclusivo Punto de rocío a presión de 3°C (humedad relativa delADAPTADO A SUS NECESIDADESAlgunas aplicaciones pueden necesitar, o se pueden beneficiar, de opciones adicionales y de sistemas más complejos de control y de tratamiento del aire. Para satisfacer esas necesidades, Atlas Copco ha desarrollado un equipo compatible fácilmente integrado y con opciones que proporciona aire comprimido de alta calidad a un costemínimo.: Estándar• : OpcionalDIAGRAMA DE FLUJO32141371718231921972210Circuito de aire1. Filtro de aspiración de aire2. Válvula de aspiración de aire3. Elemento de compresión4. Depósito separador de aire/aceite5. Válvula de presión mínima6. Refrigerador posterior7. Intercambiador de calor aire/aire8. S eparador de agua(sólo versiones Pack)9. Separador de agua con purgador10. Filtros DD/PD11. Depósito de aire Circuito de aceite12. Aceite13. Refrigerador de aceite14. Válvula termostática15. Separador de aceite16. Filtro de aceiteCircuito derefrigerante17. Compresor de refrigerante18. Condensador19. Filtro de refrigerante líquido20. Capilar21. Evaporador22. Válvula de derivación de gascaliente23. Válvula de aspiración de aireAire de aspiración AguaMezcla de aire/aceite Mezcla de refrigerante gas/líquido Aceite Refrigerante gas caliente, alta presión Aire comprimido sin agua libre Refrigerante gas frío, baja presión Aire comprimido húmedo Refrigerante líquido a alta presión Aire comprimido seco Refrigerante líquido a baja presiónESPECIFICACIONESTÉCNICAS GA 5-7-11* Rendimiento de las unidades medido de acuerdo con ISO 1217, Ed. 4, Anexo C-2009.** Nivel sonoro medio medido a una distancia de 1 m de acuerdo con ISO 2151; tolerancia 3 dB(A).Condiciones de referencia:- Presión absoluta de entrada 1 bar (14,5 psi).- T emperatura de aire de entrada 20 ºC, 68 ºF.FAD medido a las presiones de trabajo siguientes:- Variantes de 7,5 bar a 7 bar(e).- Versiones de 8,5 bar a 8 bar(e).- Variantes de 10 bar a 9,5 bar(e).- Variantes de 13 bar a 12,5 bar(e).GA 5-7-11 Pack(montado sobre suelo)GA 5-7-11 Pack(montado sobre depósito)Largo: 1498 mm Alto 2: 1240 mmAlto: 1729 mmLargo: 1142 mmAlto: 1240 mmAncho: 699 mmMontado sobredepósitoMontado sobresueloAncho: 699 mm Largo 2: 1142 mm2935 4875 46 © 2015, A t l a s C o p c o A i r p o w e r N V , B él g i c a .T o d o s l o s d e r COMPROMETIDOS CON UNA PRODUCTIVIDAD RESPONSABLESomos conscientes de la responsabilidad que tenemos con nuestros clientes, el medioambiente y las personas que nos rodean. Nuestra labor resiste el paso del tiempo. Esto es lo que llamamos Productividad Responsable.。
Atlas Copco GA 355-500 油注射旋筒压缩机说明书
Oil-injected rotaryscrew compressors GA 355-500 (355-500 kW / 450-700 hp)Outstanding performanceGA 355-500 compressors provide high-quality compressed air in the harshest environmental conditions. Incorporating Atlas Copco’s oil-injected screw element, they provide a long and trouble-free life at the lowest possible operating cost.Metal industryQUALITY AND EFFICIENCYMetal plants use compressed air for instrumentation, plant air andpneumatic conveying for raw materials or ash and are in need ofan efficient solution to reduce their operating costs. T hanks to theirinnovative features, our GA air compressors meet this demand.Mining industryROBUSTNESS AND RELIABILITYCompressed air is vital for the mining industry: applications include dustbad filtration, service air, ventilation air and pneumatic tools.The reliability and robustness of GA compressors will accomplishthe job even in the harshest conditions.Power plantsSMOOTH AND COST-EFFECTIVE OPERATIONPower plants run round-the-clock to supply vital energy. A continuoussupply of compressed air is absolutely critical for trouble-free operation.GA air compressors provide a reliable source of compressed air ofapplications such as silt blowing and fly ash handling.General industryA SAFE AND RELIABLE POWER SOURCEMany industrial companies use compressed air in their daily operations.Applications include pneumatic tools for cutting, drilling, hammeringand grinding, pneumatic actuators and valves, ventilation systems,packing and palleting machinery and conveyer systems.GA compressors are designed for ultimate performance and reliability.Keeping your productionup and runningGA compressors ensure long and trouble-free lifetime atthe lowest operating cost. At their heart are state-of-the-art compression elements based on innovative asymmetric rotor profiles and powered by a high efficiency electric motor. Combined with a built-to-last drive system and heavy duty air inlet filters, this results in maximum reliability to operate in the toughest conditions.Reducing your production costsThe innovative design of GA compressors reduces your energy bill and overall compressor lifecycle costs. GA compressorsare pre-assembled packages: installation is fault-free, commissioning time is low and no external instrumentationair is required.Protecting your processThe integrated water separator immediately removes 100% of the condensate, resulting in higher air quality.Maximizing your savingsAs there is no “one size fits all” concept, we have developeda range of features and options to help you optimize the useof your compressor: from running the machine at high temperatures, to extra safety devices.41625Protective air filtration• Protects the compressor components by removing 99.9% of dirt particles down to 3 microns.• Extends the system lifetime3Practical cooler cleaning• Hinged fans, fan motors and cowls for easy cooler cleaning.• Twin fans for optimal cooling.• Axial cooling fans driven by separate T EFC electric motors (IP55 protection).1Superior air quality• 3-step efficient oil separation process for low residual oil content in the compressed air (less than 3 ppm)• Hinged cover for easy separator element change273Moisture separator as standardA cyclonic moisture separator, with automatic and manual drain, mounted as standard, after the cooler block.4Elektronikon unit controller• High resolution color display gives you an easy to understand readout of the equipment’s running conditions.• Clear icons and intuitive navigation provides you fast access to all of the important settings and data.• Monitoring of the equipment running conditions and maintenance status.7T win element on single drive & gear casing• Efficiencies far superior to designs using one large element or 2-stages.• Extended lifetime due to reduced loads on bearings, rotors and gears.• Highly efficient motor – T EFC protection (IP55), class F insulation.5Energy recovery• The optional energy recovery system can recover up to 75% of the compressor’s shaft power as hot water.• The main module of the recovery system is integrated in the compressor.• Recovered hot water can be used as preheated boiler feed water, space heating, showering or other industrial applications.6Optimize your systemWith the GA 355-500, we provide an all-in-one solution incorporating the latest technology in a built-to-last design. T o further optimize the performance of your GA or to simply tailor it to your specific production environment, optional features are available.Additional features & optionsStandard scope of supplyGA 355-500 Flow DiagramIncoming air Air OutAir InOutgoing air Air/oil mixture Water OilTechnical specificationsA = air-cooledW = water-cooled LV = low voltageMV = medium voltageGA 500 figures are for medium voltage IP 23 motor. Reference conditions:Absolute inlet pressure 1 bar (14.5 psi)Intake air temperature 20°C (68°F)Cooling medium temperature 20°C (68°F)(1) Unit performance measure according to ISO 1217,Annex C, Edition 4 (2009), FAD is measured at thefollowing working pressures:• 100 psi variants at 100 psi• 125 psi variants at 125 psi• 150 psi variants at 150 psi• 200 psi variants at 193 psi2) Noise levelA-weighted emission sound pressure level at the workstation, Lp WSA (re 20 μPa) dB (with uncertainty 3 dB).Values determined according to noise level test code ISO2151 and noise measurement standard ISO 9614.(3) Water-cooled modelsGA 500 figures are for medium voltage IP 23 motor. Reference conditions:Absolute inlet pressure 1 bar (14.5 psi)Intake air temperature 20°C (68°F)Cooling medium temperature 20°C (68°F)(1) Unit performance measure according to ISO 1217,Annex C, Edition 4 (2009), FAD is measured at thefollowing working pressures:• 7.5 bar variants at 7 bar• 8.5 bar variants at 8 bar• 10 bar variants at 9.5 bar• 13 bar variants at 12.5 bar(2) Noise levelA-weighted emission sound pressure level at the workstation, Lp WSA (re 20 μPa) dB (with uncertainty 3 dB).Values determined according to noise level test code ISO2151 and noise measurement standard ISO 9614.(3) Water-cooled modelsHW LCOMMITTED TO SUSTAINABLE PRODUCTIVITY2935 0368 20 © 2017, A t l a s C o p c o , B e l g i u m . A l l r i g h t s r e s e r v e d . D e s i g n s a n d s p e c i fi c a t We stand by our responsibilities towards our customers, towards the environment and the people around us. We make performance stand the test of time. T his is what we call – Sustainable Productivity.。
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High pressure plunger pumpsHigh pressure plunger pumps for use in extreme conditionsReciprocating plunger pumps play a key role in almost all areas of process technology where fluids must be handled against high pressure.Possible fields of application and types of jobs are so varied that there is a con- stant need for new designs and materials in order to meet customer demands for new pump versions.Plunger pumps are used in indus- try where there are high or maxi- mum operating pressures. At a constant speed their capacity is virtually independent of operating pressure – an important feature in control operations. Capacity is proportional to speed. In all power ranges plunger pumps display high overall efficiency, which is as a rule above 90 %. This also applies to partial load operation. This is why plunger pumps are among the most economical machines – a major factor in view of rising energy costs.Uraca pumps are usedworldwide.Test pumps are used for hydro-static pressure testing, includingthe testing of pipes, pipelines,vessels a nd c ontainers, g as c ylin-ders and many other high-pressurecomponents. The units are alsoavailable for use in potentiallyexplosive area zone 2 (equipmentgroup II, equipment category 36according to ATEX).Industrial pumps can be usedin virtually all industrial areas,including heavy industry, energytechnology, the oil industry as wellas in the food and textile industry.The pumps are used mainly asdrives for rolling mills, boiler feedpumps, pumps for hydrostaticbearing lubrication, for descalingas well as for cleaning with high-pressure w ater.Chemical and process pumpsare used for hot, aggressive,abrasive, toxic agents as well asfor liquid gases.The areas of application aremainly in the chemical and petro-chemical industry, but also inthe manufacture of detergents,the recycling of plastics and oilresidues as well as injection andthe extraction of oil from coal.Pump units can be installedfor the most varied of applicationswith diesel or electric motors.3Perfection in detailPower endsURACA’s power ends are usedworldwide. Every day they provethemselves in continuous operationto the satisfaction of our cus-tomers. The fields of applicationrange from the polar circle tothe tropical climate zones. Highoperating safety and above-average service life are typicalURACA features.Power ends for higher powerrequirements are equipped with oilcooling and forced oil lubrication.Power ends for lower powerrequirements have centrifugallubrication. T he v arious s eriescover a power range of up toapprox. 2600 kW.The power ends for series KD 600and KD 700 are compact and havea low weight coefficient. Powerend and liquid end are separatedby an intermediate chamber andspecial crosshead seals, preventingany liquid from entering the powerend.The power ends of the big pumpseries KD 800 have an incline-divided power end for easierinstallation and for easier mainte-nance of the crank mechanism.The power ends are equipped witha bridge for centering of longstuffing boxes.The new generation of the P-serieshas a crankshaft with multipleslide bearings and features threepower groups with 3, 5 and 7plungers.4Stuffing boxesDue to the wide-range of appli-cations for our plunger pumps,stuffing boxes and seals aredesigned to meet the requisites ofthe r espective l iquid. E asy-to-handleliquids, such as water, emulsionsor similar, can be controlled withsimple seals.URACA w ill provide t he b estpossible design to match the liquidyou handle.With fluids it is necessary, forexample, to take special measuresto reduce dead space or to installplunger guide bushes that are self-lubricating. The more demandingthe liquid is, the more extensivethe back up systems integrated inthe stuffing boxes. Consequently,heating, cooling, synchronousinjection, flushing or interlockingcomponents can be installed.Valve blocksThe design of the valve blocksdepends to a high degree on theproperties of the respective liquid.Cone, plate and ball valves areavailable. What they have incommon is high efficiency, lowwear and tear and outstandinglyeasy maintenance.5Leak-free handlingHeightened environmental awareness requires both the pump manufacturer and the operator to consider leak-free handling when designing and selecting the pumping equipment.URACA d iaphragm pumps o ffer aunique solution in the handling ofdangerous fluids. They help in parti-cular to increase the operatingsafety of production plants and toimprove the working conditions ofthe operatives. Hermetically sealedplunger pumps are mainly used fortoxic, explosive, aggressive, foul-smelling, environmentally harmfulor a brasive f luids. U RACA d iaphragm pumps offer the advantages of a piston sealing that is virtually free of wear and tear as well as abso- lutely leak-free handling.URACA diaphragm pump heads operate at a pressure range of up to 350 bar, while the temperatures of the fluid handled can be from -40 to +150° C . The PTFE-dia- phragm, which is resistant to virtu- ally all fluids, hermetically seals the fluid chamber. The selection ofmaterials for the parts touchedby the fluid as well as the designof the self-acting valves andthe stroke frequency of the pumpdepend on the respective fluid.Integrated monitoring systems pre-vent any overload of the unitand signal any diaphragmfailures immediately.URACA diaphragm pumps are available in a power range of up to 250 kW. Operating pressure may be350 bar, capacity up to 850 l /min.URACA diaphragm pumpsfeature the following specific advantages:■ Economy ■ High operatingsafety■ High service quality■ Space-saving design■ Flexibility of drive6▲▲Consistent URACA quality – the basis of a mutually beneficial relationshipProduct research and develop- ment at modern 3D-CAD-work- places to meet customer s’ needs and wants.Precision machining guarantees failure-free service lifeMeticulous assembly work by a highly trained and committed workforceA trial run lasting several hours on the test bed as well as comprehen- sive test programs are a demon- stration of guaranteed excellence.Many years of service life at the customer – t he basis of a mutually beneficial relationship.7VP.e5.6L+S High Pressure –State of the Art Technology –WorldwideURACA Pumpenfabrik GmbH & Co. KGSirchinger Straße 15D-72574 Bad Urach, GermanyPhone +49 (71 25) 133 - 0Fax +49 (71 25) 133 - 202info@uraca.dewww.uraca.deCertified acc. to:■DIN EN ISO 9001: 2000 by LRQA■VGB KTA 1401■GostURACA i s a l eading m anufacturer ofhigh pressure plunger pumps andhigh pressure water jettingtechnology equipment. Since 1893the company has been a globalleader in the development of thistechnology.URAC A‘s core competency lies inthe development, design,and manufacture of high pressureplunger pumps, pump units, andaccessories for almost all industrialfields.URACA offers leading technologicalknow-how in the field of fullyautomated and process-integratedsystem t echnology.The key focus is on two marketsegments:■High-performance pumpsolutions for the CPI sectorsand heavy industry.■A universal and modularcomplete programme for high-pressure water jettingtechnology, especially for highlyautomated plants.The German domestic marketis covered by URACA sales centersand a network of service centers.Internationally, URACA hassubsidiaries and agencies.Additionally n umerous r epresenta-tives underline the company’spresence around the globe.A high standard of research anddevelopment, plus a modernmanufacturing facility stand forunsurpassed p roduct q uality.Ongoing market r esearch and closeattention to current marketneeds safeguards the company’stechnological l eadership.Each URACA customer profits fromthis comprehensive experienceand technology and will find thatURACA is a h ighly c ompetentpartner in the solution of theircleaning p roblems.。