奥盖尔柱塞泵型号PVG-130-F1UV-RDFZ-P-1NNNN-推荐下载

合集下载

ISCO高精度柱塞泵

!"#$%&'() *+,-
!"#
!"#$%&'()*+$, OMIMMMéëá !"#$%&' !"#$ !"#$%&'( L "#+ !" QMMãiL !"# fëÅç !"#$%&'()*
!"#$
fëÅç !"#$ !"#$%&'()*+ káíêçåáÅ=RM !"#$%& !"#$%&'()*+,# !" -./0 !"#$%&'()*+,-./01%23456 !"#$%&'( !"#$%&' !"#$%&'()*+,!"#$%&'()*+,-./ !"#$%& !
!"#$%&'()*+,-./0-1 !"#$%&
!"
a ri !"#$%&'()*%+,-./0 !"#$ `b !" ri ! riPNMN bkSNMNMJN
!"#$%&
!"#$% !"#$ !"#$%&'()* +,-./0 OMM !" JOM !"#$%&'( %&'()* !"#$%&'()*+,-./0 !"#$%&'()*+,-./

柱塞泵图纸

6件
外型尺寸 2080X1037X822(长 X宽X高)
借 (通) 用件登记
旧底图总号底图总号
签字日期档案员日期
1037 178 （至地脚孔）
拆去5号件
拆去10号件
14 GB 93-87 13 GB 41-86 12 GB 898-88 11 YB200L-8B3W 10 5/7B-06-00 9 5/7B-05-00 8 ZDY-160-4-Ⅱ 7 GB 93-87 6 GB 5781-86 5 5/7B-04-00 4 5/7B-03-00 3 8/16A-10-00 2 5/7B-02-00 1 5/7B-01-00
800 822 800 740
400 12吸入
125
（至地脚孔）
295(至地脚孔）
1
2
3
45
2080
地脚
1：12
14 13 12
6-φ18
1500 1800
技术参数
流量
5 m3 /h
电机型号 YB200L-8B3W
排出压力
7.0Mpa
电机功率 15kW
吸入压力 0.113Mpa
330 330
202 202
215 215
料
备注单件总计
重量
5/7B-00-00
图样标记共张
重量比例
1160 1:6
第张
大连劳雷流体设备有限公司
序号代号
弹簧垫圈 16 六角螺母 M16 双头螺柱 M16X55 电机（15kW) 罩2 电机、减速机联轴器减速机弹簧垫圈 10 六角头螺栓 M10X15 罩1 泵-减速机联轴器动力端底座液力端
名称

美达尔Moeller系列U-PKZ0欠压发电器说明书

Eaton 073145Eaton Moeller® series U-PKZ0 Undervoltage release PKZ0(4),PKE, AC, 208 V 60 Hz, Screw terminalsEspecificaciones generalesEaton Moeller® series U-PKZ0Accessory Undervoltage Release073145401508073145068 mm90 mm24 mm0.129 kgCECSA File No.: 165628UL 508CSAULUL File No.: E36332CSA-C22.2 No. 14UL Category Control No.: NLRV IEC/EN 60947-4-1CSA Class No.: 3211-05U-PKZ0(208V60HZ)Product Name Catalog NumberEANProduct Length/Depth Product Height Product Width Product Weight Certifications Model CodeScrew connection Can be fitted to left side of the motor protection switchAccessoriesEMERGENCY STOP or EMERGENCY switching-off device inaccordance with IEC/EN 60204 when combined with circuitbreakerMotor safety switchMotor protective circuit-breakerAC-25 °C 55 °C 2 x (0.75 - 2.5) mm² 1 x (0.75 - 2.5) mm²1 x (18 - 14)2 x (18 - 14)42 V 480 V 24 V 250 V 0,7- 0,35 x Uc 0.85 - 1.1 V x Uc 0 V0 V208 VElectric connection type Mounting positionProduct categorySuitable asSuitable forUsed withVoltage typeAmbient operating temperature - minAmbient operating temperature - maxTerminal capacity (solid/flexible with ferrule)Terminal capacity (solid/stranded AWG)Rated operational voltage (Ue) at AC - min Rated operational voltage (Ue) at AC - max Rated operational voltage (Ue) at DC - min Rated operational voltage (Ue) at DC - max Drop-out voltagePick-up voltageRated control supply voltage (Us) at AC, 50 Hz - min Rated control supply voltage (Us) at AC, 50 Hz - max Rated control supply voltage (Us) at AC, 60 Hz - min Rated control supply voltage (Us) at AC, 60 Hz - max208 V0 V0 V5 VA, Pull-in power, Coil in a cold state and 1.0 x Us 5 VA, Pull-in power, Coil in a cold state and 1.0 x Us 3 VA, Coil in a cold state and 1.0 x Us3 VA, Coil in a cold state and 1.0 x Us 0 W0 W0 W0 A0.5 WMeets the product standard's requirements.Meets the product standard's requirements.Meets the product standard's requirements.Meets the product standard's requirements.Meets the product standard's requirements.Does not apply, since the entire switchgear needs to be evaluated.Does not apply, since the entire switchgear needs to be evaluated.Rated control supply voltage (Us) at DC - minRated control supply voltage (Us) at DC - maxNumber of contacts (change-over contacts)Number of contacts (normally closed contacts)Number of contacts (normally open contacts)Power consumption, pick-up, 50 Hz Power consumption, pick-up, 60 Hz Power consumption, sealing, 50 Hz Power consumption, sealing, 60 Hz Equipment heat dissipation, current-dependent PvidHeat dissipation capacity PdissHeat dissipation per pole, current-dependent PvidRated operational current for specified heat dissipation (In) Static heat dissipation, non-current-dependent Pvs10.2.2 Corrosion resistance10.2.3.1 Verification of thermal stability of enclosures10.2.3.2 Verification of resistance of insulating materials to normal heat10.2.3.3 Resist. of insul. mat. to abnormal heat/fire by internal elect. effects10.2.4 Resistance to ultra-violet (UV) radiation10.2.5 Lifting10.2.6 Mechanical impactMeets the product standard's requirements.Does not apply, since the entire switchgear needs to be evaluated.Meets the product standard's requirements.Does not apply, since the entire switchgear needs to be evaluated.Does not apply, since the entire switchgear needs to be evaluated.Is the panel builder's responsibility.Is the panel builder's responsibility.Is the panel builder's responsibility.Is the panel builder's responsibility.Is the panel builder's responsibility.The panel builder is responsible for the temperature rise calculation. Eaton will provide heat dissipation data for the devices.Is the panel builder's responsibility. The specifications for the switchgear must be observed.Is the panel builder's responsibility. The specifications for the switchgear must be observed.The device meets the requirements, provided the information in the instruction leaflet (IL) is observed.DA-DC-00004882.pdfDA-DC-00004892.pdfDA-DC-00004886.pdfDA-DC-00004787.pdfDA-DC-00004879.pdfDA-DC-00004911.pdfDA-DC-00004912.pdfDA-DC-00004935.pdfDA-DC-00004910.pdfDA-DC-00004951.pdfDA-DC-00004915.pdfDA-DC-00004921.pdfDA-DC-00004851.pdfDA-DC-00004883.pdfDA-DC-00004878.pdfDA-DC-00004890.pdfDA-DC-00004913.pdfDA-DC-00004962.pdfDA-DC-00004937.pdfDA-DC-00004952.pdfDA-DC-00004960.pdfDA-DC-00004884.pdfDA-DC-00004945.pdfDA-DC-00004880.pdfDA-DC-00004891.pdfDA-DC-00004920.pdfDA-DC-00004961.pdfDA-DC-00004881.pdfDA-DC-00004953.pdfDA-DC-00004944.pdfDA-DC-00004914.pdfeaton-manual-motor-starters-release-u-pkz0-accessory-dimensions.eps eaton-manual-motor-starters-release-u-pkz0-accessory-3d-drawing.eps eaton-manual-motor-starters-shunt-releases-u-pkz0-accessory-3d-drawing.eps10.2.7 Inscriptions10.3 Degree of protection of assemblies10.4 Clearances and creepage distances10.5 Protection against electric shock10.6 Incorporation of switching devices and components10.7 Internal electrical circuits and connections10.8 Connections for external conductors10.9.2 Power-frequency electric strength10.9.3 Impulse withstand voltage10.9.4 Testing of enclosures made of insulating material10.10 Temperature rise10.11 Short-circuit rating10.12 Electromagnetic compatibility10.13 Mechanical functionDeclarations of conformityDibujosEaton Corporation plc Eaton House30 Pembroke Road Dublin 4, Ireland © 2023 Eaton. All Rights Reserved. Eaton is a registered trademark.All other trademarks areproperty of their respectiveowners./socialmediaDA-CE-ETN.U-PKZ0(208V60HZ)eaton-manual-motor-starters-undervoltage-u-pkz0-accessory-wiring-diagram.epsDA-DC-00004244.pdf DA-DC-00004232.pdf DA-DC-00004245.pdf DA-DC-00004544.pdf DA-DC-00004601.pdf DA-DC-00004067.pdf DA-DC-00004206.pdf DA-DC-00003914.pdf DA-DC-00004069.pdf DA-DC-00004230.pdf DA-DC-00004109.pdf DA-DC-00004246.pdf DA-DC-00004545.pdf DA-DC-00004108.pdf IL03402034Z DA-CD-a_pkz DA-CS-a_pkzeCAD modelEsquemas eléctricosInformes de certificación Instrucciones de montaje mCAD model。

SWIRLFLO 冷水泉源与 FLEXI-GUARD 和 ezH2O 瓶子填充器说明书

INSTALLATION & USE MANUALSWIRLFLO® Refrigerated fountains with FLEXI-GUARD NOTE: It is common practice to ground electrical hardware such as telephones, computers and other devices to available water lines. This can, however, cause electrical feedback in the plumbing circuit, whichFigure 4 - Fountain InstallationFigure 5 - Lower Panel Installation8. Install fountains with (8) 5/16-18 HHMS & (8) 5/16-18 nuts (provided) (Fig. 4). Connect the ¼” water lines from each fountain to the remaining openings on the tee at the remote chiller (cut lines to fit as needed).9. Attach waste tubes (1-1/4” O.D.) to 1-1/4” O.D. slip trap. Trap on the bottle filler side must be 1-1/2” O.D. (provided by others).10. Make final water supply connections.11. These products are designed to operate on 20-105 PSI supply line pressure. If inlet pressure is above 105 PSI, a pressure regulator must be installed in the supply line.(Caution: Any damage caused by connecting these products to a supply line with pressure lower than 20 PSI or higher than 105 PSI IS NOT covered under warranty.)12. Make electrical connections to the bottle filler and remote chiller. The LCD Bottle counter should illuminate.13. V erify proper dispensing from the bottle filler by placing a cup, hand or any opaque object in front of sensor area and verify water dispenses. Note: the first initial dispenses might have air in the line which may cause a sputter. This will be eliminated once all air is purged from the line. A steady stream of water assures all air is removed. The sensor has a 20 second maxi mum ON time. It may be necessary to step away from the beam a few times to purge all air. Check for leaks.14. Check stream height from bubbler. Stream height is factory set for 35 PSI supply. If supply pressure varies greatly from this, remove push button (Item 7 - Fig. 8) and adjust the screw on the regulator (Item 8 - Fig. 8). To remove push but ton, remove setscrew from bottom of sleeve (Item 21). Insert a small punch in screw hole and push up while grasping the push button and pull forward removing the push button. Clock wise adjustment will raise stream height and counterclockwise movement will lower stream height. For best adjustmentstream should hit basin approximately 6-1/2” from the bubbler. Reassemble the push button by pushing in on button until the push button catches in the sleeve. Reinstall the setscrew (Item 21) in the sleeve (Item 6). 15. Install the cover plates.16. Install the bottom panel, tighten screws (Fig. 4).17. Optional: Mount optional panels. Slide tongue of panel under edge of already installed panel. Tighten screws.201817162423View From Rear5NOTE:When installing replacement bubbler and pedestal (Fig. 6), tighten locknut only to hold parts snug in position. Do Not overtighten.Figure 6 - Flexi-Guard ®Bubbler DetailsBasin 1Locknut2326Reset SwitchBack Panel28,29,30,31,32Figure 7 - Fountain Body AssemblyFigure 8 - Push Button Assembly67821293121941052222See Fig. 6MAIN BOARDI.R. BOARDLED BOARDFOUR PIN CONNECTORFIVE PIN CONNECTORVERIFY CONTROL BOARD SOFTWARE1) To verify the software program of the control board the unit willneed to be shut down and restarted. The chiller (if present) does not need to be shut down and restarted.2) Shut down the unit by unplugging the power cord from the walloutlet or switching off the circuit breaker to the unit.3) R estart the unit by plugging the power cord back into the walloutlet or by switching on the circuit breaker to the unit.4) Upon start up, the bottle count display will show the softwaredesignation of BF11 or BF12.ACCESSING THE PROGRAMMING BUTTON1) To access the program button, remove #8-32 screw, pull backcover plate on lower fountain arm (Fig. 4). Reset button is located above fountain arm.RESET THE FILTER MONITOR1) Instructions apply to filtered units only.2) Depress the program button for approximately 2 seconds untilthe display changes then release. The display will change andscroll through two messages:“RST FLTR” – Reset Filter Monitor“SETTINGS” – System Settings Sub MenuIf the program button is not pushed again the display will scrollthrough the two messages above for three cycles and then default back to bottle count and be back in run mode.3) When the display changes to “RST FLTR”, depress the buttonagain. The display will change to show “FLTR =”. Depress thebutton again and the display will show “FLTR =0”4) The Green LED should be illuminated indicating that the visualfilter monitor has been reset.SETTING RANGE OF THE IR SENSOR WHERE APPLICABLE 1) Depress the program button for approximately 2 seconds untilthe display changes then release. The display will change andscroll through two messages:“RST FLTR” – Reset Filter Status LED“SETTINGS” – System Settings Sub MenuIf the program button is not pushed again the display will scrollthrough the two messages above for three cycles and then default back to bottle count and be back in run mode.2) When the display changes to “SETTINGS”, depress the buttonagain. The display will change to show“RNG SET” - Range set for IR sensor.“UNIT TYP” - Type of unit (REFRIG or NON-RFRG)“FLT SIZE” - Select filter capacity“RST BCNT” - Reset bottle count3) W hen display shows “RNG SET” push program button once the display will show current value (can be 1 – 10) e.g. “RNG = 3”.4) Once display shows current value push the program button toscroll through value of 1 – 10. Select the desired range setting, "1" being closest to sensor and "10" being farthest away.5) Once range is selected allow approximately 4 seconds to pass and then the display will go back to bottle counter and be in run mode.6) T est bottle filler by placing bottle or hand in front of sensor tomake sure water is dispensed.SETTING UNIT TYPE1) Depress the program button for approximately 2 seconds until the display changes then release. The display will change and scroll through two messages:“RST FLTR” – Reset Filter Status LED“SETTINGS” – System Settings Sub MenuIf the program button is not pushed again the display will scrollthrough the two messages above for three cycles and then default back to bottle count and be back in run mode.2) When the display changes to “SETTINGS”, depress the button again.The display will change to show“RNG SET” - Range set for IR sensor.“UNIT TYP” - Type of unit (REFRIG or NON-RFRG)“FLT SIZE” - Select filter capacity“RST BCNT” - Reset bottle count Continued from below:3) W hen display shows “UNIT TYPE” push program button once thedisplay will show current value. C an be REFRIG or NON-RFRG4) Push button once to change value. Once value is s elected the display will show the new value. (Can be REFRIG or NON-RFRG) “REFRIG“ - stands for refrigerated product. In this setting the flow rate is estimated at 1.0 gallon per minute.“NON-RFRG“ - stands for nonrefrigerated product. In this setting theflow rate is estimated at 1.5 gallons per minute. Both “REFRIG“ and“NON-RFRG“ simulate 1 bottle equal to 20 oz.5) A llow approximately 4 seconds to pass and the display will return to bottle counter and be in run mode.RESETTING BOTTLE COUNT1) Depress the program button for approximately 2 seconds until thedisplay changes then release. The display will change and scrollthrough two messages:“RST FLTR” – Reset Filter Status LED“SETTINGS” – System Settings Sub MenuIf the program button is not pushed again the display will scroll through the two messages above for three cycles and then default back to bottle count and be back in run mode.2) When the display changes to “SETTINGS”, depress the button again. The display will change to show:“RNG SET”- Range set for IR sensor.“UNIT TYP” - Type of unit (REFRIG or NON-RFRG)“FLT SIZE” - Select filter capacity“RST BCNT” - Reset bottle countIf the button is not pushed again the display will scroll through the four messages above for three cycles and return to run mode.3) W hen display shows “RST BCNT” push program button once thedisplay will show current value, e.g. “0033183”.4) Once display shows current value push the program button once more to reset back to 0. The display will show BTLCT = 0 for approximately 2 seconds and then return to run mode showing 00000000 bottles. NOTE: Once the bottle count is reset to zero there is no way to return to the previous bottle count.5) T esting the bottle counter:REFRIG units: Place bottle or hand in front of sensor for approximately9 seconds to see bottle counter count 00000001,(This is based on filling a 20 oz. bottle).NON-RFRG units: Place bottle or hand in front of sensor for approximately 6 seconds to see bottle counter count 00000001,(This is based on filling a 20 oz bottle).SETTING FILTER CAPACITY1) Depress the program button for approximately 2 seconds until thedisplay changes then release. The display will change and scroll through two messages:“RST FLTR” – Reset Filter Status LED“SETTINGS” – System Settings Sub MenuIf the program button is not pushed again the display will scroll through the two messages above for three cycles and then default back to bottle count and be back in run mode.2) When the display changes to “SETTINGS”, depress the button again. The display will change to show:“RNG SET“- Range set for IR sensor.“UNIT TYP“ - Type of unit (REFRIG or NON-RFRG)“FLT SIZE” - Select filter capacity“RST BCNT“ - Reset bottle countIf the button is not pushed again the display will scroll through the four messages above for three cycles and return to run mode.3) W hen display shows “FLT SIZE” push program button once. The display will show current value. Can be 3000GAL or 6000GAL.4) Push program button again to display the desired “FLT SIZE”.5) Allow approximately 4 seconds to pass and the display will return tobottle counter and be in run mode.BF11 - BF12 PROGRAM SETTING THE CONTROL BOARDMOUNTING FRAMEMAIN PANELDRAINLOCATIONSLOWER PANELREMOTE CHILLERFILTER (OPTIONAL)MOUNTINGFRAME Figure 9Fig. 103/8”Water InletFilter Head Assembly used after 01/01/202121JUNCTIONBOX27NOTE: Bottle filler back cover removed from the view for clarityWATERSENTRY ® PLUS FILTER PARTS LIST(See Fig. 10)ITEM NO.PART NO.DESCRIPTION1251300C 51469CFilter Assy-3000 Gal.Assy-Filter & Brkt includes Fltr Head/Mtg Brkt/John Guest Fittings/Screws1Figure 11 – Water Supply ConnectionsStream Regulator: flow as in Step 14 of the installation instructions. If NOTE: WATER FLOWDIRECTION SERVICE STOP (NOT FURNISHED)23456756073C 28708C 28473C 45767C 28343C 45781C 98871C Kit - Bubbler Assy Basin - Swirlflow Lower Shell Fountain Body Cover Plate SleeveKit - Swirlflo Pushbutton/Spring PARTS LISTITEM NO.PART NO.DESCRIPTION。

AlOVSO-DFRl系列轴向柱塞泵原理及调节

作者简介:苏剑坡(1984—),男,机械助理工程师,从事机械加工技术。

王旭(1967—),男,机械高级技师,从事机械加工技术。

0概述A10VSO-DFR/DFR1系列斜盘轴向柱塞泵是德国力士乐公司研制的新型柱塞泵,由于其结构紧凑、节能、工作稳定、寿命高等特点在工业生产中得到广泛的应用,特别是现在越来越多的公司都使用进口设备,进口设备中很多液压站都使用该液压泵,我公司主要使用SMS-Meer 西马克-梅尔设备,其中多台液压站就是使用这种A10VSO-DFR1液压泵(X 口与油箱无连接),下面就该液压泵原理、调节及负载敏感节能技术进行阐述。

该柱塞泵属于斜盘变量柱塞泵,流量正比于驱动转速和排量,并通过调节斜盘倾角实现无级变量。

除了压力控制功能外,借组于负载(如小孔)压差,可以改变泵的流量。

泵仅提供执行机构的实际流量。

图1A10VSO-DFR1原理图1工作原理负载敏感DFR 的原理,DFR 分两个部分,一个是压力控制DR,一个是流量控制FR。

DR 恒压控制,即通过阀控变量油缸来保证出口压力基本不变,就是压力控制阀(原理图下面的三通阀)控制变量油缸,出口压力在稳态时与压力控制阀右端的可调弹簧力相平衡,变量泵的变量压力PP 通过调节压力阀的弹簧设定,当系统压力没有达到调定的恒压压力时,泵排出最大流量,相当于一个定量泵。

当系统压力达到所调的恒压压力时,泵进入恒压工况,负载的速度进入可调阶段。

速度进入可调阶段,流量即发生变化,该变化是系统要求泵输出的流量要有所变化的。

例如开始阶段油缸是快速动作,泵提供最大流量例如150L/min,下一个阶段系统只要求50L/min 的流量就够了,这个时候,泵输出流量相当于负载的速度要求要大,如果泵不改变输出的150L/min 流量,就会出现供(150)过于求(50),根据压力流量基本公式,系统压力就会升高,在节流阀上的压力损失将增加,压力阀的弹簧被压缩,阀芯右移,泵主动变量缸推动斜盘使角度减小,输出流量相对减小,直到泵打出去的流量正好是50L/min,系统压力恢复到设定值,下面这个恒压控制阀就回到中位初始位置,泵稳定在输出50L/min 的斜盘位置上。

OILGEAR柱塞泵PVWJ-098-A1UV-LSAY-P-1NNNN

OILGEAR柱塞泵PVWJ-098-A1UV-LSAY-P-1NNNN 联系：郑-工15 260 822 709 Q 285151 9548美国oilgear pump，奥盖尔，奥盖尔柱塞泵Oilgear柱塞泵,oilgear液压泵,oilgear阀,液压站Oilgear公司创建于1921年，座落在美国威斯康辛州密尔沃基市，是世界知名的柱塞泵及电液控制技术产品制造商。

Oilgear公司长期从事流体动力机器的研发和生产；产品广泛应用于冶金、金属加工、机床、汽车、石油化工、建筑机械、玻璃和木材机械等行业，为世界各地的各种液压机制造商和用户提供服务。

Oilgear泵产品做为美国柱塞泵的领导者，享有很高的国际声誉。

供应柱塞泵型号及配件PVV 系列PVG系列PVWJ系列PVWH系列PVWW系列PVWC系列PVM系列PVK系列PFBA系列PFBK系列PFCM系列PFCS系列Oilgear泵产品作为美国柱塞泵的领导者，享有很高的国际声誉。

我公司供应的产品种类齐全，品质优良，如您有意购买，欢迎来电咨询！美国奥盖尔OILGEAR柱塞泵OILGEAR柱塞泵奥盖尔柱塞泵，请相信我们，请选择我们！Oilgear Hydraulic Pump PVWH 25 LSAY CUSN Y115 ND 103 OILGEAR PISTON PUMP PVWJ 022 A1UV LSAY P 1NNNN OILGEAR PISTON PUMP NEW PVWJ 014 A1UV LSAY P 1NNNN Oilgear PVM130 Variable Displacement Piston PumpOilgear Pump D23030Oilgear Pump D15035Oilgear Pump D15030Oilgear Pump D10025Oilgear DM Pump Part DM 3511 M UsedOilgear Relief Valve Pump MountedOILGEAR PISTON PUMP PVG100D4UVRDFYF 100NN NN OILGEAR HYDRAULIC PUMP PVG100D4UVRDFYF 100NN AN 20 NOilgear Hydraulic Relief Valve Pump VSR50 3000PSI1.在斜盘轴承的设计上，我们采用的是复合材料，这样可以起到控制稳定快速；消除支架轴承的故障；更长使用寿命。

spmp13336高压黄油

SPM P13336高压黄油SPM P13336的高压黄油这款最新优势优惠厂商原装提供的进口产品，主要用于各大石油钻井、天然气勘测开采等石油石化作业平台领域。

其发挥的优异性能，充分得到终端用户的一致好评。

也是我司近来主推的优势品牌产品之一。

有意者详询小王180****4738 0595-******** QQ2851519550✓SUNFAB 轴油封修理包 50666✓赛福乐 2088-443-144✓曼牌 C1250✓NTN轴承 NU317 C4✓NTN轴承 NU314 C4✓NOP摆线齿轮油泵TOP-10AVB✓派克阀 SD400A06V8✓SMC ZSE40A-01-T✓Pilz 750101✓MAC电磁阀 35A-ACA-DDAA-1BA✓诺蒂菲尔探测器 FSP-851/B501✓诺蒂菲尔探测器 JTWB-BCD-5151EIS✓泰科烟感探头 MR901T✓泰科温感探头 MR901T✓派克传感器 SCPSD-250-04-17✓卡特彼勒蓄电池9X9730✓卡特启动电池 9X-9720✓克诺尔打气泵 LK3986✓SOR开关 101AH-AG3-M4-C1A✓SOR开关 6AH-AG45-M4-C2A✓斯堪韦尔 MP-T-P-7.0-R✓SCHROEDER滤芯 A10✓SCHROEDER 滤芯 6RZ10✓CTP320C空调压缩机 245-7781✓CAT油封 1359819✓威创传感器 5705BPSX1052✓派克油泵 DP14R-310C✓摩菲传感器 ESP-100✓AQUA SIGNAL CORP 1156201000✓ORGA 35POSC-860HZ✓赛福乐水泵 8090-902-278✓丹佛斯压力开头 KP150601264✓沃玛高压水枪 HP-750✓奥盖尔泵 PVWJ-098-AIUV-LSAY-P-1NNNN✓奥盖尔泵 PVWJ-098-A1UV-RSAY-P-1NNNN✓英格索兰 666120-344-C✓唐纳森滤芯 P550367✓唐纳森 P552603✓英格索兰滤芯 46557666✓KOMATSU液压滤 714-07-28713✓GRACO无油流开关总成 563504✓GRACO无油流开关总成 563505✓SPM锤 2A26730✓SPM高压油壬 2P26690✓SPM高压油壬 2P26700✓SPM高压油壬 2P26887✓SPM高压油壬 2P26710✓DYNALCO探头 M319✓3R滤芯 TR-20430 BETA 3-929✓格兰富 CR10-14A-A-A-E-HQQE机械密封✓GEARTEK马达 RPMCH150-5A5✓唐纳森外滤芯 P828889✓唐纳森内滤芯 P829333✓RONNINGEN PETTER垫片 D01219✓PCM德拉斯哥 R✓BEI电气安全隔离栅 92460004-003✓SMC电磁阀 VQD1121-5G-X47D✓SC108R✓斯贝克泵 NP25/70/120✓泰科探头 811H✓泰科感温探测器601P-M✓泰科按钮MCP250M✓泰科按钮MCP260M✓泰科感温探测器601H-F-M✓泰科探头631H-F✓泰科探头811PH✓PMR话筒 PS12(Art.No.6401-049-000-40）✓SPM冲击脉冲传感器 40000✓SPM插头和测量电缆 90005同轴✓BTI试剂盒 THPS✓FLOJET泵 2100-883✓Druck压力变送器 PMP50A3-TC-A1-CA-H0-PA 0-12MPa G ✓Druck压力变送器 PMP50A3-TC-A1-CA-H0-PA 0-10MPa G ✓Druck压力变送器 PMP50A3-TC-A1-CA-H0-PK 0-4MPa G ✓Druck 压力变送器 PMP50A3-TC-A1-CA-H0-PK 0-1MPa G ✓德瑞克振动马达 SGX-44-15-380/400-5-001✓DATCON KFT传感器 02025-00✓DATCON KFT油位 10911-SPECIAL✓COFFIN WORLD WATER SYSTEMS阀 VSAB0451-4✓PLAST O MATIC VALVES INC压力表 GGTS100-PV-R-C✓力士乐油泵 A2FM63/61W-VBB040 9408551✓BOSCH继电器 333006006✓SUNFAB 泵 SCP047RH-L4-ZTF S10✓赛福乐水泵 8000-151-296✓SPM 传感器 42000✓美卓限位开关 EN33A05DM 8-125VDC,24-125VAC✓力十乐换向阀 4WE6E62/EW230N9K4✓FAFNIR轴承 3MM9308WICRDUM✓SUNFAB 轴油封修理包 50666✓奥盖尔泵 PVWJ-098-AIUV-LSAY-P-1NNNN✓奥盖尔泵 PVWJ-098-A1UV-RSAY-P-1NNNN✓奥盖尔密封修理包 K50826-200✓SC047R✓奥盖尔柱塞泵 PVM-130-A2UV-RSFY-P-1NNSN✓威创航空插头 10MSPT1106 标配✓泰科探头MD601EX✓泰科探头611HF✓泰科探头631HF✓泰科感温探测器601P-M✓泰科感烟探头 601H-R-M✓泰科按钮MCP250M✓泰科按钮MCP260M✓泰科DHM-5B✓TYCO探头 5B✓曼空滤细CF1810/WG9725190103-1✓曼空滤粗C271050/WG9725190102-1✓THORN按钮519.001.008✓万国转向灯1661761C93✓威创航空插头 10MSPT1106 标配✓AUTRONICA释放开关BF-502✓ORGA 34b00800 P/N.010085✓GOODYEAR软管53908511205098✓GE灯LU70/ECO✓DNH喇叭BK-560T✓SUNFAB 泵 SCP047RH-L4-ZTF S10✓PCM德拉斯哥 R✓Danfoss液压泵SNP1NN/2,2RN01BAP1F3F3NNNN/NNNNN ✓哈威油封60950303-00/6095 0301-00✓SC047R配件 20032✓KSR液位计ASC4RV1 5-VS-L 260/2-V44A✓KSR液位计ASC4RPP1 5-PPS-L245/12-PP44A✓杜博林旋转接头902-120-188✓Delco-Remy起动马达10479645✓FMC上水阀3229886✓FMC蝶阀3227496✓FMC蝶阀3232417✓FMC蝶阀3245819✓SPM由壬3P10228✓Wandfluh电磁阀AEXd4z60a/l15✓费希尔减压阀627538✓P+F传感器NJ15-30GM50-A2-V1✓HACKMAN METS OY AB板3292778✓万国胶套503359C1✓Billy Pugh WVO-100✓BEI编码器HS35F-1-14L-RZ-SS-500-AB-3904-TB-5V-EX-SC0N ✓斯贝克泵 NP25/70/120✓卡特启动电池 9X-9720✓Hydro Leduc泵P/N：PAC800511705 S/N： 00012270✓英特单向阀KIT169✓WABCO刹车总泵 4613150770✓Desoutter平衡器50572✓哈希废液阀（捏阀）YY0000005✓哈希标准液阀YY0000290✓哈希白色多通道模块YY0000156✓哈希消解管YY00001226✓哈希活塞YY0000068✓哈希年维护组件YY0000090✓CONGSILIUM火警按钮 MCP-A IP67 5200031-01A✓SUNFAB 轴油封修理包 50666✓SUNFAB配件活塞组成 50281✓SC047R配件 20032✓PDF 派克水封GC/14*21*5✓SUNFAB 泵 SCP047RH-L4-ZTF S10✓VICKERS 调压阀DGMPC 3ABK BAK41✓VICKERS 背压阀DGMFN 3XA2W B2W41✓卡特彼勒压缩机皮带9L-6639✓Tyco测试站 592.001.016✓SEATRAX 4520,4521✓AEATRAX MARINE CRANES, TN1015✓SEATRAX MARINE CRANES,31481✓SEATRAX INC,30134✓SEATRAX INC,40308OK,2PAIRSSEATRAX INC,31178,HEAVY DUTY,ORANGE,18IN下面是赠送的两篇散文欣赏，可以仔细阅读，不需要的朋友可以下载后编辑删除！！谢谢！！脚下的时光不知走过多少地方，不知看过多少风景，不知听说过多少轶事；不知经历过多少岁月，不知邂逅过多少良人，不知变换过多少心情；不知理想的未知是否在前路等待······题记：蒲公英悠悠岁月，时间苍苍！( 文章阅读网： )在这繁花似锦的青葱岁月里，我们不断的接受新鲜的美好事物，不断的享受科技发展所带来的高品质生活；我们总是随大流的，去跟风一些前卫潮流的思想；然而，很少有人去整理那些过往的断壁残垣！我走过很多地方，但是同样的，我也有更多的地方没去过！我渴望走遍地球上每一寸土地，我期许世界上每一个地方的人都善良！从踏入社会的那一刻起，我就觉得人应该是自由的；应该去做自己喜欢的事，看自己喜欢的风景，爱自己喜欢的人；一切都那么单纯，完美！然而，现实的世界告诉我；理想的丰满一定要遇到拥有相同理想的另一半！我喜欢珠海，一个美丽的花园城市；我喜欢那里的天气，没有北方的寒冷；四季如春的温度感觉非常惬意，不用担心换季带来的差异！走在市区的街道上，绿化的花草树木被园丁修剪的井然有序；形态各异的花卉搭配得格外美观！尤其是除过草之后的绿地，泥土的芬芳与绿草的清新扑鼻而来，有一种身处大草原的感觉，使人心旷神怡！我时常一个人发呆，散步；看着过往的人群，车水马龙的街道；也时常去繁华的街巷，拥挤的商业中心；感觉这才是生活，正因为世界有了这么多事物的陪伴，才使我有了对美好生活的向往与喜悦！珠海的夜，很美；到处灯红酒绿，一派歌舞升平的祥和；每当夜幕降临，才是广东因有的生活的开始！溜冰场，酒吧，迪厅，大排档等等等等；我很庆幸在这里认识了很多人，他们教会了我很多，也帮助了我很多；我们都是来自五湖四海，为了同一个目标而聚集在一起的年轻人；我们时常出去聚会，嗨皮；但等到散场后，又回到了应有的孤寂！白天，可以去渔女，公园，九州城，免税店等等都是不错的地方！人常说，一个时代会有一个时代的代表；而我在这个曾经为之奋斗的地方，也时常会想起曾经相识的人，走过的地方，看过的风景；有时候，听着当时的流行歌曲，也会感伤；也会自嘲一笑；还有那公车到站的粤语提醒，还有那想见却永远没见的人；一篇篇，一幕幕久久回荡在脑海；早晨的肠粉，中午的餐饭，下午的炒粉，晚上的烧烤；好像味道还回味在口中一样！人，只有在对自己真诚的人的眼里，才会感觉到亲切；而我，也着实喜欢这座城市带给我家一样的温暖感觉！在这短暂而悠长的时光里，我成长了很多，也磨砺了很多；正是因为思想的成熟，阅历的增长，我选择了离开；去寻找属于自己的新的天地，新的开始，新的征程！其实，无论走过多少地方；都不重要！重要的是你从中得到什么！知识！阅历！思想！······每个人，在人生的道路上；难免遇到挫折困苦，也难免会因为一些因素而错失机缘！不可能因为一时的艰难险阻而放弃将要来临的幸福！也不可能因为一时的过失而自暴自弃颓废一生！人，应该用豁达的心态来迎接下一秒的新鲜时光；而不是沉溺在上一秒的懊恼当中！每个人的路，都在自己的脚下；只有自己醒悟才能把未来的路走好，反之只会让错误延续到未来，从而影响以后的健康生活！即便曾经的时光再美好，那也只是人生道路上的一段插曲；没必要去纠结当时的愕然，愚昧！就像我，从来不对上一秒的事情产生情绪一样！一切都是恬淡的样子，顺其自然比什么都好！对于未来，只要真诚的去善待身边的所有；我相信，未来的时光，也该是你想象的模样！蒲公英2015.12.13家乡的茶籽林坐落在戴云山脉西麓的高才坂，属亚热带季风气候区，夏无酷暑，冬无严寒，日照充足，雨量充沛，山区丘陵满地尽是红壤土，非常适宜茶籽树的生长。

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.。

Jandy VSFHP130DV双压电压系列VS泵附加用户指南说明书

Manuals+ — User Manuals Simpliﬁed.
FLUIDRA VSFHP130DV Jandy Dual Voltage Series VS Pumps Addendum User Guide
Home » FLUIDRA » FLUIDRA VSFHP130DV Jandy Dual Voltage Series VS Pumps Addendum User Guide
Contents 1 Documents / Resources
1.1 References
Documents / Resources
FLUIDRA VSFHP130DV Jandy Dual Voltage Series VS Pumps Addendum [pdf] User Guide VSFHP130DV Jandy Dual Voltage Series VS Pumps Addendum, VSFHP130DV, Jandy Dual Vo ltage Series VS Pumps Addendum, Series VS Pumps Addendum, Pumps Addendum
FLUIDRA VSFHP130DV Jandy Dual Voltage Series VS Pumps Addendum User Guide
VS FloPro™ 1.3 HP VS Pump — 115V/230V
The Jandy® VS FloPro™ 1.3 HP makes no compromises when it comes to performance. With a compact size and installation-friendly features, it can be used as a ﬁltration pump, to power basic water features, or as the ideal replacement for older single-speed pumps.

奥盖尔PVWJ-098-A1UV-LSAY-P-1NNNN

奥盖尔PVWJ-098-A1UV-LSAY-P-1NNNN现货，（请来电：158 05 06 121 3）奥盖尔柱塞泵PVG-130-E1BV-LSFY-P-1NNSN此型号已被PVG-130-F1UV-LSFY-P-1NNSN-NN替代奥盖尔Oilgear 泵型号:PFWH-25-RSAY-NN此系列停产替代型号PFWJ-064-A1UV-RSFY-F-100NN奥盖尔PVWH-11-LSAY-HNSN 2台备注：PVWH系列已淘汰替代型号:PVWJ-025-A1UV-LSAY-M-HNNSN奥盖尔PVG-130-F1UV-LDFY-F-100NN-BN奥盖尔定量柱塞泵PFG-065-B2UP-RGFY-F100SN-NN/NN 35MPa 63mml/r 1480r/min替代型号PVG-065-F1UP-RGFY-F-100NN-NN奥盖尔PVM-130-A2UV-RSFY-P-1NNSN奥盖尔VSC4-R03-025-N 40-V-130NN奥盖尔830E车转向泵NO. L722573-333S.O. F83462MODEL PVK-140-A1UV-RDFSP-1NNSN-CP/20610810228930E转向泵NO. L722573-334S.O. F79509MODEL PVK-140-A1UV-RDFSP-1NNSN-CP/20709796659PVK-140-A1UV-RDFS-P-1NNSN-CP/206升级型号：PVK-140-A1UV-RDFS-P-1NNSN-CP/212PVK-140-A1UV-RDFS-P-1NNSN-CP/207升级型号：PVK-140-A1UV-RDFS-P-1NNSN-CP/213奥盖尔泵PVWJ-034-A1UV-RSAY-P-1NNNN-0194奥盖尔PVG-130-F1UB-LSFY-P-1NNSN/844奥盖尔PVG-130-F1UB-LSFY-P-1NNSN-NN奥盖尔泵PVWJ-034-A1UV-LSAY-P-1NNNN奥盖尔柱塞泵PVG-130-FIUV-LSFY-P-1NNSN-NNPVM-011-B1UB-LSAY-P-1NNN奥盖尔泵PVWJ-034-A1UV-RSAY-P-1NNNN-193奥盖尔PVWH-15-LDFY-HNSNTK已被PVWJ-034-A1UV-LDFY-M-HNNSN替代奥盖尔泵型号：PVK-140-A1UV-RDFS-P-1NNSN-CP/133已被PVK-140-A1UV-RDFS-P-1NNSN-CP/207替代奥盖尔PVWC-022-A5UV-RHAY-MSNNNN-35H-42-CP-190D奥盖尔PVWJ-011-A1UV-RSAY-P-1NNSN奥盖尔PVWJ-130-A1UV-LSAY-P-1NNNN品牌：奥盖尔PVG-130 FIUV-LSFY-P-1NNSNOilgear pumpType: PVG-130-F1UB-LSFY-P-1NNNN完整型号是PVG-130-F1UB-LSFY-P-1NNNN-NNOILGEAR 液压泵PVG-130-E1UV-LSFZ-P-1NNSN-NN美国OILGEAR双联泵规格型号：PVWH45LSASCNNNPVWH系列已停产替代型号PVWJ098-A1UV-LSAS-P1NNNNPVWH45LDFSCNNNTHVC替代型号PVWJ098-A1UV-LDFS-P1NNNN-CNOILGEAR 泵PVWH-15-LSAY-CNNNPVWH系列已停产替代型号PVWJ-034-A1UV-LSAY-P-1NNNN美国Oilgear负载敏感液压泵PVWJ-076-A1UV-RDFS-P-1NN/KNN-NNoilgearPVG-075-B2UV-LDFK-P-1NNNN-BN 已被PVG-075-F1UV-LDFK-P-1NNNN-BN替代。

Delta II 远程循环式泵机 Lancer 系列 9100 安装与维护手册说明书

INSTALLATION AND SERVICEMANUALFORDELTA II REMOTE RECIRCULATING UNITLANCER SERIES 9100FAX ENGINEERING:•210-310-7096"Lancer" is the registered trademark of Lancer •Copyright — 1996 by Lancer, all rights reserved.Please refer to the Lancer web site ( ) forinformation relating to Lancer Installation and Service Manuals,Instruction Sheets, Technical Bulletins, Service Bulletins, etc.6655 LANCER BLVD. • SAN ANTONIO, TEXAS 78219 USA • (210) 310-7000FAX SALES• NORTH AMERICA – 210-310-7245 • INTERNATIONAL SALES – 210-310-7242 • CUSTOMER SERVICE – 210-310-7242 •• LATIN AMERICA – 210-310-7245 • EUROPE – 32-2-755-2399 • PACIFIC – 61-8-8268-1978 •TABLE OF CONTENTSTABLE OF CONTENTS (i)SPECIFICATIONS (iii)1.INSTALLATION (1)1.1RECEIVING (1)1.2UNPACKING (1)1.3UNPACKING INSTALLATION KITS (1)1.4SELECTING A COUNTER LOCATION (1)1.5MOUNTING THE DISPENSER (1)1.6FILLING UNIT WITH WATER (1)1.7CONNECTING TO ELECTRICAL POWER (2)1.8CONNECTING PYTHON TO REMOTE RECIRCULATING UNIT (2)1.9CONNECTING PYTHON TO TOWER (4)1.10CONNECTING 24 VAC POWER SUPPLY TO TOWER (5)1.11CONNECTING TO WATER SUPPLY (5)1.12CONNECTING TO CO2SUPPLY (5)1.13CONNECTING TO BAG-IN-BOX (BIB) SYRUP SUPPLY (5)1.14CONNECTING TO REMOTE BIB SYRUP PUMPS (6)1.15CONNECTING TO REMOTE PRESSURIZED SYRUP SUPPLY (6)1.16PURGING THE CARBONATION SYSTEM (6)1.17COMPLETE INSULATION BETWEEN UNIT AND PYTHON (6)1.18COMPLETE INSULATION BETWEEN TOWER AND PYTHON (7)2.SCHEDULED MAINTENANCE (7)2.1DAILY (7)2.2WEEKLY (7)2.3MONTHLY (7)2.4EVERY SIX MONTHS (7)2.5YEARLY (7)3.DISPENSER CLEANING AND SANITIZING (7)3.1AMBIENT PROCESS (7)3.2ALTERNATE CLEANING AND SANITIZING AGENTS (8)4.CONVERTING FROM EXTERNAL PRESSURIZED SYRUP SUPPLY TO BAG-IN-BOXWITH BUILT-IN SYRUP PUMPS (8)5.CONVERTING FROM BUILT-IN SYRUP PUMPS TO REMOTE PUMPS OR SYRUP TANKS (8)5.1REMOVING EXISTING BUILT-IN SYRUP PUMPS (8)5.2INSTALLING REMOTE PUMP OR SYRUP TANKS (8)5.3CONNECTION FOR PLAIN WATER PRODUCT (9)6.TROUBLESHOOTING (9)6.1MISCELLANEOUS LEAKAGE (9)6.2INSUFFICIENT WATER FLOW (9)6.3INSUFFICIENT SYRUP FLOW (9)6.4ERRATIC RATIO (9)6.5NO PRODUCT DISPENSED (9)6.6WATER ONLY DISPENSED, NO SYRUP; OR SYRUP ONLY DISPENSED, NO WATER (9)6.7NO WATER, JUST SYRUP(ICE BANK GREW TO WATER INLET LINETO CARBONATOR TANK) (10)6.8SYRUP ONLY DISPENSED, NO WATER; BUT CO2GAS DISPENSED WITH SYRUP (10)6.9EXCESSIVE FOAMING (10)6.10WATER CONTINUALLY OVERFLOWS FROM WATER BATH INTO DRIP TRAY (10)6.11COMPRESSOR STARTS AND CONTINUES TO RUN UNTIL FREEZE UP, AND WILLNOT CUT OFF (10)6.12WARM DRINKS (11)6.13COMPRESSOR DOES NOT START(NO HUM), CONDENSER FAN MOTOR DOES NOT RUNAND NO ICE BANKS (11)6.14COMPRESSOR DOES NOT START(NO HUM), BUT CONDENSER FAN MOTOR RUNS (11)6.15COMPRESSOR DOES NOT START, BUT HUMS (11)6.16COMPRESSOR STARTS, BUT DOES NOT SWITCH OFF START WINDING (12)6.17COMPRESSOR STARTS AND RUNS A SHORT TIME, BUT SHUTS OFF ON OVERLOAD (12)6.18COMPRESSOR RUNS NORMALLY, BUT WATER LINE IS FROZEN (12)6.19COMPRESSOR CYCLES ON AND OFF FREQUENTLY DURING THE INITIAL PULLDOWNAND/OR NORMAL OPERATIONS (12)i6.20CIRCUIT BREAKER POPPING (12)6.21BIB PUMP DOES NOT OPERATE WHEN DISPENSING VALVE IS OPENED (13)6.22BIB PUMP OPERATES, BUT NO FLOW (13)6.23BIB PUMP CONTINUES TO OPERATE WHEN BAG IS EMPTY (13)6.24BIB PUMP FAILS TO RESTART AFTER BAG REPLACEMENT (13)6.25BIB PUMP FAILS TO STOP, WHEN DISPENSING VALVE IS CLOSED (13)6.26LOW OR NO CARBONATION (13)7.ILLUSTRATIONS, PARTS LISTINGS, AND WIRING DIAGRAMS (14)7.1REFRIGERATION DECK ASSEMBLY........................................................................................14-157.2CABINET ASSEMBLY.................................................................................................................16-177.3CARBONATOR DECK/PUMP BRACKET ASSEMBLY...............................................................18-197.4CARBONATOR WATER/SYRUP LINES ASSEMBLIES............................................................20-217.5CONTROL HOUSING (22)7.6REGULATOR WATER ASSEMBLY (23)7.7MERCHANDISER ASSEMBLY (23)7.8WIRING DIAGRAM (24)iiSPECIFICATIONSDIMENSIONWidth16 7/8 inches (42.86 cm)Depth24 3/4 inches (62.87 cm)Height (without legs)25 1/2 inches (64.77 cm)WEIGHTShipping170 lbs (77.1 kg)Empty156 lbs (70.8 kg)Operating220 lbs (99.8 kg)WATER REQUIREMENTSMinimum flowing pressure of 25 PSIG (1.76 kg/cm2, 1.72 BAR)Maximum static pressure of 50 PSIG (3.52 kg/cm2, 3.45 BAR)WARNINGIF WATER SOURCE EXCEEDS 50 PSIG (3.52 KG/CM2), A RECOMMENDED WATER REGULATOR ASSEMBLY(PN 18-0253) MUST BE USED TO LIMIT WATER PRESSURE TO 50 PSIG (3.52 KG/CM2).FAILURE TO USE REGULATOR WILL RESULT IN IMPROPER PERFORMANCE OF DISPENSER. CARBON DIOXIDE (CO2) REQUIREMENTSMinimum pressure of 70 PSIG (4.92 kg/cm2, 4.83 BAR)Maximum pressure of 80 PSIG (5.62 kg/cm2, 5.52 BAR)ICE BANK WEIGHT27 to 30 lbs (12.2 to 13.6 kg)DRINK CAPACITY200 - 12 oz. drinks under 40°F (4.4°C) at 4 drinks per minute with 75°F (23.9°C) ambient inlet water and inlet syrup using 1/3 HP, 115 V, 60 Hz refrigeration system.DISPENSER INSTALLATION HIGHLIGHTSiii123ConnectingPythontoRemoteRecirculatingUnitFigure1Connecting Python to Delta TowerFigure 241.10CONNECTING 24VAC POWER SUPPLY TO TOWERNOTEThe remote recirculating unit is designed to supply 24VAC power to the valves on the dispensing tower. An extension cord of 25 feet (8 meters) is provided for this purpose in the tower. A separate power supply must be used if the tower is located more than 25 feet (8 meters) from the remote recirculating unit.A.Remove cover from electrical control box on remote recirculating unit, and route white and blackwires (bundled) through the opening in side of control box. Replace cover.B.Connect extension cord to white and black wires.C.Route extension cord with python to tower.D.Connect white wire to terminal on key lock switch, and black wire to loose black wire in tower.E.A separate power cord is provided for the lighted merchandiser.1.11CONNECTING TO WATER SUPPLYWARNINGIF WATER SOURCE EXCEEDS 50 PSIG (3.52 KG/CM2), A WATER REGULATOR KIT MUST BE USED TO LIMIT WATER PRESSURE TO 50 PSIG (3.52 KG/CM2). FAILURE TO USE REGULATOR WILL RESULT IN IMPROPER PERFORMANCE OF DISPENSER.ing tubing and fittings from installation kit, connect tubing assembly to water source. DO NOTCONNECT TO DISPENSER AT THIS TIME.B.Flush water supply line thoroughly.C.IF THE WATER SOURCE IS ABOVE 50 PSIG (3.52 KG/CM2), CUT TUBING ASSEMBLY ANDINSTALL WATER REGULATOR KIT (PN 18-0253/01) AS SHOWN IN KIT INSTRUCTIONSHEET.D.Route tubing through hole in counter and through opening behind splash plate and connect tocarbonator pump, using a flare seal washer (PN 05-0017). Use a back-up wrench to preventdamage to carbonator pump.E.Leave 1 foot (30 cm) of extra tubing length below the counter for servicing and moving thedispenser.F.Turn on water supply and check for leaks.ing test gauge assembly (PN 22-0138), set regulator at 50 PSIG (3.52 kg/cm2).1.12CONNECTING THE CO2SUPPLYA.Connect high pressure CO2regulator assembly to CO2cylinder. Use a new CO2tank washerif regulator does not have built-in o-ring seal.B.Place CO2cylinder in service location under counter, etc., and secure it with a safety chain.ing tubing and fittings from installation kit, connect tubing assembly to tank mount regulatorusing flare seal washer (PN 05-0011). Use a back-up wrench to prevent damage to regulatorassembly.D.Route gas line through hole in counter and through opening behind the dispenser splash plate.E.Leave 1 foot (30 cm) of extra tubing length below the counter for servicing and moving thedispenser.F.Remove the protective plug from the CO2manifold (located on top of mini pumps on left side ofunit) and connect the CO2supply line using a 1/4 inch elbow (supplied in installation kit.)WARNINGDO NOT TURN ON THE CO2SUPPLY AT THIS TIMEG.If dispenser does not have built in syrup pumps, connect directly to the carbonator CO2inletcheck valve.1.13CONNECTING TO BAG-IN-BOX (BIB) SYRUP SUPPLY(Units with Built-in Syrup Pumps)A.Remove the protective caps from the syrup pump inlets and connect syrup inlet tubeassemblies, furnished in the installation kit, to the syrup pumps. Lubricate o-rings before installation, using food grade glycerine or equivalent. Be careful not to cut o-rings wheninstalling in pump.5679101112137.ILLUSTRATIONS, PARTS LISTINGS, AND WIRING DIAGRAMS7.1REFRIGERATION DECK ASSEMBLY7.1REFRIGERATION DECK ASSEMBLY(CONTINUED)167.2CABINET ASSEMBLY(CONTINUED)177.3CARBONATOR DECK/PUMP BRACKET ASSEMBLY187.3CARBONATOR DECK/PUMP BRACKET ASSEMBLY(CONTINUED)197.4CARBONATOR WATER/SYRUP LINE ASSEMBLIES20227.7MERCHANDISER ASSEMBLY23PLAIN BLKBIBBED BLKMOTORFAN CARBONATOR MOTOROPTIONAL RECIRC.MERCHANDISERMOTOR, OR B BLK GRN WHTRED WHT RED GRNCOMPRESSORDESCRIPTIONCHASSIS GROUND CONTROL BOX CHAMFER PIN 1SYM.CARBONATOR PROBEICE PROBEW 41GRN BLKWHT 12345678BLK/WHTBLK/WHTBLKBLKWHTL Y R MOTOR AGITATOR KILL SWITCHUSA ONLY RIBBED BLK PLAINBLKPOWER CORDBRNBLKWHTB 3BLK BLK/WHTTB11234BLKBLKBLKBLKBLKBLKS6S5S4S3S1H L WHT BLKWHT OR REDWHT BLK GRNBLK GRNC A P A C I T O RJ2J3J5PCB,IBCV A L V E SWIRING DIAGRAM LABEL,06-0576/03DELTA IIWHTWHT REDREDOPTIONAL WATER BOOST PCB,IBC J5BLK KEY SWITCH24 VLINE J4S2WHTJ11B KL H L KT KB/B NE U RNGL W T W T H W T H W T H W TH ®NOTE1.WHEN STARTING UNIT, OR IF CURRENT IS INTERRUPTED, THERE IS A 5 MINUTEDELAY BEFORE THE COMPRESSOR/FAN STARTS.2.THERE IS A 3 MINUTE PROTECTION TIMER ON THE CARBONATOR PUMPMOTOR. IF THE MOTOR HAS TIMED OUT, CHECK WATER SUPPLY AND RESET,BY MOMENTARILY DISCONNECTING POWER.24。

美国艾顿（Eaton）主机机燃油注入泵说明书

T able of ContentsFor over 50 years Eaton has been the leading manufacturer of highly reliable main engine fuel pumps. These main engine fuel pumps are highly designed, precision mechanical pumps, mounted to the aircraft’s engines that maintain the ﬂ ow of fuel to the engine at a precise rate and pressure. Eaton’s main engine fuel pumps are installed on 70% of the commercial jet engines currently ﬂ ying today. They are utilized on military, commercial, regional and business aircraft engines worldwide.Models 704300, 708300, 708400, 708600, 714900 3Model 724400 4Model 828300 5Model 828500 6Model 838000 7Model 721400 8Model 830800 9Model 830100 10Model 825500 11Model 723300 12Model 829500 13Models 828200, 831000 14Model 715200 15Models 373400, 382400, 389400, 705300, 705400, 705500, 706800,71500 16Models 386900, 390600, 720500, 720600 833700, 83800 17Models 243600, 358200, 371900, 378200, 835800 18Models 384300, 835900 19This series of gear fuel pumps contain a centrifugal boost stage, fuel ﬁ lter, and gear stage. Fuel supplied by the aircraft boost pump enters the boost stage, which increases pressure 125 psi (862 kPa). This pressure forces heated and ﬁ ltered fuel through internal passages to the gear stage. Fuel is directed to the fuel control where it is re-ﬁ ltered and returned to the fuel control.704300, 708300, 708400, 708600, 714900APPLICATIONS• CFM56-2, CFM56-2A, CFM 56-2B• CFM56-3, CFM56-3B, CFM56-3C• CFM56-5, CFM56-5A, CFM56-5B, CFM56-5CModel shown 708600PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 6000 RPM Inlet Pressure 30 psig (138 kPag)Boost Stage Pressure Rise140 psid (965 kPag)Discharge Pressure 1000 psig (6895 kPag)Fuel Flow Rate58 gpm (220l/min)CRANKING CHARACTERISTICSSpeed 625 RPM Inlet Pressure 30 psig (207 kPag)Discharge Pressure 305 psig (2103 kPag)Fuel Flow Rate 5.0 gpm (18.9l/min)Rotation Clockwise Weight44 pounds (19.95 kg)Model shown 708600Eaton’s 724400 model gear fuel pump contains a centrifugal boost stage, fuel ﬁ lter and gear stage. Fuel supplied by the aircraft boost pump enters the boost stage, which increases pressure. This pressure forces heated and ﬁ ltered fuel through internal passages to the gear stage. Fuel is directed to the fuel control system where it is re-ﬁ ltered and returned to the aircraft pump.APPLICATIONS• CFM56-5B• CFM56-5CModel shown 724400PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 6250 RPM Inlet Pressure 30 psig (207 kPag)Boost Stage Pressure Rise140 psid (965 kPad)Discharge Pressure 1145 psig (7895 kPag)Fuel Flow Rate 65.3 gpm (247 l/min)Main Inlet Filter (Disposable)40 micron nominal/80 micron absoluteCRANKING CHARACTERISTICSSpeed (RPM)625 RPM Inlet Pressure 30 psig (207 kPag)Discharge Pressure 305 psig (2103 kPag)Fuel Flow 5.0 gpm (18.9 l/min)Rotation ClockwiseWeight45.75 pounds (20.76 kg)Model shown 724400Fuel supplied by the aircraft boost pump enters the fuel pump boost stage, whichincreases pressure. Boost stage output ﬂ ows through a cooler, main heat exchanger, and the pump fuel ﬁ lter and then into the high-pressure gear stage. Bypass ﬂ ow from the fuel control joins the boost stage discharge and re-enters the gear stage. A high-pressure relief valve permits the entire pump discharge ﬂ ow to return to the gear stage inlet. This limits gear stage pressure.APPLICATIONS• CFM56-7BModel shown 828300PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 6250 RPM Inlet Pressure 30 psig (207 kPag)Boost Stage Pressure Rise110 psid (758 kPad)Discharge Pressure 1145 psig (7895 kPag)Fuel Flow Rate65 gpm (246 l/min)CRANKING CHARACTERISTICSSpeed (RPM)625 RPM Inlet Pressure 30 psig (207 kPag)Discharge Pressure 305 psig (2100 kPag)Fuel Flow 5.9 gpm (22.3 l/min)Rotation Clockwise Weight48.4 pounds (22 kg)Model shown 828300Eaton’s 828500 model pump inlet feeds into the centrifugal boost stage, which raises the pressure of the fuel. Discharge from the boost stage mixes with returned fuel from the fuel control and is ﬁ ltered before entering the high-pressure gear stage, which forces the fuel through heat exchangers. The fuel re-enters the pump through the main fuel ﬁ lter and servo wash fuel ﬁ lter assemblies and into the hydro-mechanical unit (HMU). The HMU measures fuel ﬂ ow and returns unused fuel and servo discharge to the pump bypass return port.APPLICATIONS• GE 90-76B, GE 90-77B • GE 90-85B • GE 90-90B • GE 90-92B • GE 90-94BModel shown 828500PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 7603 RPM Inlet Pressure 15 psig (103 kPag)Discharge Pressure 1600 psig (11032 kPag)Fuel Flow Rate113.2 gpm (429 l/min)CRANKING CHARACTERISTICSSpeed (RPM)455 RPM Inlet Pressure 15 psig (103 kPag)Discharge Pressure 165 psig (1138 kPag)Fuel Flow 5.95 gpm (22.5 l/min)Rotation ClockwiseWeight62.2 pounds (28.2 kg)Model shown 828500The pump inlet feeds into the centrifugal boost stage, which raises the pressure of thefuel. Discharge from the boost stage mixes with returned fuel from the fuel control and is ﬁ ltered before entering the high-pressure gear stage which forces the fuel through heat exchangers. The fuel re-enters the pump through the main fuel ﬁ lter and servo wash fuel ﬁ lter assemblies and then into the hydromechanical unit (HMU). The HMU measures fuel ﬂ ow and returns unused fuel and servo discharge to the pump bypass return port.APPLICATIONS• GE 90-112B • GE 90-115BModel shown 838000PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 7863 RPM Inlet Pressure 20 psig (138 kPag)Discharge Pressure1700 psig (11722 kPag)Fuel Flow Rate157.1 gpm (595 l/min)PERFORMANCE SPECIFICATIONS CRANKING CHARACTERISTICSSpeed (RPM)455 RPM Inlet Pressure 20 psig (138 kPag)Discharge Pressure 305 psig (2103 kPag)Fuel Flow 6.2 gpm (23.5 l/min)Rotation ClockwiseWeight70.2 pounds (31.8 kg)Model shown 838000Eaton’s 721400 gear fuel pump couples a high-pressure gear pump with an intermediate-pressure centrifugal boost pump. Low-pressure fuel leaves the pump outlet and re-enters at the high-pressure pump inlet port. The gear stage high-pressure fuel is discharged to the fuel metering unit (FMU).APPLICATIONS• Trent 768 and Trent 772• Trent 877, Trent 884, Trent 892 and Trent 892BModel shown 721400PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 6841 RPM Inlet Pressure20 psig (138 kPad)Boost Stage Pressure Rise 160 psid (1103 kPag)Discharge Pressure 1630 psig (11239 kPag)Fuel Flow Rate115 gpm (435 l/min)CRANKING CHARACTERISTICSSpeed (RPM)435 RPM Inlet Pressure 20 psig (138 kPag)Discharge Pressure 305 psig (2103 kPag)Fuel Flow 4.7 gpm (17.8 l/min)Rotation Counterclockwise Weight49 pounds (22.23 kg)Model shown 721400The gear fuel pump couplesa high-pressure gear pump with an intermediate-pressure centrifugal boost pump. Low-pressure fuel leaves the pump outlet and then re-enters at the high-pressure pump inlet port. The gear stage increases the fuel pressure, and the high-pressure fuel is discharged to the fuel metering unit (FMU).APPLICATIONS• Trent 895 Model shown 830800PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed7088 RPMInlet Pressure20 psig (138 kPag)Boost StagePressure Rise140 psid (965 kPad)Discharge Pressure1731 psig (11935 kPag)Fuel Flow Rate126.5 gpm (48,576 phr) (479 l/min)CRANKING CHARACTERISTICSSpeed (RPM)435 RPMInlet Pressure20 psig (138 kPag)Discharge Pressure 310 psig (2137 kPag)Fuel Flow 3.8 gpm (1459 phr) (14.4 l/min)Rotation CounterclockwiseWeight 53.5 pounds (24.27 kg)Model shown 830800Eaton’s main gear fuel pump consists of a high pressure gear stage and fuel ﬂ ow relief valve. This pump is mountedto the engine with a V-band clamp, providing fuel inlet, high pressure outlet, spill return and pressure sensing. Fuel supplied to the pump is pressurized by a separate, engine-driven low-pressure fuel pump.APPLICATIONS• RB211-535 Model shown 830100PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed6228 RPMInlet Pressure130 psig (896.32 kPag)Discharge Pressure1210 psig (8343 kPag)Fuel Flow Rate81 gpm (27.6 l/min)CRANKING CHARACTERISTICSSpeed (RPM)777 RPMInlet Pressure30 psig (207 kPag)Discharge Pressure 350 psig (2413 kPag)Fuel Flow8.8 gpm (33.3 l/min)Rotation CounterclockwiseWeight 21.5 pounds (9.8 kg)Model shown 830100Fuel enters the pump at a pres-sure of approximately20 psi (138 kPa) from the air-craft booster pump. The centrif-ugal boost stage raises the fuel pressure and forces heated and ﬁ ltered fuel through the gear housing to the high-pressure gear stage. The high-pressure gear stage discharges fuel to the fuel monitoring unit (FMU). Fuel is ported back to the pump through the heat exchanger, re-ﬁ ltered and returned to the FMU.APPLICATIONS• PW 4050• PW 4052• PW 4056• PW 4060, PW 4060A• PW 4060C• PW 4152• PW 4156, PW 4156A• PW 4158• PW 4460• PW 4462 Model shown 825500PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed6580 RPMInlet Pressure20 psig (138 kPag)Boost StagePressure Rise160 psid (1103 kPad)Discharge Pressure1235 psig (8515 kPag)Fuel Flow Rate97 gpm (367 l/min)Main Inlet Filter(Disposable)40 micron nominal/80 micron absoluteCRANKING CHARACTERISTICSSpeed (RPM)665 RPMInlet Pressure20 psig (138 kPag)Discharge Pressure 320 psig (8446 kPag)Fuel Flow8 gpm (30.2 l/min)Rotation ClockwiseWeight 50 pounds (22.76 kg)Model shown 825500Fuel enters the pump at a pressure of approximately 20 psi (138 kPa) from the aircraft booster pump. The centrifugal boost stage raises the fuelpressure and forces heated and ﬁ ltered fuel through the gear housing to the high-pressure gear stage. The high-pressure gear stage discharges fuel to the fuel monitoring unit (FMU). Fuel is ported back to the pump through the heat exchanger, re-ﬁ ltered, and returned to the FMU.APPLICATIONS• PW4164• PW4168• PW4074• PW4077• PW4084Model shown 723300PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 7145 RPM Inlet Pressure20 psig (138 kPag)Boost StagePressure Rise 200 psid (1379 kPad)Discharge Pressure 1355 psig (9342 kPag)Fuel Flow Rate 115 gpm (437 l/min)Main Inlet Filter (Disposable)40 micron nominal/80 micron absoluteCRANKING CHARACTERISTICSSpeed (RPM)686 RPM Inlet Pressure 20 psig (138 kPag)Discharge Pressure 320 psig (2206 kPag)Fuel Flow 9.2 gpm (34.8 l/min)Rotation Clockwise Weight52 pounds (23.6 kg)Model shown 723300Eaton’s 829500 model pump inlet feeds into the centrifugal boost stage, which raises the pressure of the fuel. Discharge from the boost stage mixes with returned fuel from the fuel control and is ﬁ ltered before entering the high-pressure gear stage, which forces the fuel through heat exchangers. The fuel re-enters the pump and ﬂ ows through the main fuel ﬁ lter and servo wash fuel ﬁ lter assemblies and into the hydro-mechanical unit (HMU). The HMU measures fuel ﬂ ow and returns the remaining unused fuel and servo discharge to the pump bypass return port.APPLICATIONS• CF34-8C • CF34-8EModel shown 829500PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 8319 RPM Inlet Pressure 20 psig (138 kPag)Main StageDischarge Pressure800 psig (5516 kPag)Motive Stage Discharge 700 psig (4826 kPag)Fuel Flow Rate (Main Stage)28.5 gpm (108 l/min)Fuel Flow Rate (Motive Stage)14.7 gpm (56 l/min)Boost Stage Wash Flow Filter 45 micron absolute OBV Wash Flow Filter60 micron absoluteCRANKING CHARACTERISTICSSpeed (RPM)624 RPM Inlet Pressure 20 psig (138 kPag)Main StageDischarge Pressure 185 psig (1276 kPag)Fuel Flow 1.7 gpm (6.4 l/min)RotationCounterclockwiseModel shown 829500Eaton’s main gear fuel pump consists of a high pressure gear stage, centrifugal boost stage and full ﬂ ow relief valve. This pump is mounted to the engine with a V-band clamp, provid-ing fuel inlet, high pressure outlet, spill return and pressure-sensing.MAIN FUEL GEAR PUMP – 1350 PSIG @ 8400 RPM828200, 831000APPLICATIONS• BR710• BR715Model 831000PERFORMANCE SPECIFICA TIONS OPERA TING CHARACTERISTICSSpeed 8400 RPM Inlet Pressure30 psig (207 kPag)Boost Stage Pressure Rise 150 psid (1034 kPad)Discharge Pressure 1350 psig (9315 kPag)Fuel Flow Rate43 gpm (162 l/min)CRANKING CHARACTERISTICSSpeed (RPM)657 RPM Inlet Pressure 30 psig (207 kPag)Discharge Pressure 275 psig (1898 kPag)Fuel Flow 2.8 gpm (10.6 l/min)Rotation Counterclockwise Weight20.3 pounds (9.2 kg)Model shown 831000Fuel enters at the inlet port and is pressurized by the centrifugal boost stage. From there, it is routed through the 74 micron inlet screen, pressurized by the gear stage and delivered to a discharge port through the 10 micron ﬁ lter element. Excess fuel not required for engine con-sumption re-enters the pump from the fuel control through the bypass return port.APU FUEL GEAR PUMP – 665 PSIG @ 4200 RPM 715200Model shown 715200APPLICATIONS• PW901APERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 4200 RPM Inlet Pressure15 psig (104 kPag)Discharge Pressure 665 psig (4585 kPag)Fuel Flow Rate 9.8 gpm (37.1 l/min)Main Inlet Filter (Disposable)10 micron nominalCRANKING CHARACTERISTICSSpeed (RPM)250 RPM Inlet Pressure 15 psig (138 kPag)Discharge Pressure 100 psig (1138 kPag)Fuel Flow Rate 0.34 gpm (1.29 l/min)Rotation Counterclockwise Weight10.25 pounds (4.65 kg)Model shown 715200373400, 382400, 389400, 705300, 705400, 705500, 706800, 715000Fuel enters the pump at a pressure of approximately20 psi (138 kPa) from the air-craft booster pump. The centrif-ugal boost stage raises the fuel pressure and forces heated and ﬁ ltered fuel through the gear housing to the high-pressure gear stage. Models 706800 and 715000 are equipped with an inlet port which permits heated fuel into the system ahead of the micronic ﬁ lter to alleviate the possibility of ﬁ lter icing.APPLICATIONS• JT9D-3A• JT9D-7, -7A, -7F, -7H,-7AH, -7J• JT9D-7R4D, -7R4D1• JT9D-7R4E, -7R4E1,-7R4E4• JT9D-7R4G2• JT9D-7R4H1 PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed6,000 RPMInlet Pressure20 psig (138 kPag)Discharge Pressure(Main Stage)1100 psig (7584 kPag)Discharge Pressure(Hydraulic Stage)815 psi (5619 kPag)Fuel Flow(Main Stage)69 gpm (261 l/min)Fuel Flow(Hydraulic Stage)12.6 gpm (47.7 l/min)CRANKING CHARACTERISTICSSpeed550 RPMInlet Pressure20 psig (138 kPag)Discharge Pressure(Main Stage)185 psig (1275 kPag)Discharge Pressure(Hydraulic Stage)300 psig (2068 kPag)Fuel Flow(Main Stage)5 gpm (18.9 l/min)Fuel Flow(Hydraulic Stage)0.68 gpm (2.57 l/min)Rotation CounterclockwiseWeight 47 pounds (21.3 kg)Model shown 706800 Model shown 706800Fuel enters the pump at a pres-sure of approximately20 psi (138 kPa) from the air-craft booster pump. The boost stage raises the fuel pressure and forces heated and ﬁ ltered fuel through the gear housing to the main and hydraulic stage gear pumps. Fuel is ported back to the pump through the heat exchanger, is reﬁ ltered and then returned to the FMU.386900, 390600, 720500, 720600, 833700, 833800Model shown 833700APPLICATIONS• JT9D-59• JT9D-70• JT9D-7QPERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 6,000 RPM Inlet Pressure 20 psig (138 kPag)Discharge Pressure (Main Stage)1100 psig (7584 kPag)Discharge Pressure (Hydraulic Stage)725 psi (4999 kPag)Fuel Flow (Main Stage)89 gpm (336 l/min)Fuel Flow(Hydraulic Stage)12.6 gpm (47.7 l/min)CRANKING CHARACTERISTICSSpeed 650 RPM Inlet Pressure 20 psig (138 kPag)Discharge Pressure (Main Stage) 185 psig (1275 kPag)Discharge Pressure (Hydraulic Stage)300 psig (2068 kPag)Fuel Flow (Main Stage) 5 gpm (18.9 l/min)Fuel Flow(Hydraulic Stage)0.8 gpm (3.03 l/min)Rotation Counterclockwise Weight74 pounds (33.6 kg)Model shown 833700243600, 358200, 378200, 371900, 835800A single element gear stage paired with a high-speed cen-trifugal boost with relief valve limits the pressure rise across the gear stage. A replaceable micronic barrier ﬁ lter element is located between the discharge of the centrifugal stage and the inlet of the gear stage. The removable pump cover houses a plug-type valve for sump and center ﬁ lter draining. Outlet and return ports are provided between the boost stage discharge and the ﬁ lter inlet for installation of an external fuel heater.Model shown 835800Model shown 835800APPLICA TIONS• JT8D-1, -1A, -1B • JT8D-7, -7A • JT8D-9, -9A • JT8D-11• JT8D-15, -15APERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 4200 RPM Inlet Pressure 20 psig (138 kPag)Discharge Pressure900 psig (6205 kPag)Fuel Flow RateModels 243600, 358200, 371900 = 34 gpm (129 l/min)Models 378200, 835800 = 36.4 gpm (138 l/min)CRANKING CHARACTERISTICSSpeed (RPM)550 RPM Inlet Pressure 20 psig (138 kPag)Discharge Pressure 150 psig (1034 kPag)Fuel Flow Rate Models 243600, 358200, 371900 = 3.59 (13.6 l/min)Models 378200, 835800 = 4.1 gpm (15.5 l/min)Rotation Counterclockwise Weight28 pounds (12.7 kg)A single element gear stage paired with a high-speed cen-trifugal boost with relief valve limits the pressure rise across the gear stage. A replaceable micronic barrier ﬁ lter element is located between the discharge of the centrifugal stage and the inlet of the gear stage. The removable pump cover houses a plug-type valve for sump and center ﬁ lter draining. Outlet and return ports are provided between the boost stage discharge and the ﬁ lter inlet for installation of an external fuel heater.384300, 835900APPLICATIONS• JT8D-17, -17A, -17AR, -17R • JT8D-209• JT8D-219Model shown 835900PERFORMANCE SPECIFICA TIONSOPERA TING CHARACTERISTICSSpeed 4200 RPM Inlet Pressure20 psig (138 kPag)Discharge Pressure 1000 psig (6895 kPag)Fuel Flow Rate43.5 gpm (165 l/min)CRANKING CHARACTERISTICSSpeed (RPM)550 RPM Inlet Pressure 20 psig (138 kPag)Discharge Pressure 165 psig (1138 kPag)Fuel Flow Rate 4.3 (16.3 l/min)Rotation Counterclockwise Weight33 pounds (15 kg)Model shown 835900©2008 Eaton Corporation All Rights Reserved Printed In USACopying or Editing is Forbidden Form No. TF100-52November 2008Eaton Aerospace Limited Fuel Systems DivisionAbbey Park, Southhampton Road Titchﬁ eld, Fareham Hampshire, P014 4QA Tel: +44 (0) 1329 853000 Fax: +44 (0) 1329 /aerospaceEaton Aerospace Limited Fuel Systems Division Pathﬁ elds Business Park Station Road, South Molton Devon, EX36 3DW UKTel: +44 (0) 1769 573371 Fax: +44 (0) 1769 572755EatonFuel Systems Division 23555 Euclid Avenue Cleveland, Ohio 44117T el: (216) 692-6000Fax: (216) 692-5293 EatonFuel Systems Division 671 West 17th StreetCosta Mesa, California 92627Tel: (949) 548-3421Fax: (949) 752-2997。

达雷利“DOLPHIN”浮动消防水泵操作说明书

Operator’s Manual Table of ContentsFor Darley “DOLPHIN” Floating Fire PumpDescription, Operation & Maintenance, Lubrication-------------------------------------------------1200552 Related Drawings-------------------------------------------------------------------------------------------DHC1201 Operator Instructions – Definitions-----------------------------------------------------------------------1200510 Chart – Discharge Nozzle Pressure-----------------------------------------------------------------------1201501 Chart – Friction Loss and Reach--------------------------------------------------------------------------1201502Model: DOLPHIN Pump Serial Number:IF FURTHER INFORMATION IS NEEDED, CALL W.S. DARLEY & CO. ATCHIPPEWA FALLS, WI. AT 800-634-7812 or 715-726-2650OPERATION INSTRUCTIONS“DOLPHIN” FLOATING PUMPWARNING: Do not use this pump for hose testing.Check engine oil level before starting engine. Read engine instructions before usage.PREPARATIONS FOR PUMPINGThis pump is equipped with a mechanical seal. Do not run pump dry or at high speed if not placed in water of adequate depth.Connect discharge hose to pump. Start engine. Place float pump in water immediately after starting. Float pump is self-priming. The pump will prime more quickly if engine is run at lower speeds. Open engine throttle once the pump is primed and discharging water.CAUTION: Do not allow unusual elevation of discharge hose which may cause float to overturn.When pumping salt water or dirty water, flush pump with clean water after usage.PUMP DISASSEMBLYDrain oil and gas from engine. Remove the (4) bolts holding the support plate (6) to the float (5). Remove the engine, pump and discharge pipe by tilting the engine forward and lift assembly clear of float. The suction head (11) may now be removed from pump casing (8) using the tapped pusher holes if necessary. Remove impeller bolt (15). Insert clean rope into engine spark plug hole to prevent engine rotation during removal of impeller bolt.Remove impeller (16) by threading long 9/16” - 12 NC pusher blot into tapped hole occupied by impeller bolt. Do not force impeller, use penetrating oil on engine shaft if impeller will not move. The mechanical seal (17) may be inspected and replaced if necessary when the impeller is removed. Pump casing should be removed only if necessary to replace pump pilot (20).To reassemble pump, reverse order of disassembly. Inspect and replace worn or damaged parts. Hold impeller key in place with grease, or never-seize and slide impeller into place. Do not lubricate mechanical seal face during reassembly of pump. Use Loctite 243 or equivalent on all pump related fasteners.IF FURTHER INFORMATION IS NEEDED, CALL W.S. DARLEY & CO. ATCHIPPEWA FALLS, WI. AT 800-634-7812 or 715-726-2650OPERATING CHARACTERISTICS OF PUMPSCENTRIFUGAL PUMPS: A centrifugal pump develops pressure by centrifugal force of the liquid rotating in the impeller wheel. The pressure developed depends upon the peripheral speed of the impeller (increasing as the square of the speed) and it remains fairly constant over a wide range of capacities up to the maximum output of the pump, if speed remains constant.If the discharge outlet of a centrifugal pump is entirely shut off, with speed kept constant, there is a small rise in pressure, the water churns in the pump casing and the power drops to a low valve. If thedischarge is opened wide, with little resistance to flow the pressure drops while the capacity and power both increase to their maximum.A centrifugal pump is an extremely simple mechanism mechanically, but rather complex hydraulically, inthat many factors enter into the design of the impeller and water ways which will affect the pump’s efficiency.DISPLACEMENT PUMPS: Rotary and piston pumps are termed “Positive Displacement” pumps because each revolution displaces or discharge (theoretically) an exact amount of liquid, regardless of the resistance. The capacity is, therefore, proportional to the number of revolutions of the pump per minute and independent of the discharge pressure except as it is reduced by “slip” (leakage past the pistons or rotors). For a given speed the power is directly proportional to the head. If the discharge is completely shut off, the pressure, power, and torque climb indefinitely until the drive power is stalled or breakage occurs.Slip is the greatest factor affecting efficiency of a displacement pump, and this factor is greatly influenced by the condition of and wear on the working parts.DEFINITIONSHEAD OF WATER -- vertical depth of water measured in feet or in pressure per unit or area. In hydraulics, head always represents pressure and it is expressed interchangeably in feet of water or pounds per square inch and sometimes in inches of depth of mercury.STATIC HEAD -- the pressure that is exerted by a stationary column of water of a given height or depth. TOTAL HEAD OR TOTAL DYNAMIC HEAD -- the maximum height above the source of supply to which the pump would elevate the water plus all the resistance to flow in the pipe or hose line. DISCHARGE HEAD -- the pressure measured at the discharge outlet of a pump.SUCTION HEAD -- the positive pressure measured at the suction entrance of a pump (when pumping from an elevated tank or hydrant).VELOCITY HEAD -- the equivalent pressure represented by fluid in motion as measured by means of a Pitot Gage.STATIC LIFT -- the vertical height of the center of the pump above the source of supply (when pump from draft).TOTAL SUCTION LIFT -- the static lift plus the friction in suction line plus entrance losses.NET PUMP PRESSURE -- the total dynamic head of the pump.EFFECTIVE NOZZLE PRESSURE -- the pump discharge pressure minus hose friction plus or minus the difference in elevation above or below pump.WATER HORSEPOWER - the theoretical power required to deliver a given quantity of water per minute against a given head.BRAKE HORSEPOWER -- Actual power as delivered by a motor or engine to a driven machine. PUMP EFFICIENCY -- The quotient of the water horsepower divided by brake horsepower required to produce it.WATER HAMMER -- a series of shock waves produced in a pipeline or pump by a sudden change in water velocity. A sudden change in flow velocity can result from rapid closure of valves. A pressure wave is set up which travels back and forth in the water column at extremely high speed producing rapid vibrations that may be violent and destructive if the water column is long.THE MAXIMUM THEORETICAL LIFT of a pump is 34 feet, which is the pressure of the atmosphere at sea level. The maximum practical total lift at sea level is 20 to 25 feet (depending on the type and condition of the pump) and this decreases with drops in barometric pressure.IF FURTHER INFORMATION IS NEEDED, CALL W.S. DARLEY & CO. AT CHIPPEWA FALLS, WI. AT 800-634-7812 or 715-726-2650CONVERSION FACTORSOne pound per square inch = 2.31feet of water= 2.04inches of mercury= 27.7inches of waterOne foot of water = 0.43pounds per square inch One inch of mercury = 1.13feet of water= 0.49pounds per square inch One cubic foot of water = 62.4pounds= 7.5gallonsOne gallon of water = 231cubic inchesfeet= 0.13cubic= 8.34pounds= 3.8litersOne Imperial Gallon = 1.2U.S. gallonsAtmospheric Pressure (Sea Level) = 14.8pounds per square inch= 29.9inches of mercury= 34feet of waterTABLE NO. 2DISCHARGE FROM SMOOTH BORE NOZZLE Pressures measured by Pitot gage.NozzlePressure1/4 3/8 1/2 5/8 3/4 7/8 1 1 1/8 1 1/4 1 3/8 1 1/2 1 5/8 1 3/4 2 2 1/4 PSI GALLONS PER MINUTE DELIVERED5 4 9 16 26 37 50 66 84 103 125 149 175 203 266 3376 4 10 18 28 41 55 72 92 113 137 163 192 223 292 3697 4 11 19 30 44 59 78 99 122 148 176 207 241 315 3998 5 11 21 32 47 64 84 106 131 158 188 222 257 336 4279 5 12 22 34 50 67 89 112 139 168 200 235 273 357 45210 6 13 23 36 53 71 93 118 146 177 211 248 288 376 47712 6 15 25 40 58 78 102 130 160 194 231 271 315 412 52214 7 15 27 43 63 84 110 140 173 210 249 293 340 445 56416 7 16 29 46 67 90 118 150 185 224 267 313 364 475 60318 7 17 31 49 71 95 125 159 196 237 283 332 386 504 64020 818 33 51 75 101 132 167 206 250 298 350 407 532 674 22 819 34 54 79 105 139 175 216 263 313 367 427 557 707 24 820 36 56 82 110 145 183 226 275 327 384 446 582 739 26 921 37 59 85 115 151 191 235 286 340 400 464 606 769 28 921 39 61 89 119 157 198 244 297 353 415 481 629 799 30 1022 40 63 92 123 162 205 253 307 365 429 498 651 826 32 1023 41 65 95 127 167 212 261 317 377 443 514 673 854 34 1123 43 67 98 131 172 218 269 327 389 457 530 693 880 36 1124 44 69 100 135 177 224 277 336 400 470 546 713 905 38 1125 45 71 103 138 182 231 285 345 411 483 561 733 930 40 1126 46 73 106 142 187 237 292 354 422 496 575 752 954 42 1126 47 74 109 146 192 243 299 363 432 508 589 770 978 44 1227 49 76 111 149 196 248 306 372 442 520 603 788 1000 46 1228 50 78 114 152 200 254 313 380 452 531 617 806 1021 48 1228 51 80 116 156 205 259 320 388 462 543 630 824 1043 50 1329 52 81 118 159 209 265 326 396 472 554 643 841 1065 52 1329 53 83 121 162 213 270 333 404 481 565 656 857 1087 54 1330 54 84 123 165 217 275 339 412 490 576 668 873 1108 56 1330 56 86 125 168 221 280 345 419 499 586 680 889 1129 58 1331 56 87 128 171 225 285 351 426 508 596 692 905 1149 60 1431 57 89 130 174 229 290 357 434 517 607 704 920 1168 62 1432 58 90 132 177 233 295 363 441 525 617 716 936 1187 64 1432 59 92 134 180 237 299 369 448 533 627 727 951 1206 66 1433 60 93 136 182 240 304 375 455 542 636 738 965 1224 68 1433 60 95 138 185 244 308 381 462 550 646 750 980 1242 70 1534 61 96 140 188 247 313 386 469 558 655 761 994 1260 72 1534 62 97 142 191 251 318 391 475 566 665 771 1008 1278 74 1535 63 99 144 193 254 322 397 482 574 674 782 1023 1296 76 1535 64 100 146 196 258 326 402 488 582 683 792 1036 1313 78 15 36 65 101 148 198 261 330 407 494 589 692 803 1050 1330TABLE NO. 2DISCHARGE FROM SMOOTH BORE NOZZLEPressures measured by Pitot gage.NozzlePressure 1/4 3/8 1/2 5/8 3/4 7/8 1 1 1/8 1 1/4 1 3/8 1 1/2 1 5/8 1 3/4 2 2 1/4 PSI GALLONS PER MINUTE DELIVERED80 16 36 66 103 150 201 264 335 413 500 596 700 813 1063 134782 16 37 66 104 152 204 268 339 418 507 604 709 823 1076 136484 16 37 67 105 154 206 271 343 423 513 611 718 833 1089 138086 16 37 68 107 155 208 274 347 428 519 618 726 843 1102 139688 16 38 69 108 157 211 277 351 433 525 626 735 853 1115 141290 17 39 70 109 159 213 280 355 438 531 633 743 862 1128 142992 17 39 70 110 161 215 283 359 443 537 640 751 872 1140 144594 17 39 71 111 162 218 286 363 447 543 647 759 881 1152 146096 17 40 72 113 164 220 289 367 452 549 654 767 890 1164 147698 17 40 73 114 166 223 292 370 456 554 660 775 900 1176 1491 100 18 41 73 115 168 225 295 374 461 560 667 783 909 1189 1506 105 18 42 75 118 172 230 303 383 473 574 683 803 932 1218 1542 110 19 43 77 121 176 236 310 392 484 588 699 822 954 1247 1579 115 19 43 79 123 180 241 317 401 495 600 715 840 975 1275 1615 120 19 44 80 126 183 246 324 410 505 613 730 858 996 1303 1649 125 20 45 82 129 187 251 331 418 516 626 745 876 1016 1329 1683 130 20 46 84 131 191 256 337 427 526 638 760 893 1036 1356 1717 135 21 47 85 134 195 262 343 435 536 650 775 910 1056 1382 1750 140 21 48 87 136 198 266 350 443 546 662 789 927 1076 1407 1780 145 21 49 88 139 202 271 356 450 556 674 803 944 1095 1432 1812 150 22 50 90 141 205 275 362 458 565 686 817 960 1114 1456 1843TABLE NO. 3Approximate Discharge From Different Nozzlesat the end of Fifty Feet of Average, 2 1/2”Rubber Lined Fire Hose, for VariousPump Pressures with DischargeGage Wide OpenPUMP SIZE OF NOZZLE & GALLONS PER MINUTE PRESSURE 3/4 7/8 1 1 1/8 1 1/4 1 3/8 1 1/2 LBS30 90 119153187217250 28240 103 137177216253290 32750 115 153198242284325 36760 126 168216265311357 40270 136 182234287337385 43580 145 194250308361414 46590 154 206265325383437 492100 162 217280343405462 520110 171 228295********* 549120 179 239307377444510 572130 186 249318392462530 596140 193 258330407480549 618150 200 267341421497567175 215 288374455538200 230 309395486225 243 328420250 257 345This table is offered as an aide in testing pump performance where facilities for accurate measurement of capacity are not available. The capacities given above are conservative, and will not vary more than 5% from actual capacities with any of the standard hose that might be used.TABLE NO. 4Pump or Hydrant Pressure required to giveEffective Nozzle Pressure through variousLengths of best Rubber Lined Hose.Size of Hose 2 1/2 3 1 1 1/2 2 Size of Nozzle 3/4 7/8 1 1 1/4 1 1/2 1 1/4 1 1/2 1/4 3/8 1/2 5/8 5/8 Nozzle LengthPressure of Hose PUMP OR HYDRANT PRESSURE - POUNDSPounds Feet40 100 44 46 516488516245 43 48604250200 47 52 6086130597849 46 56794360400 53 62 791292127511058 51 731184679600 59 74 971729214367 57 891585099800 65 85 11621510817676 62 106196531191000 72 96 13425812420885 68 122235561381500 87 118 181165108 72 142641872000 103 151 227205130 96 204897222660 100 65 69 7595132769267 64 721176373200 70 78 891261968811574 68 841736586400 79 94 11618811116187 76 10723169112111 143250135208101 85 13174138 600 88127 170158114 93 15379164 800 981000 107 143 197182127 101 178831901500 130 184 264161 122 237951552000 153 225 195 142 10680 100 87 92 9912617510110388 85 961178399103 11516711615497 91 11215486117 200 93125 148249147115 102 14322892154 400105147 181178132 112 17498191 117600129167 214209150 123 206104228 8001000 141 191 247167 134 2381101500 171 245 211 161 1252000 201 125254 188 120140115 150157126152111 107 139146104123 108100 100128 200209146190122 113 177192108145 116200130154 250184143 127 217284115190 400180 223165 140 256123235 145600206 186 154 131 8001591000 174 232 208 167 1381500 211 262 200 1572000 253 234 175IF FURTHER INFORMATION IS NEEDED, CALL W.S. DARLEY & CO. AT CHIPPEWA FALLS, WI. AT 800-634-7812 or 715-726-2650TABLE NO. 5REACH OF FIRE STREAMSSize ofNozzle 1/4" 3/8" 1/2" 5/8" 3/4" 7/8"1" 1-1/4"1-1/2" NOZZLE EFFECTIVE VERTICAL REACH - FeetPRESSURE403035405059626465 69603540456074777984 87803842486581858994 96 10040445068848994100 102 NOZZLE MAXIMUM VERTICAL REACH - FeetPRESSURE406065707578798080 806070758595105106108110 11080788395105117125132140 140 1008088100110122135145155 155 NOZZLE EFFECTIVE HORIZONTAL REACH - FeetPRESSURE402025304044505562 66602532375054616775 80802835405762707684 88 1003037426066768493 95 NOZZLE MAXIMUM HORIZONTAL REACH - FeetPRESSURE40658090100108120125138 14060809595120127142156176 1838090105105135143160175201 210 10095110110140153180205215 223TABLE NO. 6Friction Loss in Fire HoseLoss in PSI per 100 Feet of HoseSIZE HOSE LINEN HOSE BEST RUBER LINEDHOSEG.P.M. 1 1/2 2 2 1/2 3/4 1 1 1/2 2 2 1/2 3 3 1/2 2-2 1/210 1.0 13.5 3.50.5.115 2.2 29.07.2 1.00.320 3.6 50.012.3 1.70.425 5.5 75.018.5 2.60.630 8.0 1.9105.026.0 3.60.940 13.0 3.2180.044.0 6.1 1.550 20.0 4.9 1.667.09.3 2.360 28.0 7.0 2.296.013.5 3.370 37.0 9.0 3.1131.017.04..380 47.0 11.5 3.8171.023.0 5.690 59.0 14.5 5.0217.029.07.0100 72.0 17.5 5.9268.033.08.4120 25.08.3386.047.011.7140 34.011.062.016.0 5.2 2.0 0.9 1.4160 43.014.078.020.0 6.6 2.6 1.2 1.9180 53.017.797.025.08.3 3.2 1.5 2.3200 63.021.5121.030.610.1 3.9 1.8 2.8220 146.012.0 4.6 2.1 3.3240 173.014.1 5.4 2.5 3.9260 204.016.4 6.3 2.9 4.5280 237.018.7 7.2 3.3 5.2300 272.021.2 8.2 3.7 5.9320 23.8 9.3 4.2 6.6340 26.9 10.5 4.77.4360 30.0 11.5 5.28.3380 33.0 12.8 5.89.2400 36.2 14.1 6.310.1425 40.8 15..7 7.011.3450 45.2 17.5 7.912.5475 50.0 19.3 8.713.8500 55.0 21.2 9.515.2525 23.2 10.516.6550 25.2 11.418.1575 27.5 12.419.6600 29.9 13.421.2650 34.5 15.524.8700 39.5 17.728.3750 45.0 20.132.2800 50.5 22.736.2850 56.5 25.440.7900 63.0 28.245.21000 76.5 34.355.0 Losses in rough walled, rubber hose may be 50% higher than values given above.Friction Loss in 15-year-old Steel PipeLoss in PSI per 100 Feet of PipePIPE SIZE 1/8 1/4 3/8 1/2 3/4 1 1 1/4 1 1/2 2 2 1/2 3 4 6 8G.P.M.1 52.012.0 2.8 0.94.03.2245.010.04.5 1.40.418.05 55.016.0 5.0 1.30.610 64.015 135.0 34.011.0 2.7 1.30.520 59.018.0 4.7 2.20.825 89.027.07.1 3.4 1.230 125.039.010.0 4.7 1.70.635 51.013.0 6.3 2.20.740 66.017.08.0 2.90.945 82.021.010.0 3.6 1.250 99.026.012.0 4.3 1.4 0.660 140.038.017.0 6.1 2.0 0.870 49.023.08.0 2.7 1.180 63.029.010.0 3.4 1.590 78.036.013.0 4.3 1.80.52.2100 96.044.015.0 5.1125 144.066.024.07.8 3.3 0.8150 93.033.011.0 4.6 1.1175 125.044.015.0 6.1 1.5200 56.019.0 7.8 1.9250 84.028.0 12.0 2.94.00.6300 114.040.016.05.40.822.0350 53.028.06.9 1.0400 68.035.08.6 1.2450 84.010.0 1.40.442.0500 102.015.0 2.10.6600 60.0800 25.0 3.51 1000 37.0 5.2 1.3 1500 11.0 2.7 2000 19.0 4.7 2500 29.07.1 3000 10Resistance of FittingsEquivalent Lengths of Straight Pipe - FeetPIPE SIZE 1/2 3/4 1 1 1/4 1 1/2 2 2 1/2 3 4 5 6 8Gate Valve 0.4 0.6 0.8 1.1 1.4 1.8 2.2 2.8 4.1 5.3 6.79.4Global Valve 3.0 4.5 6.08.510.514.017.022.0 32.0 42.053.075.0Angle Valve 1.4 2.0 2.7 3.8 4.8 6.37.910.5 14.5 18.523.033.0Std. Elbow 1.1 1.5 2.0 2.8 3.5 4.7 5.87.5 11.0 14.018.024.045 Elbow 0.6 0.8 1.0 1.4 1.6 2.1 2.5 3.1 4.2 5.2 6.38.50.5 0.8 1.0 1.4 1.7 2.3 2.8 3.7 5.3 7.09.012.5Long SweepEI Str Run Tee2.1 2.93.9 5.5 6.99.111.614.8 21.0 27.034.049.0Std. Tee ThruSide Outlet1.82.53.24.25.06.57.59.5 13.0 16.019.025.0SuddenEnlargor contraction1.0 1.3 1.62.2 2.63.3 3.94.9 6.5 8.210.013.0Entrance toPipeTABLE NO. 9To Convert Pounds per Square Inch toFeet Elevation of WaterFeet 5 10 15 20 25 30 35 40 45 50 60 70 80 90Pounds 2.2 4.3 6.5 8.7 11 13 15 17 20 22 26 30 35 39200190220180260240280140120Feet 100130150160170121 Pounds 43 52 56 61 65 69 74 78 82 87 95 104 113525475550600700450500340425Feet 300360320380400206217227238195303260173139Pounds 130184147156165Table NO. 10American National Fire Hose Connection Screw Thread - NHSize of Hose 3/4 1 1 1/2 2 1/2 3 3 1/2 4 4 1/2 5 6Thr’ds per inch 8 8 9 7.5 6 6 4 4 4 40.75-8 NH 1-8 NH 1.5-9 NH 2.5-7.5 NH3-6 NH 3.5-6 NH4-4 NH 4.5-4 NH 5-4 NH 6-4 NHThreadDesignationMax. O.D. Male 1.3750 1.3750 1.9900 3.0686 3.6239 4.2439 5.0109 5.7609 6.2600 7.0250Ref. NFPA 1963Underwriters Nozzle Tip Thread: 2.1875 O.D. - 12 threads per inch.IF FURTHER INFORMATION IS NEEDED, CALL W.S. DARLEY & CO. ATCHIPPEWA FALLS, WI. AT 800-634-7812 or 715-726-2650。

OILGEAR奥盖尔油泵PVV系列资料汇总

OILGEAR奥盖尔油泵PVV系列资料汇总OILGEAR使得一些在世界上持续时间最长的，最可靠的泵。

了解更多关于可变排量OILGEAR，轴向柱塞泵线的专利设计。

设计用于功率和速度，PVV开环，轴向活塞液压泵由OILGEAR传递冲头并需要大，重型的系统。

利用先进的工程中，PVV泵系列提供高达560马力- 四次马力大约三分之一的其他车型的成本。

计算机优化以获得最佳性能，PVV是设计紧凑，可以在几个位移。

PVV泵提供大量精选的控制的确很容易互换。

通过改进高响应控制和降低噪音水平，缸泵PVV 的坚固耐用的设计增强了最佳的性能。

其压力润滑swashblock的专利设计提供了高循环操作的高性能，并有助于泵对低粘度及其它特殊流体运行的能力。

所有OILGEAR泵设计茁壮成长低粘度液体，颜色：如水分含量高和耐火流体，如特种液压工作油™，堆栈魔术™，Erifon™和98/2。

这里了解更多：OILGEAR的流体兼容性泵。

产品种类齐全OILGEAR的全系列可变排量的轴向活塞液压泵在这里。

OILGEAR奥盖尔柱塞泵中国总代理OILGEAR常规型号有：PVWJ-025-A1UV-LDFY-P-1NNSN-NN-0269PVWJ-130-A1UV-LSAY-P-1NNN PVWJ-076-A1UV-LSAY-P-1NNNNOMINAL DIMENSIONSNOMINAL OPERATING PARAMETERSNOMINAL PERFORMANCECurves based on an oil temperature of 125º F (160 SSU) and 14.7 psia (1 bar absolute). Efficiency curves are based on pump running at 1800 rpm.。

Atlas Copco GA 90+– 160 (VSD+) 油注射旋筒压缩器说明书

Oil-injected rotary screw compressors GA 90+– 160 (VSD+)Highest reliability, lowestoperating costsThe shortest route to maximize your profitability is to minimize youroperational costs. With up to 80% of a compressor lifecycle cost coming fromthe energy it consumes, this should be a clear focus. Atlas Copco's GAcompressors with SmartInjection enabled compression elements and IE4 orbetter class motors are designed to achieve significant energy savings whileproviding long and trouble-free life even in the harshest environmentalconditions.GA 90+– 160 (VSD+)EfficiencyAt the heart of the GA compressors are state-of-the-artcompression elements with SmartInjection technologyand high efficiency oil cooled IE4 or better class motors.This highly efficient drive train coupled with generouscooling capacity, low internal pressure drops and precisecontrol from the Elektronikon®Touch ensures optimumefficiency.ReliabilityThe GA compressor's drive train is IP66 rated protecting itcompletely from environmental dust and moistureensuring it can operate reliably in the toughest conditionsand at ambient temperatures up to 55°C/131°F.ServiceabilityService time is reduced to a minimum with all serviceparts grouped together for ease of access and, if greateraccess is required, the patented portal design enables fullaccess to all components. Each component has also beendesigned for serviceability, halving the time required toservice compared to traditional designs.3It's important to have high quality air, because contaminated air creates extra costs. It is better to avoid system contamination rather than deal with the consequences such as product spoilage, maintenance costs, replacing pipe work or leakages. Atlas Copco offers a range of quality air solutions.Clean air reduces operating costs.The GA 90-160 VSD+ is designed to deliver quality air.• Multiple smaller cartridges simplify and reduce service times and minimize oil carry over.• The GA full feature comes with an integrated dryer for greater air quality.• Guaranteed dewpoint of 3°C/37°F• Continuously monitored dew point.• New oil separator vessel with filter cartridges.Integrated air quality GA 90+– 160 (VSD+)Air dryersOur range of air dryers protect your systems and processes in a reliable, energy-efficient and cost-effective way.Protecting your systems and processesTreated air helps prevent pipework corrosion, product spoilage and premature failure of pneumatic equipment.Maintaining the quality of your end productA complete range of products with dew pointsfrom +3 to -70 °C to ensure the correct air qualityfor your application.Energy-efficient air dryersAll our air dryers are designed to perform in themost energy-efficient and environmentally friendly way.5Separate oil flow to bearings for longer life and greater uptime.The motor is designed for increased reliability even in tough environments.IP66 rated drive train is completely sealed against dustand moisture.Always operates reliablyHighly reliable motorGA 90+– 160 (VSD +)Minimizes disruption of the machine during service for better reliability.The GA Full Feature comes with an integrated dryer.Guaranteed dew point of 3°C/37°F (20°C ambient conditions).No additional installation work of wires and pipes.Continuously monitored dew point.Reduced service time for greaterreliabilityReady-to-use compact package7Minimal service times with service parts grouped together for ease of access.Minimizes disruption of the machine during service for better reliability.•Optional integrated energy recovery system.•Up to 78% energy recovered from integrated motor andelement oil circuit.Ease of maintenanceUp to 78% of energy recovered as hot waterGA 90+– 160 (VSD +)VSD or Dual speed fans deliver energy efficiency in lower temperatures.The motor is designed for increased reliability even in tough environments.This IP66 rated motor it dust tight and protected againstlarge amounts of water.Operate at temperatures up to 46°C(115°F) as standardHigh efficiency IE5 Permanent Magnet motor9Over 80% of a compressor’s lifecycle cost is taken up by the energy it consumes. Moreover, the generation of compressed air can account for more than 40% of a plant’s total electricity bill. To cut your energy costs, Atlas Copco pioneered Variable Speed Drive (VSD) technology in the compressed air industry. VSD leads to major energy savings, while protecting the environment for future generations. Thanks to continual investments in this technology, Atlas Copco offers the widest range of integrated VSD compressors on the market.LegendA =LossesB =Speed1 =Total losses traditional element2 =Total losses AC elementVariable Speed Drive (VSD)Atlas Copco's VSD technology closely follows the air demand by automatically adjusting the motor speed. This results in large energy savings of up to 35%. The Life Cycle Cost of a compressor can be cut by an average of 22%. In addition, lowered system pressure with VSD minimizes energy use across your production dramatically.Legend42% =Energy35% =Energy savings with VSD12% =Investment11% =MaintenanceVSD savings GA 90+– 160 (VSD+)Most production processes create fluctuating levels of demand which, in turn, can create energy waste in low use periods. Using the Elektronikon®unit controller, you can manually or automatically switch between two different setpoints to optimize energy use and reduce costs at low use times. In addition, the sophisticated algorithm runs the drive motor only when needed. As the desired setpoint is maintained while the drive motor’s run time is minimized, energy consumption is kept to a minimum.LegendA =Power consumptionB =TimeC =Energy SavingDual set-point and automatic stop• SmartInjection provides exact amount of oil required to element ensuring it always works at peak efficiency.• High efficiency IE4 (Fixed Speed) and IE5 (VSD+) motor.• Integrated energy recovery system recovers up to 78% of energy from integrated motor and element oil circuit.• Dual speed or VSD fan for energy efficiency in lower temperatures.Components designed for efficiencyThe Elektronikon®unit controller is specially designed to maximize the performance of your compressors and air treatment equipment under a variety of conditions. Our solutions provide you with key benefits such as increased energy efficiency, lower energy consumption, reduced maintenance times and less stress… less stress for both you and your entire air system. Elektronikon Mk5 touchMonitor your compressed air installation with SMARTLINKKnowing the status of your compressed air equipment at all times is the surest way to achieve optimal efficiency and maximum availability.Go for energy efficiencyCustomized reports on the energy efficiency of your compressor room.Increase uptimeAll components are replaced on time, ensuring maximum uptime.Save moneyEarly warnings avoid breakdowns and production loss.SMARTLINKMinimizing Excess PressureOptimizer 4.0 minimizes the generation of excess compressed air by starting and stoppingcompressors. Its user friendly interface enables you to set multiple pressure bands, allowing you to optimize your compressor installation for varying circumstances, such as non-productive hours.Full VSD BenefitsWith Optimizer 4.0 you can realize the full energy saving potential of VSD (Variable Speed Drive). It regulates the VSD to ensure that the compressed air output is proportional to the demand,preventing higher pressures than required, excess unloaded running, and spiraling energy costs.Improving UptimeOptimizer 4.0 effectively eliminates production downtime caused by unexpected system pressure drops, because it regulates the system pressure instead of the compressor output pressure.This means Optimizer 4.0 will automatically adjust the system pressure to compensate for pressure drops due to filters, piping and dryers for example.We also provide additional functionality and services on Optimizer 4.0 to ensure that your energy savings will stand the test of time. Even when your installation needs adaptations or your demand changes.Optimizer 4.0• Service parts grouped together for ease of access.• Reduced service time for greater uptime.• Portable design enables full access to all components.• All components designed for serviceability.• Oil cooled motors require no service interventions.Designed for serviceabilityEase of maintenanceEvery type of compressor and vacuum pump needs a specific oil to achieve maximum uptime,performance and lifetime. Our compressed air fluids and lubricants cover all your needs.Unique mix of additivesTailored to the specific needs of your equipment.Anti-oxidationThe high-quality oil ensures maximum protection.Prevent foamingAnti-foaming improves your air quality.Compressor oils, lubricants and fluidsReduce your total cost of ownership and benefit from optimal performanceSave costsOptimal maintenance will reduce the operational cost of your compressed air and vacuum system.Increase operational efficiencyOur maintenance expertise makes life easier when it comes to resource management.High uptime and performanceSpecialist service keeps your equipment running as it should, protecting your investment.Maximize your resources with aService PlanReliable and continuous operation of the compressor in hot and humid environments up to :– max. 55°C ( 131°F ) for fixed speed pack – max. 50°C ( 121°F ) for VSD packHigh ambient temperature variantContinuous SPM “Shock Pulse Measurement” monitoring system of the compressor element & motor bearings. The sensors are connected to the Elektronikon ®which is showing the individual vibration levels.Alarm and/or shutdown levels can be programmed during commissioning of the compressor. With this monitoring system, the compressor can run longer, since overhaul can be done when needed and preventive maintenance can be organized.Shock pulse monitoringThe energy recovery system consists of a build-in stainless steel heat exchanger and thermostatic controlled system to recover the heat from the compressor in the form of warm water or hot water without any adverse influence on the compressor performance.Energy recoveryFactory visit and witnessing of the standard performance test of the compressor. The compressor is tested following the Atlas Copco standard test procedure in accordance to the ISO 1217: 2009, annex “C” and “E” (4th edition) for full transparency and peace of mind.Witness and performance testThe option “Roto-Foodgrade oil” allows you to operate the compressor in industries like packaging, pharmaceutical and food and beverage industry, where occasional contact is allowed in and around food processing areas.Food grade oilIn a GA Full Feature compressor the refrigeration dryer is fully integrated in the compressor unit. This “all-in-one”feature not only reduces the space requirement for installing the compressor but also provides savings on piping installation cost.Typical dew point of a refrigerant dryer is +3°C (37.4°F) at reference conditions.Integrated dryerFive (PT-1000) temperature sensors are installed in the main motor of which 2 sensors are monitoring the bearings and 3sensors are monitoring the windings.The relevant temperatures are shown on the Elektronikon ®display and alarms and shutdowns are programmed to protect the compressor motor.Motor thermal protectionGA 90+ - 160 (50 Hz)GA 90+ - 5.5 bar 5.580 5.37735321.274890762800617332007055GA 90+ - 7.5 bar7.51097.310629717.86292800617332007055 GA 90+ - 8.5 bar8.51238.312028417.06022800617332007055 GA 90+ - 10 bar101459.814226015.65512800617332007055GA 110 - 5.5 bar 5.580 5.37742425.4898110772700595231006834GA 110 - 7.5 bar7.51097.310637022.27842700595231006834 GA 110 - 8.5 bar8.51238.312034720.87352700595231006834 GA 110 - 10 bar101459.814231619.06702700595231006834GA 132 - 5.5 bar 5.580 5.37750230.11064132782800617332007055GA 132 - 7.5 bar7.51097.310644026.49322800617332007055 GA 132 - 8.5 bar8.51238.312041424.88772800617332007055 GA 132 - 10 bar101459.814238222.98092800617332007055GA 160 - 7.5 bar7.51097310652531.51112160782900639333007275GA 160 - 8.5 bar8.51238.312049529.710492900639333007275 GA 160 - 10 bar101459.814246027.69752900639333007275FAD(1) is measured at the following working pressures:5.5 bar version at 5 bar 5 bar7.5 bar version at7 bar7 bar8.5 bar version at8 bar8 bar10 bar version at9.5 bar9.5 barDimensionsmm mm mmGA 90+ - 160250017852020GA 90+ - 160 (FF)290017852020Technical specifications GA 90+ - 160 (60 Hz)GA 90+ - 75 psi 5.580 5.37731619.0670125763100383434507606GA 90+ - 100 psi7.41077.210430318.26423100383434507606 GA 90+ - 125 ps9.11328.912927116.35473100383434507606 GA 90+ - 150 psi10.915810.715524314.65153100383434507606GA 110 - 75 psi 5.580 5.37742525.5901150772600573230506724GA 110 - 100 psi7.41077.210437222.37882600573230506724 GA 110 - 125 psi9.11328.912933320.07062600573230506724 GA 110 - 150 psi10.915810.715529817.96312600573230506724GA 132 - 75 psi 5.580 5.37750530.31070175772700595231506945GA 132 - 100 psi7.41077.210444626.89452700595231506945 GA 132 - 125 psi9.11328.912940024.08482700595231506945 GA 132 - 150 psi10.915810.715535421.27502700595231506945GA 160 - 100 psi7.41077.210452931.71121215782900639332507165GA 160 - 125 ps9.11328.912948028.810172900639332507165 GA 160 - 150 psi10.915810.715543926.39302900639332507165FAD(1) is measured at the following working pressures:75 psi version at73 psi73 psi100 psi version at100 psi100 psi125 psi version at125 ps125 psi150 psi version at150 psi150 psiDimensionsGA 90+ - 16098.570.379.5GA 90+ - 160114.270.379.5Technical specifications GA 110-160 VSD+ (50 Hz)GA 110 VSD+ - 8.5 bar Minimum572572104-4076.2-24.4202-862110772400529128006173 Nominal71017101101-3906.1-23.4214-826Maximum8.51238.3120100-3566.0-21.4212-754GA 110 VSD+ - 10 bar Minimum687687102-4056.1-24.3216-858110772400529128006173 Nominal9.51389.513897-332 5.8-19.5206-703Maximum101459.814296-325 5.8-19.5203-689GA 132 VSD+ - 8.5 bar Minimum572572104-4856.2-29.1220-1028132772500551229506504 Nominal71017101101-4636.1-27.8214-981Maximum8.51238.3120100-4276.0-25.6212-905GA 132 VSD+ - 10 bar Minimum687687102-4026.1-24.1216-852132772500551229506504 Nominal9.51389.513897-396 5.8-23.8206-839Maximum101459.814296-391 5.8-23.5203-828GA 160 VSD+ - 8.5 bar Minimum572572104-5906.2-35.4220-1250160782550562230006614 Nominal71017101101-5516.1-33.1214-1168Maximum8.51238.3120100-5116.0-30.7212-1083GA 160 VSD+ - 10 bar Minimum687687102-4926.1-29.5216-1042160782550562230006614 Nominal9.51389.513897-480 5.8-28.8206-1017Maximum101459.814296-471 5.8-28.3203-998FAD(1) is measured at the following working pressures:8.5 bar version at7 bar7 bar10 bar version at9.5 bar9.5 bar DimensionsGA 110-160 VSD+250017852020 GA 110-160 VSD+ (FF)290017852020Technical specifications GA 110-160 VSD+ (60 Hz)GA 110 VSD+ - 125 psi Minimum572572104-4076.2-24.4220-862150782400529128006173 Nominal 6.9100 6.9100101-3906.1-23.4214-826Maximum9.11328.912997-343 5.8-20.6206-727GA 110 VSD+ - 150 psi Minimum687687102-4056.1-24.3216-858150782400529128006173 Nominal10.415110.415196-315 5.8-18.9203-667Maximum10.915810.715595-309 5.7-18.5201-655GA 132 VSD+ - 125 psi Minimum572572104-4856.2-29.1220-1028175782500551229506504 Nominal 6.9100 6.9100101-4666.1-28.0214-987Maximum9.11328.912998-412 5.9-24.7208-973GA 132 VSD+ - 150 psi Minimum687687102-4026.1-24.1216-852175782500551229506504 Nominal10.415110.415196-378 5.8-22.7203-801Maximum10.915810.715595-372 5.7-22.3201-788GA 160 VSD+ - 125 psi Minimum572572104-5906.2-35.4220-1250215782550562230006614 Nominal 6.9100 6.9100101-5556.1-33.3214-1176Maximum9.11328.912998-495 5.9-29.7208-1049GA 160 VSD+ - 150 psi Minimum687687102-4926.1-29.5216-1042215782550562230006614 Nominal10.415110.415196-456 5.8-27.4203-966Maximum10.915810.715595-449 5.7-26.9201-951FAD(1) is measured at the following working pressures:5.5 bar version at 5 bar 5 bar7.5 bar version at7 bar7 bar8.5 bar version at8 bar8 bar10 bar version at9.5 bar9.521DimensionsGA 90+ - 160250017852020 GA 90+ - 160 (FF)290017852020GA 90+– 160 (VSD+)The air is drawn into the compressor through the inlet filter and is compressed in the oil injected rotary screw compression element via the air intake (load-unload) valve. Lubrication fluid is injected during the compression phase into the air. This not only reduces the wear of the elements but also cools them.The compressed air/oil mixture passes through a non-return valve to the oil separator element to separate the oil from the air.The wet compressed air, represented by the dark blue/ gree then passes through a minimum pressure valve and is cooled by an air-cooled aftercooler.Low noise axial cooling fans provide cooling air to the oil cooler and after cooler, ensuring satisfactory running temperatures as well as ventilating the compressor enclosure and electrical control panel.1.Filtration & compression2.Air & oil separation3.Cooling23The condensed moisture is removed by a low pressure drop moisture separator and electronic condensate drain. This results in dry compressed air is that can be used in your application.Lubrication fluid contained in the oil receiver flows under differential pressure to a thermostatic bypass valve, air cooled oil cooler, high efficiency oil filter and oil stop valve before being injected into the compression element where it cools, seals and lubricates the compression process.The high efficiency oil filter provides superior filtration compared to conventional filtersresulting in cleaner lubricant. The thermostatic bypass valve ensures that the compressorquickly reaches optimum operating temperature on start-up and maintains temperature duringperiods of low load by allowing cold lubricant to bypassthe oil cooler.4.Moisture separator5.Oil flow GA 90+– 160 (VSD+)Notes25GA 90+– 160 (VSD+)27Atlas Copco AB(publ) SE-105 23 Stockholm, Sweden Phone: +46 8 743 80 00Reg. no: 556014-2720 29357122©219,AtlasCopcoAirpowerNV,Belgium.Allrightsreserved.Designsandspecificationsaresubjecttochangewithoutnoticeorobligation.Readallsafetyinstructionsinthemanualbeforeusage.。

海尔德克拉夫PVW-130.750开环循环CW EATON德国有限公司61273波尔喀喇位录1备件(

Spare parts list HYDROKRAFT PVW-130 ... 750 open loop CWDirectory1Spare parts (general) 3 2Basic pump2.1Basic pump explosion view 130 … 360 42.2Basic pump explosion view 500 – 750 52.3Basic pump rotating group 1 62.4Basic pump rotating group 2 72.5Basic pump shaft and bearings 82.6Basic pump accessories 93Position indicator3.1Position indicator optical 103.2Position indicator electrical / optical 113.3Position indicator electrical 124DF control4.1DF control 134.2DF control with load sensing 144.3DF control with prop.-valve 154.4DF control with venting valve 164.5DF control accessories 175LR control5.1LR control 185.2LR control with load sensing 195.3LR control with prop.-valve 205.4LR control with venting valve 215.5LR control accessories 226SP control (PQ control)6.1SP control overview 236.2SP control control piston and spring centering 246.3SP control SP plate NG6 256.3.1 SP plate NG6 266.4SP control options 276.5SP control accessories6.5.1 PQ control accessories 287DP control7.1DP control overview 297.2DP control piston and spring centering 307.3DP control control valve 317.4DP control options 327.5DP control accessories 33 EATON Germany GmbH 61273 Wehrheim1 Spare partsRepairs during the warranty period must be made by EATON or authorized service stations only, otherwise warranty claims will not be accepted.Only genuine EATON spare parts must be used.The spare parts list shows the availability of spare part kits.Sub-assemblies are not available as single parts.To ensure a fast response to inquiries and that the correct spare parts are supplied,always provide the model code, the part no. and the serial no.as shown on the name plateContact tel. : +49 (0) 6081 103 0 (switchboard)TypenschildSerial no.VPart no.Manufacture date[3]EATON Germany GmbH 61273 Wehrheim2.1 Drawing 130 - 360EATON Germany GmbH 61273 Wehrheim [4]2.2 Drawing 500 - 750EATON Germany GmbH 61273 Wehrheim [5]Pos.Description130180250360Pos.Description500750A Kit piston block and wafer plate CWHC106062070350HC966062091650HC966072091653HC966072091652A Kit piston block and waferplate CWHC206082091602HC106182091600A Kit piston block and wafer plate CCW HC966061091601HC966062091651HC966072091655HC966072091654Kit piston block and wafer plate CCW HC206082091601HC106182091601B Kit piston block HC106061080001HC106061080000HC106071080051HC106071080053B Kit piston block- / -- / -39Piston block - / -- / -- / -- / -40Piston block- / -- / -40Ring - / -- / -- / -- / -36Ring- / -- / -41Spring - / -- / -- / -- / -37Spring- / -- / -42Ring- / -- / -- / -- / -38Ring- / -- / -43Lock washer - / -- / -- / -- / -39Lock washer- / -- / -44Wafer plate CW HC166062100410HC166062100440HC166072100455HC16607210045542Wafer plate CW - / -- / -44Wafer plate CCWHC166062100409HC166062100441HC166072100456HC16607210045642Wafer plate CCW- / -- / -Pump sizePump size 500 - 750Pump size 130 (360)2.3 Rotating Group 1EATON Germany GmbH 61273 Wehrheim [6]ABAPos.Description 130180250360Pos.Description500750A Kit yoke and piston pre-assembled HC106162020000HC106162020001HC106072020058HC106072020060A Kit yoke and piston pre-assembled HC106082020000HC106082020041B Yoke pre-assembled HC106162071000HC106162071000HC106072071053HC106072071053B Yoke pre-assembled HC106082070501HC106082070540C Kit hold down system HC206062091850HC206062091850HC206072091850HC206072091850C Kit hold down system HC206082091800HC20608209180029Pin - / -- / -- / -- / -27Pin - / -- / -30Screw - / -- / -- / -- / -28Yoke - / -- / -31Yoke lever - / -- / -- / -- / -29Pivot HC506082101202HC50608210120232Ring - / -- / -- / -- / -30Sliding disc HC106081100400HC10608110044033Pivot HC506062105250HC506062105250HC506082101202HC50608210120231Set of piston (9pcs.)HC206082091700HC96608309170034Set of piston (9pcs.)HC206062091701HC206062091740HC206072091750HC20607209175132Hole plate HC106081100500HC10608110054035Hole plate HC106061100502HC106061100502HC106071100504HC10607110050433Distance piece - / -- / -36Distance piece - / -- / -- / -- / -34Hold down strap - / -- / -37Hold down strap - / -- / -- / -- / -35Screw - / -- / -38Screw - / -- / -- / -- / -2.4 Rotating Group 2Pump sizePump size 130 (360)Pump size 500 - 7502. Basic PumpEATON Germany GmbH 61273 Wehrheim [7]ABCACBPos.Description130180250360Pos.Description500750A Kit shaft and key HC966062011050HC966062011050HC966076011051HC966076011050A *Kit shaft and key HC966086011050- / -A Shaft splineHC106065100730HC106065100730HC106075100752HC106075100753A *Shaft splineHC106086100704HC106086100742B *Bearing kitHC966061091200HC966061091200HC966075091200HC966075091202B Bearing kitHC966082091200HC966083091200C Kit cradle bearings HC206062091241HC206062091241HC206072091252HC206072091252C Kit cradle bearings HC206082091203HC20608209120322Shaft - / -- / -- / -- / -19Key - / -- / -23Key- / -- / -- / -- / -20Shaft- / -- / -24Lock washer - / -- / -- / -- / -21Bearing shaft - / -- / -25Bearing shaft - / -- / -- / -- / -22Lock washer - / -- / -26Cradle bearing - / -- / -- / -- / -23Bearing block - / -- / -27Screw- / -- / -- / -- / -24Screw- / -- / -46Bearing port plate- / -- / -- / -- / -25Cradle bearing - / -- / -26Screw- / -- / -B * size 360 bearing kit spherical roller 43Bearing port plate- / -- / -A * size 750 only spline shaftRing for shaft seal size 750- / -HC000000105452Pump sizePump size 130 … 360Pump size 500 - 7502.5 Shaft and BearingsEATON Germany GmbH 61273 Wehrheim [8]ABCABCPos.Description130180250360Pos.Description 500750A Seal kit (FKM)included shaft seal HC206062063350HC206062063350HC206072063350HC206072063350A Seal kit (FKM) included shaftseal HC206082063300HC2060820633404Shaft sealHC000000013533HC000000013533HC000000013534HC0000000135345Shaft seal HC000000132018HC000000105449B Fixing parts basic pumpHC206062093050HC206062093050HC206072093051HC206072093051B Fixing parts basic pump HC206082093000HC206082093040C Kit tie rodHC206062050050HC206062050050HC206072093150HC206072093151CKit tie rodHC206082093100HC206082093140Pump size2. Basic Pump 2.6 AccessoriesEATON Germany GmbH 61273 Wehrheim [9]Pos.Description130180250360Pos.Description500750A Kit positionindicator complete HC496072021652HC496072021652HC496072021652HC496072021653A Stellungsanzeige komplettHC496982021600HC4960820216001Screw- / -- / -- / -- / -1Headless pin - / -- / -2Headless pin - / -- / -- / -- / -2Washer- / -- / -3Washer - / -- / -- / -- / -3Look washer - / -- / -4Shaft - / -- / -- / -- / -4Shaft seal - / -- / -5O-Ring - / -- / -- / -- / -5Bearing - / -- / -6Flange - / -- / -- / -- / -6Shft - / -- / -7O-Ring- / -- / -- / -- / -7Screw - / -- / -8Lever (Pos. 8, 9)HC496082071000HC496082071000HC496082071000HC4960820710008Flange - / -- / -9Screw - / -- / -- / -- / -9O-Ring- / -- / -10Scale - / -- / -- / -- / -10Look washer - / -- / -11Rivet- / -- / -- / -- / -11Screw- / -- / -12Lever (Pos. 11, 12)HC496082071000HC49608207100013Scale - / -- / -14Rivet- / -- / -3. Position indicator3.1 Position indicator opticalEATON Germany GmbH 61273 Wehrheim [10]Pump sizePump size 130 … 360Pump size 500 - 7503.2 Position indicator electrical / opticalPos.Description130180250360500750A Kit positionindicator complete 5KOhmHC496072021656HC496072021656HC496072021656HC496072021657HC496082021602HC496082021603A Kit positionindicator complete 4 - 20mAHC496072021664HC496072021664HC496072021664HC496072021664HC496082021610on request 1Potentiometer 5kOhm HC000000317060HC000000317060HC000000317060HC000000317060HC000000317060HC0000003170601Potentiometer 4-20mA HC000000317174HC000000317174HC000000317174HC000000317174HC000000317174HC0000003171742Connector complete HC000000132081HC000000132081HC000000132081HC000000132081HC000000132081HC0000001320813Fork Coupling HC000000317087HC000000317087HC000000317087HC000000317087HC000000317087HC0000003170874LeverHC496082071000HC496082071000HC496082071000HC496082071000HC496082071000HC496082071000Pump sizeEATON Germany GmbH 61273 Wehrheim [11]3.3 Position indicator electricalPos.Description130180250360500750A Kit positionindicator complete5KOhm HC496072021655HC496072021655HC496072021655HC496072021655HC496082021601HC496082021601A Kit positionindicator complete 4- 20mA HC496072021661HC496072021661HC496072021661HC496072021661HC496082021608on request1Potentiometer 5kOhm HC000000133733HC000000133733HC000000133733HC000000133733HC000000133733HC000000133733 1Potentiometer 4-20mA HC000000317174HC000000317174HC000000317174HC000000317174HC000000317174HC0000003171742Connector complete HC000000132081HC000000132081HC000000132081HC000000132081HC000000132081HC000000132081 3Fork Coupling HC000000317087HC000000317087HC000000317087HC000000317087HC000000317087HC000000317087 4Lever HC496082071000HC496082071000HC496082071000HC496082071000HC496082071000HC496082071000Pump sizeEATON Germany GmbH 61273 Wehrheim [12]4.1 DF controlPos.Description130180250360500750A Kit control pistonand sleeve HC966062090050HC966062090050HC966072090050HC966076090050HC966082090050HC966086090050B Sliding block HC506062105150HC506062105150HC506082101102HC506082101102HC506082101102HC506082101102C Spring HC966062090150HC966062090150HC966072090150HC966072090150HC966082090150HC966086090150D Kit pressurecompensator HC536062096704HC536062096704HC536062096705HC536062096705HC536062096701HC536062096701Pump sizeEATON Germany GmbH 61273 Wehrheim [13]4.2 DF control with load sensingPos.Description130180250360500750A Kit P-Q control valveHC536052062030HC536052062030HC536052062030HC536052062030HC536052062030HC536052062030B Pilot stageHC536062060612HC536062060612HC536062060612HC536062060612HC536062060612HC536062060612(..DF000A10..)EATON Germany GmbH 61273 Wehrheim [14]Pump sizeAB4.3 DF control with prop.-valvePos.Description 130180250360500750A Prop.- valve(KCG3350DZMUH110)HC002014595900HC002014595900HC002014595900HC002014595900HC002014595900HC002014595900B Electronic card(EEA-PAM-513-A-13)HC002032601600HC002032601600HC002032601600HC002032601600HC002032601600HC002032601600C Card holde (F48)HC002010480800HC002010480800HC002010480800HC002010480800HC002010480800HC002010480800Pump sizeEATON Germany GmbH 61273 Wehrheim [15](..DF000A..K00000000H..)A BC4.4 DF control with venting valve 24VPos.Description130180250360500750A 4/2 directional valve (24V)(DG4V-38BLVMUH761) HC000000130984HC000000130984HC000000130984HC000000130984HC000000130984HC000000130984Pump sizeEATON Germany GmbH 61273 Wehrheim [16](..DF000A..1..H..)A4.5 AccessoriesPos.Description130180250360500750A Seal kit DF/LRcontrol HC966062063350HC966062063350HC966072063350HC966072063350HC966082063350HC966082063350EATON Germany GmbH 61273 Wehrheim [17]Pump size5.1 LR controlPos.Description130180250360500750A Kit control piston and sleeve HC966062090050HC966062090050HC966072090050HC966076090050HC966082090050HC966086090050B Sliding block HC506062105150HC506062105150HC506082101102HC506082101102HC506082101102HC506082101102C SpringHC966062090150HC966062090150HC966072090150HC966072090150HC966082090150HC966086090150D Kit pressure compensator HC536062096704HC536062096704HC536062096705HC536062096705HC536062096701HC536062096701EPower control valveHC536082062900HC536082062900HC536082062900HC536082062902HC536082062900HC536082062902EATON Germany GmbH 61273 Wehrheim [18]Pump size5.2 LR control with load sensingPos.Description130180250360500750A Kit P-Q control valveHC536052062030HC536052062030HC536052062030HC536052062030HC536052062030HC536052062030B Pilot stageHC536062060612HC536062060612HC536062060612HC536062060612HC536062060612HC536062060612Pump sizeEATON Germany GmbH 61273 Wehrheim [19](..LR000A30..)A B5.3 LR control with prop.-valvePos.Description 130180250360500750A Prop.- valve(KCG3350DZMUH110)HC002014595900HC002014595900HC002014595900HC002014595900HC002014595900HC002014595900B Electronic card(EEA-PAM-513-A-13)HC002032601600HC002032601600HC002032601600HC002032601600HC002032601600HC002032601600C Card holde (F48)HC002010480800HC002010480800HC002010480800HC002010480800HC002010480800HC002010480800(..LR000A..K00000000H..)Pump sizeEATON Germany GmbH 61273 Wehrheim [20]ABC5.4 LR control with vwnting valve 24VPos.Description130180250360500750A 4/2 directionalvalve (24V)(DG4V-38BLVMUH761) HC000000130984HC000000130984HC000000130984HC000000130984HC000000130984HC000000130984EATON Germany GmbH 61273 Wehrheim [21]Pump size(..LR000A..1..H..)5. LR controlA5.5 AccessoriesPos.Description130180250360500750A Seal kit DF / LRcontrol HC966062063350HC966062063350HC966072063350HC966072063350HC966082063350HC966082063350EATON Germany GmbH 61273 Wehrheim [22]Pump size5. LR control6. SP control6.1 SP control overviewEATON Germany GmbH 61273 Wehrheim [23]6.2 spring centering and control pistonPos.Description 130180250360500750A Kit control piston(Pos. 1,4)HC966062090051HC966062090051HC966072090051HC966072090051HC966082090051HC966086090051BKit Spring centering (Pos. 9, 11, 15)HC966062090151HC966062090151HC966072090151HC966076090151HC966082090151HC9660860901511Sleeve -/--/--/--/--/--/-4Control piston -/--/--/--/--/--/-5Sliding block HC506062105150HC506062105150HC506082101102HC506082101102HC506082101102HC5060821011029Spring plate -/--/--/--/--/--/-12Adjment screw -/--/--/--/--/--/-11Spring -/--/--/--/--/--/-15Spring -/--/--/--/--/--/-EATON Germany GmbH 61273 Wehrheim [24]6. SP controlPump size6. SP control6.3 SP plate NG 6BEATON Germany GmbH 61273 Wehrheim [25]6.3.1. SP Platte NG 6Pos.Description130180250360500750A Adaptor plate completeon requeston requestHC966182021100HC966182021100HC966182021100HC9661820211001Adaptor plate -/--/--/--/--/--/-2Plug -/--/--/--/--/--/-3O-Ring-/--/--/--/--/--/-4Check valveHC000000316921HC000000316921HC000000316921HC000000316921HC000000316921HC000000316921B Kit check valve and block HC966072021150HC966072021150HC966072021150HC966072021150HC966072021150HC9660720211505Block -/--/--/--/--/--/-6Screw -/--/--/--/--/--/-7Plug-/--/--/--/--/--/-8Pilot oil relief valve HC000000316927HC000000316927HC000000316927HC000000316927HC000000316927HC0000003169279Cap HC536052112902HC536052112902HC536052112902HC536052112902HC536052112902HC53605211290210Plug -/--/--/--/--/--/-11Screw -/--/--/--/--/--/-12Plug -/--/--/--/--/--/-13O-Ring-/--/--/--/--/--/-EATON Germany GmbH 61273 Wehrheim [26]Pump size6. SP control6.4 OptionsPos.Description130180250360500750A Pressure limiter main stageHC606056061015HC606056061015HC606056061016HC606056061016HC606056061000HC606056061000B Pressure limiter pilot stageHC536062060612HC536062060612HC536062060612HC536062060612HC536062060612HC536062060612C Power control valveHC536082062900HC536082062900HC536082062900HC536082062902HC536082062900HC536082062902D Prop.-valve KCG3-350DZMUH110HC002014595900HC002014595900HC002014595900HC002014595900HC002014595900HC0020145959006. SP control Pump sizeEATON Germany GmbH 61273 Wehrheim [27]D6.5 AccessoriesPos.Description 130180250360500750A Seal kit SP/DPcontrolHC966066063350HC966066063350HC966076063350HC966076063350HC966086063350HC966086063350B *Kit electronic card ER9.3-10 HC876086021001HC876086021001HC876086021001HC876086021001HC876086021001HC876086021001C *Electronic card ER9.3-10HC000000315303HC000000315303HC000000315303HC000000315303HC000000315303HC000000315303D Prop.-valve KDG4V-3-2C20NMUH760HC002014767500HC002014767500HC002014767500HC002014767500HC002014767500HC002014767500E Prop.-valveKBSDG4V-3-96L-40-M1-PE7-H7-11HC0599********HC0599********HC0599********HC0599********HC0599********HC0599********F Filter element pilot oil HC000000132364HC000000132364HC000000132364HC000000132364HC000000132364HC000000132364G contamination indicator (opt.)HC000000317012HC000000317012HC000000317012HC000000317012HC000000317012HC000000317012H contaminationindicator (elect.)HC000000316920HC000000316920HC000000316920HC000000316920HC000000316920HC000000316920I Electronic card EEA-PAM-513-A-32HC002032601600HC002032601600HC002032601600HC002032601600HC002032601600HC002032601600JCard holder F48HC002010480800HC002010480800HC002010480800HC002010480800HC002010480800HC0020104808006.5.1 Accessories PPQ control A Pressure sensor A10HC000000317286HC000000317286HC000000317286HC000000317286HC000000317286HC000000317286B * Kit electronic card ER9.3-10 consist of electronic card ER9.3-10, card holder and documentation (CD)C * Electronic card ER9.3-10 onlyEATON Germany GmbH 61273 Wehrheim [28]6. SP Verstellung 6. SP controlPump size7. DP control7.1 DP control overviewEATON Germany GmbH 61273 Wehrheim [29]7.2 spring centering and control pistonPos.Description130180250360500750AKit control piston (Pos. 1,4) included guide block HC966062090052HC966062090052HC966072090052HC966076090052HC966082090052HC966086090052B Kit Springcentering(Pos. 9, 11, 15)HC966062090151HC966062090151HC966072090151HC966076090151HC966082090151HC9660860901511Sleeve -/--/--/--/--/--/-4Control piston -/--/--/--/--/--/-5Sliding block HC506062105150HC506062105150HC506082101102HC506082101102HC506082101102HC5060821011029Spring plate -/--/--/--/--/--/-12Adjment screw -/--/--/--/--/--/-11Spring -/--/--/--/--/--/-15Spring -/--/--/--/--/--/-EATON Germany GmbH 61273 Wehrheim [30]7. DP controlPump sizePos.Description 130180250360500750A Valve includedpilot oil reliefvalve HC566166061150HC566166061150HC566076061161HC566076061160HC566086061150HC566086061152B Pilot oil reliefvalve HC000000316997HC000000316997HC000000316997HC000000316997HC000000316997HC000000316997C guide block HC606066110551HC606066110551HC606076100550HC606076100550HC606076100550HC606076100550D Prop.-valveKCG3-40DZMUH1-10HC000000129034HC000000129034HC000000129034HC000000129034HC000000129034HC0000001290347. DP controlEATON Germany GmbH 61273 Wehrheim [31]Pump size7.3 Control valveD7.4 OptionPos.Description130180250360500750A Pressure limiter main stageHC606056061015HC606056061015HC606056061016HC606056061016HC606056061000HC606056061000B Pressure limiter pilot stage HC536062060612HC536062060612HC536062060612HC536062060612HC536062060612HC536062060612C Power control valve HC536082062900HC536082062900HC536082062900HC536082062902HC536082062900HC536082062902DProp.-valve KCG3-350DZMUH110HC002014595900HC002014595900HC002014595900HC002014595900HC002014595900HC002014595900EATON Germany GmbH 61273 Wehrheim [32]7. DP control Pump sizeD7.5 AccessoriesPos.Description 130180250360500750A Seal kit DP control HC966066063350HC966066063350HC966076063350HC966076063350HC966086063350HC966086063350B Electronic card EEA-PAM-513-A-32HC002032601600HC002032601600HC002032601600HC002032601600HC002032601600HC002032601600CCard holder F48HC002010480800HC002010480800HC002010480800HC002010480800HC002010480800HC0020104808007. DP control EATON Germany GmbH 61273 Wehrheim [33]Pump sizeCB。

1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。

奥盖尔柱塞泵型号PVG-130-F1UV-RDFZ-P-1NNNN
奥盖尔柱塞泵PVG-130-E1BV-LSFY-P-1NNSN
来电：“158 **** ****”
此型号已被PVG-130-F1UV-LSFY-P-1NNSN-NN替代
奥盖尔Oilgear 泵型号:PFWH-25-RSAY-NN
此系列停产替代型号PFWJ-064-A1UV-RSFY-F-100NN
奥盖尔PVWH-11-LSAY-HNSN 2台
备注：PVWH系列已淘汰
替代型号:PVWJ-025-A1UV-LSAY-M-HNNSN
奥盖尔PVG-130-F1UV-LDFY-F-100NN-BN
奥盖尔定量柱塞泵PFG-065-B2UP-RGFY-F100SN-NN/NN 35MPa 63mml/r 1480r/min
替代型号PVG-065-F1UP-RGFY-F-100NN-NN
奥盖尔PVM-130-A2UV-RSFY-P-1NNSN
奥盖尔
VSC4-R03-025-N 40-V-130NN
奥盖尔
830E车转向泵
NO. L722573-333
S.O. F83462
MODEL PVK-140-A1UV-RDFS
P-1NNSN-CP/206
10810228
930E转向泵
NO. L722573-334
S.O. F79509
MODEL PVK-140-A1UV-RDFS
P-1NNSN-CP/207
09796659
PVK-140-A1UV-RDFS-P-1NNSN-CP/206
升级型号：PVK-140-A1UV-RDFS-P-1NNSN-CP/212
PVK-140-A1UV-RDFS-P-1NNSN-CP/207
升级型号：PVK-140-A1UV-RDFS-P-1NNSN-CP/213
奥盖尔泵PVWJ-034-A1UV-RSAY-P-1NNNN-0194
奥盖尔PVG-130-F1UB-LSFY-P-1NNSN/844
奥盖尔
PVG-130-F1UB-LSFY-P-1NNSN-NN
奥盖尔泵PVWJ-034-A1UV-LSAY-P-1NNNN
奥盖尔柱塞泵
PVG-130-FIUV-LSFY-P-1NNSN-NN
PVM-011-B1UB-LSAY-P-1NNN
奥盖尔泵
PVWJ-034-A1UV-RSAY-P-1NNNN-193
奥盖尔
PVWH-15-LDFY-HNSNTK
已被PVWJ-034-A1UV-LDFY-M-HNNSN替代
奥盖尔泵型号：PVK-140-A1UV-RDFS-P-1NNSN-CP/133已被PVK-140-A1UV-RDFS-P-1NNSN-CP/207替代
奥盖尔
PVWC-022-A5UV-RHAY-MSNNNN-35H-42-CP-190D
奥盖尔
PVWJ-011-A1UV-RSAY-P-1NNSN
奥盖尔
PVWJ-130-A1UV-LSAY-P-1NNNN
品牌：奥盖尔
PVG-130 FIUV-LSFY-P-1NNSN
Oilgear pump
Type: PVG-130-F1UB-LSFY-P-1NNNN
完整型号是PVG-130-F1UB-LSFY-P-1NNNN-NN
OILGEAR 液压泵PVG-130-E1UV-LSFZ-P-1NNSN-NN
美国OILGEAR双联泵
规格型号：PVWH45LSASCNNN
PVWH系列已停产
替代型号PVWJ098-A1UV-LSAS-P1NNNN
PVWH45LDFSCNNNTHVC
替代型号PVWJ098-A1UV-LDFS-P1NNNN-CN
OILGEAR 泵PVWH-15-LSAY-CNNN
PVWH系列已停产
替代型号PVWJ-034-A1UV-LSAY-P-1NNNN
美国Oilgear负载敏感液压泵
PVWJ-076-A1UV-RDFS-P-1NN/KNN-NN
oilgear
PVG-075-B2UV-LDFK-P-1NNNN-BN 已被PVG-075-F1UV-LDFK-P-1NNNN-BN替代。