Hallite 流体密封

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英国好莱特(HALLITE)密封样本-t839

英国好莱特(HALLITE)密封样本-t839
+0.19 +0.00
58.0 59.0
68.0
+0.19 +0.00 +0.19 +0.00
+0.19 +0.00
6.0 6.0
6.0
9.7 9.7
9.7
4575200 4437500‡
4575300
70
-0.030 -0.104
80.0
+0.19 +0.00
73.0
+0.19 +0.00
6.0
9.7
5.0
5.0
8.0
8.0
4591600‡
4437400‡
50
-0.025 -0.087
58.0
+0.19 +0.00
53.0
+0.19 +0.00
5.0
8.0
4584400‡
55 56
65
-0.030 -0.104 -0.030 -0.104
-0.030 -0.104
65.0 66.0
75.0
+0.19 +0.00 +0.19 +0.00
Wipers
Technical details
Operating conditions Maximum Speed Temperature Range Surface roughness Dynamic Sealing Face Ød1 Static Sealing Face ØD1 ØD2 Static Housing Faces L1 Chamfers & Radii Rod Diameter Ød1 mm Max Fillet Rad r1 mm Max Fillet Rad r2 mm Tolerances 839 mm 839N mm

英国好莱特(HALLITE)密封样本-t842

英国好莱特(HALLITE)密封样本-t842
µmRa 0.1 < > 0.4 1.6 max 3.2 max
µmRt 4 max 10 max 16 max
Inch
12.0 ft/sec -50°F +230°F
µinCLA 4 < > 16 63 max 125 max
µinRMS 5 < > 18 70 max 140 max
≤ 50 0.4 0.2 ≤ 2.000 0.016 0.008
+0.22 +0.00 +0.22 +0.00
8.0
12.0
5.1
12.0
110.0 +0.22
9.5
14.0
+0.00
115.0 +0.22
9.5
14.0
+0.00
118.0 +0.22
5.1
12.0
+0.00
120.0 +0.22 +0.00
9.5
14.0
130.0 +0.25
9.5
14.0
+0.00
Radii Rod Diameter Ød1 Max Fillet Rad r1 mm Max Fillet Rad r2 mm Rod Diameter Ød1 Max Fillet Rad r1 in Max Fillet Rad r2 in
Tolerances mm in
Metric
4.0 m/sec -45°C +110°C
170 -0.043 -0.143
175 -0.043 -0.143
180 -0.043 -0.143
190 -0.050 -0.165

h-4型水基高分子润滑剂 密度

h-4型水基高分子润滑剂 密度

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文档下载后可定制修改,请根据实际需要进行调整和使用,谢谢!本店铺为大家提供各种类型的实用资料,如教育随笔、日记赏析、句子摘抄、古诗大全、经典美文、话题作文、工作总结、词语解析、文案摘录、其他资料等等,想了解不同资料格式和写法,敬请关注!Download tips: This document is carefully compiled by this editor. I hope that after you download it, it can help you solve practical problems. The document can be customized and modified after downloading, please adjust and use it according to actual needs, thank you! In addition, this shop provides you with various types of practical materials, such as educational essays, diary appreciation, sentence excerpts, ancient poems, classic articles, topic composition, work summary, word parsing, copy excerpts, other materials and so on, want to know different data formats and writing methods, please pay attention!H4型水基高分子润滑剂密度研究摘要在工业生产中,高分子润滑剂在润滑和保护设备方面起着至关重要的作用。

Hallite 密封件

Hallite 密封件

21%
应用行业
The Solution Behind Seals Since 1903
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The Solution Behind Seals Since 1903


Wuxi Hengli(无锡恒立) Heli Forklift (合力叉车) Zhejiang Hangcha(浙江杭叉) Baoshan Yougang(宝山油缸) Bao Steel(宝钢) Haitian Suji(海天塑机) Nantong Duanya(南通锻压) Hefei Duanya(合肥锻压) Huzhou Jichuangchang(湖州机床厂) Jiangdu Yongjian(江都永坚) Sany(三一重工、长沙、昆山) Zoomlion(中联重科) Zhengzhou Miner(郑州煤机) Beijing Miner(北京煤机) Sheng Hua Co.,ltd(神华集团) Sunward Co LTD(山河智能) Sandvik(山特维克)

哈里伯顿堵水技术简介

哈里伯顿堵水技术简介

5
笼统堵水剂
WaterWeb® Cw-FracSM Guidon® H2ZERO® EquiSeal®
▌ WaterWeb应用条件:
井型:油井或气井 温度上限:160oC 渗透率:0.01-6000mD 岩性:砂岩及部分碳酸岩 配液用水:海水、淡水、盐水
▌ 主要优势:
可笼统注入或连续油管注入,无需 钻机配合 高分子瞬间吸附岩石表面,无需关 井等待
HAL堵水调剖技术
哈里伯顿增产作业部 2016年7月7日
堵水工具箱
WaterWeb® Cw-FracSM Guidon®
井筒内 近井筒
弃井 套管泄漏 套管外微 通道 砾石充填 封堵高压 层 水锥进/水 脊进
哈里伯顿堵水技术“工具箱”
地层基质
高渗带水 侵 沟通注水 井 产水层附 近酸化 酸化处理 进入水层
挑战:堵剂在井筒内沉降,无法封堵井筒
©2014HALLIBURTON.ALLRIGHTSRESERVED.
18
凝胶封堵
WaterWeb® Cw-FracSM Guidon® H2ZERO® EquiSeal®
技术:触变性H2ZERO,对抗液态堵剂沉降
Time, minutes Physical Appearance
13
转向酸化
WaterWeb® Cw-FracSM Guidon® H2ZERO® EquiSeal®
▌ 墨西哥油井
4%孔隙度,50md渗透率 Guidon接触地层反应明显 处理后产油上升,含水降低
104-A井 处理前 处理后 产液量 (BFPD) 591 748 产油量 (BOPD) 465 623 产水量 (BWPD) 126 125 含水率% 21 17

化工装置常用英语词汇对照

化工装置常用英语词汇对照

化工装置常用英语词汇对照1. 反应釜(Reactort) Reactor2. 蒸馏塔(Distillation Tower) Distillation Column3. 冷凝器(Condenser) Condenser4. 换热器(Heat Exchanger) Heat Exchanger5. 压缩机(Compressor) Compressor6. 泵(Pump) Pump7. 阀门(Valve) Valve8. 管道(Pipeline) Pipeline9. 传感器(Sensor) Sensor10. 控制系统(Control System) Control System11. 进料(Feed) Feed12. 产品(Product) Product13. 副产品(Byproduct) Byproduct14. 废料(Waste) Waste15. 物料(Material) Material16. 流量(Flow Rate) Flow Rate17. 压力(Pressure) Pressure18. 温度(Temperature) Temperature19. 浓度(Concentration) Concentration20. 比重(Specific Gravity) Specific Gravity21. 开车(Startup) Startup22. 停车(Shutdown) Shutdown23. 维修(Maintenance) Maintenance24. 检修(Overhaul) Overhaul25. 调试(Commissioning) Commissioning26. 操作规程(Operating Procedure) Operating Procedure27. 安全规程(Safety Procedure) Safety Procedure28. 紧急停车(Emergency Shutdown) Emergency Shutdown29. 报警系统(Alarm System) Alarm System30. 防爆区域(Explosionproof Area) Explosionproof Area 化工装置常用英语词汇对照(续)31. 化学反应(Chemical Reaction) Chemical Reaction32. 反应速率(Reaction Rate) Reaction Rate33. 溶解度(Solubility) Solubility34. 酸碱度(pH Value) pH Value35. 悬浮物(Suspension) Suspension36. 沉淀(Precipitation) Precipitation37. 搅拌(Agitation) Agitation38. 过滤(Filtration) Filtration39. 萃取(Extraction) Extraction40. 吸附(Adsorption) Adsorption41. 蒸发(Evaporation) Evaporation42. 结晶(Crystallization) Crystallization43. 干燥(Drying) Drying44. 焙烧(Calcination) Calcination45. 熔融(Melting) Melting46. 铸造(Casting) Casting47. 冷却(Cooling) Cooling48. 加热(Heating) Heating49. 真空(Vacuum) Vacuum50. 压缩空气(Compressed Air) Compressed Air51. 工艺流程(Process Flow) Process Flow52. 设备布局(Equipment Layout) Equipment Layout53. 流程图(Piping and Instrumentation Diagram, P&ID)Piping and Instrumentation Diagram54. 设计规范(Design Specification) Design Specification55. 操作手册(Operation Manual) Operation Manual56. 安全手册(Safety Manual) Safety Manual57. 环保要求(Environmental Requirements) Environmental Requirements58. 能耗(Energy Consumption) Energy Consumption59. 自动化(Automation) Automation60. 信息化(Informatization) Informatization这些词汇在化工装置的日常操作、维护和管理中扮演着重要角色。

化学堵水技术

化学堵水技术
▌ 地层条件 ▌ 工程条件 ▌ 客户成本回收
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.
35
谢谢!
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.
36
完全封堵地层,需要精确控制封堵层位 需要层间封隔、时常需要动管柱
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.
24
H2ZERO®Βιβλιοθήκη 用原理 耐压强度测试 3in-1in 岩芯,2610psi++
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.
套管射孔完井 多天然裂缝地层 6000m 151oC(305oF) 60%产水
产水由60%降至2%
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.
31
H2ZERO®简介
▌ 高温高压区块堵水效果统计
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.
哈里伯顿化学堵水技术简介
胡鑫 增产工程师 | 增产作业部 2015年2月8日
汇报提纲
▌ 技术概览—我们有什么技术? ▌ 应用范围—能解决什么问题? ▌ 作用原理—和竞品有何区别? ▌ 应用实例—应用效果如何? ▌ 总结
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.
-高温高压油田的表现
▌ 全球超过600层作业 ▌ 包含堵水和堵气作业 ▌ 展现了良好的高温稳定性和耐压能 力
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.

MagneticFluidSeal磁流体密封

MagneticFluidSeal磁流体密封

CAT No.N004E-11000Magnetic Fluid Seal1Typical con figurations Multi-axial (two or three shafts) Reciprocating (bellows seal)PressurizedThe NOK group produces the full range of vacuum seal components including O-rings,bellows, bearing lubrication grease and magnetic fluids (see diagram).This enables us to tailor our products to the precise design requirements of individual clients.Welded metal bellows (Eagle Industry)NOK NOK CORPORATION NKL NOK KLÜBER CO.,LTDDesign specifications tailored to client requirements2Magnetic fluid seals from Eagle Industry are employed in a wide range of industrial applications includingmanufacturing (typically semiconductors, LCD panels, solar panels and LED devices) as well as industrial machinery, analyzers and clean robots. Our high-performance and high-reliability seals have been adopted throughout the world.Uses of the magnetic fluid sealEssentially, magnetic fluid is a liquid that is attracted to magnets—in other words, a magnetized liquid.Magnetic fluid consists of three components:(1) magnetic particles, (2) surfactant and (3) a base liquid.The performance of a magnetic fluid seal is largely dependent on the properties of the magnetic fluid.Without surfactant, the very small magnetite (Fe 3O 4) particles (approximately 0.01μm) tend to separate and settle and do not remain evenly mixed with the base liquid. The surfactant envelops the magnetic particles and causes them to oppose one another within the base liquid. This prevents settlement and maintains a uniform distribution of particles (see diagram below).Eagle Industry boasts an extensive understanding of the many parameters of magnetic fluids including particle size, surfactant structure, molecular weight and particle absorption, base liquid purity, surfactant compatibility and dispersion characteristics. These parameters are carefully tailored to produce optimized magnetic fluids for different applications.Base liquids are designed and manufactured within the NOK group.One of the major strengths of Eagle Industry magnetic fluids is that all of the constituent components are designed and manufactured within the NOK group. Our products offers superior high-temperature durability, corrosion resistance, plasma resistance and very low-temperature outgassing performance compared to competitors' products.Magnetic fluid seals from Eagle Industry utilize magnetic fluids that have passed a stringent final qualitytesting process prior to delivery.SpikingWhen a magnet is brought close to magnetic fluid, the magnetic fluid attempts to orient itself with the magnetic force lines. This actsin opposition to interfacial tension, resulting in the phenomenon known asspiking (see photograph).3What is magnetic fluid?4Magnetic fluid selection table* Eagle Industry will be happy to recommend the best process setup and magnetic fluid for your particular operating environment and objectives. To apply, simply fill in the Magnetic Fluid Seal Design Request attached to this catalog (general speci fications are acceptable) and present it to your nearest dealer or distributor.Excellent heat resistance no need toprovide cooling equipment/structures*This also helps to minimize by-products associated with localized cooling of CVD equipment.Allows extremely high vacuum environments to be generated via direct exhaust (i.e. without differential pumping)Low outgassingExcellent corrosion and plasma resistancePa V a p o r p r e s s u r eTemperature Vapor Pressure Chart of Magnetic Fluid* Magnetic fluid is not sold as a stand-alone product.Features of Eagle Industry magnetic fluidsAtmospherePole PieceMagnetMagnetic FluidMagnetic Flux LinesVacuumThe term magnetic fluid seal is a generic term used to describe all seals that employ magnetic fluids.A magnetic fluid seal is filled with magnetic fluid that is oriented with the magnetic force lines created by theshaft, magnet and pole pieces. The sealing action is provided by a sealing skin called the liquid O ring that is formed by the magnetic fluid.Magnetic fluid seals have superior longevity to solid seals as well as lower torque due to the absence of abrasion. However they are not suitable for use with liquids such as water.A magnetic fluid vacuum seal is a special type of magnetic fluid seal used to keep a vacuum.Magnetic fluid vacuum seals are used for delivering rotational power to vacuum chambers, typically in electronic manufacturing systems (such as semiconductors) and analysis equipment.Since pressure resistance of one atmosphere(101.3 kPa) cannot be achieved via a single stage, a multi-stage design is used. Where the pressure differential exceeds the resistance of a stage, gas passes through the magnetic fluid, which then repairs itself. As this process occurs at successive stages, the pressure is apportioned between the stages, creating an equilibrium that maintains theStart of evacuationInitial state Fluid5What is a magnetic fluid seal?About magnetic fluid vacuum sealsMagnetic fluid is a colloidal liquid consisting of nano-sized magnetic particles distributed through a liquid body. As the name suggests, magnetic fluid is attracted to magnetic bodies.Magnetic fluid was originally developed in 1965 by S. S. Papell from NASA (National Aeronautics and Space Administration) as a rocket fuel propulsion technology for weightless environments(1). Subsequent modifications and enhancements have seen magnetic fluids adopted in a wide range of applications from the everyday to the cutting-edge.A magnetic fluid seal is a type of seal that utilizes magnetic fluid.Dust seals and vacuum (or hydraulic) seals generate minimal levels of dust, friction and contamination and provide excellent heat and plasma resistance. As such, they are extensively used in clean production environments, typically for manufacturing semiconductors, LCD panels, solar panels and LED components.19841988 1990 19961999 2002 2009NOK Corporation launches research on in-house production of magnetic fluid products.Commences production and distribution of dust seals.Commences production and distribution of vacuum seals.Develops magnetic fluid 3551 featuring low vapor pressure and high heat resistance. Announces vacuum seals rated to E-8Pa. (see page 4)Announces magnetic fluid 3576, an improved version of 3551. Commences production and distribution of vacuum seals for extremely high vacuum environments (E-13Pa).NOK Corporation transfers production operations to group company Eagle Industry Co., Ltd..Eagle Industry commences production and distribution of magnetic fluid 3576.Eagle Industry announces successful development of newVac Guard® seal featuring magnetic fluid. (see page 11)About magnetic fluid seals67Pressure (vacuum ): E 6Pa (at R.T.) Allowable He leakage:less than 9.9E 11Pa m 3/s Operating temperature: from room temperature to 160°C Usage environment: reactive gases/inert gasesFeaturesTable of dimensions (for reference)* W suf fix on model number denotes water-cooled type. Example: ISF010W* Dimensions subject to change without notice.* W suf fix on model number denotes water-cooled type. Example: IHF010W* Dimensions subject to change without notice.8Pressure (vacuum ): E 9Pa (at R.T.) Allowable He leakage:less than 9.9E 12Pa m 3/s Operating temperature: from room temperature to 220°C Usage environment: reactive gases/inert gasesFeaturesTable of dimensions (for reference)* W suf fix on model number denotes water-cooled type. Example:* Dimensions subject to change without notice.9Pressure differential: 1kPa 10kPaOperating temperature:from room temperature to 160°C (220°C )Circumferential velocity: 3m/s ( 6m/s ) Usage environment:reactive gases/inert gasesFeaturesTable of dimensions (for reference)Dust seals are used to shut out dirt and contaminants from the atmosphere, as well as contaminants generated by bearing grease. A dust seal consists of a magnet, two pole pieces and a shaft, which form a magnetic circuit that holds magnetic fluid in the gaps between the shaftand the pole pieces.Fluid* Dimensions subject to change without notice.Dust seal10Quantity: 500μ3Scale increments: 5μ3Needle (outer x inner diameter):ø0.71×ø0.41mmNeedle length: 51mml Use and handling of dust seals[Option] Magnetic fluid syringe1. Dust seals and magnetic fluids should be stored in a cool location with low humidity and not in direct sunlight.2. Do not mix magnetic fluid with other liquids.3. Take care to avoid oil, grease and magnetic particle spills during use.4. Use a suitable solvent to remove any grease or oil on the shaft surface.5. Attach dust seals to housing using O-rings or adhesive to ensure a secure fit and a good seal.6. Extract magnetic fluid from the container using the magnetic fluid syringe (optional).Take care to prevent air from entering the syringe.Air can affect measurement accuracy, which in turn can compromise the performance of the dust seal. If the magnetic fluid does not draw easily into the syringe, try warming the container first.7. Apply magnetic fluid to the gaps between the shaft and the dust seal (or pole pieces).The correct quantities are indicated on the delivery drawings.8. Use a suitable solvent to clean the syringe.The magnetic fluid syringe (optional extra) provides a clean, easy, accurate and ef ficient means of applying the magnetic fluid.Rotating shaft seals based on the O-ring + vacuum grease design have a relativelyshort maintenance cycle, in the range of several weeks to a few months. Vac Guard ®was developed in response to industry calls for seals with similar performance but alonger life expectancy.The seal is formed with special shaped elastomer, using magnetic fluid as lubricant.The magnetic fluid is the same as that used in magnetic fluid vacuum seals, and hasbeen extensively used in vacuum environments already.Life expectancy: longer than O-ring seal Reduces preventative maintenance (extends MTBF) andcost of ownership.Low-dust design: generates less than 0.05% as muchdust as an O-ring seal (0.1 μm and larger)Low driving torque: 50% lower than O-ring sealFeatures11Vac Guard ®PATENT PENDINGShaft Special shaped elastomer Magnetic Fluid12Test conditions: 25, speed = 300 rpm, vacuum pressure = E-4PaRotation regime: CW for 2 min. rest for 5 sec CCW for 2 min. repeatedTable of dimensions (for reference)Comparison PropertiesNecessary 131.Solvents or other fluids (such as acetone,alcohol, water and oils) or contaminants (such as solids and dust particles) inside a magnetic fluid seal can impact on performance. Take care to protect the seals from contamination. To clean the exterior of the seal, use a clean room wiper impregnated with a small quantity of ethyl alcohol. Note that too much ethyl alcohol on the wiper can cause drips, which could contaminate the seal and affect performance. 2.Leak testing should be performed using an Heleak tester. Never use alcohol or solvents for leak tests. Solvents can contaminate the seal and affect performance.3.Do not exceed the rated pressure (98 kPafor vacuum seals, or for pressurized seals, the maximum pressure stated on the delivery specifications or delivery drawings).4.Magnetic fluid seals designed for inert gasesshould not be used with reactive gases.Reactive gases may affect performance and/ or cause damage to structural components.Similarly, seals designed for use with reactive gases should only be used with the gases listed on the delivery specifications or delivery drawings. Non-listed gases may have an adverse effect on magnetic fluid and sealing performance.5.Magnetic fluid seals must not be subjected toshock, such as being dropped or struck witha hammer, since sudden shock can causedamage to the internal bearings and structural components. If a seal is dropped, check carefully for signs of damage. A damaged seal should be replaced immediately. Remember that internal damage and deformation may not be externally visible.6.When attaching a seal to equipment, centerthe seal first and use a coupling mechanism to connect it. When a seal is poorly centered, load imbalance may affect performance.7.Water-cooled seals should be cooled using 1- 3 liters per minute of ordinary mains water or equivalent coolant at normal temperature, taking care to avoid condensation. Condensation on the seal can affect performance and prevent normal rotation.8.Keep seals away from magnets and magnetizeddevices such as speakers, since magnetism can affect sealing performance.9.When using a vacuum seal for the first time,or when generating a vacuum after a long period of non-use, there may be a slight initial increase in pressure. Also, starting torque and loss torque tends to increase with the length of time that the seal is unused or in storage. These phenomena are associated with partial pressure balance and segmentation of magnetic fluid. For best results, the seal should be acclimatized with at least 20 rotations prior to generating a vacuum.10.Where the chamber of a reactive gasvacuum seal is released to the environment,a cycle purge with N2 gas is recommendedin order to improve the consistency of sealing performance.11.Seals should not be stored in locations thatare humid, dusty, or subject to extremes of temperature. Ideally, seals should be kept in a clean room or other environment with temperature and humidity control. Do not open the vacuum packaging until ready to install the seal.Operating instructions1.Do not touch the product while in operation.2.Where a vacuum seal is suspected of causingabnormal pressure, stop the equipment and perform an He leak test. If the vacuum seal is found to be faulty, remove and replace immediately.3.In the event of bad rotation, stop the equipmentand turn the shaft by hand. If the rotation is found to be faulty, replace the seal.4.If the seal is dropped or otherwise subjectedto a strong external force, stop the device immediately and perform a leak test. Also turn the shaft by hand. If rotation is found to be faulty, replace the seal.Usage and handling tipsUsage and handling tips for magnetic fluid seals14。

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The SolutionBehind SealsSince1903Kubota国际客户部分The SolutionBehind SealsSince1903国内客户部分110110105105100100979595909085858080787575707060606363656570565660125.1125.5120.1120.5115.1115.5112.5110.1110.5105.1105.5100.1100.595.195.593.590.190.585.1817175.178.578.180.580.185.566.771.175.5 6.36.36.36.36.36.36.36.36.36.36.36.36.36.36.36.36.36.36.34.24.26.36.36.36.36.36.34.26.36.3 3-11006622920 3-10508647820 3-100065967208611320 3-09506596620 3-09006596520 3-08506596420 3-080065963208611220 3-07506596220 3-0700 MR 70A MR 60A 3-06006595920 3-06306596020 3-06506596120 2-0560 3-056065958202 d 1D 1PART No .L 1d 1D 1PART No .L 1d 1D 1PART No .L 186106201-012086098201-014086179201-01506622520MR 16A 1-01606622620MR 18A 1-01806594820 MR 20A 2-020******** MR 22A 2-022******** 2-0280 MR 29A 6595120 2-03006595220 MR 24D 5A 6595020 MR 25A 1-0250 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6.36.36.36.38.16.36.36.36.36.36.36.36.36.36.36.36.36.36.38.16.36.36.36.36.36.36.36.36.36.3 3-19008607420 3-1850 3-1800 MR 180A 6639520 3-17006639120 3-11508609920 3-12006639220 3-12508610220 3-130******** 3-1350 MR 138A 66393206639720 3-14008615620 3-14508615720 3-1500 MR 155A 6639420 3-160087373208608320d 1D 1PART No .L 16639620 4-20008609420 MR 210A 4-2100 MR 215A 6639720 4-2200833752086887208615920 4-24006639820 4-25008737420 MR 275A 8.18.18.16.38.18.18.18.18.18.18.18.18.18.18.18.1221220.5231225.5230.5236241240.5246251261260.5271270.5284.5299200200210210210215220220225230240240250250260275d 1D 1PART No .L 186197208.1364.534086198208.1374.5350280 304 8.1 5-2800290 314 8.1 5-2900300 324 8.1 5-3000320 344 8.1 5-3200280 304.5 8.1 6639920290 314.5 8.1 8617320300 324.5 8.1 6640020320 344.5 8.1 8608220330 354.5 8.1 8619620 360 384.5 8.1 8619920360 384 8.1 5-3600370 394.5 8.1 8620020 MR 450A 8.1474.5450 MR 650A9.5677.3650400 424 8.1 5-4000420 444 8.1 5-4200450 474 8.1 5-4500480 504 8.1 5-4800500 524 8.1 5-5000380 404.5 8.1 8620120390 414.5 8.1 8620220 400 424.5 8.1 86203205T678 3.1 2.2 MP 8A 127.1 2.26623920149.1 2.2 MP 14157.5 3.28616320168.5 3.266240201712.1 2.2 MP 17A 1810.5 3.2 MP 18A 2012.5 3.266241202217.1 2.2MP 22A 2214.5 3.2 MP 22B 2416.5 3.266154202517.5 3.266242202520.1 2.2 MP 25A 2820.5 3.2 MP 28A 2924.1 2.2 MP 29A 3022.5 3.265968203224.5 3.265969203527.5 3.265970203830.5 3.266475204029 4.265971204029 4.2 MP 40A 4231 4.2659722X 4534 4.265973204837 4.2 MP 48A 5039 4.26597420d 1D 1L 1PART No .5034.5 6.3 MP 50B 5241 4.2 MP 52A 5544 4.265975206049 4.265976206352 4.266243206347.56.3MP 63A6554 4.286118206857 4.2 MP 68A 7059 4.265977207054.5 6.3 MP 70A 7564 4.266244207559.5 6.3 MP 75A 8064.5 6.365978208d 1D 1L 1PART No .8069 4.2 MP 80A 8569.5 6.3 86252209074.5 6.365979209076 6.5 MP 90A 90698.1 MP 90B 9579.5 6.3860842010084.5 6.3659802010086 6.5 MP 100A 100798.1 MP 100B 10589.5 6.3 MP 105A 10796 4.2 MP 107A 11094.5 6.36598120110898.1863702011599.5 6.36598220115101 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2201998.166245202252048.166246202302098.166247202402198.186154202452248.186877202502298.166401202552348.187376202602398.166479202652448.187********2498.18625320T11T13142839.00 4.20MR28A4253.00 4.20MR42A4859.00 4.20MR48A8095.50 6.30MR80A86101.50 6.30MR86A87102.50 6.30MR87A160175.50 6.30MR160A190205.50 6.30MR190A360381.008.10MR360AT16122022252628323640404545505056566063636570708080889018.826.828.831.832.834.838.842.846.848.851.853.856.858.862.864.868.869.871.873.878.882.288.892.296.898.85555555556.356.356.356.36.356.36.36.38.16.38.16.36.321.523.526.529.533.537.541.541.546.546.551.551.557.557.564.564.571.57281.58291.52222222323232323343430.80.80.80.80.80.80.80.80.80.80.80.80.80.80.80.811111MR 12A871512087152208715320MR 26A 87154208715620871572087158208715920871602087161208716220871632087164208716520MR 60A 87166208716720MR 65A 8716820871692087170208717120MR 88A 8717220971732087174208717520MR 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461990053 63 6.0 7.0 461770098 112 8.5 9.5 4618200 2285 95 11.4 12.5 46200004619300461830046184004619000115124130125 11.06.010.0 10.0125134140 14512.07.011.0 11.0461940013511.014512.046185004617900135 140 9.0 6.0 150 150 10.0 7.0 10.0 10.0 10.0 13.0 7.0 12.0 10.0 10.0 13.0 10 7.0 10.014.0 13.0140 140 150150 155 155155 160 160 165 1701701802009.0 9.0 9.0 12.0 6.0 11.0 9.0 9.0 12.0 9.0 6.0 9.012.5 12.0155 155 165 170 165 165 170 175 180 180 180 185192 22046146004614600461470046148004619500 461870046149004615000461650046188004618000461960046151004618600232416 10 5.7 6.3 483050040 28 9.0 10.0 4826200160 140 14.5 16.0 4642700170 150 15.0 16.5 4642800180 160 15.0 16.5 4643100190 170 15.0 16.5 4642900280 260 15.5 17.0 4643000252627275 295 14.5 16.0 4807310335 395 415470 360 420 445 495 18.0 18.0 20.5 18.0 20.0 20.0 22.5 20.0 483171048205104820510481461028124.0 125.0 130.0 135.0 150.0 150.0 155.0 160.0 170.0180.0 139.5 140.5 145.5 150.5 165.5 170.0 170.5 175.5 185.5195.5 6.3 6.3 6.3 6.3 6.3 10.0 6.3 6.3 6.36.3 482471048248104830210482491048250104804110482511048252104820210480401030T31H 9h9+0.2-0T323224.5 3.272703103426.53.272745103830.5 3.272746104029 4.272705104534 4.272706105034.5 6.3727231050394.272708105544 4.272747106049 4.272709106347.5 6.372724106352 4.272710106554 4.272712106552 6.372711107054.5 6.3727371070594.272713107559.5 6.3727141075548.172730108064.56.3727001080598.172733108571.5 6.3727151085648.172731109074.5 6.3727161090698.172732109579.5 6.3727171095748.1727351010084.5 6.37271810100798.17273810105848.1727291011094.5 6.37271910110898.17273410115948.17273910120998.17272010125109.56.372728101251048.172721101301098.172740101401198.172722101501298.172741101601398.172725101801598.172726101901698.172742102001798.172727102201998.172743102502298.17273610280255.58.17274410T33T270 242 17.5280 252 17.5290 262 17.5300 272 17.5320 292 17.5330 302 17.5400 372 17.5 34T3595 84.0 4.20 483161_36T技术参数工作条件最大速度温度范围最大压力表面粗糙度动密封表面静密封表面静态沟槽面 d3 L1 L2倒角和半径沟槽截面 S mm 最小倒角 C mm最大圆角半径 r1 mm 最大圆角半径 r2 mm2公制 英制公差设计Hallite780双作用组合密封圈是适用于单活塞的紧凑型双作用密封圈,使用了一件橡胶密封件,有很好的抗磨损能力,适用于广泛的中载工况条件,该密封件也适用于双活塞。

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