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GTD双作用气动执行器GTD双作用气动执行器产品详细说明：产品说明主要特点及标准参数：基本设计：气动双活塞执行器、型号GT双作用式、型号GT-S单作用式（有弹簧返回）。
制造特点：超宽面齿条（活塞）小齿轮传动技术、活塞及齿轮和壳体接触面有低磨擦材料制成的滑动轴承衬套、导向。
单作用式有保险弹簧座。
采用标准：执行器与阀门连接：四个或八个螺栓孔符合标准DIN/ISO5211，轴装配孔符合标准DIN3337。
可供选择的装配轴孔有多种形状尺寸选择。
执行器与控制阀连接：GT/GT-S100~350符合标准NAMUR或VDI/VDE3845，GT/GT-S040~90通过转接板连接。
执行器与信号盒连接：符合VDI/VDE3845零件材料：壳体：铝合金表面阳极化处理。
端盖：铝合金表面喷塑处理。
活塞/齿条：铝合金。
密封O型圈：丁睛橡胶=NBR70。
轴承垫圈/导环：塑料。
工作环境温度：—20°C+90°C。
回转角度：双作用式=90°单作用式=90°、标准执行器旋转轴角度从两端可调节-5°+5°。
输出扭矩：3~10000Nm空气压力：2~8bar，最大10bar。
附件：电磁阀、电气定位器、限位开关、气源处理三联件（有减压器、过滤器、油雾器）手操机构。
工作原理：双作用式压缩空气从气口（B）进入气缸两活塞（C）之间中腔时，使两活塞分离向气缸两端方向移动，两端气腔的空气通过气口（A）排出，同时使两活塞（C）的齿条同步带动输出轴（D）（齿轮）逆时针方向旋转90度。
可以从两端调整微量角度，松动螺母（E）用内六角扳手拧动调节螺栓（F）调整所需角度 , 锁紧螺母（E）。
反之压缩空气则从气口（A）进入气缸两端气腔时，使两活塞向气缸中间方向移动，中间气腔的空气通过气口（B）排出，同时使两活塞（C）的齿条同步带动输出轴（D）（齿轮）顺时针方向旋转90度。
单作用式（弹簧复位）压缩空气从气口（B）进入气缸两活塞（C）之间中腔时，使两活塞分离向气缸两端方向移动，迫使两端的弹簧压缩，两端气腔的空气通过气口（A）排出，同时使两活塞（C）的齿条同步带动输出轴（D）（齿轮）逆时针方向旋转90度。
学号：课程设计题目10kW四冲程汽油机活塞组设计学院专业班级姓名指导教师2013 年11 月18 日课程设计任务书学生姓名：专业班级：指导教师：工作单位：题目:10kW四冲程汽油机活塞组设计初始条件：1、平均有效压力：0.8~1.2MPa2、活塞平均速度：<18m/s要求完成的主要任务:1、装配图设计。
2、零件图设计。
3、说明书1份。
时间安排：序号项目应完成时间备注2012.11.121 课题准备1、设计发动机的结构参数。
2、进行运动学计算。
3、形成文档。
武汉理工大学《汽车发动机设计》课程设计说明书2012.11.13 2 装配图设计与绘图1、热力学计算。
2、动力学计算。
3、形成文档。
2012.11.14 3 装配图设计与绘图1、结构参数设计并形成文档。
2、装配图设计绘图（草图）。
4 装配图设计与绘图（底图）2012.11.155 装配图设计与绘图（加粗与标注）2012.11.162012.11.19 6 零件图设计1、零件计算。
2、形成文档。
7 零件图设计绘图2012.11.208 零件图设计绘图2012.11.219 零件图设计绘图2012.11.2210 零件图设计绘图2012.11.2311 零件图设计绘图2012.11.2612 撰写设计说明书2012.11.2713 撰写设计说明书2012.11.2814 答辩2012.11.2915 答辩2012.11.30注意事项：1、课程设计期间必须严格遵守学校的作息时间。
2、指导教师每天点名。
3、学生每天的任务必须完成，指导教师作好相应的进度记录。
指导教师签名：2013年11月18日系主任（或责任教师）签名：年月日武汉理工大学《汽车发动机设计》课程设计说明书目录前言 (1)1汽油机结构形式的设计 (1)1.1汽缸数和气缸布置的选择 (1)1.2冷却方式 (1)2汽油机结构参数的选取 (2)2.1汽缸直径的确定 (2)2.2缸径行程比S/D (3)2.3转速n的确定 (3)2.4汽缸工作容积与升功率 (3)2.5曲柄半径与连杆长度之比λ的选取 (3)2.6缸心距的确定 (3)2.7压缩比与燃烧室容积Vc,总容积Va (3)3热力学计算 (4)3.1燃烧过程数学模型 (4)3.1.1绝热压缩起点 (4)3.1.2绝热压缩过程 (4)3.1.3定容增压过程 (5)3.1.4 绝热膨胀过程 (5)3.2 绘制P-V图 (5)3.2.1绘制理论P-V图 (5)3.2.2 绘制调整P-V图 (6)3.3热力学平均有效压力校核 (7)4运动学计算 (8)4.1活塞位移 (8)4.2活塞瞬时速度 (9)4.3活塞的加速度、最大加速度 (10)5力学计算 (11)5.1气体压力：由P～V图转化为P～α图 (11)5.2往复惯性力 (12)5.3旋转往复惯性力 (12)5.4合力的计算 (13)6活塞设计 (17)6.1活塞的材料 (17)6.2活塞主要尺寸设计 (17)6.2.1活塞高度H (17)6.2.2压缩高度H1 (17)6.2.3火力岸高度h (17)6.2.4环带高度 (17)6.2.5活塞顶部厚度δ (18)6.2.6活塞侧壁厚度及内部过渡圆角 (18)6.2.7活塞销座间距 (18)6.3活塞裙部及其侧表面形状的设计 (19)6.3.1裙部椭圆 (19)6.3.2配缸间隙 (19)6.4活塞头的质量计算 (19)7活塞销的设计 (20)7.1活塞销的材料 (21)7.2活塞销与销座的结构设计 (21)7.3活塞销与销座的配合 (21)7.4活塞销质量m3 (21)7.5活塞销刚度和强度的校核 (22)8活塞环设计 (23)8.1活塞环的密封机理 (23)8.2气环的设计 (24)8.2.1气环的断面形状 (24)8.2.2气环的尺寸参数 (24)8.2.3活塞环的材料 (25)8.3油环的设计 (25)8.4活塞环强度校核 (26)小结 (27)参考文献 (28)附录 (29)10KW四行程汽油机活塞组设计前言这学期我们专业学习了《汽车发动机设计》这门最重要的专业课之一。
Cryo S50自由活塞斯特林制冷机使用本产品前请仔细阅读本操作手册，操作不当可能导致事故，请务必保存本手册。
目录1.产品介绍 (1)1.1.说明 (1)1.2.手册内容 (1)2.安全操作注意事项 (2)2.1.警告 (3)2.2.注意事项 (4)3.Cryo S50的特性 (5)3.1.自由活塞斯特林电机 (5)3.2.温度监控功能 (6)3.3.图形化用户界面 (6)4.拆包和安装 (7)4.1.拆包 (7)4.2.安装 (7)5.操作 (10)5.1.操作注意事项 (10)5.2.操作责任 (10)5.3.用户界面操作指南 (11)5.4.错误/警报和故障排除 (16)6.技术参数 (18)6.1.应用模块规格参数 (18)6.2.Cryo S50制冷机尺寸图纸 (19)6.3.Cryo S50制冷机25℃环境下制冷性能 (19)7.保修范围 (20)1.产品介绍1.1.说明华斯特林Cryo S50自由活塞斯特林制冷机，使用安全环保的氦气作为制冷工质，采用国际先进的自由活塞斯特林技术，其温度范围广，±0.1℃的精准控温，尺寸小，携带方便，非常适用于小型低温运输应用的开发。
本操作手册介绍了华斯特林Cryo S50自由活塞斯特林制冷机的接收，安装，设置，使用和存储的各个方面。
制冷机由用户界面（UI）屏幕控制，本操作手册第5节中介绍了UI的使用。
在二级污染和二级过电压环境中被分类为稳定设备。
该产品设计用于在以下环境条件下运行：●室内使用●海拔2000米●温度高达30°C时的最大相对湿度为80％1.2.手册内容●安全须知●产品特征●安装程序●产品使用●故障排除●技术参数●保修范围注意：安全事项关系到整体的各个部分，须严格遵守以免损坏制冷机或伤害用户。
2.安全操作注意事项使用前，请仔细阅读以下安全须知，以防您和您周围的人受伤或财产受损。
与使用Cryo S 50自由活塞斯特林制冷机相关的潜在危险可能会影响放置制冷机的工作场所人员的安全，制冷机本身也可能因操作或使用不当而损坏和/或其保修失效，所有负责制冷机安装、操作、运输或存放的人员都应阅读本手册以了解这些危害，可考虑将本手册存放在制冷机附近以备参考。
P5T SeriesShort Stroke ThrusterContentsFeatures ............................................................................F2Ordering Information .........................................................F3Specifications ....................................................................F4Engineering Data ...............................................................F6Dimensions ......................................................................F14Options ............................................................................F16Sensors ...........................................................................F21A074P5T SeriesFeaturesComposite Bushings or Linear Ball BearingsParker uses a PTFE impregnated composite bushing which serves as a lubrication reservoir. This results in higher load carrying capabilities, both dynamic and static, with excellent resistance to shock loading. The impregnated lubricant also makes the bearings more dirt tolerant. Composite bushings with oversized shafting are available for high impact loads. Optional recirculating ball bearings provide precision opera-tion with very low friction and wear.Internal BumpersAre standard on all units. Theseprovide energy dissipation and noise reduction which result inlonger operating life.Standard Dowel HolesDowel holes on body provide simple, economical and precise mounting.S ensor GroovesAllow reed or solid state s ensor s to be mounted flush to the body. Magnetic piston is standard.Compact, One-Piece BodyProvides economy and minimum package size by integrating a low profile cylinder and support shafts into a single body.Rear PortingRear porting is standard. Optional side porting isavailable.Tooling PlatePrecision machined fromsteel, the tooling plate is thick and rigid to provide a durable connection.Top PortingT op porting is standard. Optional side porting is available.Dowel Holes Standard dowel holes provideprecision mounting and alignment on the tool plate.P5T SeriesA074Bore Size Standard Strokes (mm)* (mm) 10 25 40 50 75 100 125 150 175 20016 ● ● ● ● ● ● 20 ● ● ● ● ● ● 25 ● ● ● ● ● ●32 - 100 ●● ● ● ●●● ●*Consult factory for special stroke lengths.Ordering InformationModel Code and Ordering InformationExample: P5T -J032DHSN100P5T – J 032 D H S N 100StrokeSee table below for standard stroke lengths. Consult factory for special stroke lengths.Shaft/Bearing Type J Composite Bearing,Chrome Plated Shaft (Std)H Ball Bearing, Stainless Steel ShaftC Composite Bearing,Stainless Steel ShaftBore Size 016 16mm 020 20mm 025 25mm 032 32mm 040 40mm 050 50mm 063 63mm 080 80mm 100 100mmPort Location/Mounting D Dowel Holes, Top Ports, Rear Plugged (Std)R Dowel Holes, Rear Ports, Top Plugged (Std)SDowel Holes, Side Ports 1Port StyleH NPTF (Std)G BSPPP Flow Control, BSPP Port, Prestolok Tube (mm) 1F Flow Control, NPTF Port, Prestolok Tube (inch) 1B Flow Control, BSPP 1NFlow Control, NPTF 1SealsS Nitrile (Std)F Fluorocarbon (High T emp)OptionsN None (Std)B High Load Bearings 2A Bumpers, Adjustable Stop Collars (Extend Only) and Dual Tool Plate (Side Ports Rec) 3, 4E Bumpers and AdjustableStop Collars (Extend Only)3G High Load Bearings,Bumpers and Adjustable Stop Collars (Extend Only) 2, 3D Dual Tool Plate 3, 4XSpecialNOTES:1 Cannot combine flow controls, side ports and 25mm stroke.2 Not available with rear mounting and ports.3 Not available with rear port location (R).4 Includes high load bearings as standard.A074P5T SeriesSpecifications Specifications• Maximum operating pressure: 1MPa (10 bar/145 psi) • Operating characteristics: Double acting • Support rod sizes: ∅8 to 35mm • Mounting: Unrestricted• Operating temperature range (cylinder): Nitrile seals (standard) -18° to 74°C (0° to 165°F)Fluorocarbon seals*-18° to 121°C (0° to 250°F)• Filtration requirement: 40 micron, filtered dry air* See Fluorocarbon seal option for high temperature applications.Quick Reference DataModel (Bore Size)Piston Rod (mm)Bushings Support Rods (mm)Piston Bore Ares Non-Rod Side MaxStroke (mm)Theoretical Force Extend @75 PSI (0.5 MPa)Retract @75 PSI (0.5 MPa) mm 2in 2N lb N lb 168 Ball 8200 0.3110010523.677.417.4Composite102000.3110010523.677.417.420 10Ball 103160.4912516436.812327.8Composite123160.4912516436.812327.825 10Ball 124900.7615025457213.548Composite164900.7615025457213.54832 16 Ball 16804 1.252004029330270Composite20804 1.25200402933027040 16 Ball 161257 1.95200628146528123Composite201257 1.9520062814652812350 20 Ball 201964 3.04200982228825192Composite251964 3.0420098222882519263 20 Ball 203117 4.8320015593621492326Composite253117 4.832001559362149232680 25 Ball 2550277.7920025135842268527Composite3050277.792002513584226852710025Ball 30785412.1720039279133574856Composite35785412.1720039279133574856Mounting BoltsBore SizeSocket Head Cap16M5 x .820M5 x .825M6 x 1.032M8 x 1.2540M8 x 1.2550M10 x 1.563M10 x 1.580M12 x 1.75100M14 x 2.0NOTE: When the P5T is used as an impact stopping system,mounting bolt thread engagement should be 1.5 times bolt diameter.ConstructionBody ..........................................Aluminum End Caps ...................................Aluminum Tool Plate ..........................................Steel Piston Rod ........................ Stainless Steel Support Rods ........Steel (Chrome Plated)Rod Bolts ..........................................SteelP5T SeriesA074WeightsUnits with Composite BushingsWeights in kg (lb)Units with Linear Ball BushingsWeights in kg (lb)Standard Stroke (mm)Model10 25 40 50 75 100 125 150 175 200 16 0.35 0.43 0.51 0.57 0.70 0.84 — — — — (0.77) (0.95) (1.13) (1.25) (1.54) (1.84) 20 — 0.76 0.86 0.94 1.11 1.29 1.47 — — — (1.66) (1.90) (2.06) (2.45) (2.85) (3.24) 25 — 1.13 — 1.39 1.65 1.91 2.17 2.43 — — (2.48) (3.05) (3.63) (4.20) (4.77) (5.35) 32 — 1.67 — 2.07 2.46 2.86 3.26 3.65 4.05 4.45(3.68) (4.55) (5.42) (6.29) (7.17) (8.04) (8.91) (9.78) 40 — 2.00 — 2.42 2.84 3.26 3.68 4.10 4.52 4.84 (4.40) (5.32) (6.25) (7.17) (8.10) (9.02) (9.94) (10.65) 50 — 2.63 — 3.22 3.81 4.40 4.99 5.59 6.18 6.77 (5.78) (7.08) (8.38) (9.69) (10.99) (12.29) (13.59) (14.89) 63 — 3.29 — 3.98 4.66 5.34 6.02 6.71 7.39 8.07 (7.24) (8.75) (10.25) (11.75) (13.25) (14.76) (16.26) (17.76) 80 — 6.06 — 7.12 8.18 9.24 10.30 11.36 12.42 13.48 (13.33) (15.66) (18.00) (20.33) (22.66) (24.99) (27.33) (29.66) 100 — 10.69 — 12.03 13.37 14.71 16.05 17.39 18.73 20.08(23.52)(26.47) (29.42) (32.37)(35.32)(38.27)(41.22)(44.17)Standard Stroke (mm)Model10 25 40 50 75 100 125 150 175 200 16 0.32 0.39 0.46 0.51 0.64 0.76 — — — — (0.70) (0.86) (1.02) (1.13) (1.40) (1.67) 20 — 0.70 0.80 0.86 1.03 1.19 1.36 — — — (1.53) (1.75) (1.90) (2.26) (2.62) (2.99) 25 — 0.98 — 1.20 1.43 1.65 1.88 2.11 — — (2.15) (2.64) (3.14) (3.64) (4.14) (4.63) 32 — 1.51 — 1.86 2.21 2.56 2.91 3.27 3.62 3.97 (3.31) (4.09) (4.86) (5.63) (6.41) (7.18) (7.96) (8.73) 40 — 1.82 — 2.20 2.57 2.95 3.32 3.70 4.08 4.45 (4.01) (4.83) (5.66) (6.49) (7.31) (8.14) (8.97) (9.79) 50 — 2.35 — 2.87 3.39 3.92 4.44 4.96 5.48 6.01 (5.17) (6.32) (7.47) (8.62) (9.76) (10.91) (12.06) (13.21) 63 — 2.99 — 3.60 4.22 4.83 5.45 6.06 6.67 7.29 (6.58) (7.93) (9.28) (10.63) (11.98) (13.33) (14.68) (16.03) 80 — 5.66 — 6.63 7.61 8.58 9.56 10.53 11.51 12.49 (12.45) (14.59) (16.74) (18.88) (21.03) (23.18) (25.32) (27.47) 100 — 10.16 — 11.40 12.64 13.89 15.13 16.37 17.61 18.85(22.36)(25.09) (27.82) (30.55)(33.28)(36.01)(38.74)(41.46)dddStandard UnitP5T Series units will have the same load capacity regardless of orientation. The graphs below show maximum load capacity based on a unit life of 10 million cycles .EXAMPLE: A P5T -16 with "stroke + d" of 75mm and composite bushings would have a load capacity of 50N.L o a d ,N (l b )200(45)150(34)100(22)50(11)016mm Bore Size20mm Bore Size25mm Bore SizeL o a d ,N (l b )400(90)300(67)200(45)100(22)010050150200L o a d ,N (l b )500(112)400(90)300(67)200(45)100(22)010050150200010050150200with High Load Bearings and Dual Tool Plate (D, A, B)P5T Series units will have the same load capacity regardless of orientation. The graphs below show maximum load capacity based on a unit life of 10 million cycles.EXAMPLE: A P5T -20 with "stroke + d" of 100mm and high load composite bushings would have a load capacity of 125N.L o a d ,N (l b )200(45)150(34)100(22)50(11)016mm Bore Size20mm Bore Size25mm Bore SizeStroke + d,mm (in)0100(3.9)50(1.9)150(5.9)200(7.9)L o a d ,N (l b )400(90)300(67)200(45)100(22)0Stroke + d,mm (in)0100(3.9)150(5.9)50(1.9)200(7.9)Stroke + d,mm (in)100(3.9)50(1.9)150(5.9)010050150200L o a d ,N (l b )500(112)400(90)300(67)200(45)100(22)063mm Bore Size1005015020080mm Bore Size10050150200L o a d ,N (l b )1500(337)1200(269)900(202)600(135)300(67)0100mm Bore Size200(7.9)dddA074Load Stopping Capacity Standard UnitP5T Series actuators are ideal for conveyor stopping applications. Units can be mounted horizontally or vertically.Composite bushings are strongly recommended for this type of application.EXAMPLE: A P5T -50 unit with a stroke up to 50mm will stop an object moving at 40 cm/second (15.75 in/s) that weighs up to 50 kg (110 lb).NOTE: T he following graphs are based on 50mmof stroke.50mm (1.97")M a s s ,k g (l b )25(55)20(44)15(33)10(22)5(11)0Speed,cm/sec (in/sec))10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)16mm Bore SizeSpeed,cm/sec (in/sec)10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)M a s s ,k g (l b )40(88)30(66)20(44)10(22)020mm Bore SizeM a s s ,k g (l b )80(176)60(132)40(88)20(44)0Speed,cm/sec (in/sec)10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)25mm Bore SizeSpeed,cm/sec (in/sec)10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)M a s s ,k g (l b )200(440)150(330)100(220)50(110)032mm Bore SizeSpeed,cm/sec (in/sec)10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)M a s s ,k g (l b )200(440)150(330)100(220)50(110)040mm Bore SizeSpeed,cm/sec (in/sec)10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)M a s s ,k g (l b )400(880)300(660)200(440)100(220)50mm Bore Size1020304060M a s s ,k g (l b )400(880)300(660)200(440)100(220)63mm Bore Size1020304060M a s s ,k g (l b )600(1320)500(1100)400(880)300(660)200(440)080mm Bore Size1020304060M a s s ,k g (l b )1000(2200)800(1760)600(1320)400(880)200(440)100mm Bore Size50(19.7)50(19.7)50(19.7)50(19.7)50(19.7)50(19.7)5050100(220)50A074Load Stopping Capacity with High Load Bearings and Dual Tool Plate(D, A, B)P5T Series actuators are ideal for conveyor stopping applications. Units can be mounted horizontally or verti-cally.Composite bushings are strongly recommended for this type of application.EXAMPLE: A P5T -25 unit with a stroke up to 50mm will stop an object moving at 40 cm/second (15.7 in/s) that weighs up to 46 kg (101 lb).NOTE: T he following graphs are based on 50mm ofstroke.M a s s ,k g (l b )25(55)20(44)15(33)10(22)5(11)0Speed,cm/sec (in/sec))10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)16mm Bore SizeSpeed,cm/sec (in/sec)10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)M a s s ,k g (l b )40(88)30(66)20(44)10(22)020mm Bore SizeM a s s ,k g (l b )80(176)60(132)40(88)20(44)0Speed,cm/sec (in/sec)10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)25mm Bore SizeSpeed,cm/sec (in/sec)10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)M a s s ,k g (l b )200(440)150(330)100(220)50(110)032mm Bore SizeSpeed,cm/sec (in/sec)10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)M a s s ,k g (l b )200(440)150(330)100(220)50(110)040mm Bore SizeSpeed,cm/sec (in/sec)10(3.9)20(7.9)30(11.8)40(15.7)60(23.6)M a s s ,k g (l b )400(880)300(660)200(440)100(220)50mm Bore Size1020304060M a s s ,k g (l b )400(880)300(660)200(440)100(220)63mm Bore Size1020304060M a s s ,k g (l b )600(1320)500(1100)400(880)300(660)200(440)080mm Bore Size1020304060M a s s ,k g (l b )1000(2200)800(1760)600(1320)400(880)200(440)100mm Bore Size50(19.7)50(19.7)50(19.7)50(19.7)50(19.7)50(19.7)5050100(220)5050mm (1.97")A074Asymmetrical Torque Capacity Standard UnitAsymmetrical loading occurs when the load is applied to one side of the unit. P5T Series units can resist torsional loads that are asymmetrical.EXAMPLE: A mechanism exerts an asymmetrical load of 15Nm on a P5T -50 with 50mm "stroke+d". The P5T -50 with composite bushings will have adequate torsional capacity.T o r q u e ,N m (l b -i n )4(35)3(27)2(18)1(9)016mm Bore Size20mm Bore Size25mm Bore SizeT o r q u e ,N m (l b -i n )16(142)12(106)8(71)4(35)010015050200T o r q u e ,N m (l b -i n )30(266)25(221)20(177)15(133)10(89)0100150502000100150502005(44)A074T o r q u e ,N m (l b -i n )4(35)3(27)2(18)1(9)0Stroke + d,mm (in)0100(3.9)150(5.9)200(7.9)16mm Bore SizeStroke + d,mm (in)0100(3.9)50(1.9)150(5.9)200(7.9)T o r q u e ,N m (l b -i n )6(53)4(35)2(18)20mm Bore SizeT o r q u e ,N m (l b -i n )10(89)8(71)6(53)4(35)2(18)0Stroke + d,mm (in)100(3.9)150(5.9)50(1.9)200(7.9)25mm Bore SizeStroke + d,mm (in)0100(3.9)50(1.9)150(5.9)200(7.9)T o r q u e ,N m (l b -i n )16(142)12(106)8(71)4(35)032mm Bore SizeStroke + d,mm (in)0100(3.9)50(1.9)150(5.9)200(7.9)T o r q u e ,N m (l b -i n )20(177)15(133)10(89)5(44)040mm Bore SizeStroke + d,mm (in)100(3.9)50(1.9)150(5.9)200(7.9)T o r q u e ,N m (l b -i n )25(221)20(177)15(133)10(89)5(44)050mm Bore Size100(3.9)150(5.9)50(1.9)200(7.9)T o r q u e ,N m (l b -i n )30(266)25(221)20(177)15(133)10(89)063mm Bore Size100(3.9)150(5.9)50(1.9)200(7.9)T o r q u e ,N m (l b -i n )80(708)60(531)40(354)20(177)080mm Bore Size100(3.9)150(5.9)50(1.9)200(7.9)T o r q u e ,N m (l b -i n )150(1328)120(1062)90(797)60(531)30(266)100mm Bore Size50(1.9)5(44)Asymmetrical Torque Capacity with High Load Bearings and Dual Tool Plate (D, A, B)Asymmetrical loading occurs when the load is applied to one side of the unit. P5T Series units can resist torsional loads that are asymmetrical.EXAMPLE: A mechanism exerts an asymmetrical load of 15Nm on a P5T -50 with 50mm "stroke+d". The P5T -50 with composite bushings will have adequate torsional capacity.Standard UnitP5T Series units mounted vertically will have the same eccen-tric load capacity regardless of orientation. The graphs provide maximum load capacity for an eccentric mounted load. The load is assumed to be mounted at the face of the tooling plate.These load curves illustrate load ratings based on the bearing system of the product. Load rating is a key selection criterionbut is not the only one to consider in the selection of a product.L o a d ,N (l b )200(45)150(34)100(22)50(11)016mm Bore Size20mm Bore Size25mm Bore SizeL o a d ,N (l b )400(90)300(67)200(45)100(22)0100(3.9)50(1.9)150(5.9)200(7.9)L o a d ,N (l b )500(112)400(90)300(67)200(45)100(22)0100(3.9)50(1.9)150(5.9)200(7.9)100(3.9)50(1.9)150(5.9)200(7.9)y = eccentricity distanceL o a d ,N (l b )200(45)150(34)100(22)50(11)016mm Bore Size20mm Bore Size25mm Bore SizeL o a d ,N (l b )400(90)300(67)200(45)100(22)0100(3.9)50(1.9)150(5.9)200(7.9)L o a d ,N (l b )500(112)400(90)300(67)200(45)100(22)0100(3.9)50(1.9)150(5.9)200(7.9)100(3.9)50(1.9)150(5.9)200(7.9)with High Load Bearings and Dual Tool Plate (D, A, B)P5T Series units mounted vertically will have the same eccen-tric load capacity regardless of orientation. The graphs provide maximum load capacity for an eccentric mounted load. The load is assumed to be mounted at the face of the tooling plate.These load curves illustrate load ratings based on the bearing system of the product. Load rating is a key selection criterion but is not the only one to consider in the selection of a product.y = eccentricity distanceNOTE: On 16mm bore size only, ones ensor groove is available. Whenutilizing two s ensor s on the16mm bore size with 25mmstroke or less, use right angleshort sensors.M odel A** B C D1D2E** F G H J K1637.75 64 31 8 10 10.1 M5/10-3210.1 6.95 22 9.94 (1.49) (2.52) (1.22) (0.315) (0.394) (0.40) (0.40) (0.27) (0.866) (0.39)2036 74 36 10 12 19 1/8 NTPF 10 15.8 26 9.94 (1.42) (2.91) (1.42) (0.394) (0.472) (0.75) OR BSPP (0.39) (0.62) (1.024) (0.39)2538 88 42 12 16 21 1/8 NPTF 11.4 15.5 32 9.94 (1.50) (3.46 (1.65) (0.472) (0.630) (0.83) OR BSPP (0.45) (0.61) (1.260) (0.39)3236 114 51 16 20 10.26 1/8 NTPF 10.35 18.42 38 13.1 (1.42) (4.49) (2.00) (0.630) (0.787) (0.40) OR BSPP (0.41) (0.73) (1.496) (0.52)4044 124 52 16 20 12.10 1/8 NPTF 14.9 22.53 38 13.1 (1.73) (4.88) (2.05) (0.630) (0.787) (0.48) OR BSPP (0.59) (0.89) (1.496) (.052)5044.9 140 62 20 25 14.5 1/4 NTPF 16.1 27 44 14.7 (1.77) (5.51) (2.44) (0.787) (0.984) (0.57) OR BSPP (0.63) (1.06) (1.732) (0.58)6350.05 150 75 20 25 16.4 1/4 NPTF 14.5 33 44 14.7 (1.97) (5.91) (2.95) (0.787) (0.984) (0.65) OR BSPP (0.57) (1.30) (1.732) (0.58)8060.3 188 95 25 30 17.5 3/8 NTPF 19 37 56 18 (2.37) (7.40) (3.74) (0.984) (1.181) (0.610) OR BSPP (0.75) (1.46) (2.205) (0.71)100**67.5 224 115 30 35 21.9 3/8 NPTF 23 40 62 18 (2.60) (8.82) (4.53) (1.181) (1.38) (0.862) OR BSPP (0.91) (1.57) (2.441) (0.71)Model M N P R S T U V W Z AA BB167 7.94 62 25.4 52 16 20 3 6 42 M5 X 7.5 (0.276) (0.31) (2.44) (1.00) (2.047) (.630) (0.787) (0.118) (0.236) (1.654) 0.8 (0.30)2010 7.94 72 31.8 60 18 30 4 6 52 M5 X 7.5 (0.394) (0.31) (2.83) (1.25) (2.362) (.709) (1.181 (0.157) (0.236) (2.047) 0.8 (0.30)2510 7.94 86 38 70 26 34 4 6 62 M6 X 9 (0.394) (0.31) (3.39) (1.50) (2.756) (1.024) (1.339) (0.157) (0.236) (2.441) 1.0 (0.35)325 11.1 112 44.5 96 30 50 6 6 80 M8 X 11 (0.197) (0.44) (4.41) (1.75) (3.780) (1.181) (1.969) (0.236) (0.236) (3.150) 1.25 (0.43)4010 11.1 122 44.5 106 30 60 6 6 90 M8 X 11 (0.394) (0.44) (4.80) (1.75) (4.173) (1.181) (2.362) (0.236) (0.236) (3.543) 1.25 0.43)5010 12.7 138 57.2 120 40 60 8 8 100 M10 X 12 (0.394) (0.50) (5.43) (2.25) (4.724) (1.575) (2.362) (0.315) (0.315) (3.937) 1.5 (0.47)6310 12.7 148 69.9 130 50 72 8 8 110 M10 X 15 (0.394) (0.50) (5.83) (2.75) (5.118) (1.969) (2.835) (0.315) (0.315) (4.331) 1.5 (0.59)8015 16 185 89 160 60 92 10 10 140 M12 X 18 (0.591) (0.63) (7.28) (3.50) (6.299) (2.362) (3.622) (0.394) (0.394) (5.512) 1.75 (0.71)10015 16 221 108 190 80 114 10 10 170 M14 X 21 (0.591) (0.63) (8.70) (4.25) (7.480) (3.150) (4.488) (0.394) (0.394) (6.693) 2.0 (0.83)Model CC DD EE FF GG HH KK LL MM NN PP Piston Rod1610 54 8 27 15 13.06 42 22.5 11.25 9.7 23.0 8 (0.39) (2.126) (0.315) (1.063) (0.591) (0.514) (1.654) (0.88) (0.44) (0.38) (0.91) (0.315)2010 64 10 32 17 13.06 52 26.0 15.4 15.4 26.0 10 (0.39) (2.520) (0.394) (1.260) (0.669) (0.514) (2.126) (1.02) (0.61) (0.61) (1.0) (0.394)2512 76 11 38 21 14.06 62 33.4 17 17 33.4 10 (0.47) (2.992) (0.433) (1.496) (0.827) (0.553) (2.441) (1.31) (0.67) (0.67) (1.31) (0.394)3216 100 14 50 26 12.9 80 42 20 21.7 38 16 (0.63) (3.937) (0.551) (1.969) (1.024) (0.508) (3.150) (1.65) (0.79) (0.85) (1.50) (0.630)4016 110 14 55 26 13.9 90 41 24 26.4 37.9 16 (0.63) (4.33) (0.551) (2.165) (1.024) (0.547) (3.543) (1.61) (0.95) (1.04) (1.49) (0.630)5020 124 16 62 30 14.3 100 51 29 33 44 20 (0.79) (4.882) (0.630) (2.441) (1.181) (0.563) (3.937) (2.01) (1.14) (1.30) (1.73) (0.787)6320 132 18 66 36.5 16.3 110 62 36 37.75 57.75 20 (0.79) (5.197) (0.709) (2.598) (1.437) (0.642) (4.331) (2.44) (1.42) (1.49) (2.27) (0.787)8024 166 22 83 46.5 21 140 78 45 48 75.5 25 (0.94) (6.535) (0.866) (3.268) (1.831) (0.83) (5.512) (3.07) (1.77) (1.89) (2.97) (0.984)10028 200 24 100 56.5 25 170 91.5 53 51 95.5 25 (1.10) (7.874) (0.945) (3.937) (2.224) (0.98) (6.693) (3.60) (2.09) (2.01) (3.76) (0.984)D1With linear ball bearing D2 With composite bushing ** For Model 100 with 25mm stroke, A = 100.3 (3.95") and E = 28 (1.10")A074Shaft BearingsComposite bushings are supplied as standard. Linear ball bearings are optional.Recirculating Ball Bearing (H)Composite Bushing (J,C)Selection should be based on the following criteria:Application Requirement Ball Composite Precision Excellent Good Friction Low Higher Friction coefficient Constant Variable Precision over Constant Variable life of bearing Static Load Capacity Good Excellent Dynamic Load CapacityGood Good with lower efficiencyVibration Resistance Fair Excellent Contamination ResistancePoor ExcellentWashdown CompatibilityPoorExcellentFor bearing load capacities, reference the Engineering Data section.SSTT UU Model mm (in) mm (in) mm (in) F 1624.1 10 20 10-32 (.95)(.39) (.79) or M5 2029.00 10 20 10-32(1.15) (.39) (.79) or M525 35.15 11.4 24 10-32 (1.38) (.45) (.94) or M5 3243.2 10.35 34 1/8 NTPF (1.70) (.41) (1.34) or BSPP 4043.0 14.9 34 1/8 NPTF (1.69) (.59) (1.34) or BSPP 5051.25 16.1 38 1/4 NTPF (2.02) (.64) (1.50) or BSPP 6360.70 15.55 41.8 1/4 NPTF (2.39) (.61) (1.65) or BSPP 8075.5 19 47 3/8 NTPF (2.97) (.75) (1.85) or BSPP 10083.7 23 53.3 3/8 NPTF (3.30) (.91) (2.10) or BSPPSide Porting (S)Corrosion Resistant Shafting (C, H)Chrome-plated case hardened, high carbon alloy steel shaft-ing with composite bearings is utilized for standard slides. This may corrode in some applications. Stainless steel corrosion resistant shafting is available.NOTES:1 Side ports not available on 100mm bore units with 25mm of stroke.2 Cannot use flow controls with 25mm stroke onany bore size.A074Flow Controls (B, F, N, P)Right angle flow control valves allow precise adjustment of cylinder speed by metering exhaust air flow. Prestolok push-in or threaded ports provide 360° orientation capability.Standard abrasion resistant nitrile seals should be used for general purpose applications with temperatures of -18 to 74°C (0 to 165°F). Fluorocarbon seals are recommended for high temperature applications up to 121°C (250°F).Fluorocarbon Seals (F)Feature Temperature Range Bumpers -18 to 93°C (0 to 200°F) Magnets -18 to 74°C (0 to 165°F)S ensor s-10 to 85°C (14 to 185°F)NOTE:When flow controls are specified with rear ports, a 90° right angle fitting is supplied to provide ample rod clearance in the rear.Prestolok flow controls are not available on 32-100mm bore sizes with 25mm of stroke.AB C ImperialModel (in) (in) (in) Prestolok (F) NPT (N) 16, 20*, 25* 0.87 0.96 0.39 5/32" 10-32 20, 25, 32, 40 1.63 1.38 0.67 5/32" 1/8 50, 63 1.86 1.64 0.91 1/4" 1/4 80, 1002.15 1.901.06 3/8" 3/8 A BC Metric Model (mm) (mm) (mm) Prestolok (P) BSPP (B) 16, 20*, 25* 22.0 24.5 10.0 4mm M5 20, 25, 32, 40 34.5 31.6 14.4 6mm 1/8 50 41.0 34.9 18.4 6mm 1/4 63 41.0 41.3 18.4 10mm 1/4 80 51.0 46.7 21.6 10mm 3/8 100 51.0 46.721.6 12mm 3/8* Side ports only.A074Standard Length – No Options (N),* For Model 16 with 10mm stroke, L = 37.7 mm (1.48").** For Model 100 with 25mm stroke, L = 122.8mm (4.8").LModel Stroke (mm) mm inch 1610*, 25, 40, 50, 7560.2 2.37 10075.2 2.96 2025, 40, 50, 75 66.9 2.63 100, 125 91.9 3.62 2525, 50, 75 69.9 2.75 100, 125, 150 91.9 3.62 3225, 50, 75, 100 77.9 3.07 125, 150, 175, 200 116.0 4.57 4025, 50, 75, 100 77.9 3.07 125, 150, 175, 200 116.0 4.57 5025, 50, 75, 100 84.0 3.31 125, 150, 175, 200 124.1 4.89 6325, 50, 75, 100 84.0 3.31 125, 150, 175, 200 124.1 4.89 8025, 50, 75, 100 101.8 4.00125, 150, 175, 200 140.0 5.51 10025**, 50, 75, 100 120.3 4.74125, 150, 175, 200158.46.24High Load Bearings (B)XModel mm inch 16 49.7 1.955 20 47.0 1.849 25 49.9 1.963 32 51.1 2.012 40 59.1 2.327 50 61.6 2.425 63 66.8 2.630 80 79.6 3.135 10086.13.391The standard bearing configuration locates both sets of bearings at the tooling plate end of the actuator providing a compact actuator package. The high load bearings option (B) locates the bearings at the extreme ends of the housing, increasing the dynamic and static load capacity. The bear-ing centerlines increase as stroke length increases.NOTE: Rear mounting and ports are not available with the high load bearing option.DimensionsStandard BearingsA074RodXModel Dia. D option A option E option QQ RR XX 16 8 57.7 70.7 62.7 18.0 15.7 0(2.27) (2.78) (2.47) (0.71) (0.62) 10 57.7 70.7 62.7 24.0 15.7 1 (2.27) (2.78) (2.47) (0.95) (0.62) (0.04) 20 10 54.7 67.9 59.9 24.0 15.7 1(2.15) (2.67) (2.36) (0.95) (0.62) (0.04) 12 54.7 72.6 64.6 28.0 17.7 3 (2.15) (2.86) (2.54) (1.10) (0.70) (0.12) 25 12 58.8 76.5 68.1 28.0 17.7 1(2.31) (3.01) (2.68) (1.10) (0.70) (0.04) 16 58.8 78.5 70.1 34.0 19.7 4 (2.31) (3.09) (2.76) (1.34) (0.78) (0.16)32 16 62.2 81.9 70.8 34.0 19.7 0(2.45) (3.22) (2.79) (1.34) (0.78) 20 62.2 83.9 72.8 40.0 21.7 3.7 (2.45) (3.30) (2.87) (1.57) (0.85) (0.15)40 16 70.2 89.9 78.8 34.0 19.7 0(2.76) (3.54) (3.10) (1.34) (0.78) 20 70.2 91.9 80.8 41.4 21.7 3.7 (2.76) (3.62) (3.18) (1.63) (0.85) (0.15) 50 20 74.3 96.0 83.3 41.4 21.7 0.7(2.93) (3.78) (3.28) (1.63) (0.85) (0.03) 25 74.3 96.0 83.3 45.0 21.7 5.4 (2.93) (3.78) (3.28) (1.77) (0.85) (0.21) 63 20 79.5 101.2 88.5 41.4 21.7 0.7(3.13) (3.98) (3.48) (1.63) (0.85) (0.03) 25 79.5 101.2 88.5 50.8 21.7 5.4 (3.13) (3.98) (3.48) (2.00) (0.85) (0.21) 80 25 96.1 117.8 101.9 50.8 21.7 1.4(3.78) (4.64) (4.01) (2.00) (0.85) (0.06) 30 96.1 117.8 101.9 54.0 21.7 6.3 (3.78) (4.64) (4.01) (2.13) (0.85) (0.25) 100 30 103.3 125.8 109.1 60.5 21.7 3.3(4.07) (4.95) (4.30) (2.38) (0.85) (0.13) 35 103.3 125.8 109.1 57.0 21.7 5.5(4.07) (4.95) (4.30)(2.24) (0.85)(0.22)Bumpers & Adjustable Stop Collars, Extend Only (E)Dual Tool Plate (D)Bumpers, Stop Collars & Dual Tool Plate (A)X + (2 × STROKE)X + (2 × STROKE)QQXXNotes:1. Load capacities increase on dual tool plate (D & A). For load capacities, use the high load bearing graphs.2. Rear mounting holes and rear ports are not available with Options D, A, and E.A074Contaminant & Weld Flash CoversCMODEL AB 10 25 40 50 75 100 125 150 175 200 1642 86 61.2 100.2 135.2 135.2 160.2 200.2 — — — — (1.65) (3.39) (2.41)(3.94) (5.32) (5.32) (6.31) (7.88) 2045 98 — 106.9 141.9 141.9 166.9 216.9 241.9 — — — (1.77) (3.86) (4.21) (5.59)(5.59) (6.57) (8.54) (9.52) 2549 112 — 119.9 — 144.9 169.9 194.9 241.9 266.9 — —(1.93) (4.41) (4.72) (5.70) (6.69) (7.67) (9.52) (10.51) 3262 142 — 127.9 — 152.9 177.9 202.9 266 291 316 341 (2.44) (5.59) (5.04) (6.02) (7.00) (7.99) (10.47) (11.46) (12.44) (13.43) 4062 152 — 127.9 — 152.9 177.9 202.9 266 291 316 341 (2.44) (5.98) (5.04) (6.02) (7.00) (7.99) (10.47) (11.46) (12.44) (13.43) 5066 167 — 134 — 159 184 209 274.1 299.1 324.1 349.1 (2.60) (6.57) (5.28) (6.26) (7.24) (8.23) (10.79) (11.78) (12.76) (13.74) 6377 187 — 134 — 159 184 209 274.1 299.1 324.1 349.1 (3.03) (7.36) (5.28) (6.26) (7.24) (8.23) (10.79) (11.78) (12.76) (13.74) 80104 244 — 151.8 — 176.8 201.8 226.8 290 315 340 365 (4.09) (9.61) (5.98) (6.96) (7.94) (8.93) (11.42) (12.40) (13.39) (14.37) 100109 279 — 170.3 — 195.3 220.3 245.3 308.4 333.4 358.4 383.4(4.29)(10.98)(6.70)(7.69)(8.67)(9.66)(12.14)(13.13)(14.11)(15.09)Weld Flash Cover SpecificationsCoating Material (exposed side) .........................PVC (Black)Base Material .............................................................Nomex Coating Material (other side) ..............................PVC (Black)Material Thickness Range ..................012" - .016" (.3-.4mm)Temperature Resistance (Nomex) Briefly .........................................................642°F (450°C) Continuously .......................-22° to 572°F (-30° to 300°C)T emperature Resistance (Coating) Briefly .........................................................392°F (200°C) Continuously .......................-22° to 302°F (-30° to 150°C)Resistant to ........................Chemicals, coolants, solvents, oil Characteristics .............self-extinguishing, abrasion resistant Material Weight ...............................400 grams/square meterDimensionsA contaminant cover protects the guide rods and bearings from particles and fluid that could cause premature failure.A weld flash cover protects guide rods and bearings from weld spatter.Cover option can be ordered on models having the bearings both ends option. Consult factory to order.BAC。
Principle of Operation:The 5-valve manifold features 2 isolation valves, 2 equalizer valves and 1 vent valve in a single body for isolation and calibration of differential pressure transmitters. The RADIAL PATTERN™ manifold has an innovative angled bonnet configuration for easy operation. Additional features include a body manufactured from extruded solid bar, robuststems and Parker’s innovative design which ensures a bubble tight seal in a variety of conditions. All Parker valves are manufactured and designed in accordance with MSS-SP105.5 Valve Hard Seat ManifoldsP3M5H ™ and P6M5H ™3/16" and 3/8" Bore 5-Valve Hard Seat ManifoldsSolutions for Oil, Gas, and Petrochemical ProcessingFeatures and Benefits:• Hydrotested at 150% of rated pressure (shell test). Nitrogen gas tested to 2000 psi.Complies with ASME B31.1 & B31.3 shell testing procedures as standard. Ensures structural integrity of valve.• Seat tightness (zero leakage) verified to 110% of rated pressure. Nitrogen gas tested to 2000 psi.Complies with ASME B31.1 & B31.3 seat testing procedures as standard. Ensures zero leakage at seats for proper calibration.• Packing below stem threadPrevents corrosion of critical stem threads• Metal body-to-bonnet seals are in compression, not tension Mitigates risk of stress cracking• Stem threads are rolled, not cutHigher quality stem for longer service life • 8 RMS stem finish Extended packing life • True globe pattern valve Extended packing life• V-Style PTFE packing30-40% less operational torque and less frequent packing adjustments than traditional PTFE packed valves • Pressure component materials sourced from the US, Canada or EuropeReliable material traceability. MTR’s provided with every order for pressure containing components.Parker Hannifin acquired PGI in 2012 and Phoenix Precision Ltd in 2014.The enclosed offering combines the best product features of the acquisitions and isthe best available, safest technology to better serve customers.25 Valve Hard Seat Manifolds • PPL-CAT -P3(6)M5H-001P3M5H ™/P6M5H ™:Pipe x Pipe Technical Specifications3/16" Bore Configuration3/8" Bore Configuration3/8" Bore Configuration3 5 Valve Hard Seat Manifolds • PPL-CAT-P3(6)M5H-0013/8" Bore Configuration45 Valve Hard Seat Manifolds • PPL-CAT-P3(6)M5H-00155 Valve Hard Seat Manifolds • PPL-CAT -P3(6)M5H-001P3M5H ™/P6M5H ™: Stem and Seat Characteristics3/16”Bore O-ring Configuration 3/16”Bore Packed Configuration3/8”PTFE Packed Configuration 3/8”Grafoil™ Packed ConfigurationPressure Core65 Valve Hard Seat Manifolds • PPL-CAT -P3(6)M5H-001P3M3H ™/P6M3H ™: Pressure-Core ®Seal - Advanced Stem Seal SystemA Superior Design for Better Performance:Parker’s patented Pressure-Core ® Stem Seal System was tested by an independent laboratory in accordance with EPA Method 21, and the results indicate that the Pressure-Core ® Stem Seal is a reliable, affordable, virtually leak-free bonnet requiring no costly, time consuming maintenance.After years of field experience and millions of valves in service, Parker takes great pride in extending a five-year limited warranty on our Pressure-Core ® Stem Seal, far exceeding the industry standard.Product Features:• Virtually Leak-Free Performance• No Adjustments or Maintenance Requirements • Unmatched 5 Year Warranty •No Fugitive EmissionsFugitive Emissions Test Results:See for yourself how our Pressure-Core ® not only outperforms the competition, but sets a new industry standard...Test ProcedureValves mechanically cycled 50 times (full open to full close) at 1,000 PSI methane, then heated to 400°F and air cooled to ambient. Procedure repeated until failure.Failure Criteria 100 PPM leak**Competition’s Emission Seal WarrantyTest Results:Parker:The Pressure-Core Seal successfully completed 694 mechanical cycles and 13 thermal cycles. Maximum leakage throughout testing was 40 petition:The competition’s “low emissions” graphite design failed on the 89th mechanical cycle and on average every 125 cycles throughout the testing.Repeated maintenance was required between eachfailure to readjust the valve packing.7006005004003002001000M e c h a n i c a l C y c l e sP3M3H™/P6M3H™: Block Bonnet Characteristics and AccessoriesPTFE and Grafoil™ Packed Bonnet AssemblyMounting Bracket Kit1/2” Socket Weld Adapter1/2” Female Threaded AdapterDust CoverPTFE PackingBack SeatRemovable HandleDust CoverGrafoil™ PackingPTFE Packed Bonnet Grafoil™ Packed BonnetBall Tip StemLocking AdjusterBall Tip StemLocking Adjuster(Lock Pin Not Shown)7 5 Valve Hard Seat Manifolds • PPL-CAT -P3(6)M5H-00185 Valve Hard Seat Manifolds • PPL-CAT -P3(6)M5H-001P3M5H ™/P6M5H ™:Additional Technical InformationMeets the Following Specifications:• ASME B31.1 Power Piping • ASME B31.3 Process Piping• ASME B16.34 Valves - Flanged, Thread, and Welding End • API 598 Valve Inspection and Testing• MSS SP-25 Standard Marking Systems for Valves, Fittings, and Flange Unions • MSS SP-99 Instrument Valves• MSS SP-105 Instrument Valves for Code Applications• NACE MR0175 for all 316SS valves and A105CS body/316SS bonnet (SC Material Code)Material of Construction:Seal and Seat Temperature Rating:Pressure vs. Temperature:Note: Body material specifications based on ASME B16.34 - 2013. Packing material ratings based on manufacturer’s specifications. Approximations only. Parker does not represent these values as finite. They are provided only as representative values.Flow Diagram for all Manifolds:95 Valve Hard Seat Manifolds • PPL-CAT -P3(6)M5H-001P3M5H ™/P6M5H ™:Model Numbering SystemNOTES:105 Valve Hard Seat Manifolds • PPL-CAT-P3(6)M5H-001Parker’s Motion & Control TechnologiesAt Parker, we’re guided by a relentless drive to help our customers become more productive and achieve higher levels of profitability by engineeringthe best systems for their requirements. It means looking at customer applications from many angles to find new ways to create value. Whateverthe motion and control technology need, Parker has the experience, breadth of product and global reach to consistently deliver. No company knows more about motion and control technology than Parker. For further information call 1-800-C-Parker.115 Valve Hard Seat Manifolds • PPL-CAT-P3(6)M5H-001PPL-CAT -P3(6)M5H-001 April2017Parker Hannifin CorporationInstrumentation Products Division 16101 Vallen DriveHouston, TX 77041 USAPhone:(713) 466-0056 • Fax: (713) 744-9892********************|•© 2017 by Parker Hannifin Corporation. All rights reserved. Material in this brochure or catalogue may not be reproduced in whole or in part, in any form, without written permission from the publisher.PEEK is a registered TM of Whitford Wordwide Company and Whitford B.V . KEL-F is a registered TM of M.W. Kellogg Company. GRAFOIL is a registered TM of High Temperature Materials Inc. and Graftech INC. Corporation. AFLAS is a registered TM of Asahi Glass Co. Ltd. Corporation Japan. MONEL and INCONEL are registered TMs of Huntington Alloys Corporation. HASTELLOY is a registered TM of Haynes International, Inc.Parker provides the information herein in good faith but makes no representation as to its comprehensiveness or accuracy. The information contained herein is intended only as a guide to its products and services. Individuals using information must exercise indepen-dent judgment in evaluating product selection and determining product appropriateness for their particular purpose and system requirements. PARKER MAKES NO REPRESENTATIONS OR WARRANTIES, EITHER EXPRESS OR IMPLIED,INCLUDING WITHOUT LIMITATION ANY WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE WITH RESPECT TO THE INFORMATION SET FORTH HEREIN OR THE PRODUCT(S) TO WHICH THE INFORMATION REFERS. ACCORDINGLY , PARKER WILL NOT BE RESPONSIBLE FOR DAMAGES (OF ANY KIND OR NATURE, INCLUDING INCIDENTAL, INDIRECT, OR CONSEQUENTIAL DAMAGES) RESULTING FROM THE USE OF OR RELIANCE UPON THIS INFORMATION.Patents and Patents Pending in the U.S. and foreign countries. Parker reserves the right to change product designs and specifications without notice.Distributor / Representative:! CAUTION !Do not mix or interchange component parts or tubing with those of other manufacturers. Doing so is unsafe and will void warranty.Parker Autoclave Engineers Valves, Fittings, and Tools are not designed to interface with common commercial instrument tubing and are designed to only connect with tubing manufactured toParker Autoclave Engineers AES specifications. Failure to do so is unsafe and will void warranty.Offer of SaleThe items described in this document are available for sale by Parker Hannifin Corporation, its subsidiaries or its authorized distributors. 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It is important that you analyze all aspects of your application and review the information concerning the product or system in the current product catalog. Due to the variety of operating conditions and applications for these products or systems, the user, through its own analysis and testing, is solely responsible for making the final selection of the products and systems and assuring that all performance, safety and warning requirements of the application are met. The prod-ucts described herein, including without limitation, product features, specifications, designs, availability and pricing, are subject to change by Parker Hannifin Corporation and its subsidiaries at any time without notice.。
