[{"data":1,"prerenderedAt":700},["ShallowReactive",2],{"site-header-product-categories-v40":3,"public-navigation-primary-v1":177,"resource-selection-guide-hydraulic-cylinder-selection-guide":238},[4,32,52,72,92,117,137,157],{"id":5,"title":6,"body":7,"description":14,"extension":15,"geo":16,"h1":6,"indexStatus":21,"lastReviewed":22,"meta":23,"navigation":24,"path":25,"seo":26,"slug":28,"sortOrder":29,"stem":30,"__hash__":31},"productCategories\u002Fproduct-categories\u002Fhydraulic-gear-pumps.md","Hydraulic Gear Pump",{"type":8,"value":9,"toc":10},"minimark",[],{"title":11,"searchDepth":12,"depth":12,"links":13},"",2,[],"Browse hydraulic gear pumps by brand and verified Series for product identification, replacement review, and quotation.","md",{"directAnswer":17,"keyFacts":18,"verificationNotes":19},"This category organizes hydraulic gear pumps by brand and verified Series. Verify the exact model, displacement, rotation, mounting, and port configuration before selection.",[],[20],"Model-specific technical data must be verified before final selection or replacement review.","review","2026-08-24",{},true,"\u002Fproduct-categories\u002Fhydraulic-gear-pumps",{"title":27,"description":14,"noindex":24},"Hydraulic Gear Pump | BOETH","hydraulic-gear-pumps",10,"product-categories\u002Fhydraulic-gear-pumps","YbWmrJjwlinJE2t9YLGBhV2j502ZvLgcglpn4tmkq1c",{"id":33,"title":34,"body":35,"description":39,"extension":15,"geo":40,"h1":34,"indexStatus":21,"lastReviewed":22,"meta":44,"navigation":24,"path":45,"seo":46,"slug":48,"sortOrder":49,"stem":50,"__hash__":51},"productCategories\u002Fproduct-categories\u002Fhydraulic-vane-pumps.md","Hydraulic Vane Pump",{"type":8,"value":36,"toc":37},[],{"title":11,"searchDepth":12,"depth":12,"links":38},[],"Browse hydraulic vane pumps by brand and verified Series for product identification, replacement review, and quotation.",{"directAnswer":41,"keyFacts":42,"verificationNotes":43},"This category organizes hydraulic vane pumps by brand and verified Series. Series-level ranges must not be treated as confirmed specifications for an individual model.",[],[20],{},"\u002Fproduct-categories\u002Fhydraulic-vane-pumps",{"title":47,"description":39,"noindex":24},"Hydraulic Vane Pump | BOETH","hydraulic-vane-pumps",20,"product-categories\u002Fhydraulic-vane-pumps","emN8VRhwxeS_cK5LfuU2qhJ8F6xmjC0X9yNygCpj05Y",{"id":53,"title":54,"body":55,"description":59,"extension":15,"geo":60,"h1":54,"indexStatus":21,"lastReviewed":22,"meta":64,"navigation":24,"path":65,"seo":66,"slug":68,"sortOrder":69,"stem":70,"__hash__":71},"productCategories\u002Fproduct-categories\u002Fhydraulic-piston-pumps.md","Hydraulic Piston Pumps",{"type":8,"value":56,"toc":57},[],{"title":11,"searchDepth":12,"depth":12,"links":58},[],"Browse hydraulic piston pumps by brand and verified Series for product identification, replacement review, and quotation.",{"directAnswer":61,"keyFacts":62,"verificationNotes":63},"This category organizes hydraulic piston pumps by brand and verified Series. Use the brand and Series path before reviewing model-specific technical data.",[],[20],{},"\u002Fproduct-categories\u002Fhydraulic-piston-pumps",{"title":67,"description":59,"noindex":24},"Hydraulic Piston Pumps | BOETH","hydraulic-piston-pumps",30,"product-categories\u002Fhydraulic-piston-pumps","4OTZ-e6Bbra_6kgqOPqPI88tu4MJ0YsGkFpeQ5OKeyk",{"id":73,"title":74,"body":75,"description":79,"extension":15,"geo":80,"h1":74,"indexStatus":21,"lastReviewed":22,"meta":84,"navigation":24,"path":85,"seo":86,"slug":88,"sortOrder":89,"stem":90,"__hash__":91},"productCategories\u002Fproduct-categories\u002Fhydraulic-motors.md","Hydraulic Motors",{"type":8,"value":76,"toc":77},[],{"title":11,"searchDepth":12,"depth":12,"links":78},[],"Browse hydraulic motors by brand and verified Series for product identification, replacement review, and quotation.",{"directAnswer":81,"keyFacts":82,"verificationNotes":83},"This category organizes hydraulic motors by brand and verified Series. Confirm the motor family before reviewing model-specific displacement, pressure, speed, or mounting data.",[],[20],{},"\u002Fproduct-categories\u002Fhydraulic-motors",{"title":87,"description":79,"noindex":24},"Hydraulic Motors | BOETH","hydraulic-motors",40,"product-categories\u002Fhydraulic-motors","3TPdTNXVH4Zpl1fFFGpdUuJNr3zyQsoMhC2lnEiUFfY",{"id":93,"title":94,"body":95,"description":99,"extension":15,"geo":100,"h1":94,"indexStatus":21,"lastReviewed":108,"meta":109,"navigation":24,"path":110,"seo":111,"slug":113,"sortOrder":114,"stem":115,"__hash__":116},"productCategories\u002Fproduct-categories\u002Fhydraulic-valves.md","Hydraulic Valves",{"type":8,"value":96,"toc":97},[],{"title":11,"searchDepth":12,"depth":12,"links":98},[],"Hydraulic valve products for directional, pressure and flow control in industrial hydraulic circuits.",{"directAnswer":101,"keyFacts":102,"verificationNotes":106},"Hydraulic Valves are organized first by hydraulic product type, then by relevant series or individual model. Brand names are retained only as product or compatibility-reference attributes, not as a separate website category.",[103,104,105],"Category pages support product-type discovery and comparison.","Series pages sit under the relevant product category when a real series exists.","Model-specific operating data should be verified before final selection.",[107],"Verify model-specific technical data before final selection or substitution.","2026-08-21",{},"\u002Fproduct-categories\u002Fhydraulic-valves",{"title":112,"description":99,"noindex":24},"Hydraulic Valves for Industrial Applications","hydraulic-valves",50,"product-categories\u002Fhydraulic-valves","do0c3wgKE3rsF9IHbhXqGVYNDpTp_ky024U6GoN1RSE",{"id":118,"title":119,"body":120,"description":124,"extension":15,"geo":125,"h1":119,"indexStatus":21,"lastReviewed":108,"meta":129,"navigation":24,"path":130,"seo":131,"slug":133,"sortOrder":134,"stem":135,"__hash__":136},"productCategories\u002Fproduct-categories\u002Fhydraulic-cylinders.md","Hydraulic Cylinders",{"type":8,"value":121,"toc":122},[],{"title":11,"searchDepth":12,"depth":12,"links":123},[],"Industrial hydraulic cylinders for machinery, replacement and engineered motion applications.",{"directAnswer":126,"keyFacts":127,"verificationNotes":128},"Hydraulic cylinders are industrial hydraulic actuators used to convert hydraulic pressure into linear motion. Browse available cylinder types, series, and replacement options for identification and selection.",[103,104,105],[107],{},"\u002Fproduct-categories\u002Fhydraulic-cylinders",{"title":132,"description":124,"noindex":24},"Hydraulic Cylinders for Industrial Applications","hydraulic-cylinders",60,"product-categories\u002Fhydraulic-cylinders","-ErjJ52c9XO4ywSudNjfR473ED-qKjMnv5S58xDb8IE",{"id":138,"title":139,"body":140,"description":144,"extension":15,"geo":145,"h1":139,"indexStatus":21,"lastReviewed":108,"meta":149,"navigation":24,"path":150,"seo":151,"slug":153,"sortOrder":154,"stem":155,"__hash__":156},"productCategories\u002Fproduct-categories\u002Fhydraulic-workholding.md","Hydraulic Workholding",{"type":8,"value":141,"toc":142},[],{"title":11,"searchDepth":12,"depth":12,"links":143},[],"Hydraulic clamping, work support and fixture components for machining and production systems.",{"directAnswer":146,"keyFacts":147,"verificationNotes":148},"Hydraulic Workholding are organized first by hydraulic product type, then by relevant series or individual model. Brand names are retained only as product or compatibility-reference attributes, not as a separate website category.",[103,104,105],[107],{},"\u002Fproduct-categories\u002Fhydraulic-workholding",{"title":152,"description":144,"noindex":24},"Hydraulic Workholding for Industrial Applications","hydraulic-workholding",70,"product-categories\u002Fhydraulic-workholding","tdyIs0WKdOkc03IEYpHOGGma0lfcW3-hqE_TEjbBAvg",{"id":158,"title":159,"body":160,"description":164,"extension":15,"geo":165,"h1":159,"indexStatus":21,"lastReviewed":22,"meta":169,"navigation":24,"path":170,"seo":171,"slug":173,"sortOrder":174,"stem":175,"__hash__":176},"productCategories\u002Fproduct-categories\u002Fhydraulic-components.md","Hydraulic Components",{"type":8,"value":161,"toc":162},[],{"title":11,"searchDepth":12,"depth":12,"links":163},[],"Browse hydraulic pump parts, hydraulic motor parts, and accumulators using verified component-family relationships.",{"directAnswer":166,"keyFacts":167,"verificationNotes":168},"Hydraulic Components is organized first by component type. Lower-level structure may use a verified brand and Series relationship or a real product family when appropriate.",[],[20],{},"\u002Fproduct-categories\u002Fhydraulic-components",{"title":172,"description":164,"noindex":24},"Hydraulic Components | BOETH","hydraulic-components",80,"product-categories\u002Fhydraulic-components","n4FGFUOgNDSkAVeLBp6JKnEm-c7oMxPoSdMsHlaY-ug",[178,183,188,208,233],{"id":179,"label":180,"to":181,"visible":24,"sortOrder":29,"children":182},"home","Home","\u002F",[],{"id":184,"label":185,"to":186,"visible":24,"sortOrder":49,"children":187},"products","Products","\u002Fproducts\u002F",[],{"id":189,"label":190,"to":191,"visible":24,"sortOrder":69,"children":192},"engineering-tools","Engineering Tools","\u002Fengineering-tools\u002F",[193,198,203],{"id":194,"label":195,"to":196,"visible":24,"sortOrder":29,"children":197},"cross-reference","Cross Reference","\u002Fcross-reference\u002F",[],{"id":199,"label":200,"to":201,"visible":24,"sortOrder":49,"children":202},"product-selector","Product Selector","\u002Fproduct-selector\u002F",[],{"id":204,"label":205,"to":206,"visible":24,"sortOrder":69,"children":207},"sizing-calculator","Sizing Calculator","\u002Fsizing-calculator\u002F",[],{"id":209,"label":210,"to":211,"visible":24,"sortOrder":89,"children":212},"resources","Resources","\u002Fresources\u002F",[213,218,223,228],{"id":214,"label":215,"to":216,"visible":24,"sortOrder":29,"children":217},"selection-guides","Selection Guides","\u002Fresources\u002Fselection-guides\u002F",[],{"id":219,"label":220,"to":221,"visible":24,"sortOrder":49,"children":222},"technical-guides","Technical Guides","\u002Fresources\u002Ftechnical-guides\u002F",[],{"id":224,"label":225,"to":226,"visible":24,"sortOrder":69,"children":227},"troubleshooting","Troubleshooting","\u002Fresources\u002Ftroubleshooting\u002F",[],{"id":229,"label":230,"to":231,"visible":24,"sortOrder":89,"children":232},"faq","FAQ","\u002Fresources\u002Ffaq\u002F",[],{"id":234,"label":235,"to":236,"visible":24,"sortOrder":114,"children":237},"about","About Us","\u002Fabout\u002F",[],{"id":239,"title":240,"body":241,"category":133,"contentType":593,"description":594,"extension":15,"geo":595,"h1":240,"indexStatus":605,"lastReviewed":108,"meta":606,"navigation":24,"path":607,"procurementPath":608,"publishedAt":108,"references":614,"relatedProductTypes":623,"relatedResources":629,"relatedSeries":636,"relatedTools":637,"selectionParameters":640,"selectionSteps":651,"seo":693,"slug":697,"stem":698,"__hash__":699},"selectionGuides\u002Fresources\u002Fselection-guides\u002Fhydraulic-cylinder-selection-guide.md","Hydraulic Cylinder Selection Guide",{"type":8,"value":242,"toc":580},[243,248,252,255,258,263,266,269,272,275,278,281,285,288,291,310,313,316,320,323,326,329,332,336,339,342,345,348,371,374,377,381,384,387,407,410,413,417,420,423,426,446,449,453,456,459,488,491,495,498,568],[244,245,247],"h2",{"id":246},"engineering-selection-guidance","Engineering Selection Guidance",[249,250,251],"p",{},"The engineering path is required when the original cylinder cannot be identified reliably, when the application has changed or when a new cylinder is being selected.",[249,253,254],{},"A replacement model match and an engineering selection are related, but they are not the same task.",[249,256,257],{},"For an existing machine, a confirmed model number or original drawing can establish much of the required geometry and interface information. For a new or modified application, those conditions must instead be derived from the actual load, motion, circuit and installation.",[259,260,262],"h3",{"id":261},"force-and-effective-area","Force and Effective Area",[249,264,265],{},"Hydraulic cylinder output starts with pressure and effective area.",[249,267,268],{},"For a conventional single-rod double-acting cylinder, the full piston area is normally used for extension-force calculations. Retraction force uses the smaller annular area after subtracting the piston-rod cross-sectional area.",[249,270,271],{},"This means theoretical pull force is normally lower than theoretical push force at equal chamber pressure.",[249,273,274],{},"Use the pressure actually available at the active cylinder chamber while moving or holding the design load. Valve, hose, fitting and control losses can reduce available pressure compared with the pump or relief setting.",[249,276,277],{},"Where the opposite chamber has significant backpressure, include that opposing hydraulic force in the force balance rather than treating the active chamber in isolation.",[249,279,280],{},"Calculated hydraulic force is theoretical and should not be presented as guaranteed machine output.",[259,282,284],{"id":283},"rod-diameter-is-not-only-a-retraction-area-choice","Rod Diameter Is Not Only a Retraction-Area Choice",[249,286,287],{},"Increasing rod diameter reduces rod-side effective hydraulic area, but rod diameter also affects compression-column capacity.",[249,289,290],{},"For long strokes under push load, verify:",[292,293,294,298,301,304,307],"ul",{},[295,296,297],"li",{},"mounting style,",[295,299,300],{},"rod-end condition,",[295,302,303],{},"effective unsupported length,",[295,305,306],{},"alignment,",[295,308,309],{},"and the specific cylinder manufacturer's column-load data.",[249,311,312],{},"A force calculation alone cannot verify a long-stroke compression application.",[249,314,315],{},"The piston rod is also not normally intended to guide the machine load. The load should be independently guided and aligned with the cylinder axis.",[259,317,319],{"id":318},"stroke-and-mounting","Stroke and Mounting",[249,321,322],{},"Confirm actual required working stroke and any additional rod extension.",[249,324,325],{},"Mounting geometry controls how hydraulic force enters the machine structure. Fixed mounts and pivoting mounts such as clevis or trunnion arrangements create different alignment and column conditions.",[249,327,328],{},"For pivot-mounted cylinders, verify that the cylinder and connected load can rotate through the required operating arc without creating binding or side load.",[249,330,331],{},"Misalignment increases rod-bearing and seal load and can lead to premature wear.",[259,333,335],{"id":334},"speed-flow-and-circuit-capacity","Speed, Flow and Circuit Capacity",[249,337,338],{},"Cylinder speed depends on flow divided by the effective chamber area.",[249,340,341],{},"Because cap-end and rod-side areas differ on a single-rod cylinder, extension and retraction speeds differ when equal inlet flow is supplied.",[249,343,344],{},"Calculate both directions separately.",[249,346,347],{},"The cylinder cannot be evaluated in isolation. Verify:",[292,349,350,353,356,359,362,365,368],{},[295,351,352],{},"pump delivery,",[295,354,355],{},"valve capacity,",[295,357,358],{},"hoses and tubing,",[295,360,361],{},"fittings,",[295,363,364],{},"cylinder ports,",[295,366,367],{},"return flow,",[295,369,370],{},"and pressure loss",[249,372,373],{},"at the required operating condition.",[249,375,376],{},"Return-side pressure is particularly important where meter-out controls, counterbalance valves or other restrictions can create meaningful backpressure.",[259,378,380],{"id":379},"cushioning-and-end-of-stroke-energy","Cushioning and End-of-Stroke Energy",[249,382,383],{},"Cushion selection depends on more than nominal piston speed.",[249,385,386],{},"The energy that must be controlled near the end of stroke is influenced by:",[292,388,389,392,395,398,401,404],{},[295,390,391],{},"moving mass,",[295,393,394],{},"speed,",[295,396,397],{},"orientation,",[295,399,400],{},"external force,",[295,402,403],{},"available deceleration distance,",[295,405,406],{},"and cycle frequency.",[249,408,409],{},"Use the selected cylinder series' cushioning or deceleration data when end-of-stroke energy is significant.",[249,411,412],{},"Do not assume that increasing cylinder flow to shorten cycle time is acceptable without checking speed and cushioning limits.",[259,414,416],{"id":415},"fluid-seals-and-temperature","Fluid, Seals and Temperature",[249,418,419],{},"Hydraulic fluid, seal compound and operating temperature must be evaluated as a system.",[249,421,422],{},"Check both fluid temperature and external environmental conditions.",[249,424,425],{},"Also consider:",[292,427,428,431,434,437,440,443],{},[295,429,430],{},"external contamination,",[295,432,433],{},"coolant exposure,",[295,435,436],{},"abrasive material,",[295,438,439],{},"rod protection,",[295,441,442],{},"wiper requirements,",[295,444,445],{},"and duty cycle.",[249,447,448],{},"A seal material suitable for one hydraulic fluid or temperature range should not be assumed suitable for every application.",[259,450,452],{"id":451},"ports-and-interfaces","Ports and Interfaces",[249,454,455],{},"Replacement compatibility requires more than matching bore and stroke.",[249,457,458],{},"Verify, as applicable:",[292,460,461,464,467,470,473,476,479,482,485],{},[295,462,463],{},"port thread,",[295,465,466],{},"port size,",[295,468,469],{},"port position,",[295,471,472],{},"mounting dimensions,",[295,474,475],{},"pin or clevis dimensions,",[295,477,478],{},"rod-end thread or connection,",[295,480,481],{},"retracted and extended dimensions,",[295,483,484],{},"sensor arrangement,",[295,486,487],{},"and any non-standard construction features.",[249,489,490],{},"For replacement work, dimensional and interface compatibility should be verified separately from OEM or reference-model identity.",[244,492,494],{"id":493},"final-verification-checklist","Final Verification Checklist",[249,496,497],{},"Before release for quotation, engineering approval or production, confirm:",[292,499,500,503,506,509,512,515,518,521,524,527,530,532,535,538,541,544,547,550,553,556,559,562,565],{},[295,501,502],{},"product identity or application requirement,",[295,504,505],{},"bore,",[295,507,508],{},"rod diameter,",[295,510,511],{},"stroke,",[295,513,514],{},"available pressure,",[295,516,517],{},"opposing chamber pressure where relevant,",[295,519,520],{},"theoretical extension force,",[295,522,523],{},"theoretical retraction force,",[295,525,526],{},"rod-column capacity,",[295,528,529],{},"mounting,",[295,531,306],{},[295,533,534],{},"rod end,",[295,536,537],{},"ports,",[295,539,540],{},"required speed,",[295,542,543],{},"flow,",[295,545,546],{},"return-flow condition,",[295,548,549],{},"cushioning or deceleration,",[295,551,552],{},"hydraulic fluid,",[295,554,555],{},"seal material,",[295,557,558],{},"temperature,",[295,560,561],{},"contamination exposure,",[295,563,564],{},"sensing,",[295,566,567],{},"and all non-standard dimensional requirements.",[249,569,570,571,575,576,579],{},"For a replacement cylinder, confirm both ",[572,573,574],"strong",{},"reference identity"," and ",[572,577,578],{},"physical\u002Finterface compatibility"," before treating the replacement as verified.",{"title":11,"searchDepth":12,"depth":12,"links":581},[582,592],{"id":246,"depth":12,"text":247,"children":583},[584,586,587,588,589,590,591],{"id":261,"depth":585,"text":262},3,{"id":283,"depth":585,"text":284},{"id":318,"depth":585,"text":319},{"id":334,"depth":585,"text":335},{"id":379,"depth":585,"text":380},{"id":415,"depth":585,"text":416},{"id":451,"depth":585,"text":452},{"id":493,"depth":12,"text":494},"selection-guide","Select or verify a hydraulic cylinder using identification data first, then confirm force, pressure, bore, rod, stroke, mounting, speed, ports, cushioning, seals and operating conditions.",{"directAnswer":596,"keyFacts":597,"verificationNotes":602},"Start hydraulic cylinder selection with identification data when replacing an existing unit. If reliable model, nameplate, drawing or dimensional information is unavailable, verify required extension and retraction force, pressure available at the cylinder, bore, rod diameter, stroke, mounting, speed and flow, ports, cushioning, seals, temperature and load guidance before final selection.",[598,599,600,601],"Replacement identification and engineering selection are different tasks; use reliable model or drawing data first when replacing an existing cylinder.","Extension and retraction forces differ because rod-side effective area is smaller than the full piston area on a conventional single-rod cylinder.","Long-stroke push applications require a rod-column and mounting check, not only a force calculation.","The piston rod should transmit axial force to a guided load rather than carry significant side load or bending moment.",[603,604],"Theoretical force and speed calculations do not replace series-specific pressure, mounting, buckling, cushioning, seal, speed or safety limits.","Replacement compatibility must be confirmed from model data, drawings, dimensions or equivalent technical evidence.","published",{},"\u002Fresources\u002Fselection-guides\u002Fhydraulic-cylinder-selection-guide",{"summary":609,"checks":610},"For an existing cylinder, begin with product identification before entering a full engineering specification process. A verified model or part number, nameplate, drawing or clear dimensional evidence can significantly reduce unnecessary selection work.",[611,612,613],"Record the manufacturer, complete model or part number and series exactly as marked.","Provide a readable nameplate photo together with clear photos of the cylinder, mountings, ports and rod end.","Provide the original drawing when available; otherwise record bore, rod diameter, stroke, mounting, port details and the key envelope dimensions needed to verify interchangeability.",[615,620],{"publisher":616,"title":617,"url":618,"sourceType":619},"Parker Hannifin","Hydraulic Cylinder Specification","https:\u002F\u002Fdiscover.parker.com\u002Fhydraulic-cylinder-specification","manufacturer",{"publisher":616,"title":621,"url":622,"sourceType":619},"Series VH Very Heavy Duty Hydraulic Cylinders — Push and Pull Forces \u002F Piston Rod Stroke Selection","https:\u002F\u002Fwww.parker.com\u002Fcontent\u002Fdam\u002FParker-com\u002FLiterature\u002FIndustrial-Cylinder\u002Fcylinder\u002Fcat\u002FHY08-1120-1NA.pdf",[624,625,626,627,628],"tie-rod-hydraulic-cylinder","welded-hydraulic-cylinder","mill-type-hydraulic-cylinder","compact-hydraulic-cylinder","telescopic-hydraulic-cylinder",[630,633],{"label":631,"path":632},"Hydraulic Cylinder Force & Speed Calculations","\u002Fresources\u002Ftechnical-guides\u002Fhydraulic-cylinder-force-speed-calculations\u002F",{"label":634,"path":635},"Hydraulic Cylinder Losing Force","\u002Fresources\u002Ftroubleshooting\u002Fhydraulic-cylinder-losing-force\u002F",[],[638,639],{"label":205,"path":206},{"label":195,"path":196},[641,642,643,644,645,646,647,648,649,650],"model or part number","bore diameter","rod diameter","stroke","operating pressure","mounting style","port type and position","required speed and flow","cushioning","seal and temperature requirements",[652,660,668,676,684],{"title":653,"summary":654,"checks":655},"Define required force and direction","Determine whether the critical load occurs during extension, retraction or both because the effective hydraulic area changes with direction.",[656,657,658,659],"Use cap-end piston area for theoretical extension force on a conventional single-rod double-acting cylinder.","Use rod-side annular area for theoretical retraction force.","Base calculations on pressure available at the cylinder under the operating load, not on pump rating alone.","Include opposing chamber pressure where return backpressure is significant.",{"title":661,"summary":662,"checks":663},"Verify bore, pressure and rod size","Bore establishes piston area, while rod diameter affects retraction area and compression-column capacity.",[664,665,666,667],"Confirm that the selected bore can develop the required theoretical force at the available pressure.","Confirm the cylinder pressure rating remains suitable for the actual circuit condition.","Check rod diameter and effective unsupported length for long-stroke push applications.","Do not treat the piston rod as a guide for side loads or bending moments.",{"title":669,"summary":670,"checks":671},"Verify stroke and mounting geometry","Stroke length and mounting arrangement affect machine envelope, alignment, column strength and the actuator load path.",[672,673,674,675],"Confirm the actual working stroke and any required non-standard rod extension.","Match fixed or pivot mounting geometry to the intended machine load path.","Verify pin, clevis, trunnion or other pivot geometry through the full operating range where applicable.","Verify that the machine load is independently guided and does not impose significant eccentric or transverse loading on the piston rod.",{"title":677,"summary":678,"checks":679},"Verify speed, flow and cushioning","Required speed determines chamber flow demand, while moving mass and end-of-stroke energy affect cushioning and circuit design.",[680,681,682,683],"Calculate extension and retraction speed using the correct direction-specific effective area.","Check pump delivery, valve capacity, hoses, fittings and cylinder ports at the required flow.","Check return-side flow and backpressure rather than evaluating only the supply side.","Review cushioning or other deceleration control when moving mass and end-of-stroke energy are significant.",{"title":685,"summary":686,"checks":687},"Verify fluid, seals and operating environment","Final selection must match hydraulic fluid, seal material, temperature, contamination exposure, ports, sensing and installation constraints.",[688,689,690,691,692],"Confirm hydraulic fluid and seal-compound compatibility.","Confirm both fluid and ambient operating temperature requirements.","Review contamination, coolant, chips or other external exposure that may affect the rod, wiper or seals.","Verify port thread, port position, rod-end connection and sensing requirements.","Confirm any application-specific duty-cycle or maintenance requirements.",{"title":694,"description":695,"noindex":696},"Hydraulic Cylinder Selection Guide | BOETH","Select a hydraulic cylinder by model or application, then verify force, bore, rod, stroke, mounting, speed, ports, cushioning and seals.",false,"hydraulic-cylinder-selection-guide","resources\u002Fselection-guides\u002Fhydraulic-cylinder-selection-guide","SsnyKkh6tZc8vDGzPPo7m0lDfk0KeSvwa4I2QO58Tjs",1792667602104]