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| Type | Custom Hydraulic Cylinder Long-Stroke Hydraulic Cylinder Double-Acting Hydraulic Cylinder Single-Acting Hydraulic Cylinder Welded Hydraulic Cylinder Mobile Equipment Hydraulic Cylinder Industrial Hydraulic Cylinder | Model | APEX-CLSC Series |
| Params | Cylinder Structure: Welded-body or application-specific long-stroke construction Acting Type: Single Acting or Double Acting Bore Diameter: Engineered according to required output force, operating pressure and installation envelope Piston Rod Diameter: Determined through load, unsupported length, buckling and deflection calculations Stroke Length: Customized according to the required equipment movement Retracted Length: Minimized within the limits of the selected structure and mounting configuration Extended Length: Determined by the retracted length and effective stroke Pin-to-Pin Dimensions: Manufactured according to the approved installation drawing Working Pressure: Customized according to the equipment hydraulic system Maximum System Pressure: Must be confirmed before final engineering approval Proof-Test Pressure: Defined in the approved inspection and testing plan Rated Push Force: Calculated from effective piston area and specified working pressure Rated Pull Force: Calculated from annular piston area and specified working pressure Operating Direction: Horizontal, vertical, inclined or changing-angle installation Load Direction: Compression, tension or alternating push-and-pull load Rod Buckling Verification: Required for long-stroke compression applications Rod Deflection Verification: Required for horizontal and inclined installations Cylinder Alignment: Equipment mounting points must maintain acceptable coaxial alignment Permissible Side Load: Defined according to the approved engineering calculation Operating Speed: Selected according to bore size, hydraulic flow and stroke length Flow Requirement: Calculated according to displacement volume and target cycle time Duty Cycle: Intermittent, repeated-duty or application-specific operation Hydraulic Medium: Mineral-based hydraulic oil or approved compatible fluid Operating Temperature: Determined by the selected sealing system and hydraulic fluid Hydraulic Ports: SAE ORB, NPT, BSPP, BSPT, metric thread, SAE flange or customer-specified connection Port Size: Selected according to required flow and acceptable pressure loss Port Position: Customized according to hose routing throughout the full movement Mounting Style: Clevis, pin-eye, cross-tube, trunnion, flange, spherical bearing or custom mounting Mounting Bearings: Replaceable bushings or spherical plain bearings available End-of-Stroke Cushioning: Optional head-end, cap-end or dual-end hydraulic cushioning Stroke Limitation: Optional internal stop, external stop or mechanical travel-control provision Load-Holding Protection: Optional counterbalance valve, pilot-operated check valve or hose-burst valve Position Monitoring: Optional linear position transducer, magnetostrictive sensor, proximity sensor or limit switch Surface Protection: Industrial paint or application-specific corrosion-resistant coating Identification: Customer part number, serial number, logo and traceability code available Testing: Dimensional inspection, pressure testing, leakage testing and complete full-stroke cycling Straightness Inspection: Barrel and piston-rod straightness inspected according to the approved drawing Documentation: Approved drawing, dimensional report, pressure-test report and inspection records available | Material | Cylinder Barrel: Precision-honed seamless steel tube selected for straightness, wall thickness and pressure requirements Piston Rod: High-strength steel or alloy steel with hard-chrome-plated or application-specific treated surface Piston: High-strength carbon steel, alloy steel or ductile iron according to design requirements Cylinder Head / Gland: High-strength machined steel or ductile iron Cylinder Base: High-strength machined or forged steel Mounting Components: High-strength carbon steel or alloy steel Mounting Pins: Hardened alloy steel Bushings: Bronze, steel-backed composite or hardened steel bushing Spherical Bearings: Heavy-duty spherical plain bearings where angular movement is required Wear Rings: Reinforced polymer or composite bearing material designed for extended guiding length Primary Seals: Polyurethane, PTFE composite or application-specific sealing system Static Seals: NBR, FKM or temperature-specific elastomer Rod Wiper: Polyurethane, metal-cased scrap |
| Applicable Industry | Construction Equipment Agricultural Machinery Waste and Recycling Equipment Refuse Collection Vehicles Material Handling Equipment Industrial Automation Lifting and Access Equipment Forestry Equipment Mining Equipment Marine and Port Equipment Special-Purpose Vehicles Trailer and Truck Equipment Water-Control and Infrastructure Equipment | 定制所需资料 | Equipment Type Cylinder Function Required Stroke Length Retracted Pin-to-Pin Length Extended Pin-to-Pin Length Available Installation Envelope Required Push Force Required Pull Force Normal Working Load Maximum Peak Load Working Pressure Maximum System Pressure Installation Direction Load Direction Unsupported Rod Length Side-Load Conditions Required Operating Speed Required Cycle Time Hydraulic Flow Rate Operating Frequency Duty Cycle Mounting Style Mounting-Pin Diameter Mounting Width Permitted Angular Movement Hydraulic-Port Type Hydraulic-Port Position Hose-Routing Restrictions Cushioning Requirement Position-Sensing Requirement Load-Holding Requirement Operating Temperature Hydraulic Fluid Type Environmental Conditions Corrosion-Protection Requirement Existing Drawing, Sample or Part Number Annual Demand |
Provides extended linear movement for equipment requiring a long operating stroke. Bore, rod diameter, stroke and pin-to-pin dimensions are engineered for the actual installation. Piston-rod buckling and deflection can be evaluated for long unsupported lengths. Guiding length and wear-ring configuration can be optimized to improve stability during extension. Optional spherical bearings accommodate limited angular movement between equipment mounting points. Optional end-of-stroke cushioning reduces impact during long and high-speed movements. Optional position sensing provides continuous stroke feedback for automated equipment. Port size and hydraulic flow can be matched to the required extension and retraction time. Single-acting and double-acting configurations are available for different motion-control requirements. Custom port orientations support hose routing throughout the complete equipment movement. Replaceable bushings and modular sealing components simplify field maintenance. Every cylinder can undergo complete full-stroke cycling to verify smooth operation before shipment.

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