GrabCAD 模型信息
Tie Rod Hydraulic Cylinder(Trunnion Mont ) 200x90x883 mm · 模型 309929
Breakdown of the Specifications · Tie Rod Type Hydraulic Cylinder: · Construction: Four or more high-strength threaded steel rods hold the front and rear end caps to the cylinder barrel . · Benefit: This design is robust, allows for easy disassembly for maintenance and repair, and conforms to international standards like ISO 6020/2. It is widely used in heavy industrial applications such as machine tools, presses, and steel mill equipment . · With Trunnion Fixed Mount: · Mounting Style: A "trunnion" mount consists of two pivot pins (trunnions) that extend from the cylinder body, typically from the head end, cap end, or an intermediate position. The cylinder pivots on these pins while the pins themselves are fixed in a support structure . · "Fixed" vs. "Pivoting": In this context, "trunnion fixed mount" means the trunnion pins are rigidly mounted to the machine structure, while the cylinder body pivots on these pins during operation. This allows the cylinder to follow the arc of a moving mechanism while maintaining a fixed pivot point . · Benefit: Trunnion mounting is ideal for applications where the cylinder must transmit force through an arc (e.g., lifting arms, booms) and where end-mounted clevises would create excessive side loading. It places the pivot point closer to the center of the cylinder, reducing moment loads . · Dimensions (200x90x883): · 200 mm: The Bore Diameter. This is an extremely large bore, designed for massive force generation. · 90 mm: The Rod Diameter. The thickness of the piston rod. · 883 mm: The Stroke Length. The maximum distance the piston travels (approximately 34.75 inches).
- 格式
- Rendering、SOLIDWORKS
- 分类
- Components、Industrial design、Machine design
- 标签
- hydrauliccylinder、tierodcylinder、trunnionmount、largebore、heavyhydraulics、industrialhydraulics、hassan_hussein、alaa_saeed、gorilla_acadmy、gorilla_auto、gorilla_auto_academy、gorilla_auto_service、solidworks、solid_works、trunnionfixedmount
- 数据更新
- 2026-11-07T10:13:23Z
