Tie-rod Hydraulic Cylinder: 2 Bore x 10 Stroke – 1.125 Rod
- Bore: 2 inches – This is the inner diameter of the cylinder. It determines the area over which hydraulic pressure is applied.
- Stroke: 10 inches – This is the distance the piston travels within the cylinder, indicating how far the cylinder can extend.
- PSI (Pounds per Square Inch): 2500 PSI – This is the maximum pressure the cylinder can handle. It influences the force output of the cylinder.
- Pin Diameter: 1 inch – This is the diameter of the pin that might be used for mounting or connecting the cylinder to other components.
- Retracted Length: 20.25 inches – This is the length of the cylinder when it is fully retracted, which is crucial for space considerations in design.
Product Description
- Weight: 19.00 lbs
- Importance: The weight of the hydraulic cylinder influences its portability and the structure required to support it. Lighter cylinders are typically easier to handle, but weight also reflects the material used and overall durability.
- Typical Applications: Used in mobile machinery where weight is a consideration, such as in compact excavators or portable lifting equipment.
- Bore: 2 inches
- Importance: The bore size is critical because it affects the hydraulic cylinder’s power. A larger bore allows for greater force output, as it increases the surface area that the hydraulic fluid acts upon.
- Typical Applications: Common in medium-duty applications, including agricultural machinery and material handling equipment.
- Stroke: 10 inches
- Importance: Stroke length defines how far the piston can travel within the cylinder, impacting the range of motion in the application. Longer strokes allow for more extensive lifting or moving capabilities.
- Typical Applications: Used in applications requiring moderate extension, such as in dump trucks or forklifts.
- PSI (Pounds per Square Inch): 2500 PSI
- Importance: The pressure rating determines the maximum force the cylinder can exert. Higher PSI ratings enable the cylinder to perform more challenging tasks but may require stronger materials and designs.
- Typical Applications: Suitable for industrial machinery where high force is necessary, such as in hydraulic presses or heavy construction equipment.
- Rod Diameter: 1.125 inches
- Importance: The rod diameter influences the overall strength and stability of the hydraulic cylinder. A thicker rod can handle greater loads without bending or buckling.
- Typical Applications: Often seen in heavy-duty applications where robust support is needed, such as in mining or steel production equipment.
- Pin Diameter: 1 inch
- Importance: The pin diameter affects how the cylinder is mounted and connected to other components. A standard pin size ensures compatibility with various machinery.
- Typical Applications: Used in various machines where a strong, stable connection is required, such as in loader arms or hydraulic attachments.
- Retracted Length: 20.25 inches
- Importance: The retracted length is vital for design and installation, ensuring the cylinder fits within the designated space when not in use.
- Typical Applications: Important in confined spaces, such as in vehicles or equipment with limited room for extension.
- Extended Length: 30.25 inches
- Importance: Knowing the extended length helps in planning the full range of motion for the application, allowing for optimal performance and safety.
- Typical Applications: Useful in scenarios requiring significant reach, like lifting or pushing materials in construction.
- Port Size: 3/8 NPT (National Pipe Thread)
- Importance: The port size determines how hydraulic fluid enters and exits the cylinder, affecting flow rates and overall efficiency. The NPT standard ensures compatibility with various fittings and hoses.
- Typical Applications: Common in many hydraulic systems, including industrial and agricultural machinery.
- Column Load: 7850 lbs
- Importance: The column load represents the maximum load the cylinder can support in a static position, crucial for safety and design specifications. It reflects the cylinder’s strength and durability.
- Typical Applications: Frequently used in heavy lifting and support applications, such as in cranes, hoists, and heavy machinery where significant vertical loads are encountered.
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