CYLINDER Bore (Cylinder Diameter): 125 mm Stroke (Extension Length): 440 mm

Danieli Hydraulic Cylinder

1. General Description

The Danieli hydraulic cylinder with a 125 mm bore and 440 mm stroke is designed for industrial applications requiring significant thrust force and a significant extension length. This cylinder is ideal for machines and equipment operating in harsh environments and requiring controlled force and a long stroke.

2. Materials and Construction

• Tubing : Made of high-strength steel, typically carbon steel or stainless steel, to ensure high resistance to pressure and corrosion.
• Stem : Stainless steel or treated steel, designed to resist wear and corrosion, with a hardened finish to improve surface hardness.
• Seals : Elastomers such as nitrile (NBR), Viton or polyurethane, selected for their ability to withstand high pressures and temperature variations.
• Headers and Flanges : Machined or cast steel with surface treatments to increase strength and stability.

3. Measurements and Dimensions

• Bore (Cylinder Diameter) : 125 mm
• Stroke (Extension Length) : 440 mm
• External Dimensions : Varies depending on cylinder design and head and flange configuration.

4. Mechanical Characteristics

• Working Pressure : Typically ranges from 100 bar to 250 bar for cylinders of this size. The exact maximum pressure depends on the manufacturer's specifications and safety regulations.

• Pushing Force : F=A×PF = A \times P $F$ $=$ $A$ $\times$ $P$ Where:

  • FF $F$ is the force (Newton)
  • AA $A$ is the cross-sectional area of ​​the cylinder (m²)
  • PP $P$ is the pressure (Pa)

  Area calculation: A=π×(D2)2A = \pi \times \left(\frac{D}{2}\right)^2 $A$ $=$ $\pi$ $\times$ $($ 2 D ​) 2 For a 125 mm bore: A=π×(0.1252)2≈0.0123 m2A = \pi \times \left(\frac{0.125}{2}\right)^2 \approx 0.0123 \, m^2 $A$ $=$ $\pi$ $\times$ $($ 2 0.125 ​) 2 $\approx$ $0.0123$ $m$ 2

  Force calculation: If a working pressure of 200 bar (20 MPa) is assumed: F=0.0123 m2×20000000 Pa=246,000 NF = 0.0123 \, m^2 \times 20000000 \, Pa = 246,000 \, N $F$ $=$ $0.0123$ $m$ $2$ × $20000000$ $P$ $a$ $=$ $246,000$ $N$ $($ $246$ kN)

• Extension/Retraction Speed : Depends on fluid flow rate and specific cylinder design.

5. Sectors of Use

• Manufacturing Industry : Used in machine tools, presses, and assembly equipment.
• Automotive Sector : Suitable for testing and handling applications in workshops and production lines.
• Power Sector : Used in plants and machinery requiring significant force and precise control.
• Heavy Industry : Used in machinery and equipment for lifting and moving heavy loads.

6. Advantages of Stock Purchase

• Immediate Availability : Reduces downtime, improving operational efficiency and reducing downtime.
• Competitive Pricing : Buying from stock can result in more favorable costs than special orders.
• Lower Risk of Outages : Ensures operational continuity by avoiding delays due to component shortages.

7. Brand and Manufacturer

Danieli is a renowned manufacturer of hydraulic cylinders and components for heavy industry. Founded in 1914 in Italy, the company is recognized globally for the innovation and quality of its hydraulic solutions. Danieli offers a wide range of products, including hydraulic cylinders, pumps, and equipment for industrial applications. The company's reputation is based on its experience, reliability, and ability to meet specific customer needs.

8. Calculating Power at Different Pressures

The power required to operate the cylinder can be estimated with the formula: P=F×vP = F \times v $P$ $=$ $F$ $\times$ $v$ where:

• PP $P$ is the power (Watt)
• FF $F$ is the force (Newton)
• vv $v$ is the speed of the cylinder (m/s)

Assuming an extension velocity of 0.1 m/s: $N$ ×0.1 m/s=24,600 WP = 246,000 \, N \times 0.1 \, m/s = 24,600 \, $W$ $P$ $=$ $246,000$ $N$ $\times$ $0.1$ $m$ $/$ $s$ $=$ $24,600$ $W$ $($ $approximately$ 24.6 kW)

Conclusion

The Danieli hydraulic cylinder with a 125 mm bore and 440 mm stroke is a robust and versatile component, designed for industrial applications requiring significant force and a significant stroke length. Its quality construction and high specifications make it particularly suitable for harsh environments. Buying it in stock offers significant advantages in terms of immediate availability and reduced costs, improving operational efficiency and reducing downtime.