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I am selling huge HYDRAULIC CYLINDERS, bore 400X, stroke 600, weight approximately 1800 kg each
The hydraulic cylinder with 400 mm bore and 600 mm stroke is a fundamental component used in numerous industrial applications that require linear movements with high force and precision. With a capacity to support heavy loads and severe working conditions, this cylinder is designed for reliability, durability and optimal performance. The weight of approximately 1800 kg per unit underlines the robustness of this product, which is particularly useful in applications requiring great strength and precision in movements.
The 400x600 hydraulic cylinder is designed to provide force and linear motion in heavy industrial applications. Its robust design is optimized to withstand high pressures, while high-quality materials and advanced seals help ensure long life and low maintenance.
Cylinder Body : Made of steel , the cylindrical body is treated to ensure resistance to high pressures and wear during operation. The material is chosen for its ability to resist mechanical and thermal stress, ensuring a long life of the component.
Piston : The cylinder piston, also made of hardened steel , is designed to slide without significant friction within the cylindrical body. The piston surface is treated to minimize wear and resist corrosion, minimizing the risk of fluid leaks and ensuring optimal performance even in harsh working environments.
Connecting Rod : Made of high-strength steel , the connecting rod is designed to efficiently transmit piston force to the external load, minimizing clearances and maintaining operational precision.
Seals NBR or Viton seals are designed to effectively seal the cylinder, preventing hydraulic fluid leakage and improving operational efficiency. The gaskets are resistant to chemical agents, high temperatures and mechanical stress.
The force that a hydraulic cylinder can generate depends on the applied pressure and the cross-sectional area of the piston. The formula for calculating force is:
F=P×AF = P \times A
Where:
To calculate the cross-sectional area of the piston, the formula for the area of a circle is used:
A=π×(D2)2A = \pi \times \left( \frac{D}{2} \right)^2
Where D is the diameter of the piston, which in this case is 400 mm (0.4 m). Let's calculate the area:
A=π×(0.42)2=π×(0.2)2=0.1256 m2A = \pi \times \left( \frac{0.4}{2} \right)^2 = \pi \times (0.2)^2 = 0.1256 \, m^2
If the nominal pressure is 250 bar (i.e. 25,000,000 Pa ), the force generated will be:
=25,000,000×0,1256=3,140,000 NF =
Therefore, with a pressure of 250 bar , the 400x600 hydraulic cylinder generates a force of 3.14 MN (meganewton).
The power in a hydraulic cylinder depends on the force and speed of the piston. The formula for calculating power is:
P=F×vP = F \times v
Where:
If the piston speed 0.05 m/s , the power will be:
=3,140,000×0,05=157,000 W=157 kWP = 3,140,000 \times 0,05 = 157,000 \
So, at a speed of 0.05 m/s , the cylinder power 157 kW .
The 400x600 hydraulic cylinder is used in a variety of industrial sectors that require strength, precision and reliability in linear movements. Among the main application sectors we find:
The 400x600 hydraulic cylinder is produced by some of the main brands in the hydraulic sector, known for their expertise in the design and construction of high quality cylinders:
Purchasing a 400x600 hydraulic cylinder ready for delivery in stock offers numerous advantages:
Purchasing a hydraulic cylinder like the 400x600 represents an intelligent choice for those looking for a reliable, powerful and ready-to-use product, with guarantees of high performance and long life.
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