Hydraulic Cylinder with Temposonic Transducer
Hydraulic Cylinder with Temposonic Transducer GB50050MD701524510080
General Description
The hydraulic cylinder with 70 mm bore , 40 mm effective stroke and 50 mm rod diameter is designed to operate in industrial applications of high precision and force. The cylinder, associated with the Temposonic GB50050MD701524510080 transducer, represents a reliable and accurate linear actuation system, used mainly in sectors where precise control of position and force is essential, such as industrial automation, CNC machinery, and advanced hydraulic systems.
Construction Materials
- Cylinder body : High strength alloy steel to withstand high loads and repetitive operating cycles.
- Piston rod : Chrome-plated steel, treated to offer high resistance to corrosion and mechanical wear.
- Seals : Polyurethane (PU) and Nitrile (NBR) resistant to hydraulic oils and atmospheric agents.
- Caps and flange : Treated carbon steel for greater durability and strength.
Dimensions
- Bore (internal diameter) : 70 mm
- Effective stroke : 40 mm
- Stem diameter : 50 mm
- Nominal pressure : 100 bar
- Test pressure : 210 bar
Mechanical Characteristics
The hydraulic cylinder offers smooth linear motion , with large thrust force due to the combination of fluid pressure and piston area. Associated with the Temposonic GB50050MD701524510080 , position control is performed with extreme precision, with a resolution of 0.02 mm 24 Bit gray encoding .
Temposonic transducer GB50050MD701524510080
- Transducer type : Linear magnetostrictive sensor.
- Resolution : 0.02 mm.
- Encoding : 24 Bit Gray.
- Transmission speed : 2802.07 m/s.
- Serial number : 1619 0584. The transducer provides high-precision position control and is typically paired with hydraulic cylinders to provide accurate feedback on piston position.
Formulas for Calculating Force
The force generated by the cylinder can be calculated using the following formula:
F=p⋅AF = p \cdot A F = p ⋅ A
Where:
- FF F is the force generated (in Newton),
- pp p is the pressure (in Pascal),
- AA A is the area of the piston (in square meters).
The piston area for a 70mm bore is:
A=π⋅D24=3.1416⋅(0.07)24=0.00385 m2A = \frac{\pi \cdot D^2}{4} = \frac{3.1416 \cdot (0.07)^2}{4} = 0.00385 \, \text{m}^2 A = 4 π ⋅ D 2 = 43.1416 ⋅ ( 0.07 ) 2 = 0.00385 m 2
- Force at 100 bar (nominal pressure):
F=100×105×0.00385=38,500 N=38.5 kNF = 100 \times 10^5 \times 0.00385 = 38,500 \, \text{N} = 38.5 \, \text{kN} F = 100 × 1 0 5 × 0.00385 = 38 , 500 N = 38.5 kN
- Force at 210 bar (test pressure):
F=210×105×0.00385=80,850 N=80.85 kNF = 210 \times 10^5 \times 0.00385 = 80,850 \, \text{N} = 80.85 \, \text{kN} F = 210 × 1 0 5 × 0.00385 = 80 , 850 N = 80.85 kN
Applications and Sectors of Use
This hydraulic cylinder with Temposonic transducer is used in industries such as:
- Industrial automation : to ensure precision in CNC machinery and industrial robots.
- Heavy Industry : Used in hydraulic presses and forming machinery.
- Transport sector : in heavy load lifting and control systems.
- Mechanical engineering : for linear actuators in complex systems.
Advantages of Purchasing in Stock
Purchasing this type of hydraulic cylinder ready for delivery in stock offers numerous benefits:
- Immediate availability : There is no waiting time for production or delivery, ensuring that the component is ready to be integrated into the system quickly.
- Quality Verification : Stock components have already been tested and verified, reducing the risk of defects.
- Economic savings : Usually purchasing from stock can lead to an economic advantage compared to ordering a customized component.
Description of the Manufacturer
The hydraulic cylinder is produced by a company specialized in the production of hydraulic and pneumatic actuators, renowned for the quality and reliability of its products. The Temposonic transducer is manufactured by MTS Sensors, a leader in magnetostrictive sensing technology, with precision solutions used worldwide in advanced industries.
In summary, this hydraulic cylinder with transducer is ideal for applications requiring precision and power, making it a highly recommended option for those looking for an off-the-shelf solution, ready to be integrated into a complex system.
