The floating joint design is capable of absorbing eccentricity between the passive body and cylinder, as well as insufficient accuracy of parallelism without the need for axis alignment. This design simplifies installation process.
In addition, this design is built to handle high temperature environments ranging from -5 ℃ to 60 ℃, making it perfect for extreme temperature applications. Lastly, the floating joint can handle high loads up to 28000 N of maximum applied tensile force on both its compression and tension sides, demonstrating excellent load bearing capacity.
Installation form: Basic type, providing a stable connection through method 2.
It is suitable for use with cylinders that have a diameter of 100mm.
The standard thread specification of M26X1.5 makes it easy to connect with cylinders and other pneumatic components.
Allowing a certain eccentricity of 0.5mm, the swing angle can reach up to ± 5 °, providing greater flexibility and adaptability.
It is capable of operating within a pressure range of 0.05-1 MPa, making it suitable for multiple applications that operate under various pressure levels. Lastly, it is built to withstand a wide range of environmental and fluid temperature conditions, from -5~60 ℃.
Connection | Flange |
Color | Black |
Connection Type Cylinder Side | Tapped |
Type | Fittings |
Series | JA Series |
Cylinder Used | Air Cylinder / Hydraulic Cylinders |
Applicable Cylinder Thread Size | SMC JA Series Floating Joints |
Connection | SMC floating joint |
JA6-3-050 | JA80-20-150 |
JA10-4-070 | JA80-20-250 |
JA15-5-080 | JA80-22-150 |
JA15-6-100 | JA100-24-300 |
JA20-8-100 | JA100-26-150 |
JA20-8-125 | JA100-27-150 |
JA20-8-150 | JA100-27-200 |
JA25-10-150 | JA125-27-200 |
JA30-10-125 | JA140-30-150 |
JA32-10-100 | JA160-30-200 |
JA40-12-125 | JA160-33- 200 |
JA40-12-150 | JA160-36-150 |
JA40-12-175 | JA160-36-200 |
JA40-14-125 | JA180-40-150 |
JA40-14-150 | JA180-40-200 |
JA63-16-150 | JA180-42-150 |
JA63-16-200 | JA180-42-200 |
JA63-18-150 |
Pneumatic and hydraulic systems require efficient connection solutions for cylinders and hydraulic cylinders. In situations where eccentricity and parallelism need to be absorbed, a floating joint is suitable.
Automated machinery relies on stable operation to function properly. For this reason, a floating joint is commonly used to ensure a stable connection between cylinders and driven bodies.
The handling system benefits greatly from a stable connection between cylinders, as this improves handling efficiency. A floating joint is an ideal solution for ensuring stable operation of cylinders in the handling system.
SMC's JA series floating joints are an excellent choice for connecting pneumatic systems due to their efficient design and performance. This product is widely used in the field of industrial automation as it offers a flexible and reliable connection solution.
Users of SMC's JA series floating joint have given it high praise for its ability to absorb eccentricity and insufficient parallelism. The product also has a high temperature tolerance and can respond well under high load, making it a reliable choice for pneumatic connection needs.
In conclusion, SMC's JA series floating joints are an efficient and reliable solution for connecting pneumatic and hydraulic systems. They offer an excellent design and performance that satisfies the needs of industrial automation.
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