JAF125-27-200 M27x2 Nominal Size For Air Cylinder Compatibility Simple Design

Product Description:

JAF series floating joints are designed with various properties that make them suitable for different applications. The following aspects make up the main properties of the JAF series floating joint:

The JAF series floating joint can help absorb the eccentricity and parallelism accuracy issues that arise between the cylinder and the passive body. This is done without the need for axis alignment. Consequently, the joint reduces the demand for high-precision machining, making it easier and more convenient to use. Additionally, the joint's flange type installation form is suitable for cylinders with different diameters. This provides a stable connection and an easy installation process.

Another design feature of the JAF series floating joint is their high-pressure resistance performance. They can withstand cylinder pressure up to 1 MPa and hydraulic cylinder pressure up to 3.5 MPa. The joint's main material is resin, which has good chemical and heat resistance.

The JAF series floating joint is also designed to allow for a certain amount of eccentricity and swing angle. This makes them more flexible and adaptable. A large swing angle provides more versatility for different applications.

The JAF series floating joint comes with a variety of technical specifications to meet different requirements. Here are some of the details:

• Connection diameter: Rc1/4 or M27X1.5, etc., suitable for various pipe diameter requirements
• Using fluids: compressed air and water to meet various fluid control needs
• Pressure range: 0.05-1 MPa, suitable for various working pressures
• Environmental temperature and fluid temperature range: -5 to 60 ℃, suitable for various working environments
• Maximum tensile strength: For example, the maximum tensile strength of JAF100-27-150 is 28000 N ²
• Allowable eccentricity and swing angle: generally ± 5 °, with a certain installation error of 12
• Dust cover material: synthetic rubber, providing good sealing and dust-proof performance

Technical Parameters:

Applications:

Application Scenarios:

The versatile applications of these connectors make them suitable for connecting cylinders and hydraulic cylinders in situations where eccentricity and parallelism in the joints are insufficient to be absorbed. This unique feature makes these connectors ideal for use in various industrial machines and equipment.

Widely Used:

The connectors are extensively employed in fields such as automated machinery, robotic arms, material handling systems, precision positioning equipment, and assembly line automation. The underlying reason for their widespread application is their exceptional adaptability to connect any type of cylinder, whether linear or rotary.

Benefits:

The connectors are made of high-quality materials, ensuring their robustness and durability. They significantly improve the efficiency of machines and equipment by ensuring reliable connections and minimizing wear and tear. Additionally, the connectors are easy to install and remove, significantly reducing maintenance and repair costs.

Conclusion:

The connectors are the perfect solution to challenges faced in connecting cylinders and hydraulic cylinders in industrial machines and equipment. Their versatile applications, ease of use, longevity, and cost-effectiveness make them a must-have in any industrial setting.

Packing and Shipping:

Product Packaging:

• SMC Solenoid Valves are packaged securely to prevent any damage during transport.
• All valves are individually wrapped and labeled for easy identification.
• The valves are then placed in a durable cardboard box with additional padding for added protection.

Shipping:

• SMC Solenoid Valves are shipped via a reputable courier service.
• Shipping options include standard, express, and overnight delivery.
• Customers will be provided with a tracking number to monitor the progress of their shipment.
• All shipping costs are calculated at checkout and based on the destination and delivery time selected.