HUNTER ROTARY JOINT TXSG-20A-R / TXSG-20A-L

REPLACEMENT SHOWAGIKEN

Model:

• TXSG-20A-R (Right Hand Thread)
• TXSG-20A-L (Left Hand Thread)

Specifications:

• Thread Size: 3/4 Inch
• Temperature: 300°C
• Max Flow: 200 RPM
• Max Pressure: 1.8 MPa
• Thread Connection: BSPT

Functions:

1. Transfers Fluid from the Static System to the Rotating Component:
• The TXSG rotary joint is designed to facilitate the transfer of fluids (such as water, oil, steam, air, or coolant) from a stationary system (like pipes or reservoirs) to a rotating machine component (such as drums, spindles, or rollers). This is crucial for maintaining continuous fluid flow while the machine operates.
2. Prevents Fluid Leaks:
• Equipped with an efficient sealing system, the TXSG rotary joint ensures that no fluid leaks occur during the rotation process, even under high pressure or temperature conditions. This helps maintain system efficiency, equipment safety, and prevents damage to equipment or environmental contamination.
3. Maintains Stable Fluid Flow:
• Despite the rotation of the machine parts, the TXSG rotary joint ensures that the fluid flow remains stable and uninterrupted. This is particularly important for applications that require precise fluid temperature or pressure control, such as cooling systems or industrial processes with high precision needs.
4. Compatible with Various Types of Fluids:
• The TXSG rotary joint is suitable for a wide range of fluids, including compressed air, water, hydraulic oil, steam, and hot water. This makes it a versatile solution for various industrial applications.
5. Supports Continuous Rotational Applications:
• Ideal for industrial applications requiring continuous rotation, such as in the textile, printing, food processing, and industrial automation industries. It allows systems to operate without interruption during fluid transfer.
6. Improves System Efficiency and Extends Equipment Life:
• By preventing fluid leaks and maintaining stable flow, the TXSG rotary joint helps improve the overall efficiency of the system. Additionally, it extends the operational life of machinery and components by reducing wear caused by irregular fluid flow or leaks.