Reducing Union Elbow Adapter | T1 - 1" x 7/8" | T2 - 3/4" x 5/8"

Reducing Union Elbow Adapter, Tube End type – Through Mega Lock Type - Inch space saver - IRUCA-1i-34A-M1
Replacement part for Pillar®: S300 - P-RUAW8-TW6AT

• Material: PFA
• Tube size: 1" x 7/8
• Tube size: 3/4" x 5/8"

Specifications

• Max temperature withstand operation: 200ºC
• Ambient temperature range: -15℃ ~ 60℃
• Max pressure in operation: 7kgf/cm²
• Fluid: For liquid use only
   

Space Saver fittings are specially designed to provide reliable, high-performance connections in compact and confined installation areas. Their streamlined design minimizes overall assembly size while maintaining excellent strength, sealing efficiency, and flow characteristics, making them ideal for applications where space optimization is critical.

The range includes reducing union connector adaptors and reducing union elbow adaptors for smooth size transitions, as well as elbow adaptors and tee adaptors to accommodate directional changes and multi-line distribution within tight layouts. The male connector through (ferrule type)ensures a secure, leak-free connection with dependable tube grip and easy installation.

Engineered for durability and precision, Space Saver fittings offer an efficient solution for compact system designs without compromising performance, safety, or reliability.

Benefits

• Five-layer sealing structure of slide press-fit type
• Lock function to prevent nut loosening with respect to fine vibrations
• Compact design 
• Easily identify Metric (blue) and Inch (red) fitting by color 
• Improved functionality against PFA tube slippage
• No gauge required with the confirmation of the rock gauge groove
• No eye marking required with the confirmation of the rock gauge groove
• Designed to reduce tightening torque with respect to nut fastening

Sealing 

The first sealing is achieved through the force generated by tightening the nut. The second sealing is created by adding grooves to the sleeve’s tapered surface, which prevent indentation from the groove edges. The third sealing results from the pressure applied to the tapered surface as the nut is tightened. The fourth sealing occurs when the tightening force presses both the body taper and the grooved section of the sleeve taper together. Finally, the fifth sealing is achieved as the sleeve is pushed and pressed into the body groove by the force of the nut tightening.

Lock gauge feature

• Prevention of nut rotation with respect to vibration
• Eye marking not required