Skip to product information
1 of 1

SMC Corporation of America

KQ2Y11-35AS

KQ2Y11-35AS

Regular price $5.97 USD
Regular price Sale price $5.97 USD
Sale Sold out
  • Manufacturer Part #KQ2Y11-35AS
  • Unit Size 1
  • Brand SMC Corporation of America

Availability : Currently In Stock

For quote requests, POs, general inquiries, and status updates email phcbro@pneumaticandhydraulic.com.

Can’t Find The Product You Need? Just Ask Us! Get a Quote

View full details

This male run tee fitting allows a 3/8" tube to branch off into a 1/4" NPT male port using a one-touch push-in mechanism with integrated sealant. It includes a 360 rotatable body for easy alignment and a low-disconnection-force collar to protect the tubing during removal. Rated for vacuum levels (down to 100?kPa) and operational pressure up to 1?MPa (145?psi), with burst-tested performance around 3?MPa. Constructed from brass-thread internals and PBT resin body, its lightweight, RoHS-compliant, and ideal for pneumatic networks requiring reliable, leak-resistant branching. Not suitable for potable water use.

  • One-touch connection: 3/8" OD tube ? 1/4" NPT male, with thread sealant
  • Twistable body post-installation for precise hose routing
  • Low-force collar avoids tubing damage when disconnecting
  • Operates in vacuum to 100?kPa and pressure up to 1?MPa; burst pressure ~3?MPa
  • Suitable for nylon/urethane tubing; brass/PBT construction meets RoHS standards
  • Compact and lightweight design; not for potable water applications
Fitting Type Run Tee (Push-to-Connect)
Tube Connection 3/8" (9.5?mm) OD
Thread Port 1/4" NPT Male (optional nickel plating)
Operating Pressure Vacuum (100?kPa) to +1?MPa (145?psi)
Burst Pressure ~3?MPa (435?psi)
Operating Temperature 5?C to +60?C (air); 040?C (water)
Body Material PBT resin (white)
Thread Material Brass (nickel-plated optional)
Release Collar POM low-force collet
Body Rotation 360 adjustment after installation
Dimensions ?17.9?mm 54.5?mm length; 17.46?mm hex
Country of Origin Singapore
Compliance ANSI, ASME, RoHS