autoclavefittings1-1/2" (15,000 PSI) CLX24 Medium Pressure Elbows, Tees, and Crosses
Autoclave Engineers Slimline elbows, tees and crosses are used to make reliable high pressure tube connections up to 20,000 psi.
Principle of Operation:
Parker Autoclave Engineers Medium Pressure Cone and Thread connections were created for those applications that
require higher flow rate capability. Designed for a maximum of 20,000 psi MAWP using high tensile strength cold worked
316 Stainless Steel material as standard. In addition we offer even larger ID tubing de-rated to 15,000 psi for maximum flow
rate capability. This Medium Pressure series has all the benefits of the High-Pressure version with all metal sealing, temperature ranges from -423° to 1200°F (-252° to 650°C), and includes many different material options like 2507 Super Duplex,
Hastelloy C276, 6Mo (25-4SMO), and Inconel 625 to mention just a few.
Fittings and tubing found in this section are designed using ASME B31.3 Chapter IX standards to be compatible with
our 15SM & 20SM, 20DBNV, 20DV Needle Valves, and all of our various ball valve configurations including Subsea.
There is a Parker Instrumentation fitting for just about any application of fluids under extreme pressure and/or
temperature condition.
Medium Pressure Fittings and Tubing Features:
• Utilize “SF” Style High Flow Medium Pressure Coned-and-Threaded connections (see Tools and Installation for typical port dimensions)
• Available sizes are 1/4", 3/8", 9/16", 3/4", 1" and 1-1/2"
• Standard Fitting Material is UNS S31600 withTubing manufactured using UNS S31600/S31603, 316/316L stainless
steel material, cold worked to Parker Autoclave proprietary standards
• Operating Temperatures from -423° to 1200°F (-252° to 650°C)
• Anti-vibration connection components available, see page 15
• Special materials available when corrosion, temperature, or NACE/ISO 15156 requirements demand. (See Technical Catalog)
All Parker Autoclave Engineers fittings are marked with manufacturers name, part number, material, heat code and
maximum pressure for complete traceability