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3" (76mm) Transair Male to 2-1/2" Male NPT Threaded Adapter for Stainless Pipe
RR21 L1N20*
Transair Fittings for Stainless Steel Pipe are quick and easy to install. All fittings are designed to securely fit around Transair stainless steel pipe, increasing system efficiency and preventing leaks. Transair fittings for stainless steel pipe are available in a variety of styles for easy assembly and layout design for compressed air, vacuum, industrial/inert gas, process water, or chemical transfer system. Fittings are available with either FKM or EPDM for robust chemical compatibility. The “full bore” design of Transair fittings pair with the low coefficient of friction in the stainless steel pipe ensures optimal flow throughout the system. All components are 100% recyclable, silicone free, and manufactured from materials with no propagation of flame. Parker Hannifin warrants all Transair components to be free of defects in material and workmanship for 10 years from the date of installation. Transair 3/4" (22mm) and 1” (28mm) fittings use push-to-connect technology. To install, mark the insertion depth on the pipe and insert the pipe into the fitting until the edge of the connector meets the marked line on the pipe. Transair 1-1/2” (42mm) and 2” (60mm) fittings use clamp ring technology. To install, place the clamp ring over the lugs at the end of the pipe and slide the fitting nut in place. Next, hand tighten the nut onto the body. Lastly, use a pair of spanner wrenches to tighten the fitting one-half (1/2) turn. All 1-1/2” and 2” stainless steel pipe comes from the factory pre-lugged, but if field cutting is required, the lugs need to be made using a Transair lugging tool and die. Transair 3” (76mm) and 4” (101mm) fittings use clamshell technology. To install, place the remove cartridge over the end of the pipe until it meets the lugs. Next, place the clamshell union over the cartridge and tighten the fitting using a cross bolt pattern. All 3” and 4” stainless steel pipe comes from the factory pre-lugged, but if field cutting is required, the lugs need to be made using a Transair lugging tool and die. For full installation instructions, download our stainless steel catalog. Markets: Automotive Assembly Food and Beverage Packaging Industrial Plants Aerospace Features/Benefits: Quick connection technology Modular and reusable Corrosion resistant Optimum flow rate 100% Recyclable Faster installation Lower installation costs Immediate Pressurization 10-year warranty Applications: Compressed Air Vacuum Industrial/Inert Gases (i.e. Argon, Nitrogen, Carbon Dioxide) Process Water Chemical Transfer Maximum Working Pressure: 145psi (10bar) when the system is operated from +14 to +140F (-20 to +60C) 100psi (7bar) when the system is operated from +14 to +194F (-20 to +90C) Maximum Operating Temperature: +194F (+90C) when the system is operated with FKM seals and at 100psi (7bar) or lower
- USD
3" (76mm) Transair Male to 3" Male NPT Threaded Adapter for Stainless Pipe
RR21 L1N24*
Transair Fittings for Stainless Steel Pipe are quick and easy to install. All fittings are designed to securely fit around Transair stainless steel pipe, increasing system efficiency and preventing leaks. Transair fittings for stainless steel pipe are available in a variety of styles for easy assembly and layout design for compressed air, vacuum, industrial/inert gas, process water, or chemical transfer system. Fittings are available with either FKM or EPDM for robust chemical compatibility. The “full bore” design of Transair fittings pair with the low coefficient of friction in the stainless steel pipe ensures optimal flow throughout the system. All components are 100% recyclable, silicone free, and manufactured from materials with no propagation of flame. Parker Hannifin warrants all Transair components to be free of defects in material and workmanship for 10 years from the date of installation. Transair 3/4" (22mm) and 1” (28mm) fittings use push-to-connect technology. To install, mark the insertion depth on the pipe and insert the pipe into the fitting until the edge of the connector meets the marked line on the pipe. Transair 1-1/2” (42mm) and 2” (60mm) fittings use clamp ring technology. To install, place the clamp ring over the lugs at the end of the pipe and slide the fitting nut in place. Next, hand tighten the nut onto the body. Lastly, use a pair of spanner wrenches to tighten the fitting one-half (1/2) turn. All 1-1/2” and 2” stainless steel pipe comes from the factory pre-lugged, but if field cutting is required, the lugs need to be made using a Transair lugging tool and die. Transair 3” (76mm) and 4” (101mm) fittings use clamshell technology. To install, place the remove cartridge over the end of the pipe until it meets the lugs. Next, place the clamshell union over the cartridge and tighten the fitting using a cross bolt pattern. All 3” and 4” stainless steel pipe comes from the factory pre-lugged, but if field cutting is required, the lugs need to be made using a Transair lugging tool and die. For full installation instructions, download our stainless steel catalog. Markets: Automotive Assembly Food and Beverage Packaging Industrial Plants Aerospace Features/Benefits: Quick connection technology Modular and reusable Corrosion resistant Optimum flow rate 100% Recyclable Faster installation Lower installation costs Immediate Pressurization 10-year warranty Applications: Compressed Air Vacuum Industrial/Inert Gases (i.e. Argon, Nitrogen, Carbon Dioxide) Process Water Chemical Transfer Maximum Working Pressure: 145psi (10bar) when the system is operated from +14 to +140F (-20 to +60C) 100psi (7bar) when the system is operated from +14 to +194F (-20 to +90C) Maximum Operating Temperature: +194F (+90C) when the system is operated with FKM seals and at 100psi (7bar) or lower
- USD
3" (76mm) Saddle Reducing Bracket w/ 1" (25mm) Drop Outlet
RR63 L1N08
Transair Drops brackets make installing drops lines in an existing compressed air or industrial/inert gas system quick and easy. To install a drop bracket, you only need a drill, Transair drill bit (dependent on the bracket being installed), and a Transair drilling jig to precisely drill the hole. Transair offers multiple styles of brackets to fit the space requirements of the existing system. For scenarios where the compressed air system cannot be shut down for modifications, Parker Transair offers the pressurized system (Hot Tap) bracket that can be installed under pressure. When installing the drop brackets, Parker suggests drilling the hole at the top of the pipe to prevent moisture and debris from entering the drop line. Drilling the hole on the top can be avoided with the use of the quick assembly bracket. Due to the placement of the seal, the quick assembly bracket can be installed in the side of the pipe and still prevent moisture and debris from entering the drop line. The pressurized system bracket requires a hot tap drill (pn: EA98 06 00) to install the bracket into a pressurized compressed air line. The “full bore” design of Transair drop brackets, paired with the low coefficient of friction in the aluminum pipe ensures optimal flow throughout the compressed air system. All drop brackets are 100% recyclable, silicone free, and made from materials with no propagation of flame. All drop brackets conform to the UL94HB standard. Parker Hannifin warrants all Transair components to be free of defects in material and workmanship for 10 years from the date of installation. For full installation instructions, download our installation manual, or watch our installation videos. Markets: Automotive Assembly Food and Beverage Packaging Industrial Plants Aerospace Features / Benefits: Quick connection technology Modular and reusable Corrosion resistant Full-bore design Optimum flow rate 100% recyclable Faster installation Lower installation costs Immediate pressurization Lightweight 10-year Warranty Applications: Compressed Air Industrial/Inert Gases (i.e. Argon, Nitrogen, Carbon Dioxide) Maximum Working Pressure: 1/2” to 4”: 232psi (15,9bar) when the system is operated between -4 to +113 F (-20 to +46.1 C) 6”: 188psi (12,9 bar) when the system is operated between -4 to +140 F (-20 to + 60 C) Maximum Working Temperature (1/2” to 4”): 185°F when system is operated at 101psi or lower 158°F when the system is operated at 145psi or lower 140°F when the system is operated at 188psi or lower 115°F when the system is operated at 232psi or lower
- USD
8" (220mm) Saddle Reducing Bracket w/ 2" Female Threaded NPT Drop Outlet
RR63 V12N16-SF
Transair Drops brackets make installing drops lines in an existing compressed air or industrial/inert gas system quick and easy. To install a drop bracket, you only need a drill, Transair drill bit (dependent on the bracket being installed), and a Transair drilling jig to precisely drill the hole. Transair offers multiple styles of brackets to fit the space requirements of the existing system. For scenarios where the compressed air system cannot be shut down for modifications, Parker Transair offers the pressurized system (Hot Tap) bracket that can be installed under pressure. When installing the drop brackets, Parker suggests drilling the hole at the top of the pipe to prevent moisture and debris from entering the drop line. Drilling the hole on the top can be avoided with the use of the quick assembly bracket. Due to the placement of the seal, the quick assembly bracket can be installed in the side of the pipe and still prevent moisture and debris from entering the drop line. The pressurized system bracket requires a hot tap drill (pn: EA98 06 00) to install the bracket into a pressurized compressed air line. The “full bore” design of Transair drop brackets, paired with the low coefficient of friction in the aluminum pipe ensures optimal flow throughout the compressed air system. All drop brackets are 100% recyclable, silicone free, and made from materials with no propagation of flame. All drop brackets conform to the UL94HB standard. Parker Hannifin warrants all Transair components to be free of defects in material and workmanship for 10 years from the date of installation. For full installation instructions, download our installation manual, or watch our installation videos. Markets: Automotive Assembly Food and Beverage Packaging Industrial Plants Aerospace Features / Benefits: Quick connection technology Modular and reusable Corrosion resistant Full-bore design Optimum flow rate 100% recyclable Faster installation Lower installation costs Immediate pressurization Lightweight 10-year Warranty Applications: Compressed Air Industrial/Inert Gases (i.e. Argon, Nitrogen, Carbon Dioxide) Maximum Working Pressure: 1/2” to 4”: 232psi (15,9bar) when the system is operated between -4 to +113 F (-20 to +46.1 C) 6”: 188psi (12,9 bar) when the system is operated between -4 to +140 F (-20 to + 60 C) Maximum Working Temperature (1/2” to 4”): 185°F when system is operated at 101psi or lower 158°F when the system is operated at 145psi or lower 140°F when the system is operated at 188psi or lower 115°F when the system is operated at 232psi or lower
- USD
8" (220mm) Saddle Reducing Bracket w/ 2-1/2" Female Threaded NPT Drop Outlet
RR63 V12N20
Transair Drops brackets make installing drops lines in an existing compressed air or industrial/inert gas system quick and easy. To install a drop bracket, you only need a drill, Transair drill bit (dependent on the bracket being installed), and a Transair drilling jig to precisely drill the hole. Transair offers multiple styles of brackets to fit the space requirements of the existing system. For scenarios where the compressed air system cannot be shut down for modifications, Parker Transair offers the pressurized system (Hot Tap) bracket that can be installed under pressure. When installing the drop brackets, Parker suggests drilling the hole at the top of the pipe to prevent moisture and debris from entering the drop line. Drilling the hole on the top can be avoided with the use of the quick assembly bracket. Due to the placement of the seal, the quick assembly bracket can be installed in the side of the pipe and still prevent moisture and debris from entering the drop line. The pressurized system bracket requires a hot tap drill (pn: EA98 06 00) to install the bracket into a pressurized compressed air line. The “full bore” design of Transair drop brackets, paired with the low coefficient of friction in the aluminum pipe ensures optimal flow throughout the compressed air system. All drop brackets are 100% recyclable, silicone free, and made from materials with no propagation of flame. All drop brackets conform to the UL94HB standard. Parker Hannifin warrants all Transair components to be free of defects in material and workmanship for 10 years from the date of installation. For full installation instructions, download our installation manual, or watch our installation videos. Markets: Automotive Assembly Food and Beverage Packaging Industrial Plants Aerospace Features / Benefits: Quick connection technology Modular and reusable Corrosion resistant Full-bore design Optimum flow rate 100% recyclable Faster installation Lower installation costs Immediate pressurization Lightweight 10-year Warranty Applications: Compressed Air Industrial/Inert Gases (i.e. Argon, Nitrogen, Carbon Dioxide) Maximum Working Pressure: 1/2” to 4”: 232psi (15,9bar) when the system is operated between -4 to +113 F (-20 to +46.1 C) 6”: 188psi (12,9 bar) when the system is operated between -4 to +140 F (-20 to + 60 C) Maximum Working Temperature (1/2” to 4”): 185°F when system is operated at 101psi or lower 158°F when the system is operated at 145psi or lower 140°F when the system is operated at 188psi or lower 115°F when the system is operated at 232psi or lower
- USD
3" (76mm) Saddle Reducing Bracket w/ 1" Female Threaded NPT Drop Outlet (EPDM Seal)
RR89 L1N08 01
Transair Drop Brackets for stainless steel pipe make adding drop line to an existing stainless steel piping systems quick and easy. To install a drop bracket, you only need a drill and a Transair drill bit (dependent on the bracket being installed). For stainless steel pipe, drop brackets are only available in the saddle reducing bracket style. Connections from the drop bracket to the drop line need to be made with the applicable threaded adapter. For maximum chemical compatibility, these brackets are offered in either EPDM or FKM seals. The “full bore” design of Transair drop brackets paired with the low coefficient of friction in the stainless steel pipe ensures optimal flow throughout the system. All components are 100% recyclable, silicone free, and manufactured from materials with no propagation of flame. Parker Hannifin warrants all Transair components to be free of defects in material and workmanship for 10 years from the date of installation. When installing the drop brackets, Parker suggests drilling the hole at the top of the pipe to prevent moisture and debris from entering the drop line. For full installation instructions, download our stainless steel catalog. Markets: Automotive Assembly Food and Beverage Packaging Industrial Plants Aerospace Features/Benefits: Quick connection technology Modular and reusable Corrosion resistant Optimum flow rate 100% Recyclable Faster installation Lower installation costs Immediate Pressurization 10-year warranty Applications: Compressed Air Industrial/Inert Gases (i.e. Argon, Nitrogen, Carbon Dioxide) Process Water Chemical Transfer Maximum Working Pressure: 145psi (10bar) when the system is operated from +14 to 140F (-20 to +60 C) 100psi (7bar) when the system is operated from +14 to 194F (-20 to +90 C) Maximum Operating Temperature: 194F (+90 C) when the system is operated with FKM seals and at 100psi (7bar) or lower
- USD
3" (76mm) Saddle Reducing Bracket w/ 1" Female Threaded NPT Drop Outlet (FKM Seal)
RR89 L1N08 02
Transair Drop Brackets for stainless steel pipe make adding drop line to an existing stainless steel piping systems quick and easy. To install a drop bracket, you only need a drill and a Transair drill bit (dependent on the bracket being installed). For stainless steel pipe, drop brackets are only available in the saddle reducing bracket style. Connections from the drop bracket to the drop line need to be made with the applicable threaded adapter. For maximum chemical compatibility, these brackets are offered in either EPDM or FKM seals. The “full bore” design of Transair drop brackets paired with the low coefficient of friction in the stainless steel pipe ensures optimal flow throughout the system. All components are 100% recyclable, silicone free, and manufactured from materials with no propagation of flame. Parker Hannifin warrants all Transair components to be free of defects in material and workmanship for 10 years from the date of installation. When installing the drop brackets, Parker suggests drilling the hole at the top of the pipe to prevent moisture and debris from entering the drop line. For full installation instructions, download our stainless steel catalog. Markets: Automotive Assembly Food and Beverage Packaging Industrial Plants Aerospace Features/Benefits: Quick connection technology Modular and reusable Corrosion resistant Optimum flow rate 100% Recyclable Faster installation Lower installation costs Immediate Pressurization 10-year warranty Applications: Compressed Air Industrial/Inert Gases (i.e. Argon, Nitrogen, Carbon Dioxide) Process Water Chemical Transfer Maximum Working Pressure: 145psi (10bar) when the system is operated from +14 to 140F (-20 to +60 C) 100psi (7bar) when the system is operated from +14 to 194F (-20 to +90 C) Maximum Operating Temperature: 194F (+90 C) when the system is operated with FKM seals and at 100psi (7bar) or lower
- USD
4" (101mm) Saddle Reducing Bracket w/ 1" Female Threaded NPT Drop Outlet (EPDM Seal)
RR89 L3N08 01
Transair Drop Brackets for stainless steel pipe make adding drop line to an existing stainless steel piping systems quick and easy. To install a drop bracket, you only need a drill and a Transair drill bit (dependent on the bracket being installed). For stainless steel pipe, drop brackets are only available in the saddle reducing bracket style. Connections from the drop bracket to the drop line need to be made with the applicable threaded adapter. For maximum chemical compatibility, these brackets are offered in either EPDM or FKM seals. The “full bore” design of Transair drop brackets paired with the low coefficient of friction in the stainless steel pipe ensures optimal flow throughout the system. All components are 100% recyclable, silicone free, and manufactured from materials with no propagation of flame. Parker Hannifin warrants all Transair components to be free of defects in material and workmanship for 10 years from the date of installation. When installing the drop brackets, Parker suggests drilling the hole at the top of the pipe to prevent moisture and debris from entering the drop line. For full installation instructions, download our stainless steel catalog. Markets: Automotive Assembly Food and Beverage Packaging Industrial Plants Aerospace Features/Benefits: Quick connection technology Modular and reusable Corrosion resistant Optimum flow rate 100% Recyclable Faster installation Lower installation costs Immediate Pressurization 10-year warranty Applications: Compressed Air Industrial/Inert Gases (i.e. Argon, Nitrogen, Carbon Dioxide) Process Water Chemical Transfer Maximum Working Pressure: 145psi (10bar) when the system is operated from +14 to 140F (-20 to +60 C) 100psi (7bar) when the system is operated from +14 to 194F (-20 to +90 C) Maximum Operating Temperature: 194F (+90 C) when the system is operated with FKM seals and at 100psi (7bar) or lower
- USD
4" (101mm) Saddle Reducing Bracket w/ 1" Female Threaded NPT Drop Outlet (FKM Seal)
RR89 L3N08 02
Transair Drop Brackets for stainless steel pipe make adding drop line to an existing stainless steel piping systems quick and easy. To install a drop bracket, you only need a drill and a Transair drill bit (dependent on the bracket being installed). For stainless steel pipe, drop brackets are only available in the saddle reducing bracket style. Connections from the drop bracket to the drop line need to be made with the applicable threaded adapter. For maximum chemical compatibility, these brackets are offered in either EPDM or FKM seals. The “full bore” design of Transair drop brackets paired with the low coefficient of friction in the stainless steel pipe ensures optimal flow throughout the system. All components are 100% recyclable, silicone free, and manufactured from materials with no propagation of flame. Parker Hannifin warrants all Transair components to be free of defects in material and workmanship for 10 years from the date of installation. When installing the drop brackets, Parker suggests drilling the hole at the top of the pipe to prevent moisture and debris from entering the drop line. For full installation instructions, download our stainless steel catalog. Markets: Automotive Assembly Food and Beverage Packaging Industrial Plants Aerospace Features/Benefits: Quick connection technology Modular and reusable Corrosion resistant Optimum flow rate 100% Recyclable Faster installation Lower installation costs Immediate Pressurization 10-year warranty Applications: Compressed Air Industrial/Inert Gases (i.e. Argon, Nitrogen, Carbon Dioxide) Process Water Chemical Transfer Maximum Working Pressure: 145psi (10bar) when the system is operated from +14 to 140F (-20 to +60 C) 100psi (7bar) when the system is operated from +14 to 194F (-20 to +90 C) Maximum Operating Temperature: 194F (+90 C) when the system is operated with FKM seals and at 100psi (7bar) or lower
- USD