John Guest® PSEI012024 Male Connector, Adapter, 1/2 in Nominal, CTS x MNPT End Style, Polysulfone, Domestic
The Speedfit secure range of fittings ensures a secure connection when adapting Speedfit Pipe or copper to threaded applications. To install, always use PTFE tape when preparing thread (refer to tape manufacturers recommendations), working up the full thread length. The fitting can be tightened using a spanner on the hexagon area at the middle of the component. Do not over-tighten the fitting. To lock pipe in place, push the pipe into the fitting and turn the nut clockwise. Should the need arise to release the pipe, turn the locking nut anti-clockwise, push the collet towards the fitting and pull the pipe to release.
-
BrandJohn Guest®
-
UPC665628036109
-
Manufacturer Part NumberPSEI012024
-
CountryUSA
-
Temperature Rating200 deg F
-
MaterialPolysulfone
-
Fitting/Connector TypeAdapter
-
Pressure Rating160 psi
-
ColorWhite
-
Nominal Size1/2 in
-
Domestic/ImportDomestic
-
End StyleCTS x MNPT
- Speedfit fittings can be used with: PEX, Copper and CPVC Pipes conforming to ASTM Standards
- Speedfit fittings cannot be used on stainless steel pipe
- Fittings are manufactured from high quality engineered plastic with EPDM O-Rings
- Speedfit push-in system is suitable for hot and cold water plumbing applications
- Working pressures and temperatures: 160 psi at 73 deg F, 100 psi at 180 deg F, 80 psi at 200 deg F
- Lead free
| Competitor Name | Competitor Part Number |
|---|---|
| Ferguson | JPSEI012024 |
-
UNSPSC40183110
-
Package Description80/BX
-
Standards/ApprovalscUPC Listed|ESR No 1931|NSF 61
-
Catalog
Recently Viewed
John Guest® PSEI012024 Male Connector, Adapter, 1/2 in Nominal, CTS x MNPT End Style, Polysulfone, Domestic
The Speedfit secure range of fittings ensures a secure connection when adapting Speedfit Pipe or copper to threaded applications. To install, always use PTFE tape when preparing thread (refer to tape manufacturers recommendations), working up the full thread length. The fitting can be tightened using a spanner on the hexagon area at the middle of the component. Do not over-tighten the fitting. To lock pipe in place, push the pipe into the fitting and turn the nut clockwise. Should the need arise to release the pipe, turn the locking nut anti-clockwise, push the collet towards the fitting and pull the pipe to release.
John Guest® PSEI012826 Male Connector, Adapter, 3/4 in Nominal, CTS x MNPT End Style, Polysulfone, Domestic
The Speedfit secure range of fittings ensures a secure connection when adapting Speedfit Pipe or copper to threaded applications. To install, always use PTFE tape when preparing thread (refer to tape manufacturers recommendations), working up the full thread length. The fitting can be tightened using a spanner on the hexagon area at the middle of the component. Do not over-tighten the fitting. To lock pipe in place, push the pipe into the fitting and turn the nut clockwise. Should the need arise to release the pipe, turn the locking nut anti-clockwise, push the collet towards the fitting and pull the pipe to release.
John Guest® Speedfit® PSEI4620 End Cap, 1/2 in, CTS, Polysulfone, Domestic
Push-fit fitting for the connection of plastic, copper, and CPVC pipe. Designed, manufactured and assembled by John Guest Speedfit. A must for any tool bag. The unique feature of the Speedfit Concept, the ability to disconnect the fitting at will, means that the End Cap provides a leak proof seal and can be removed at any stage in order to allow work to restart or allow an extension to the system. This makes the fitting the perfect tool for when water needs to be turned back on, overnight for instance, or if a job suffers an interruption. End Caps are also useful when pressure testing a system before appliances are connected. Simply push the fitting fully on to the pipe. Should the need arise to demount the connection push the collet towards the body of the fitting and pull the pipe to release.
John Guest® Speedfit® PSEI4628 End Cap, 3/4 in, CTS, Polysulfone, Domestic
Push-fit fitting for the connection of plastic, copper, and CPVC pipe. Designed, manufactured and assembled by John Guest Speedfit. A must for any tool bag. The unique feature of the Speedfit Concept, the ability to disconnect the fitting at will, means that the End Cap provides a leak proof seal and can be removed at any stage in order to allow work to restart or allow an extension to the system. This makes the fitting the perfect tool for when water needs to be turned back on, overnight for instance, or if a job suffers an interruption. End Caps are also useful when pressure testing a system before appliances are connected. Simply push the fitting fully on to the pipe. Should the need arise to demount the connection push the collet towards the body of the fitting and pull the pipe to release.
John Guest® Speedfit® Twist & Lock® PEI0320 90 deg Tube Union Elbow, 1/2 in, CTS, Plastic, Domestic
Push-fit plastic fitting for the connection of plastic, copper, and CPVC pipe. Designed, manufactured and assembled by John Guest Speedfit. Simply push the fitting fully onto the pipe and twist the plastic nut clockwise to lock in place. Should the need arise to demount the connection unlock the nut and push the collet towards the body of the fitting and pull the pipe to release. The fitting ensures an easier working environment in confined places, is approved for behind the wall installations, and removes the need for hot works on site. Installation can be reduced by around 40 percent when compared to traditional fixing methods.
John Guest® Speedfit® Twist & Lock® PEI0328 90 deg Tube Union Elbow, 3/4 in, CTS, Plastic, Domestic
Push-fit plastic fitting for the connection of plastic, copper, and CPVC pipe. Designed, manufactured and assembled by John Guest Speedfit. Simply push the fitting fully onto the pipe and twist the plastic nut clockwise to lock in place. Should the need arise to demount the connection unlock the nut and push the collet towards the body of the fitting and pull the pipe to release. The fitting ensures an easier working environment in confined places, is approved for behind the wall installations, and removes the need for hot works on site. Installation can be reduced by around 40 percent when compared to traditional fixing methods.
