Viega
Viega 95235 Stainless 304 Press-fit 3/4 in MNPT 1/2 in Adapter
Stainless 304 press-fit adapter joins 3/4 in pipe to 1/2 in MNPT for non-potable water up to 200 psi and 250 °F
- Stainless 304 construction resists corrosion in non-potable systems
- Press-fit by 3/4 in MNPT adapter joins dissimilar pipe sizes fast
- FKM O-ring seals reliably up to 250 Degrees F operating temperature
- Rated for 200 psi maximum pressure in demanding applications
- 2 21/32 in overall length fits tight installation spaces
3/4 in Press-Fit to 1/2 in MNPT Adapter
The Viega 95235 is a straight adapter made from 304 stainless steel. It connects a 3/4 in press-fit pipe to a 1/2 in male NPT thread. FKM O-rings seal the press connection. The fitting handles non-potable water systems.
Suitable for non-potable water piping up to 200
Installers needing a direct press-to-thread transition in stainless systems will use this. It is not for potable water lines. Buyers who require a different thread size or a potable-rated fitting should look elsewhere.
No bundled accessories or software included
The product is a single metal fitting supplied ready for pressing. No additional seals, tools or lubricants are packaged with it. The FKM O-ring is factory-fitted inside the press end.
Highlights
- Stainless 304 construction resists corrosion in non-potable systems
- Press-fit by 3/4 in MNPT adapter joins dissimilar pipe sizes fast
- FKM O-ring seals reliably up to 250 Degrees F operating temperature
- Rated for 200 psi maximum pressure in demanding applications
- 2 21/32 in overall length fits tight installation spaces
Specifications
| Brand | Viega Megapress Stainless 304 |
|---|
Questions about this item
Do I need a Viega press tool with the correct jaw for the 3/4 in press-fit end?
Yes, the 3/4 in press-fit connection requires a compatible Viega press tool and jaw to form a secure joint.
Can the FKM O-ring handle the 250 Degrees F maximum temperature if I reuse existing hot-water lines?
The FKM O-ring is rated for the fitting's 250 Degrees F maximum operating temperature, so it will withstand typical hot-water service.
After pressing, how do I verify the 200 psi seal is holding?
Pressurize the system to its working pressure and inspect the adapter for leaks; a proper press joint will hold 200 psi without weeping.
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