2" FNPT Carbon Steel Ball Valve Inline
APOLLO| Zoro #: G0251815| Mfr #: 83B14801
Zoro #: G0251815Mfr. Part #: 83B14801
|Zoro #: G0251815 Mfr #: 83B14801|
|Body Seal Material: PTFE||Handle Type: Locking Lever|
|Item: Ball Valve||Body Material: Carbon Steel|
|Standards: ASME B16.34, ANSI Class 600||Compliance: ISO 9001|
|Ball Material: 316 stainless steel||Max. Pressure: 1480 psi CWP|
|Body Style: Inline||Valve Basic Body Material: Carbon Steel|
|Stem Type: Blowout Proof||Stem Material: 316 Stainless Steel|
|Features: Enclosed Fasteners||Temp. Range: -20 Degrees to 500 Degrees F|
|Seat Material: TFM(TM)||Port: Full|
|Ball Valve Product Group: Manual||Handle Material: 300 Stainless Steel|
|Valve Structure: 3-Piece||Max. Steam Pressure: 250 psi WSP|
|Pipe Size: 2"||Connection Type: FNPT x FNPT|
|Country of Origin (subject to change): United States|
Prevent leaks and promote control with this ball valve from Apollo. This top-of-the-line ball valve is equipped with a 3-piece valve structure. It also has an inline body style and a FNPT x FNPT connection. The handle type is: locking lever. It fits a pipe size of 2". It has a blowout proof stem made of 316 Stainless Steel. Features of this ball valve include: enclosed fasteners. The seat is made of TFM(TM) material. The handle is made of 300 stainless steel material. The ball is made of 316 Stainless Steel. It is ISO 9001. The ball valve has a maximum pressure of 1480 psi CWP. The body is made of carbon steel material. It includes a full port. The temperature range is from -20 degrees to 500 degrees F. Standards include: ASME B16.34, ANSI Class 600.
Restrictions and Compliance
- This product is not intended for potable water applications (human consumption – drinking and cooking) and has not been designed to be compliant with the “Safe Drinking Water Act” requirements for low lead in potable water applications. This item is for use, only, in non-potable (non-human consumption) water applications.
- This is a restricted item. It cannot be used in the USA for potable water applications.