Stainless Steel Electronic Ball Valve 1/4"
DYNAQUIP CONTROLS| Zoro #: G2062627| Mfr #: E2S21AJE23
Zoro #: G2062627Mfr. Part #: E2S21AJE23
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|Zoro #: G2062627 Mfr #: E2S21AJE23|
|Port: Full||Ball Valve Product Group: Actuated|
|Valve Structure: 2-Piece||Item: Electronic Actuated Ball Valve|
|Voltage: 120VAC||Mount: Direct|
|Standards: NEMA 4, NEMA 4X, ISO5211, ASTM A351-CF8M, ASTM A276-316||Pipe Size: 1/4"|
|Max. Operating Pressure Differential: 500 psi||Body Style: 2-Way|
|Body Material: 316 Stainless Steel||Max. Steam Pressure: 150 PSI WSP|
|Ball Material: CF8M Stainless Steel||Stem Type: Blowout Proof|
|Temp. Range: -4 Degrees to 392 Degrees F||Ambient Temp. Range: -40 Degrees to 150 Degrees F|
|Connection Type: FNPT x FNPT||Valve Basic Body Material: Stainless Steel|
|Max. Pressure: 1000 psi CWP||Body Seal Material: PTFE/Viton|
|Stem Material: 316 Stainless Steel||Seat Material: PTFE|
|Country of Origin (subject to change): United States|
This electronic actuated ball valve from DynaQuip Controls can handle a variety of systems while protecting against leaks. This top-of-the-line electronic actuated ball valve is equipped with a 2-piece valve structure. It also has a 2-way body style and a FNPT x FNPT connection. The temperature range is from -4 degrees to 392 degrees F. The electronic actuated ball valve has a maximum pressure of 1000 psi CWP. It has a voltage of 120VAC. The body is made of 316 stainless steel material. It includes a full port. The seat is made of PTFE material. The ball is made of CF8M Stainless Steel. It has a blowout proof stem made of 316 Stainless Steel. It fits a pipe size of 1/4". Standards include: NEMA 4, NEMA 4X, ISO5211, ASTM A351-CF8M, ASTM A276-316.
Restrictions and Compliance
- This product has been manufactured to be compliant with the “Safe Drinking Water Act” requirements for low lead in potable (human consumption - drinking and cooking) and non-potable water applications (non-human consumption).
- This is a restricted item in CA, LA, MD, VT. It cannot be used for potable water applications.