740FH1M2J1-40 — Cross-Reference

Our equivalent: Aquatrol 3G-OTH-433800

7 compatible products found for Aquatrol 3G-OTH-433800. All items ship worldwide via DHL.

Also known as:740FH1M2J1-40AQUATROL

Cross-reference match for “740FH1M2J1-40”

“740FH1M2J1-40” reads like a competitor / OEM part number. The 3G-catalog equivalent is below. Not an exact fit? Our global supplier network covers thousands of brands — add it to an RFQ and we’ll quote it.

AQUATROL

AQUATROL ASME Section VIII Steam Pressure Relief Valve 740FH1M2J1-40

SKU: 3G-OTH-433800

Available by RFQQuote + Service

740FH1M2J1-40 — Cross-Reference

Cross-reference match for “740FH1M2J1-40”

AQUATROL ASME Section VIII Steam Pressure Relief Valve 740FH1M2J1-40

More from Aquatrol

Aquatrol ASME Section VIII steam pressure relief valve with 2 in MNPT x 2 in FNPT connections, bronze body, and maximum operating pressure of 364 psi. Automatically releases overpressure in steam, air, or liquid service to protect industrial boiler and pressure vessel systems.

Aquatrol Brass safety relief valve with 1/2 in MNPT inlet and 1/2 in vented outlet. Rated for maximum operating pressure of 214 psi. ASME Section VIII certified for steam, air, and liquid overpressure protection in boilers, pressure vessels, and piping systems.

Aquatrol ASME Section VIII steam pressure relief valve with 1/4 in MNPT inlet and 1/4 in vented outlet. Constructed in brass with a maximum operating pressure of 214 psi. Used to protect pressure vessels and boilers from overpressure by automatically venting excess steam or gas.

Aquatrol This bronze safety relief valve is designed for overpressure protection on steam systems, boilers, and pressure vessels meeting ASME Section VIII standards. It features 1/2 in MNPT x 3/4 in FNPT connections and a maximum operating pressure of 364 psi.

Aquatrol ASME Section VIII steam pressure relief valve with 1/2 in MNPT inlet and 1/2 in vented outlet. Constructed in brass with a maximum operating pressure of 214 psi. Used to protect boilers, pressure vessels, and piping systems from overpressure in steam, air, or liquid service.