M8000-NO — Cross-Reference

Our equivalent: Madison 3G-OTH-130128

7 compatible products found for Madison 3G-OTH-130128. All items ship worldwide via DHL.

Also known as:M8000-NOMADISON

Cross-reference match for “M8000-NO”

“M8000-NO” 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.

MADISON

MADISON M8000-NO Mechanically Alternating Side-Mounted Float Switch, SPST, Polypropylene

SKU: 3G-OTH-130128

Available by RFQQuote + Service

M8000-NO — Cross-Reference

Cross-reference match for “M8000-NO”

MADISON M8000-NO Mechanically Alternating Side-Mounted Float Switch, SPST, Polypropylene

More from Madison

Madison Side-mounted float switch with mechanically alternating SPST action, opens on rise. Constructed with stainless steel and terminated with lead wires. Suitable for liquid level control in tanks or vessels, including high-level alarm or pump-down applications.

Madison Side-mounted float switch with mechanically alternating operation and selectable SPST configuration. Stainless steel construction with lead wire termination and specific gravity rating of 0.55. Suitable for liquid level sensing in tanks or vessels.

Madison Polypropylene side-mounted float switch with SPST open-on-rise switching action. Vertically mounted with lead wire termination. Used for liquid level control in tanks or vessels, suitable for high-level alarm or pump shut-off applications.

Madison Side-mounted float switch with mechanically alternating action for liquid level control in tanks and vessels. Features a Kynar body, SPST selectable output, and lead wire termination. Suitable for corrosive or demanding fluid environments.

Madison Side-mounted float switch with polypropylene construction, selectable SPST output, and lead wire termination. Designed for vertical mounting with a specific gravity rating of 0.96. Suitable for liquid level control in industrial tanks and vessels, including corrosive environments.