MADISON M7000 Liquid Level Switch 1/8 Inch Npt Selectable Buna Nitrile

Madison M7000 liquid level switch ensures operational efficiency by triggering alarms or controlling pumps based on liquid levels. It is used in tanks, vessels and pipelines where precise liquid level control is crucial.

Working Mechanism:

• A liquid level switch relies on a buoyant float mechanism for operation. Comprising materials like Buna N, the float is connected to the switch housing via a stem.
• The switch responds to changes in liquid levels within a tank through buoyancy forces, triggering a switch (often a reed switch) on reaching a predetermined level.
• This switch alters electrical connectivity, allowing for applications like activating alarms or controlling pumps.
• Overall, this mechanism provides a straightforward and effective solution for monitoring and controlling liquid levels in tanks, preventing issues such as overflows and equipment damage.

Features:

• Madison M7000 liquid level switch features a selectable switch function, allowing for versatile application adaptability.
• It comes with a vertical open tank mounting design, optimising liquid level monitoring in various industrial contexts.
• This liquid level switch is equipped with a Buna N float material, enhancing durability and reliability in liquid environments.
• It features an SPST contact form, providing a reliable single-pole, single-throw electrical connection.
• This liquid level switch has an operating temperature of up to 221 degrees F, ensuring performance in diverse temperature conditions.
• It has a 22 AWG PTFE coated electrical connection, providing a robust and corrosion-resistant solution for electrical conductivity.

Frequently Asked Questions:

Q. How does the SPST contact form impact the switch's performance?

A. The SPST contact form provides a reliable single-pole, single-throw electrical connection, ensuring a consistent switch performance.

Q. How does the switch handle sudden liquid level fluctuations?

A. The switch is designed to respond to sudden fluctuations, triggering timely alarms or control actions to prevent issues.

Q. What are the troubleshooting steps of this liquid level switch?

A. Troubleshooting steps may include checking electrical connections, inspecting the float and stem and ensuring proper installation.