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A float switch is more than a sensor; it is the first line of defense against overflow, dry-run and costly downtime.
Built around a buoyant polypropylene or 304 stainless-steel float that rises and falls with the liquid, the unit houses a hermetically sealed reed or micro-switch actuated by an internal magnet.
As the float reaches a user-adjustable set-point, the circuitry turns from OFF to ON—no external power, no calibration, no drift.
A float switch is more than a sensor; it is the first line of defense against overflow, dry-run and costly downtime.
Built around a buoyant polypropylene or 304 stainless-steel float that rises and falls with the liquid, the unit houses a hermetically sealed reed or micro-switch actuated by an internal magnet.
As the float reaches a user-adjustable set-point, the circuitry turns from OFF to ON—no external power, no calibration, no drift.