The UQK-01 \\ \\ 02 \\ \\ 03 Tianmin floating ball liquid level controller is an instrument that uses buoyancy to generate mechanical displacement to drive the magnetic coupling mechanism and trigger micro switches for liquid level control; The instrument is composed of components such as float, connecting rod, permanent magnet, magnetic pair, and switch assembly. It is independently formed into product forms of UQK-01, UQK-02, and UQK-03 models according to the needs of its working mode.
UQK-01Tianmin floating ball liquid level controllerIt is an instrument that uses buoyancy to generate mechanical displacement to drive the magnetic coupling mechanism and trigger micro switches for liquid level control; The instrument is composed of components such as float, connecting rod, permanent magnet, magnetic pair, and switch assembly. It is independently formed into product forms of UQK-01, UQK-02, and UQK-03 models according to the needs of its working mode. When the instrument is working, its float is in the liquid medium inside the tank, and through buoyancy, it drives the connecting rod and its permanent magnet to swing up and down with the change of liquid level, thereby exciting the magnetic field and driving the switch component to move, distinguishing different liquid level states.
UQK-01Tianmin floating ball liquid level controllerIt is an instrument that uses buoyancy to generate mechanical displacement to drive the magnetic coupling mechanism and trigger micro switches for liquid level control; The instrument is composed of components such as float, connecting rod, permanent magnet, magnetic pair, and switch assembly. It is independently formed into product forms of UQK-01, UQK-02, and UQK-03 models according to the needs of its working mode. When the instrument is working, its float is in the liquid medium inside the tank, and through buoyancy, it drives the connecting rod and its permanent magnet to swing up and down with the change of liquid level, thereby exciting the magnetic field and driving the switch component to move, distinguishing different liquid level states.When the instrument is working, its float is in the liquid medium inside the tank, and through buoyancy, it drives the connecting rod and its permanent magnet to swing up and down with the change of liquid level, thereby exciting the magnetic field and driving the switch component to move, distinguishing different liquid level states. When the instrument is working, its float is in the liquid medium inside the tank, and through buoyancy, it drives the connecting rod and its permanent magnet to swing up and down with the change of liquid level, thereby exciting the magnetic field and driving the switch component to move, distinguishing different liquid level states.