Tianmin floating ball liquid level controller

Tianmin floating ball liquid level controllerThe UQK-65 Tianmin magnetic 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; Composed of components such as float, connecting rod, permanent magnet, magnetic pair, switch assembly, etc. When working, the float floats in the liquid medium inside the tank or outer cylinder, and through buoyancy, it rises and falls with the change of liquid level, driving the connecting rod and its top permanent magnet to move up and down; The magnetic field generated by the permanent magnet excites the magnetic pair through the non-magnetic sleeve to drive the switch component, distinguishing different liquid level states.

Tianmin floating ball liquid level controllerThe UQK-65 Tianmin magnetic 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; Composed of components such as float, connecting rod, permanent magnet, magnetic pair, switch assembly, etc. When working, the float floats in the liquid medium inside the tank or outer cylinder, and through buoyancy, it rises and falls with the change of liquid level, driving the connecting rod and its top permanent magnet to move up and down; The magnetic field generated by the permanent magnet excites the magnetic pair through the non-magnetic sleeve to drive the switch component, distinguishing different liquid level states.

The UQK-65 Tianmin magnetic 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; Composed of components such as float, connecting rod, permanent magnet, magnetic pair, switch assembly, etc. When working, the float floats in the liquid medium inside the tank or outer cylinder, and through buoyancy, it rises and falls with the change of liquid level, driving the connecting rod and its top permanent magnet to move up and down;When working, the float floats in the liquid medium inside the tank or outer cylinder, and through buoyancy, it rises and falls with the change of liquid level, driving the connecting rod and its top permanent magnet to move up and down;The magnetic field generated by the permanent magnet excites the magnetic pair through the non-magnetic sleeve to drive the switch component, distinguishing different liquid level states.