Safe and reliable float level switch
Product Introduction
The Safe and reliable float level switch is an outstanding solution
for liquid level control. With a simple yet sturdy design, it
ensures high - performance operation.
It's extremely safe, built with top - quality materials that can
withstand harsh environments, reducing the risk of malfunctions.
Its reliability is second to none. Compared to ordinary switches,
it has a longer service life and can offer consistent performance
over time.
This switch is easy to install and operate. It can be widely used
in various industries such as water treatment, chemical, and food
processing. Whether for monitoring water levels in tanks or
controlling liquid flow, it provides an accurate and dependable way
to manage liquid levels.
Technical Parameters
Working Life: 1 million times
Working Pressure: 1.0～3.0 MPa
Working Temperature: SUS: -20～200℃ PP: -10～80℃
Medium Specific Gravity: >0.55
Product Material: SUS304/SUS316/PP/PE/PTFE
Contact Capacity: 10W, 30W, 50W
Switch Current: 0.5A
Switch Voltage: 220VAC/24VDC
Insulation Resistance: > 100MΩ
Product Diagram
| Connecting Rod Float | Sample Diagram of Connecting Rod Float |
 |  |
Installation and Operating Instructions
The installation position should be kept away from the water inlet,
otherwise the switch may malfunction due to the water inlet.
If the switch is installed on the concrete pool wall, an L-shaped
angle steel bracket can be added.
If the switch is installed in the stirring area, a wave-proof tube
or wave-proof baffle can be installed.
Select a flange connection pipe with an inner diameter larger than
the diameter of the floating ball.
The specific gravity of the liquid being measured must be greater
than that of the floating ball.
Plastic materials are suitable for acidic and alkaline liquids,
while metal materials are suitable for high-temperature liquids
such as fuel oil.
The action point of the floating ball has been adjusted at the
factory according to the customer's ordering requirements. Please
do not adjust the position of the floating ball at will.
The connected load capacity must not exceed the output point
capacity.
