Bridge level gauge

The bridge water level gauge is also called the inductive bridge water level gauge . The bridge water level gauge uses the principle of weak conductivity of water, uses an advanced processor chip as the controller, and obtains water level data through measuring electrodes.

Bridge water level gauge equipment consists of: host machine, water gauge section, collector, power supply system, and pole

The working principle of the bridge water level gauge: Utilizing the weak conductivity principle of water, using an advanced processor chip as the controller, the water level data is obtained through the measuring electrode, and then transmitted after digital encoding, indexing, sampling and digital processing by the CPU, and then using Wired or wireless communication technology sends water level data to the monitoring center or software to play the role of real-time monitoring and early warning of water levels.

Power supply method: solar power, 30W, 20AH

Transmission method: 2G wireless transmission, optional 4G

Installation method: wall-mounted

Equipment accuracy is 1cm (full range and other accuracy)

Resolution: 1cm

Unit section specifications: 80cm

Measuring length: 80cm*5

Communication interface: standard RS485, optional 4G, 4-20ma, 0-5v, 0-10v

Parameter configuration: Configuration tool configures specific parameters

Working modes: altitude mode, water depth measurement mode, tilt measurement mode

Maximum power consumption: The maximum power consumption of the host is 1W, the maximum power consumption of the water ruler is 0.05W

Control checkpoint: RS485 has one relay output by default, which can be arbitrarily associated with alarm event output or used for upper and lower limit control of water level.

Installation hole size: 86.2mm

Mounting hole diameter: 10mm