Seawater Submersible Level Sensor, 4-20mA, 0-5m

The submersible level sensor supports 0 to 5mH2O ranges, multiple range, outputs, and power options. With -10 to 85°C working temperature, 150% safe overload, 0.02%FS/°C temperature drift, it suits underwater sonar, marine systems, and desalination applications. Get this high quality level sensor now for dependable water level measurement.

Specification

Features

1. Corrosion-Resistant Material: Designed for harsh marine environments, the submersible level sensor features Ti-6Al-4V titanium alloy liquid-contact parts for excellent resistance to seawater corrosion.
2. Multiple Optional Parameters: The water level sensor offers multiple measuring ranges, accuracies, output signals, and power supplies, making it easy to match different measurement and control systems.
3. Wide Measuring Range: This submersible level sensor offers selectable measuring ranges from 0 to 200mH2O, allowing you to choose the desired range within this span for both shallow water level and deep-water pressure measurement.
4. High Overload Capacity: Built to withstand changing underwater pressure, the submersible level sensor provides 150% safe overload and 200% ultimate overload for dependable measurement performance.
5. Stable Measurement: Low temperature drift of 0.02%FS/°C and long-term stability of 0.2%FS/year enable the water level sensor to maintain consistent measurement accuracy during extended operation.
6. Wide Application Range: From underwater robots and seawater desalination systems to ships, marine navigation systems, underwater sonar, and water level measurement, this Level Sensor adapts to a wide range of marine applications.

Dimension (unit: mm)

Details

Tips: How does liquid density affect submersible level sensor measurement?

A submersible level sensor measures liquid level based on hydrostatic pressure, which depends on liquid density, gravity, and liquid height (P = ρgh). For the same liquid depth, denser liquids produce higher pressure and may result in a higher measured level if density is not considered. Therefore, liquid density should be considered when selecting, configuring, and calibrating a submersible level sensor, especially for seawater, chemicals, and other liquids with varying densities.