Wireless Submersible Water Level Sensor, IoT-NB/4G/LoRaWAN

SKU: SUCH-LS-1007101
$393.12
● Measurement range of 0-3m/5m/10m ● Measurement accuracy ±0.5%FS or ±1%FS ● Communication methods NB-IoT/4G/LoRa ● Remote cloud real-time and historical data monitoring ● IP68 protection level submersible probe ● Suitable for measuring water, diesel oil, and similar liquids
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🕒 Delivery date: 6-12 days
🔁 30-day Returns
Overview

SUCH wireless submersible water level sensor offers 0-3m/5m/10m measurement range with high accuracy of up to ±0.5% FS and built-in automatic temperature compensation to ensure stable data. This liquid level sensor supports NB-IoT, 4G, and LoRa communication, enabling remote cloud access to real-time and historical level data without on-site monitoring. With an IP65 industrial housing and an IP68 stainless steel probe, it is suitable for long-term immersion and reliable use in water conservancy, water supply, and environmental protection applications.

Feature

  • Low power consumption and fast response: The IoT submersible level sensor features a sleep current of ≤25μA and optimized power consumption during sampling and communication, ensuring efficient long-term monitoring.
  • High accuracy and stable performance: The wireless level sensor provides ±0.5%FS/±1%FS accuracy and integrates automatic temperature compensation for reliable measurements.
  • Flexible communication and power supply: The wireless water level sensor supports multiple wireless communication options and is powered by an 8000mAh battery (1-3 years lifespan) or a 9-30V DC external supply.
  • Rugged industrial-grade design: The water level sensor is built with an IP65-rated enclosure and an IP68 probe, allowing long-term immersion in water and diesel.
  • Remote monitoring capability: The liquid level sensor enables remote monitoring with real-time level data and historical record access.

Dimension (Unit: mm)

Wireless IoT water level sensor dimension

Specs
Measurement Range 0-3/5/10m
Accuracy ±0.5%FS, ±1%FS
Long-term Stability ±0.2%FS
Destructive Pressure 300%FS
Overload Pressure 200%FS
Operating Temperature -20~+60℃
Medium Temperature -10~+60℃
Weight 1kg
Housing Material Die-cast aluminum, ABS, stainless steel
Measured Medium Non-corrosive liquids compatible with 304 stainless steel
Power Supply Battery-powered: Standard 8000mAh battery, service life 1-3 years (depends on data upload frequency)
External power supply: 9-30V DC
Protection Class Industrial IP65/IP68 (Probe part)
Transmission Mode NB-IoT/4G/LoRaWAN
Protocol CoAP/MQTT/LoRaWAN
NB-IoT Power Consumption Sleep current: ≤25μA
Sampling current: ≤5mA (duration 400ms)
Average communication current: ≤50mA (duration 5s)
Online current: ≤15mA (duration 90s)
4G Power Consumption Sleep current: ≤25μA
Sampling current: ≤5mA (duration 400ms)
Average communication current: ≤50mA (duration 5s)
Online current: ≤15mA (duration 90s)
LoRaWAN LoRaWATM Specification 1.0.2
Application
Wireless IoT water level sensor for constant pressure water supply

Constant Pressure Water Supply

Wireless IoT water level sensor for sewage treatment

Sewage Treatment

Wireless IoT water level sensor for water conservancy and hydropower

Water Conservancy and Hydropower

FAQ

The wireless IoT water level sensor typically uses the submersible hydrostatic pressure measurement principle, calculating the liquid level height by detecting the pressure generated by the liquid height. The collected data is uploaded to a cloud platform via an integrated communication module using NB-IoT, 4G, or LoRa networks for remote monitoring.

The wireless IoT water level sensor supports multiple wireless communication methods, including NB-IoT, 4G, and LoRa, allowing for flexible selection based on on-site network conditions. It is suitable for liquid level monitoring needs in urban, municipal, and remote areas.

No on-site monitoring is required. The sensor uploads data to the cloud platform in real time, allowing users to remotely view real-time water levels, historical data, and alarm information via computer or mobile phone, enabling unattended monitoring.

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