Efficiency with the 4G Cellular Battery-Powered Submersible Water Level Sensor
- tass peters
- 1 day ago
- 3 min read
Water level monitoring plays a crucial role in managing resources across agriculture, industry, and environmental sectors. Accurate, real-time data helps prevent overflow, detect leaks, and optimise water use. The 4G Cellular Battery-Powered Submersible Water Level Sensor (0–10m) offers a reliable and efficient solution for monitoring water levels in tanks, bores, dams, reservoirs, and irrigation channels. This post explores how this sensor enhances water management by providing precise measurements and seamless connectivity without the need for additional gateways.
How the Sensor Works
This sensor uses a hydrostatic pressure probe to measure water depth. The probe detects pressure exerted by the water column, converting it into accurate depth readings from 0 to 10 meters. The device includes a 0–100 kPa immersion probe, ideal for medium-depth water storage tanks and bore levels.
Equipped with a 4G LTE cellular modem, the sensor transmits real-time data directly to your IoT platform. This eliminates the need for LoRaWAN gateways or other network infrastructure, simplifying installation and reducing costs. The sensor’s long-life internal battery supports extended deployments in remote or harsh outdoor environments without frequent maintenance.
Key Features That Improve Water Management
Real-time Monitoring
The 4G connection ensures continuous data flow, allowing immediate response to changing water levels. This helps prevent overflow or dry running of pumps.
Bluetooth Configuration
Setup and calibration can be done wirelessly on-site using Bluetooth, saving time and avoiding complex wiring.
Datalogging and Alarm Thresholds
The sensor stores historical data locally and supports customizable alarms. Users receive notifications when water levels cross critical limits.
Over-the-Air Firmware Updates
Firmware can be updated remotely, ensuring the device stays current with the latest features and security patches.
Multi-Protocol Support
Compatibility with MQTT, MQTTs, TCP, UDP, and CoAP allows integration with ProSight Cloud or any third-party SCADA, telemetry, or IoT system.
Practical Applications and Benefits
Agriculture and Irrigation
Farmers can monitor water levels in irrigation channels and reservoirs to optimise water use. Real-time data helps schedule irrigation efficiently, reducing water waste and improving crop yields. For example, a farm using this sensor avoided overwatering by receiving alerts when reservoir levels dropped below a set threshold.
Industrial Process Control
In industrial settings, maintaining precise liquid levels in tanks is critical for safety and process efficiency. The sensor’s rugged design withstands harsh environments, providing reliable data that supports automated control systems. A manufacturing plant reported fewer shutdowns after installing these sensors to monitor chemical storage tanks.
Environmental Monitoring
Dams and natural water bodies require constant level monitoring to manage flood risks and maintain ecological balance. The sensor’s waterproof construction and accurate pressure probe make it suitable for remote locations where power and network access are limited.
Installation and Support
The sensor is stocked locally in Australia and supported by ProSense, ensuring fast delivery and technical onboarding. This local support helps users get the most out of their investment with expert advice and troubleshooting.
Installation is straightforward. The sensor is lowered into the water body, and Bluetooth is used to configure settings such as alarm thresholds and data transmission intervals. Once set up, the device operates autonomously, sending data over the 4G network.
Why Choose This Sensor Over Alternatives?
Many water level sensors rely on LoRaWAN gateways or wired connections, which can complicate deployment and increase costs. This 4G cellular sensor removes those barriers by connecting directly to cellular networks. Its battery-powered design means no external power source is needed, making it ideal for remote or off-grid locations.
The combination of accurate measurement, rugged design, and flexible connectivity makes this sensor a practical choice for a wide range of applications.
Final Thoughts
Efficient water management depends on timely and accurate data. The 4G Cellular Battery-Powered Submersible Water Level Sensor delivers both with ease. Its direct cellular connection, long battery life, and robust construction allow users to monitor water levels in real time without complex infrastructure.
