MXT01C Integrated Electronic Water Level Sensor — Intelligent Water Level Monitoring Terminal

I. Product Overview

The MXT01C integrated electronic water level sensor is a contact‑type, all‑in‑one, low‑power wireless water level monitoring terminal, specifically designed for applications such as urban flooding, road waterlogging, underpass tunnels, river channels, and pipeline network level monitoring.

Features: Integrated sensor, data acquisition unit, communication module, and battery; no wiring required, no mains power needed, extremely rapid installation, and virtually maintenance-free over the long term.

II. Operating Principle

1. Metal electrode contacts are arranged at 1 cm intervals along the length of the ruler.

2. Leveraging water’s weak electrical conductivity: As the water level rises to a particular contact point, the internal circuitry scans and identifies that position.

3. Built-in 32-bit low-power processor, with 1 cm resolution across the entire measurement range, unaffected by water quality, sediment, oil contamination, or fluctuations in water flow.

4. Unlike pressure‑type sensors: no temperature drift, no zero‑point drift, no need for calibration, and resistant to clogging and blockage.

III. Physical and Structural Design

1. Body material: 304 stainless steel, resistant to corrosion, freezing, aging, and impact.

2. Appearance: Cylindrical shape, approximately 11 cm in diameter; standard height of 80 cm (customizable to 120 cm).

3. Top‑side integration: communication module (4G/NB‑IoT) + Bluetooth + antenna + battery compartment.

4. Protection Rating: IP68 (suitable for continuous immersion in water; dustproof and waterproof).

5. Installation method: base + 4 expansion bolts; can be mounted vertically, at an angle, or flush against the wall.

IV. Core Functions

1. Real-time water level monitoring: automatically collects, encodes, and reports water levels.

2. Threshold Alarm: Users can set high-water and ultra-low-water thresholds, with automatic alerts triggered when these limits are exceeded.

3. Data Re‑reporting: When the network is interrupted, data is cached and automatically re‑reported upon recovery; once the report is successfully submitted, the corresponding data flag is cleared.

4. Bluetooth APP Operations and Maintenance: On-site configuration of parameters, calibration, and log retrieval without opening the device; real-time monitoring of water level, signal strength, and battery voltage.

5. Remote Management: Supports remote firmware upgrades, remote parameter configuration, and remote reboot.

V. Installation and Construction

1. Site selection: Choose solid ground or walls, such as curbs, median strips, tunnel entrances, and riverbanks.

2. Mounting base: Drill four expansion bolt holes and secure the mounting base.

3. Insert the ruler body: Insert the ruler body vertically into the base and tighten the anti-loosening screw.

4. Power on and connect to the network: The device automatically powers up, searches for a network, and registers with the platform.

5. Debugging: Connect the phone to the app via Bluetooth, verify the parameters and data, and complete the setup.

Advantages: Does not damage the road surface, eliminates the need for trenching or cable‑laying, has no adverse impact on the urban landscape, and is easy to approve (requiring only a 11 cm‑diameter footprint).

VI. Typical Application Scenarios

1. Urban Flood Control: Real-time monitoring and early warning of water accumulation in underpasses, bridge underpasses, and low-lying road sections.

2. Water Resources and Hydrology: Collection of water levels in river channels, reservoirs, and irrigation districts; unattended monitoring at hydrological stations.

3. Municipal Drainage: drainage pipeline networks and manhole water-level monitoring, supporting urban flooding early warning and dispatch.

4. Smart Parks/Transportation: Monitoring of water accumulation in underground parking garages and low-lying intersections, with integrated activation of drainage systems.

Overall, the MXT01C electronic water level gauge combines multiple core advantages—precise measurement, rugged durability, easy installation, hassle-free operation and maintenance, and long‑term battery life—while addressing the common pain points of traditional water level monitoring devices, such as clogging, wiring requirements, difficult maintenance, and unstable data. The device’s front…

It requires minimal upfront installation investment and boasts extremely low ongoing operational costs; its monitoring data is stable and reliable, with timely early‑warning responses. It comprehensively meets the critical needs of smart water‑level monitoring for urban flood prevention and waterlogging control, water resources management, municipal drainage scheduling, and more, offering exceptional practicality and adaptability—making it Various types

Core ancillary monitoring equipment for hydrological and water‑related intelligent monitoring projects, offering high cost‑effectiveness and exceptional reliability.