CCHN wireless water level sensor is specially designed for liquid level monitoring scenarios. It has a measurement range of 0-10 meters, paired with high precision of ±0.5% FS/±1% FS and automatic temperature compensation function, effectively avoiding data drift. Smart level sensor supports flexible communication via NB-IoT/4G/LoRa, allowing remote cloud viewing of real-time/historical data without the need for on-site duty. Water level sensor adopts an industrial-grade protection design: The shell has IP65 dust and moisture resistance, the probe has IP68 protection and can be immersed in water for a long time, and the stainless steel probe is also corrosion-resistant and anti-clogging. It is compatible with various media such as water and diesel oil, balancing stability and convenience, and is suitable for multiple fields including water conservancy, water supply, and environmental protection.
Specification
| Model |
CCHN-BRW100-7101 |
| 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 |
Features
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Low power consumption and high efficiency response: Sleep current is ≤25μA, and the current during the sampling and communication phases is controlled within the low-power range, balancing the long-term operation of the device with fast data response to ensure monitoring efficiency.
High-precision and stable measurement: The accuracy reaches ±0.5% FS/±1% FS. Equipped with an automatic temperature compensation function.
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Flexible communication and long-lasting battery life: Wireless level sensor supports multiple wireless communication modes, adapting to transmission needs in different scenarios; it comes with an 8000mAh battery (with a battery life of 1-3 years, reducing the frequency of replacement) and 9-30V DC power supply, making installation more flexible.
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Industrial-grade durable protection: IP65 housing with the probe has an IP68 protection rating, can be directly immersed in water for a long time, is suitable for various compatible media such as water and diesel oil.
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Convenient remote management: Supports remote monitoring, enabling real-time viewing of liquid level data and historical records.
Dimension (Unit: mm)


Application

4 Advantage of IoT Water Level Sensor
Choosing a reliable IoT liquid level sensor can help you accurately monitor liquid level changes and reduce operational and maintenance troubles, whether it's for small-scale industrial monitoring needs or large-scale scenarios such as water conservancy and water supply. Here are the four core advantages of CCHN liquid level sensor:
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Wide range of applicable media: It can stably monitor liquids with good fluidity such as water, diesel oil, and gasoline, and is suitable for multiple scenarios including industrial and civil applications.
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Anti-clogging design: 45° inclined surface+3mm anti-clogging hole reduces wear and tear on the equipment caused by medium impurities and extends the service life.
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Detachable probe: Impurities can be cleaned after long-term use, reducing the impact on measurement accuracy.
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Optional corrosion-resistant cables: Suitable for strongly corrosive media, with a protection level of IP68, featuring excellent waterproof and dustproof performance.
Regardless of the liquid level monitoring scenario, the practical design of this IoT liquid level sensoor can balance accuracy and durability — it can not only improve monitoring efficiency but also reduce later maintenance costs, making you more worry-free.