DYP-L06 Gas tank (LPG) level measuring sensor
Don't need to drill a hole in the gas tank.
Easily measure the remaining level height or volume by sticking the sensor to the bottom of the gas tank.
Gas Tank (LPG) Level Measuring Sensor
Module : DYP-L06
L06-Liquefied gas liquid level is a sensor that uses high-frequency ultrasonic detection technology to measure the height of the liquid level of liquefied gas substances without contact. Users can connect to sensors through NB-IOT, HTTP, LORAWAN, etc. to upload data on the platform, and can remotely monitor the use of liquefied petroleum gas.
Here comes the detailed specifications of DYP-L06 :
Item | L062MTW | L062M4W | L062MUW | L062MCW | Unit | Remark |
Output interface | UART Controlled | RS485 | UART Auto | IIC | ||
Static current | ≤15 | ≤10000 | uA | |||
Average operating current | ≤20 | mA | ||||
Operating voltage | 3.3~5 | V | DC | |||
Blind zone | ≤30 | mm | ||||
Measurement range | 30~1000 | mm | ||||
Power-on workinghours | ≤650 | ms | ||||
Working period | >750 | ms | ||||
Resolution | 1 | mm | ||||
Normal temperature accuracy | ±(5+S*1%) | mm | ||||
Liquid level measurable angle | 3 | ° | ||||
Slope value output range | 0~180 | ° | ||||
Measurable container thickness | 1~5 | mm | ||||
Temperature compensation | Support | - | ||||
Remarks:
(1)Typical data obtained by 5V power supply and 1S duty cycle test;
(2)Normal temperature and humidity, 1 standard atmospheric pressure,and the measuring medium is propane liquefied gas(LPG); if other gases are to be tested,please specify when ordering;
(3)When the daily 15KG liquefied gas tank is full of gas, the reference angle when the level is tilted until the liquid level value cannot be measured;
(4)The measurement distance depends on the material and thickness of the tank container. If the special material or test thickness is greater than 5.0mm, it needs to be specified when ordering.
Rated Environmental Conditions
Item | Minimum value | Typical value | Max value | Unit |
Storage Temp | -25 | 25 | 70 | ℃ |
Static current | - | 65% | 90% | RH |
Average operating current | -10 | 25 | 60 | ℃ |
Operating voltage | - | 65% | 80% | RH |
Remarks:
a.When the ambient temperature is 0-39℃,the maximum humidity is 90%(no condensation);
b.When the ambient temperature is 40-50℃,the highest humidity is the highest humidity in nature at the current temperature(no condensation).
Rated Electrical Conditions
Parameter | Parameter item | Unit | Remark | ||
Minimum value | Typical value | Max value | |||
Operating Voltage | 3.3 | 5 | 5.5 | V | |
Peak current | - | - | 50 | mA | peak-to-peak |
Input ripple | - | - | 50 | mV | peak-to-peak |
Input noise | - | - | 100 | mV | peak-to-peak |
ESD | ±4K/±8K | V | |||
Remarks : The input and output leads conform to the IEC61000-4-2 standard;contact static electricity ±4KV,air static electricity ±8KV.
Product Features


Scope of Application


Model Selection
The output format of this series of ranging modules is divided into 2 formats. If there are special requirements that need to modify the response time, angle, communication agreement etc., you need to communicate with our FAE engineers during purchasing.
| S/N | L06 Series | Output Method |
| 1 | DYP-L062MTW-V1.0 | UART Control Output |
| 2 | DYP-L062MCW-V1.0 | IIC |
Installation Suggestions
1.The temperature range that can guarantee the detection accuracy of liquefied petroleum gas is 0-35 degrees Celsius;
2.The detection blind area and the detection limit height is also different;
3.Containers made of the same material at normal temperature have different detection blind areas and detection limit heights due to different container thicknesses;
4.When the detected liquid level exceeds the effective detection value of the sensor,and the liquid level of the liquid to be measured shakes or tilts greatly,the height value of the detected liquid is unstable;
5.Please pay attention to the structural tolerance when designing.Unreasonable structural design may cause temporary abnormality of the sensor function;
6.Please pay attention to the evaluation of electromagnetic compatibility when designing. Unreasonable system design may cause abnormal sensor function;
7.When it comes to the boundary application of product limit parameters,you can contact the FAE of our company to confirm the relevant precautions.