Specification
The SUP-MP ultrasonic level transmitter has perfect functions, including monitoring, data transmission, and man-machine communication. It is featured with strong anti-interference performance; free setting of upper and lower limits, online output regulation, and on-site indication.
Ultrasonic level measurement is a non-intrusive and accurate method used to measure the level of liquids and solids in tanks, vessels, and pipes. This technique works by emitting high-frequency sound waves that travel through the medium being measured and reflect to the sensor. The time it takes for the sound waves to travel back and forth is used to determine the distance between the sensor and the surface of the medium. This information is then processed by a digital signal processor to provide an accurate reading of the level.
The Distance value can be calculated in this ultrasonic level transmitter formula: (Note that the division by 2 accounts for the round trip: out and back)

Ultrasonic level measurement is commonly used in applications where traditional level measurement technologies may not be suitable, such as corrosive or hazardous environments, or where the medium being measured is highly viscous or prone to foam.
| Product |
Ultrasonic level transmitter |
| Model |
SUP-MP |
| Measure range |
0~5M/ 0~10M/ 0~15M/ 0~20M/ 0~30M
|
| Blind zone |
0.35m |
| Accuracy |
±0.5% FS (optional ± 0.2% FS)
|
| Display |
2-inch black and white LCD with 128*64 resolution |
| Output (optional) |
4-20mA RL<500Ω |
| RS485 |
| 2 relays |
| Measuring variable |
Level/Distance |
| Power supply |
14~28VDC
85~305VAC,5W Max,50/60Hz (optional) |
| Power consumption |
<1.5W |
| Protection degree |
IP65(others optional) |
Extremely accurate measuring and reading ability
Available for data backup and recovery
Free adjustment of the range of the analog output
Custom serial port data format
Optional increment/difference distance measurement to measure air space or liquid level
1-15 transmitted pulse intensity based on working environments





