MNSLL-H102
Manorshi
| Availability: | |
|---|---|
Product Description
The MANORSHI MNSLL-H102 is a radar level sensor designed for liquid level and solid material height measurement.
Using radar wave level measurement technology, the sensor provides a measuring range of 0.05 to 120 meters with a specified accuracy of 2 mm. It outputs a standard 4-20mA signal for integration with compatible industrial monitoring and control systems.
With an operating temperature range from -40°C to +130°C and both flange and threaded mounting options, the MNSLL-H102 is suitable for level measurement applications requiring long measuring distance and high-temperature adaptability.
Radar wave level measurement technology
Long measuring range for liquid and solid level applications
High measurement accuracy
Standard 4-20mA industrial output
Wide operating temperature range
Parameter | Specification |
|---|---|
Product Model | MNSLL-H102 |
Brand | MANORSHI |
Product Type | Radar Liquid Level Sensor |
Measurement Principle | Radar Wave Level Measurement |
Measuring Range | 0.05–120 m |
Accuracy | 2 mm |
Output Signal | 4-20mA |
Power Supply | 12–24VDC |
Operating Temperature | -40°C to +130°C |
Measurement Application | Liquid Level / Solid Material Height |
Mounting Type | Flange or Threaded |
Liquid tank level measurement
Industrial storage tank level monitoring
Solid material height measurement
High-temperature level measurement
Process vessel level monitoring
Industrial level monitoring systems
The MNSLL-H102 is a radar level sensor designed for liquid level and solid material height measurement.
The specified measuring range is 0.05–120 m.
The specified accuracy is 2 mm.
The MNSLL-H102 provides a standard 4-20mA analog output.
The specified power supply range is 12–24VDC.
The specified operating temperature is -40°C to +130°C.
The product supports flange or threaded mounting.
Yes. The product page lists both solid height and liquid level as measurement applications.
No. The current product page does not provide a radar operating frequency.
No. IP protection rating and material specifications are not provided on the current page.