Low cost intelligent immersion ultrasonic transducers

Feature

1. Non-Contact measurement.

2.Cost effective.

3. Easy to installation and set,you can calibrate the instrument completely according to our manual.

4. Easy to use spport Modbus protocol (both RTU and ASCII).

4.Eight types algorithm can be choose to adapt to a variety application field.

5.Accuracy can be 0.3% and against all kinds of interference waves.

6.This instrument is a non-contact instrument, so it has low breakdown rate. It provides a variety of installation methods.

Parameters of ultrasonic sensors level meter

Note:This series of ultrasonic level meter can also customize according to the customer demands: special specifications of transducer such as high voltage, high temperature resistant, minor-caliber, small blind area and so on.

Installation dimensions

Split type standard ultrasonic level meter:

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We supply high quality ultrasonic level meters, please let us know your requirements, we will try best to provide most suitable solution for you. Please feel free to send us an inquiry, we will reply you within 24 hours.

FAQ

1. How do ultrasonic level sensors work?

An ultrasonic sound pulse is pulsed periodically from the base of the transducer. The pulse travels through air, reflects against the process medium below and returns to the transducer. The sensor measures the pulse time of flight between sound generation and receipt, and translated this into distance or liquid level height within the vessel.

2. What are the advantages of ultrasonic level sensors?
Many application liquids have challenging characteristics that negatively impact contact type sensor performance, maintenance and/or replacement costs. Examples include corrosive, coating, scaling, viscous and dirty liquids. Ultrasonic sensors are non-contact, and therefore impervious to these characteristic.

3. What should I avoid with ultrasonic level sensors?

The application variables to avoid with ultrasonic are extreme foam, vapor, turbulence or installation in tall fittings with narrow risers. Foam, vapor and turbulence can absorb and/or deflect away a substantial portion of the return signal. Tall riser fittings can disrupt the acoustic signal path. Appropriate product selection and installation is important.

4. How do I select the best GXUM series intelligent ultrasonic sensors level meter range for optimum performance?

Select a range of GXUM series intelligent ultrasonic sensors level meter range that covers the tank height with at least 25% margin. In challenging applications with light foam, vapor and/or turbulence, select a sensor range that is double the tank height. The additional sensor will improve performance in such conditions.
5. What does the 4-20 mA signal represent?
The 4-20 mA represents the sensor's measurement distance. The 4 mA set point is normally placed near the bottom of the empty tank, or the greatest measurement distance from the sensor. The 20 mA set point is normally placed near the top of the full tank, or the shortest measurement distance from the sensor. The sensor will proportionately generate a 4 mA signal when the tank is empty and a 20 mA signal when the tank is full.