Shield Wire Piezo Ultrasonic Flowmeter Sensor For Detection

ultrasonic flowmeter sensor, ultrasonic transducer water meter

Applications of ultrasonic transducer:

These are mainly used in measuring applications, such as detection, B-medical, beauty equipment, acoustic transducer, micro driven, ultrasonic heat meter, water meter, welder, cleaner, ultrasonic flowmeter, etc.

Introduction of ultrasonic transducer:

These ultrasonic transducers can send the electrical signals to the object, and once the signal strikes the object then it reverts to the transducer. Its sound waves are reflected back to the transducer by boundaries between tissues in the path of the beam, that's the boundary between objects. When these echoes hit the transducer, they generate electrical signals that are sent to the ultrasound scanner.The ultrasonic piezo sensor is one type of sound-related sensor. The frequency range of ultrasonic waves is above a certain kHz.

What is it made of: ultrasonic sensor:

The ultrasonic transducer of high frequency, which is made up of an active element, a backing, and wearplate. Its active element is a piezoelectric or single crystal material which converts electrical energy to ultrasonic energy. It will also then receives back ultrasonic energy and converts it to electrical energy.

Product data sheet

Parameters

Different options:

We're a national key high-tech enterprise serving in fields of new energy management system and equipment, main services include: HVAC central air-conditioning and cold storage, solar distributed energy & regional energy, flow & energy management.

We have integrative certification of mechanical & electrical installation and building intelligentized design & construction, production license of measurement production, and is able to contract projects of building mechanical and electrical installation, building intellectualizing, distributed energy, combined cold & heat & power supply and new energy application.

RUNPAQ initiates a low-carbon building energy route with the concept of "low-carbon energy, future of architecture":

1. Developing energy-saving technologies to improve the electricity efficiency and reduce the energy needs;

2. Developing new energies to reduce the dependence of building on mineral energy.