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Ultrasonic Piezo Transducers for Flow Sensing Applications

US0002-000
     This is used as one of the core transducer elements in ultrasonic flow meters. Ultrasonic flow measurement uses the transit time principal, or Time of Flight where opposite sending and receiving ultrasonic transducers are used to transmit signal through the flow. The signal travels faster when moving with the flow stream rather than against the flow stream. The difference between the two transit times is used to calculate the flow rate. The resonant frequency is 975KHz.
US0002-000 Product Specification_2-2018.pdf

US0004-000
     This is used as one of the core transducer elements in ultrasonic flow meters. Ultrasonic flow measurement uses the transit time principal, or Time of Flight where opposite sending and receiving ultrasonic transducers are used to transmit signal through the flow. The signal travels faster when moving with the flow stream rather than against the flow stream. The difference between the two transit times is used to calculate the flow rate. The resonant frequency is 975KHz.
US0004-000 Product Specification_3-2018.pdf

US0012-000
     This is used as one of the core transducer elements in ultrasonic flow meters. Ultrasonic flow measurement uses the transit time principal, or Time of Flight where opposite sending and receiving ultrasonic transducers are used to transmit signal through the flow. The signal travels faster when moving with the flow stream rather than against the flow stream. The difference between the two transit times is used to calculate the flow rate. The resonant frequency is 975KHz.
     Designed with a rugged metal case, this transducer can be mounted with direct contact to the liquid. The robust design allows for the transducer to be resistant to water pressure affecting performance while decreasing any distortion caused by environmental factors. Its block construction makes for easy mounting and to solder. The low power consumption allows for battery operated applications.
US0012-000 rev A2 Product Specification_4-2019.pdf

US0014-001 (Most Popular)
     This is used as one of the core transducer elements in ultrasonic flow meters. Ultrasonic flow measurement uses the transit time principal, or Time of Flight where opposite sending and receiving ultrasonic transducers are used to transmit signal through the flow. The signal travels faster when moving with the flow stream rather than against the flow stream. The difference between the two transit times is used to calculate the flow rate. The resonant frequency is 975KHz.
US0014-001 Product Specification_2-2018.pdf

US0017-001
     This is used as one of the core transducer elements in ultrasonic flow meters. Ultrasonic flow measurement uses the transit time principal, or Time of Flight where opposite sending and receiving ultrasonic transducers are used to transmit signal through the flow. The signal travels faster when moving with the flow stream rather than against the flow stream. The difference between the two transit times is used to calculate the flow rate. The resonant frequency is 975KHz.
    Designed with a rugged metal case, this transducer can be mounted with direct contact to the liquid. The robust design allows for the transducer to be resistant to water pressure affecting performance while decreasing any distortion caused by environmental factors. Its block construction makes for easy mounting and to solder. The low power consumption allows for battery operated applications
US0017-001 Product Specification_6-2019.pdf

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