40KHz Ultrasonic Transducer Downhole Drilling Transducer for Downhole Sensors

Product Description

40KHz Ultrasonic Transducer Downhole Drilling Transducer for Downhole Sensors


Technical parameters:

Items

Technical Parameters

Image

Name

40KHz ultrasonic transducer

 

 

Model

PHW-40-500A

Frequency

40KHz±10%

Minimum Parallel lmpedance

150Ω±20%

Capacitance

39000pF±20% @1KHz

Sensitivity

no-load Peak Voltage:500Vpp,Distance 0.7m,

Echo Amplitude :15V

Operating Voltage

Peak Voltage<1500Vpp

Operating Temperature

-40~+80℃

Pressure

≤10Kilos or 1MPa

Angle

(Beamwidth) Half-power Beam Width@-3dB:15.6°±10%,

Sharp Angle:37°±10%

Housing Material

304+PI

Usage

Downhole drilling transducer

Installation Dimension

Checking product structure diagram

Protection Level

IP68

Weight

7000g±5%(Length:20m)

wiring instructions

(third line) : red: transducer +, green: temperature sensor +, black: public -;

Admittance Curve

Product Structure Diagram

 

 


Block diagram of ultrasonic transducer :



Schematic Diagram of Temperature Sensor (model: MF58_502F3470):


Integrated type Cable instruction:   


1.Wiring instruction of transducer: interface (3pin, 2.54mm terminal)
Red: transducer +      
White: transducer -         
Black: shielding



2.Cable Instruction of Temperature Sensor: interface (3pin, 2.0mm terminal)

Red and black are temperature sensor wiring



Split type: standard 10m cable, with each additional 50m of cable, the signal attenuation is 6dB

Three-core wiring instructions:                
                        
    Red: Transducer +
     Blue: temperature sensor +
     Black: Public-


 Four-core wiring instructions:

Red: Transducer +                      
Yellow: Transducer-
Blue, black: temperature sensor



Downhole Sensors Application:


A downhole ultrasonic transducer to acquire a high-resolution borehole surface image in the harsh environmental operating conditions experienced while drilling. The ultrasonic transducer was designed and developed to be incorporated into a downhole drilling tool to acquire a pulse-echo signal from the borehole wall, known in the industry as imaging while drilling. The design of the transducer incorporated acoustic modeling to achieve the desired sensitivity and bandwidth using a composite piezoelectric element, two impedance matching layers, and a high impedance backing. Mechanical design techniques, including a manufacturing procedure that produces reliable bonds between layers, a ruggedized housing, and impact-resistant transducer packaging, were chosen to ensure the transducer's reliability in the downhole environment. 




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