Place of Origin:
China (Mainland)
Brand Name:
Kacise
Model Number:
KUA
Fuel Level Piezoelectric ultrasonic transducer probe sonicator ndt
1. Product Description
The ultrasonic transducer is a device that converts the signal of a different kind of energy into a device that requires an ultrasonic or signal or energy. Or, conversely, the ultrasonic signal or energy converted into another form of signal or energy device, widely used in industry, agriculture, transportation, life, medical and military affairs.
The ultrasonic transducer of our company is mainly divided into gas and liquid ultrasonic transducer with a wide range of measurements, applying to weak acid and base, strong acid and strong base, explosion and other environment.
2. Products of digital and analog piezoelectric ultrasonic transducer
0.5m range ultrasonic transducer
| Parameter | GX-A300-005 | Unit | |
| Capacitance (±20% @1KHz) | 350 | PF | |
| Sensitivity | Driving voltage | 750 | Vpp |
| Distance | 0.3 | m | |
| Echo amplitude | 5 | mV | |
| Peak voltage | <1000 | VPP | |
| Working temperature | -40~80 | °C | |
| Pressure | ≤3 | 0.3 | Kg|MPa | |
| Angle | Half-power angle @-3dB | 7°±2 | ° |
| Sharpness angle | 16°±4 | ° | |
| Material | POM | ||
| Application | Sensor, Range finder, Flow meter | ||
| Protection Grade | IP68 | ||
| Dimensions | 10 | mm | |
| Weight | 5±5%(20cm) | g | |
| Frequency | 300±20 | KHz | |
| Range | 0.1~0.5 | m | |
| Min impedance | 1500±20% | Ω | |
| Connection description |
Integrated interface: Red -> "+", Yellow -> "-", Black -> shielded wire. Default without temperature sensor. |
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8m range ultrasonic transducer
| Parameter | GX-A49-080S | Unit |
| Capacitance | 4100 | PF |
| Driving voltage | 750 | Vpp |
| Distance | 0.6 | m |
| Echo amplitude | 380 | mV |
| Peak voltage | <1500 | VPP |
| Working temp. | -40~80 | °C |
| Pressure | ≤3 | 0.3 | Kg|MPa |
| Half-power angle @-3dB | 5°±2 | ° |
| Sharpness angle | 13°±4 | ° |
| Material | PTFE | |
| Application | Monitoring, Collision avoidance, Security | |
| Protection Grade | IP68 | KHz |
| Dimensions | Lifting:M38×1.5, Bottom mounted:M78×2 | mm |
| Weight | 1170±5%(10m) | g |
| Frequency | 49±1.5 | |
| Range | 0.4~8 | m |
| Min impedance | 200±20% | Ω |
| Connection description | Split: 4-line: Red -> " +", Yellow -> "-", Blue or Black -> Temperature sensor wire(MF58). 3-line: Red -> transducer "+", Blue-> Temp. sensor "+", Black-> shared "-" |
|
| Parameter | GX-A16-500S | Unit |
| Capacitance | 12700 | PF |
| Driving voltage | 520 | Vpp |
| Distance | 0.6 | m |
| Echo amplitude | 1200 | mV |
| Peak voltage | <1500 | VPP |
| Working temp. | -40~80 | °C |
| Pressure | ≤3 | 0.3 | Kg|MPa |
| Half-power angle @-3dB | 12°±2 | ° |
| Sharpness angle | 28°±4 | ° |
| Material | POM | |
| Application | Liquid level gauge | |
| Protection Grade | IP68 | |
| Dimensions | Lifting:M32×1.5, Bottom mounted:M108×2 | mm |
| Weight | 2400±5%(10m) | g |
| Frequency | 16±1.5 | KHz |
| Range | 1.8~50 | m |
| Min impedance | 790±20% | Ω |
| Connection description |
Split: KUT-A16-500SS 4-line: Red -> "+", Yellow -> "-", Blue or Black -> Temperature sensor wire(MF58). 3-line: Red -> transducer "+", Blue-> Temp. sensor "+", Black-> shared "-". Integrated: KUT-A16-500SI 3PIN,2.54mm Terminal: Red-> "+", White-> "-", Black-> shielded wire. 3PIN,2.0mm Terminal: Red or Black -> Temperature sensor wire(MF58) |
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| Parameter | GX-A33-150 | Unit | |
| Capacitance | 3700 | PF | |
| Radiation range | 10 | M | |
| Peak voltage | <600 | VPP | |
| Working temp. | -40~80 | °C | |
| Pressure | ≤3 | 0.3 | Kg|MPa | |
| Horizontal | No direction | ||
| Vertical | Half-power angle @-3dB | 12°±2 | ° |
| Sharpness angle | 28°±4 | ° | |
| Material | POM | ||
| Application | Liquid level gauge, Distance measuring | ||
| Protection Grade | IP68 | ||
| Dimensions | Lifting:M32×1.5, Bottom:M108×2 | mm | |
| Weight | 2400±5%(10m) | g | |
| Frequency | 33 | KHz | |
| Range | 0.1~15 | m | |
| Min impedance | 600±20% | Ω | |
| Connection description |
Integrated interface: Red -> "+", Yellow -> "-", Black -> shielded wire. Default without temperature sensor. |
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3. Feature
4. Application Field
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