Product Introduction
Ultrasonic transducers offer the ability to measure distance without physical contact, making them ideal for applications where direct contact is unsafe or impractical, such as medical imaging or industrial inspection. Their versatility allows them to operate effectively in both air and liquid, enabling uses like monitoring liquid levels in tanks or detecting leaks in pipelines.
Product Specifications
|
Classification |
Model |
Frequency (KHz) |
Resonant Impedance (Ω) |
Static Capacitance (PF) |
Insulation Resistance (MΩ) |
Power (W) |
|
Ultrasonic Cleaning Series |
Q120W-20K |
20±1 |
≤20 |
4800±10% |
≥100 |
120W |
|
Q100W-28K/40K |
28±/40±1 |
≤20 |
8000±10% |
≥100 |
100W |
|
|
Q80W-28K/40K |
28±/40±1 |
≤20 |
7000±10% |
≥100 |
80W |
|
|
Q60W-28K/40K |
28±/40±1 |
≤20 |
5000±10% |
≥100 |
60W |
|
|
Q60W-68K |
68±1 |
≤20 |
3800±10% |
≥100 |
60W |
|
|
Q60W-120K |
120±1 |
≤20 |
3800±10% |
≥100 |
60W |
|
|
Q50W-40K |
40±1 |
≤20 |
4000±10% |
≥100 |
50W |
|
|
Q40W-40K |
40±1 |
≤30 |
3000±10% |
≥100 |
40W |
|
|
Q30W-40K |
40±1 |
≤30 |
1800±10% |
≥100 |
30W |
|
|
Q15W-50K |
50±1 |
≤100 |
1100±10% |
≥100 |
15W |
|
|
Ultrasonic Medical and Beauty Series |
M50W-80D |
40±1 |
≤20 |
4000±10% |
≥100 |
50W |
|
M50W-60D M15W-63D |
35±1 1000±50 |
≤20 ≤20 |
4000±10% 3500±10% |
≥100 |
50W 15W |
|
|
M30W-40K |
40±1 |
≤20 |
2200±10% |
30W |
||
|
M15W-40D |
3000±100 |
≤20 |
5000±10% |
15W |
||
|
Ultrasonic Welding Series / Emulsifying Series |
H3000W-15K |
14.9±0.1 |
≤20 |
13500±10% |
≥5000 |
3000W |
|
H2000W-20K |
19.9±0.1 |
≤20 |
10000±10% |
≥5000 |
2000W |
|
|
H800W-28K |
27.8±0.2 |
≤20 |
1600±10% |
≥5000 |
800W |
|
|
H500W-35K |
34.8±0.2 |
≤20 |
3000±10% |
≥5000 |
500W |
|
|
R80W-20K |
20±1 |
≤20 |
4200±10% |
≥5000 |
80W |
FAQ
Q: What is the working principle of the ultrasonic distance measurement ?
A: It works on the principle of time-of-flight measurement. The basic idea is to transmit an ultrasonic pulse which travels through the air and reflects back from the object whose distance is to be measured. The time it takes for the pulse to travel from the transmitter to the object and back to the receiver is measured, and it is proportional to the distance from the transmitter to the object.
Q: Which type of sensor utilizes ultrasonic waves to measure distance or flow?
A: Ultrasonic sensors are a type of sensor that utilizes ultrasonic waves to measure distance or flow. These sensors are widely used in a variety of industries, including automotive, aerospace, industrial automation, and healthcare, where precise distance measurements or flow rates are critical.
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