SONOTEC Ultrasonic Frequency Detector Sensor

SONOTEC Ultrasonic Frequency Detector SensorSonoscout/Sonoscouter 7259

SONOTEC Ultrasonic Frequency Detector SensorSonoscout/Sonoscouter 7259

1、 Product positioning and core applications

• modelSonoscout 7259 (also known as Sonoscout 7259)

• core functionality：Actual operating frequency of non-contact detection ultrasonic equipmentVerify frequency consistency and stability

• core scenario：

• Ultrasonic cleaning machineDetect the actual frequency of the cleaning tank and calibrate the frequency drift

• Ultrasonic welding machineCalibrate welding head frequency to ensure welding strength

• Ultrasonic polishing/atomization equipmentTesting tool/oscillator frequency matching degree

• Vibration screening/ultrasonic dispersion equipmentMonitoring the frequency stability of vibration sources

• advantageReplacing traditional oscilloscopes/spectrometers,No wiring required, no shutdown required, 1-second reading

2、 Core specification parameters

1. Performance testing

• Detection frequency range：20kHz–100kHz(Covering mainstream industrial ultrasound equipment)

• response speed：≤ 1 second(Real time capture and display of frequency values)

• measurement accuracy：±0.1kHz(High resolution)

• Detection method：non-contact(Air coupling, no coupling agent required)

• sensitivityHigh sensitivity ultrasonic sensor that can penetrate thin metal/plastic shells for detection

2. Physics and Electrical

• size：55×105×21.5mm(Ultra compact)

• weight：78g(including battery, only the size of a mobile phone)

• power supply：Built in rechargeable lithium battery, battery life8 hours+Support simultaneous charging and usage

• display：OLED high-definition display screenVisible under strong light, displaying frequency value, signal strength, and battery level

• shell：Industrial grade scratch resistant and wear-resistant materialRust and corrosion prevention, suitable for oil and dust environments

3. Operation and Interface

• operation：One TouchTest immediately upon startup, no need for complex settings

• data：real-time displayNo storage/export (focusing on quick inspection)

• protection：IP54(Dustproof and splash proof)

• Operating Temperature：-10℃～+50℃

3、 Core product features

1. Rapid detection, efficiency revolution

• 1 second outputTest immediately upon startup, no preheating or wiring required,Test and leave immediately

• non-contactAir coupling detection,Not touching the workpiece, not affecting production

• high penetrationThe internal oscillator frequency can be detected through the device casing,No need to disassemble the machine

2. Portable, one handed operation

• 78g ultra lightOne handed grip, can be placed in a pocket/tool kit,Detect anytime, anywhere

• One-handed operation: Single key power on/off/measurement,Liberate the other hand

• industrial durability: Fall proof, oil proof, dust proof,Adapt to harsh workshop environments

3. Accurate, reliable, stable and durable

• high precision：±0.1kHzResolution, precise capture of frequency drift

• Broadband coverage：20–100kHzAdapt to the vast majority of industrial ultrasound equipment

• Long battery life：8-hour continuous workMeet the needs of all day inspection

4、 Typical Applications and Effects

5、 Usage (Minimalist)

1. power onSingle key power on, enter detection mode

2. align: Insert the sensor probeapproach(1-5cm) Ultrasonic equipment casing/vibration source

3. reading：Within 1 secondDisplay precise frequency values (such as 40.0kHz)

4. judgmentIf the deviation is too large compared to the nominal frequency of the device, calibration/maintenance is required

5. shut downSingle key shutdown, automatically saves battery life

6、 Summary of Advantages

• Fast and efficient：1 second outputImproving inspection efficiency90%+

• portable：78gOne handed operation,Detect anytime, anywhere

• non-contact：No disassembly, no shutdown, no contactNon destructive testing

• Accurate and reliable：±0.1kHzAccuracy,20–100kHzBroadband coverage

• industrial durability：IP54Protection, adapted to oil pollution, dust, high and low temperature environments