All Stainless Steel High Temperature 130°C 1MHZ Water Meter Flow Sensor
The ultrasonic flow sensor serves as the core component of ultrasonic flow meters. Utilizing the transit time principle, this technology employs opposite sending and receiving ultrasonic flow sensors to transmit signals through the flow medium. Signals travel faster when moving with the flow stream compared to against it, and this time difference enables precise flow rate calculation.
Sealing Method: The sealing ring is positioned at the bottom of the transducer launching surface for optimal performance.
TM-BX17-1MHZ Technical Specifications
| Parameter |
Specification |
| Part Number |
TM-BX17-1MHZ |
| Resonant Frequency |
975±30KHZ |
| Static Capacitance |
700pf±20% |
| Resonant Impedance |
<150Ω |
| Waterproof Rating |
IP68 |
| Operating Temperature |
5～130℃ |
| Withstand Voltage |
<2.6Mpa |
| Transmitting Beam Angle |
5°-10° |
| Receive Sensitivity |
≥200mv (half-wave) |
| Shell Material |
All Stainless Steel |
| Emission Surface Diameter |
φ17mm |
| Installation Dimension |
Φ21mm |
| Sealing Method |
Epoxy Resin Potting |
| Lead Wire Location |
Sensor Center |
| Cable Type |
Coaxial Line |
TAIMI Ultrasonic Flow Sensor Advantages
With the rapid advancement of Internet of Things technology, demand for high-performance ultrasonic sensors in smart building applications continues to grow. TAIMI has developed this next-generation water meter flow sensor to enhance measurement performance from the perception layer. Compared to similar competitive products, our sensor offers superior electrical performance stability and enhanced pressure resistance.
- Conforms to international potable water standards
- High and low temperature resistance with high pressure tolerance
- Exceptional stability and reliability
- High sensitivity with fast peak value achievement
- Simplified signal processing for improved measurement accuracy
- All copper material construction with 130°C temperature resistance
This ultrasonic flow sensor serves as the core element for ultrasonic flow meters, functioning as a liquid-medium sensor suitable for liquid flow measurement and liquid level sensing applications.
Testing Methodology
Test Conditions
Testing should be conducted at temperatures of (25±3)°C with relative humidity between 40% and 70% R.H.
Test Methods
| Parameter |
Test Method |
| Center Frequency (Fr) |
Measurement of thickness vibration mode using Agilent5100E impedance analyzer |
| Resonant Impedance (R0) |
LCR meter, 1KHz/1V |
| Electrostatic Capacity (CP) |
LCR meter, 1KHz/1V |
Important Precautions
1. The sensor chip ceramic body primarily consists of lead zirconate titanate ceramics. Ensure compliance with local environmental regulations when disposing of components.
2. Performance parameters refer to isolated components. Consider all influencing factors when integrating into complete circuits.
3. Sensor conductor configuration: Red indicates positive electrode, black indicates negative electrode. For needle insertion: long pin represents positive pole, short pin represents negative pole.
4. For any questions regarding this specification, please contact us for consultation.
Frequently Asked Questions
Why choose us?
High accuracy, high efficiency, and high quality standards.
Are you a trading company or manufacturer?
We are the factory.
How long is your delivery time?
We maintain stock availability and provide prompt delivery upon order placement.
Do you provide samples? Is it free or extra?
Yes, we offer samples free of charge, though freight costs are the customer's responsibility.
What are your payment terms?
Payment terms can be negotiated through email communication.
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