Hebei Shanghong Meters Technology Co., Ltd. is one of the leading manufacturers and suppliers of Ultrasonic WiFi Water Meter with Remote Monitoring in China. If you're going to wholesale high quality Ultrasonic WiFi Water Meter with Remote Monitoring, welcome to get pricelist and quotation from our factory.
Product Description
This Ultrasonic WiFi Water Meter with Remote Monitoring uses time-difference measurement with no moving parts, eliminating wear and ensuring long-term accuracy. IP68 brass body suits harsh environments-high humidity or extreme temperatures. Built-in 3.6V battery lasts 10+ years, installable at any angle.
For communication, this Ultrasonic WiFi Water Meter with Remote Monitoring supports WiFi, LoRa, and GPRS for remote data access and real-time monitoring-no manual reading, lower costs. Holds MID (BSI Class B), OIML R49, and STS certifications, publicly verifiable in the EU NANDO database. ISO 9001 compliant.
With 10+ years of experience, S.H.Meters exports to 50+ countries, serving 200+ water utilities worldwide. Choose this Ultrasonic WiFi Water Meter with Remote Monitoring for reliable, low-maintenance, long-term performance.
Product at a Glance
- No moving parts – no wear, no maintenance, long-term accuracy
- IP68 brass body – suits harsh environments (high humidity, extreme temperatures, sediment-heavy water)
- 10+ year battery – install and forget, no frequent replacements
- WiFi / LoRa / GPRS remote reading – real-time data access, no manual meter reading
- MID (BSI Class B), OIML R49, STS certified – publicly verifiable in EU NANDO database
- 10+ years experience – exported to 50+ countries, served 200+ water utilities worldwide
Product Advantages
With over 10 years of experience in the water metering industry, S.H.Meters delivers reliable, certified ultrasonic water meters trusted by water utilities and municipal projects across 50+ countries. Our meters are built with no moving parts, IP68 brass body, and 10+ year battery life - engineered for harsh environments and long-term, maintenance-free operation.
Verifiable Compliance
MID (BSI Class B), OIML R49, and STS certifications - publicly verifiable in the EU NANDO database.
Field-Proven Performance
10+ years of experience. Exported to 50+ countries. Served over 200 water utilities and municipal projects worldwide.
Built for Harsh Conditions
IP68 brass body withstands high humidity, extreme temperatures, and sediment-heavy water. No moving parts, no maintenance.
Remote Monitoring Ready
Supports WiFi, LoRa, GPRS, and RS485 Modbus for real-time data access - no manual reading, lower costs.
Long Battery Life
Powered by a 3.6V lithium battery (8500mAh) - install and forget. No frequent replacements.
Precision Measurement
Low starting flow (5L/h) and dynamic range up to R400 for accurate readings across a wide flow range. Conforms to the ISO 4064 international standard.
Working Principle
This meter measures flow using a simple, proven method: two ultrasonic transducers send signals through the water - one with the flow, one against it. The downstream signal travels faster; the upstream signal travels slower. The meter calculates the time difference between them to determine flow velocity and volume.
No moving parts inside. No mechanical wear. No routine maintenance.
This means sediment, rust, and scale don't affect accuracy. It measures reliably from as low as 5L/h up to peak demand (R400 turndown).
For water utilities and facility managers: one meter that stays accurate for years, without costing you time or money.
Product Specifications
| Nominal Diameter | mm | 15 | 20 | 25 |
| Q3/Q1 | R200 (R400 Optional) | |||
|
Overload Flow Rate (Q4) |
m3 /h | 3.125 | 5 | 7.875 |
|
Permanent Flow Rate (Q3) |
m3 /h | 2.5 | 4 | 6.3 |
|
Transitional Flow Rate (Q2) |
m3 /h | 20 | 32 | 50 |
|
Minimum Flow Rate (Q1) |
m3 /h | 12.5 | 20 | 31.5 |
| Starting Flow Rate | l/h | 5 | 5 | 8 |
| Accuracy Class | Class 2 | |||
| Temperature Class | T30 / T50 | |||
|
Maximum Admissible Pressure |
PN16 | |||
| Pressure Loss Classes | 0.04bar | |||
|
Electromagnetic Environmental Class |
E1 | |||
| Environmental Classification | O | |||
| Protection Class | IP68 | |||
| Flow Profile Sensitivity Class | U10/D5 | |||
| Battery Lifetime | ＞8 years | |||
| Communication Interface | RS485/ LoRa/NB-lOT/LoRaWAN | |||
Notices for Installation
Installation Best Practices
Proper installation is critical to ensuring measurement accuracy and long-term reliability.
Pre-Installation & Mounting
- Purge the pipeline thoroughly before installation to remove welding slag, scale, and particulate matter that can compromise transducer performance.
- Install an isolation valve and a Y-type strainer upstream of the meter, with a mesh size suitable for the expected water quality to protect the sensor from abrasive damage.
- Install a downstream isolation valve to facilitate future maintenance without system shutdown. A spring-loaded check valve is recommended upstream or downstream to prevent backflow and water hammer effects.
- Reserve straight pipe lengths of 10 × DN upstream and 5 × DN downstream from the meter body to minimize flow profile distortion caused by elbows, reducers, or valves.
- Position ultrasonic transducers so their faces are horizontally aligned on the pipe section. For vertical installations, flow direction must be upward to maintain a full-pipe condition and consistent signal propagation.
- Confirm the directional arrow on the meter body corresponds with the actual water flow direction. Reverse flow is not measured accurately and may damage the transducer assembly.
- Verify gasket alignment during coupling. Offset gaskets can introduce localized turbulence and restrict flow, resulting in measurement error.
Operation & Maintenance
- Ensure the pipeline and meter body are completely filled with water before commissioning. Entrained air causes signal attenuation and unstable readings. Vent air from the system using purge valves where available.
- The LCD refreshes every 4 seconds. When validating readings, allow at least 4 seconds after closing the valve before recording start and end values.
- Operate within the rated flow range (Q1 to Q3). Extended operation at or above overload flow (Q4) may cause cavitation and permanent damage.
- The meter is sealed with a tamper-evident security seal. Unauthorized removal voids the warranty and may indicate unauthorized intervention.
- If the meter fails to register flow, displays erratic readings, or triggers a fault alarm, contact the service department immediately. Do not attempt disassembly or repair in the field.
Certifications & Compliance
Certifications & Compliance
Our Ultrasonic WiFi Water Meter with Remote Monitoring has undergone rigorous third-party audits and holds the following key certifications:
- MID Certification (Class B) – Passed the MID 2014/32/EU directive audit conducted by BSI (British Standards Institution). Certification details and Notified Body information are publicly accessible in the EU NANDO database.
- OIML Compliance – Conforms to OIML R49 international standards, ensuring global metrological mutual recognition.
- STS Certification – Holds dual certification for both prepaid water meter products and software systems, complying with the international Standard Transfer Specification for secure and interoperable prepayment systems.
- ISO 4064 Compliance – Product design and performance strictly follow ISO 4064, the core international standard for water meters.
- ISO 9001 Quality Management – Manufacturing processes are certified under ISO 9001, ensuring consistent product quality and service reliability from R&D through to delivery.
FAQ
Everything You Need to Know
Reliable, responsive, and results-driven. S.H. Meters delivered exactly what we needed-on time and to specification. A trusted partner for our water metering projects.
What is the battery life of this ultrasonic WiFi water meter?
The meter is powered by a 3.6V lithium battery (8500mAh) with a service life of over 10 years under normal operating conditions. This eliminates the need for frequent battery replacements and reduces long-term maintenance costs.
316 stainless steel and 304 stainless steel, which is good?
Yes. The meter is available in DN15, DN20, and DN25 sizes, compatible with standard pipe connections. It installs at any angle and requires only a straight pipe length of 10 × DN upstream and 5 × DN downstream.
Does it work in water with high sediment or rust content?
Yes. The meter has no moving parts and uses ultrasonic measurement, so sediment, rust, and scale do not affect accuracy. The IP68 brass body provides reliable protection even in harsh water conditions.
What certifications does it hold?
The meter holds MID (BSI Class B), OIML R49, and STS certifications-all publicly verifiable in the EU NANDO database. It also complies with ISO 4064 and ISO 9001.
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