Wide measurement range ratio
Remotely connection/disconnection
Stable and reliable data communication
Advanced ultrasonic time difference measurement technology
Meter data can be remotely read and processed by classification
LXC-N Ultrasonic Smart Water Meter adopts ultrasonic time difference measurement technology, which has the advantages of high accuracy, low power consumption, wide measurement range ratio, stable and reliable data communication, etc. The application of this smart water meter can solve many problems in traditional water supply management, such as user-charged management, poor communication signal, high manual inspection costs, etc.. LXC-N ultrasonic smart water meter can be widely used in urban and rural water supply network, household water consumption master meter and various industrial environment sites.
★Ultrasonic time difference measurement, accurate and stable | ★Remote centralized meter reading |
★High adaptability to the installation environment | ★On-site wiring is not required, easy to install |
★Extensible multi-mode communication | ★Valve self-maintenance, shut off valve when power off |
★Early warning reminder, anti-magnetic interferenc | ★Low power consumption, long life, high reliability |
★Protection grade IP68 | ★Multiple anti-temper designs |
★Battery can be replaced on site | ☆Multi-level ladder water price |
★Basic function ☆Extended function
Specification:
Model size | 15mm, 20mm, 25mm |
Measurement range ratio(Q3/Q1) | R100-R400 |
Working temperature | T30 |
Pressure loss | <0.063MPa |
Working pressure | WL6MPa |
Climate and mechanical environment safety grade | B |
Electromagnetic Compatibility | E1 |
Service life | >6 years |
Communication protocol | CJ/T188 |
Power supply mode | DC 3.6V |
Communication method | NB-loT |
Flow-rate parameter (R=100)
Nominal diameter (mm) | DN 15 | DN 20 | DN25 |
Dimension (mm) | 165 x 91 x 350 | 195 x 91 x135 | 225 x 91 x135 |
Permanent flow-rate Q3(m3/h) | 2.5 | 4.0 | 6.3 |
Minimum flow-rate Q1(m3/h) | 0.025 | 0.04 | 0.063 |
Transitional flow-rate Q2(m3/h) | 0.04 | 0.064 | 0.1008 |
Overload flow-rate Q4(m3/h) | 3.125 | 5.0 | 7.875 |