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LoRa/NB-loT photoelectric valve controlled remote water meter
vi fokuserar på fyra kärnområden
FoU och tillverkning av smarta energi- och vattenmätare
Utveckling av utrustning för IoT-kommunikation
Utformning och drift av intelligenta mätsystem
Molnbaserad analys av vatten- och elförbrukningsdata
Dela denna artikel :
This product adopts a stable and reliable base meter from rotor-type water meter as the measurement basis,uses photoelectric direct reading sensor and LoRa/NB-IoT communication interface,adopts ball valve,and can cooperate with our company’s cloud platform to realize automatic remote meter reading of water meter information.Its design conforms to GB-T778.1～5-2018 standard and《electronic remote water meter》(CJ/T224-2012)standard.
◎ Actively report meter counter periodic timing.
◎ valve closing and opening can be controlled remotely.
◎ Support prepaid and pre-order
◎ With warning system,can send alarm prompts when battery undervoltage,abnormal measurement,pre-purchase and pre-paid reache the threshold.
◎ Can set different emergency water consumption according to different users Built-in memory,with large capacity storage function,can save up to 24 months of frozen data.
This product adopts a stable and reliable base meter from rotor-type water meter as the measurement basis,uses photoelectric direct reading sensor and LoRa/NB-IoT communication interface,adopts ball valve,and can cooperate with our company’s cloud platform to realize automatic remote meter reading of water meter information.Its design conforms to GB-T778.1～5-2018 standard and《electronic remote water meter》(CJ/T224-2012)standard.
Flow parameters
| Nominal Diameter Dn(Mm) |
Överbelastning Flow Rate Qa(M³/h) |
Common Flow Rate Q₃ (M³/h) |
Transitional Flow Rate Q₂ (M³/h) |
Min.flow-rate Q₁(M³/h) | Range Ratio R(Q₃/q₁) | Noggrannhet Class |
Temperature Class |
| DN15 | 1.25×Q₃ | 2.5 | 1.6×Q₁ | Q²/R | 100 | Class 2 | T30 |
| DN20 | 1.25×Q₃ | 4 | 1.6×Q₁ | Q³/R | 100 | Class 2 | T30 |
| DN25 | 1.25×Q₃ | 6.3 | 1.6×Q₁ | Q³/R | 100 | Class2 | T30 |
Main technical parameters
| Electromechanical conversion mode | photoelectric direct reading | ||||||
| Electromechanical conversion accuracy | ±1m³ | ||||||
| Communication methods | LoRa/NB-IoT |
