KDIoT series—LoRa IOT water meter

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Model DN15/DN20/DN25/DN32
Brand KingDa
Category LoRa IOT water meter
Material Copper shell/Iron shell/Nodular cast iron/Stainless steel
Comm. method LoRa
Accuracy Class 2
产品详情

Product description


The LoRa short-range wireless intelligent remote water meter consists of a wireless communication module and a water meter base meter. The use of LoRa spread spectrum communication technology eliminates the need for wiring and facilitates on-site construction, which is very suitable for the needs of the property. Concentrator and manual copy machine are used to complement each other to realize automatic meter reading. Multi-level routing to achieve meter reading requirements in complex environments.


LoRa technical advantages


LoRa wireless remote communication technology, the distance can reach 2KM


Quantity control mode, post-paid mode


Patented data encryption algorithm data is safe and reliable


Real-time point reading, real-time control


Low operating cost


Application advantage


●Wireless remote transmission, no wiring required, reducing construction costs


●Ultra-low power consumption design, real-time communication, real-time understanding of the working status of the smart water meter


●Remote centralized reading reduces the cost of manual meter reading, users pay online through the mobile terminal App


●Pipe network monitoring and analysis, positioning the pipe network leakage, convenient and timely processing


●Seamless connection with smart water system


Application Environment


A group of buildings with a relatively concentrated layout


Relatively concentrated building complex


Old community construction project


Function and technical parameters


Temperature class: T30


Pressure rating: MAP10


Pressure loss grade: △P63


Sensitivity level of upstream flow field: U0


Sensitivity level of downstream flow field: D0


Maximum allowable error:


Q1≤Q<Q2: ≤±5%


Q2≤Q≤Q4: ≤±2%


Adopt the company's internal control standards, the maximum allowable error:


Q1≤Q<Q2: ≤±3%


Q2≤Q≤Q4: ≤±1.5%