Product Description:
With its DIN Rail installation type, the LoRaWAN Water Flow Meter can be easily integrated into existing water systems. It is suitable for measuring both cold and hot water temperatures, making it a versatile solution for a variety of applications.
Specifically designed for cold water metering and hot water metering, this device provides accurate measurements for both types of water. Its battery life of 10 years ensures long-term monitoring without the need for frequent replacements.
The LoRaWAN Water Flow Meter can be installed both horizontally and vertically, providing flexibility in installation options. This device is perfect for water utilities, property management companies, and other organizations that need to remotely monitor water usage.
Features:
-
Product Name: LoRaWAN Water Meter
-
Installation Method: Horizontal
-
Installation Type: DIN Rail
-
Display Method: Digital
-
Dimensions: 160mm X 110mm X 70mm
-
Temperature Grade: T30/T90
Technical Parameters:
|
Battery Life
|
10 Years
|
|
Nominal Diameter
|
15-25mm
|
|
Installation Type
|
DIN Rail
|
|
Dimensions
|
160mm X 110mm X 70mm
|
|
Display Method
|
Digital
|
|
Connectivity Protocol
|
LoRaWAN
|
|
Nominal Caliber
|
15/20/25mm
|
|
Type
|
Cold/Hot Water Meter
|
|
Pressure Loss Level
|
△ P≤0.063MPa
|
|
Medium Temperature
|
Cold/Hot Water
|
This is an Intelligent Water Metering Solution with a LoRa Water Metering Device. It is a smart way to manage your water usage with a battery life of 10 years. The meter has a nominal diameter of 15-25mm and can be installed on a DIN Rail. The meter's dimensions are 160mm X 110mm X 70mm and it has a digital display method. It uses the LoRaWAN connectivity protocol and has a nominal caliber of 15/20/25mm. The meter can measure both cold and hot water and has a pressure loss level of △ P≤0.063MPa.
Applications:
The LoRaWAN Water Flow Meter is designed with dimensions of 160mm X 110mm X 70mm, making it compact and space-saving. Despite its size, the water meter is capable of accurately measuring water flow rates with minimal pressure loss. Pressure loss level is kept at a minimum with △ P≤0.063MPa, ensuring that the water meter does not significantly affect the water pressure in the system.
The LoRaWAN Water Meter utilizes the latest connectivity protocol, LoraWan, to transmit water usage data wirelessly to a central hub. This feature eliminates the need for manual data collection and reduces the risk of errors that may occur during the data collection process. The frequency band used by the water meter is 868/915 MHz, which is suitable for use in both urban and rural areas.
The LoRaWAN Water Meter is a versatile product that can be used in a variety of scenarios. For residential buildings, the water meter can be used to monitor water usage in individual apartments or homes, providing accurate data for billing purposes. In commercial buildings, the water meter can be used to monitor water usage in different sections of the building, such as restaurants, restrooms, and offices.
In addition, the LoRaWAN Water Meter can be used in industrial and agricultural settings to monitor water usage for irrigation or manufacturing processes. The water meter is capable of measuring both hot and cold water flow rates, making it suitable for a wide range of applications.
In conclusion, the LoRaWAN Water Meter is an intelligent water metering solution that offers accurate and reliable water usage data transmission. With its compact size, minimal pressure loss, and LoraWan connectivity protocol, the water meter is suitable for use in a variety of settings, including residential, commercial, industrial, and agricultural settings.
Customization:
Support and Services:
The LoRaWAN Water Meter product comes with the following technical support and services:
-
24/7 technical support via email or phone
-
Product documentation and user manuals
-
Online forums and FAQs for common issues and troubleshooting
-
Regular firmware updates and bug fixes
-
Optional installation and configuration services
-
Training and education on product usage and best practices
