Wireless Wet-Type Remote Water Meter | NB-IoT Smart Water Meter

  • Brand: NOIKE-AH
  • Range:‌ DN15-DN50

Specification

Wireless Wet-Type Remote Transmission Water Meter

The Wireless Wet-Type Remote Transmission Water Meter is a small-diameter smart water meter designed for residential, commercial, municipal, and industrial water metering applications. Combining a high-precision mechanical water meter with wireless communication technology, it enables automatic remote meter reading, real-time water consumption monitoring, and intelligent water management.

The system supports multiple wireless communication methods, including NB-IoT, LoRa, 4G, and GPRS, eliminating manual meter reading while improving data accuracy, management efficiency, and user privacy.


Wireless Remote Meter Reading Solution

The solution is centered on a wireless remote transmission water meter that automatically uploads water consumption data to a cloud management platform.

Supported communication technologies include:

  • NB-IoT
  • LoRa
  • 4G
  • GPRS

This enables:

  • Automatic remote meter reading
  • Real-time water consumption monitoring
  • Centralized water management
  • Data analysis and historical records
  • Reduced operating costs

High-Precision Water Metering

The water meter uses a high-precision mechanical base meter for accurate flow measurement.

Multiple electromechanical conversion technologies are available to suit different application requirements:

  • Photoelectric direct reading
  • Non-magnetic pulse output
  • Magneto-resistive sensing
  • Other customized data acquisition methods

These options provide reliable data collection for different smart water management systems.


Product Features

  • High-precision mechanical water metering
  • Wireless remote data transmission
  • Supports NB-IoT, LoRa, 4G and GPRS communication
  • Real-time water usage monitoring
  • Automatic remote meter reading
  • Reduced manual labor costs
  • Improved meter reading accuracy
  • Faster data collection cycles
  • Enhanced user data security and privacy
  • Convenient information management
  • Suitable for smart water management systems

Water Meter Base Options

Based on installation requirements, the base water meter is available in multiple configurations:

  • Dry-type valve-controlled meter
  • Wet-type valve-controlled meter
  • Dry-type non-valve meter
  • Wet-type non-valve meter

Different meter structures can be selected according to project requirements.


Typical Applications

The Wireless Wet-Type Remote Water Meter is suitable for:

  • Residential water metering
  • Apartment buildings
  • Commercial buildings
  • Municipal water supply
  • Smart city water management
  • Industrial water monitoring
  • Property management
  • Campus water systems
  • Water utility companies

Advantages of Wireless Remote Water Metering

Compared with traditional manual meter reading, this solution offers:

  • Lower operating costs
  • Higher meter reading efficiency
  • Improved data accuracy
  • Shorter data collection cycles
  • Real-time monitoring
  • Digital water management
  • Better user privacy protection
  • Easy integration into smart water systems

Technical Highlights

Item Description
Product Type Wireless Wet-Type Remote Transmission Water Meter
Meter Size Small-Diameter Smart Water Meter
Communication NB-IoT, LoRa, 4G, GPRS
Metering Method High-Precision Mechanical Base Meter
Reading Technologies Photoelectric Direct Reading, Non-Magnetic Pulse, Magneto-Resistive
Data Transmission Wireless Remote Upload
Applications Residential, Commercial, Municipal, Industrial

FAQ

What is a wireless wet-type remote water meter?

A wireless wet-type remote water meter combines a mechanical water meter with wireless communication technology, allowing automatic remote meter reading without manual data collection.

Which communication technologies are supported?

The meter supports NB-IoT, LoRa, 4G, and GPRS, depending on project requirements.

What are the benefits of remote meter reading?

Remote meter reading improves efficiency, reduces labor costs, increases data accuracy, enables real-time monitoring, and supports intelligent water management.

What reading technologies are available?

The meter supports multiple data acquisition methods, including photoelectric direct reading, non-magnetic pulse, and magneto-resistive sensing.

Where can this smart water meter be installed?

It is suitable for residential communities, commercial buildings, municipal water networks, industrial facilities, campuses, and other smart water management projects.


Wireless remote transmission solution

Decentralized water metering and wireless remote transmission solution, centered around a wireless remote transmission water meter, utilizing NB-IoT, LoRa,
Wireless communication technologies such as 4G and GPRS are used to upload meter data to the platform, enabling remote management and real-time monitoring of water usage.

The water meter adopts a high-precision mechanical base meter to collect flow data, with options including photoelectric direct reading, non-magnetic pulse, magneto-resistive sensing, and more the electromechanical conversion method meets the data acquisition needs in different application scenarios.

This solution addresses the high cost and inefficiency of manual meter reading Issues such as low efficiency, long cycle, and low accuracy have been addressed, while the protection of user security and privacy has been further strengthened.

Convenient for copying and reading,Conducive to information management.


Water metering part (base meter)

Based on the original choices of meter materials, covers, and installation methods, the base meter offers two types of meters: dry valve control and wet valve control, as well as dry non-valve control and wet non-valve control.


Electromechanical conversion part

It provides various electromechanical conversion methods such as photoelectric direct reading, non-magnetic pulse, and magnetoresistive sensing to meet different needs.


Data remote transmission part

It provides various wireless remote transmission methods such as NB-IoT and LoRa to meet different communication environments.


Technical parameters

Flow parameters

Note: The maximum reading for the photoelectric direct-reading series NB-IoT wireless remote transmission water meter DN15~DN25 is 9,999.


External dimensions

Note: The external dimensions and weight are for reference only, subject to the actual product.

Performance parameters

 

Table of Contents

Talk With Us

Get An Instant Quotation Now