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Water Monitoring Systems - Monitor Water Levels, Water Usage, and Flow Meters with WiFi Sensor Hubs - Ground Water Resources Management

  • 40100

  • How much water are you, your organization, or your clients using?
  • What's the fluid and water levels in the distant reservoirs, tanks, and water wells?
  • How fast are your fluids and water flowing? What are the gallons per minute rates on the remote flow meters?
  • It's hard, but necessary to monitor water for effective water resources management

These are critical remote monitoring and Industrial IoT challenges that are solved by this Valarm Industrial IoT package! You can easily answer these with the hardware in this kit and Tools.Valarm.netThis kit includes a year of Valarm Tools Cloud credits. Just send us a message at with your account name and we'll credit your account on

These water monitoring kits send real-time water telemetry information to web dashboards.

Have a look at this water dashboard where you and your teams can view the following information on any device with a web browser, historically and in real-time:



Do you, your teams, or your organization need remote water monitoring systems?

Please don't hesitate to contact us at if you've got any questions.

This Industrial IoT kit has just what you need for telemetry to remotely monitor water levels, volumes, flowmeters, and depths.

All telemetry data is sent to using a Sensor Hub, which is a WiFi sensor hub in this kit. However, you can easily use a 3G, GPRS, GSM or Ethernet sensor hub and make your own custom water monitoring system kits.

Have a look at the GSM sensor hub version of this water monitoring kit, which our customers use for effectively managing water wells.

Here's the list of items you get with this kit that will let you monitor your remote water assets in real-time with

Note: You'll need to get a wall charger, lead acid or lithium ion battery, or another power source (e.g., solar power) to provide 5V power via Micro USB to your Sensor Hub. A standard phone or tablet charger works fine for setting this up.

Have a look at this write-up for details on how to wire up this water monitoring kit to add telemetry to your fluid or water assets.

For each water asset, e.g., water well, reservoir, pond, or tank, a 4-20mA sensor adapter connects to your pressure transducer / water depth level sensor. For example, a 4-20mA pressure transducer made by In-Situ or Flowline.

A PWM sensor adapter connects to each of your flow meters and counts the pulses / ticks that are counted by the totalizer. Learn more about how PWM sensors work in this blog story.

Connect your PWM sensor adapters to your flow meters that output pulses / ticks. Your flowmeters can be from your favorite sensor manufacturers like McCrometerFoxboro, Seametrics, or EKM Metering.

Again, please see this write-up for details on how to wire up this kit to monitor your water. 


After you have this gear you'll link your device (video tutorial here) to


Deploy the Valarm unit as is or put it in a box/housing of your choice. That's it! Easy enough?


The video above shows you how to integrate your Sensor Hub with to map, graph, analyze, download, and forward your sensor data in real-time.

Note that Valarm compatible GPRS sensor hubs, 3G GSM sensor hubs, and Ethernet sensor hubs are available. One of those may be a better fit for your scenario, depending on what your easiest internet connectivity is at each of your deployment locations!

How does your organization use the information from these water monitoring systems?

Want to receive custom alerts, view water information on a web dashboard, improve your operations, and save time and money? Sounds like a lot I know, but we're here to help you do just that. Take a gander at Web Dashboards for remotely monitoring Industrial IoT sensors.

Questions? Please don't hesitate to get in touch with us at We'll help you get your Industrial IoT application running and monitoring your fluids and water!


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