Frequently Asked Questions

Tag AQIN

How to re-register a sensor through the Sensor ID screen.

https://ambientweather.com/faqs/question/view/id/1502/

 

Enter Setup mode as shown below.


Select ‘SETUP’ to enter the MORE screen

Select ‘SETUP’ to enter the SENSOR ID screen

Select the Sensor ID next to the sensor you want to re-register. Example Lightning Sensor WH31L

Select ‘Disable’ to turn the sensor off

Select ‘REGISTER’ to re-register the sensor to the console


Return to the Home Screen to view the WH31L Lightning Sensor Data or whatever sensor you re-registerd
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How do I re-register the indoor/outdoor sensors on my console

1. Navigate to the consoles Factory screen. Press the ‘set’ key 4 times

2.Navigate to Re-register Transmitter for either Indoor or Outdoor sensors

If your outdoor sensors are not picked up in the next 2-3 minutes, bring the sensors indoors within 10-25' of the console, check the battery compartment for corrosion, check the battery voltages using a digital battery tester and try Steps 1 and 2 again


WS-2000 Re-register Transmitter Outdoor

WS-5000 Re-register Transmitter Outdoor

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The following is a guide on how to properly mount the PM2.5/PM25 sensor, and perform preventative maintenance:

Mounting Guidelines:
Place the sensor in a shaded, well ventilated, non-moisture condensing area. Although the sensor is designed for outdoor use, it is best to mount in a well protected area, such as under a patio or carport.
The solar panel is sensitive to low light, but will still require monthly charging from the USB power port.
With PM2.5 sensors, fog reflects the light, and can result in a higher reading. This is characteristic to the inherent sensor design. The condition occurs during rainy or foggy weather.
Mounting orientation is not important. It can be mounted vertically or horizontally, as long as the vents are not blocked. 

Preventive Maintenance:
Periodic cleaning of the PM2.5 sensors fan may need to be done if readings do not seem to change. To clean the fan you would remove the battery compartment of the sensor. Then carefully remove the sensor body from the protective shell. There are 2 small gauge wires connecting the solar cell to the sensor body. Please be careful to not pull on the wires and cause them to break. You would then use a can of compressed air to gently blow out any debris from the sensor fan(Warning: Do not use an air compressor)

Carefully separate the sensor body from the protective shell


ADVANCED CLEANING PROCEDURE:

(Note, if you’re not experienced/comfortable with performing something this complex please do not attempt as the unit may get damaged and void the warranty)

If an issue persists of the readings still being low then usually some pests have gotten into the internal sensor itself. You can carefully remove the screws from the main sensor housing and inspect/clean any pests, spider webs, eggs, etc. It is recommended to use Q-Tips to remove the debris.

To access the internal Detecting Chamber please refer to the images below.

Step 1: Remove the rubber coverings of the 3 screws.

Step 2: Remove the 3 screws.

Step 3: Remove the Protective Top Cover

Step 4: Carefully lift up and flip over the Sensor Board.

Step 5: Carefully clean the sensor board and Detecting Chamber then re-assemble in the reverse order.

 

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Currently, at this time, no.

AQI is calculated individually for each pollutant. The overall pollutant with the highest AQI becomes the reported AQI. Since AmbientWeather.net only monitors (at this time) PM2.5, the only AQI value they could calculate would be the PM2.5 AQI. If, by chance, the PM10 AQI is higher than the PM2.5 AQI, then AmbientWeather.net would be reporting the wrong AQI value.

 

AQI, is a unitless index derived by the EPA.

Reference:

https://www.epa.gov/sites/production/files/2014-05/documents/zell-aqi.pdf

The U.S. EPA PM2.5 AQI model is on Page 11.

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The ObserverIP range modules require Version 4.5.7 or greater to support  PM25, PM25IN and AQIN Sensors

To update your firmware, please visit:

How Do I Update The Firmware For The ObserverIP Module?

How Do I Update The Firmware For The ObserverIP 2.0 Module?

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Return to Help Center >>

Apps By Ambient Weather:

 Ambient Weather Dashboard by Ambient Weather (Android). The Ambient Weather App requires that you must own a weather station that reports data to AmbientWeather.net. You can stream live, real-time, data from your weather station to the internet as well as view charts and graphs of historical data. You can view information like temperature, humidity, rainfall, ultraviolet radiation, and more, directly from your device. more info

 Ambient Weather Dashboard by Ambient Weather (Apple iOS). The Ambient Weather App requires that you must own a weather station that reports data to AmbientWeather.net. You can stream live, real-time, data from your weather station to the internet as well as view charts and graphs of historical data. You can view information like temperature, humidity, rainfall, ultraviolet radiation, and more, directly from your device. more info


Ambient Weather Network Works With:

   IFTTT. Connect your weather station sensors and AmbientWeather.net to IFTTT, and control external devices, like smart blinds, irrigation and sprinkler systems, lights and switches. more info

   Amazon Alexa. The Ambient Weather Amazon Alexa skill provides Ambient Weather personal weather station owners with the ability to get real-time, and past weather information generated by the devices you have set up at AmbientWeather.net – more info

  Google Home. The Ambient Weather Google Home app provides Ambient Weather personal weather station owners with the ability to get real-time, and past weather information generated by the devices you have set up at AmbientWeather.net – more info

 PWSWeather. Connect your weather station sensors and AmbientWeather.net to PWSWeather, to share your weather data online and integrate with Rachio Sprinklers – more info

  WeatherUnderground.com. Connect your weather station sensors and AmbientWeather.net to WeatherUnderground, to share your weather data online – more info

  Home Assistant by Aaron Bach. Connect your weather station sensors and AmbientWeather.net to Home Assistant, and control external devices in your Home Assistant environment – more info

  SmartThings by Kurt Sanders. Connect your weather station sensors and AmbientWeather.net to SmartThings, and control external devices in your SmartThings environment – more info

Note:Samsung no longer supports Groovy as of 03/2022

 

 

  CWOP Reporting by Dan Muntz  Connect your weather station sensors and AmbientWeather.net to CWOP, to share your weather data online – more info

 

  HomeSeer. Connect your weather station sensors and AmbientWeather.net to HomeSeer, and control external devices, like HVAC, security, lights and switches –more info

 

Saratoga Templates by Ken True (AJAX or php). Create your own weather website with your live weather station data generated by the devices you and others have set up at AmbientWeather.net – more info

  Weather Station by Pierre Lannoy (Plugin for WordPress). Weather Station is a free WordPress plugin that collects meteorological data from AmbientWeather.net and displays it in many elegant ways: gauges, LCD, charts, and heat maps. It makes it very easy to use the weather data from one or more stations in a site made with WordPress. – more info

  Ambient Weather NodeServer for Universal Devices ISY994i Automation Platform by SimplexTech.net

This Polyglot NodeServer integrates real-time AmbientWeather.Net API into the UDI ISY system providing data feed information of all the sensors on your Ambient Weather PWS.  This information can be used to optimize your Home or Business automation. – more info

  Ubidots IoT Development Platform by   ubidots.com.  Integrate AmbientWeather.Net API into Ubidots IoT Development Platform to analyze Weather Stations Data by using its Analytics Engine, Dashboard customization, Scheduling Reports and Management of alerts/events to control third-party devices. – more info

ambientweatheR R package by Andrew Flack. ambientweatheR is an R package that makes it easy to interact with the Ambient Weather REST API, providing programmatic access to a user’s weather station data, and converts it to other simple formats. The package provides wrapper functions to list a user’s devices and to fetch data for a given device. – more info

 openHAB by Mark Hilbush. openHAB empowers the Smart Home. The Ambient Weather binding integrates weather station data that’s stored on the Ambient Weather online service. The binding uses Ambient Weather’s real-time API, so updates from weather stations are delivered to the binding in near real-time – more info


Apps We Like:

  Weather Display by Brian Hamilton (Windows, OSX, Linux). Weather Display is weather monitoring software that receives real time and historical weather data from the AmbientWeather.net network. Weather Display is a powerful and customizable software package that sends your data to a wide range of cloud services, and FTP to your own personal web site. more info

 WeatherSnoop by TEE-BOY (macOS). WeatherSnoop is the premier weather station software for your Mac! With support for nearly a dozen stations, you can share your personal weather data online easily. Customizable dashboards give you the power to visualize your weather data using graphs, gauges, and more. And WeatherSnoop’s extensible plug-in architecture makes it easily expandable and upgradable. more info

  Weather Underground by Weather Underground, LLC (iOS and Android). The most hyper-local weather data wherever you are in the world generated by the devices you and others have set up at Wunderground.com – more info

  Wunderstation by Weather Underground, LLC (iOS iPad and iPad Pro). Your personalized, all-inclusive home weather dashboard generated by the devices you and others have set up at Wunderground.com – more info

  PWS Weather Station Monitor by Matt Brady (iOS). Weather readings and charts generated by the devices you and others have set up at Wunderground.com – more info

 

 AW-DASH by Ciro Ippolito (Windows)AW-DASH replicates the look and feel of a WS-2902 LCD display. The app uses Ambient Weather’s real-time API, so updates from weather stations are delivered in near real-time – more info

 JWeatherWatch by Julian Werfel (Apple WatchOS)JWeatherWatch is an Apple Watch App that allows you to view your weather station information from your watch. You can view current weather information from all of your weather stations and view the current temperature on the watch face. – more info 

Lawn Journal by Austin Van Alfen (IOS). Connect your weather station and AmbientWeather.net to Lawn Journal to display your station's weather data while you keep track of your lawn's progress. - more info


Ambient Weather Network Facebook User’s Group:

Facebook Ambient Weather Network User’s Group. Join the private Ambient Weather Network Facebook User’s Group, and share and compare info with thousands of other like-minded weather station owners – more info


Ambient Weather Network API:

  AmbientWeather API RESTful And Real-Time APIs.

Retrieve your own real-time and historical personal weather station data, or build 3rd party apps and get data from multiple devices.

The Ambient Weather Network API makes it easy for programmers to integrate historical and present weather data into the application you design, generated by the devices you have set up at AmbientWeather.net.

For more information about our API, please visit: AmbientWeather.com/api.

  Facebook API Group. Join the private Ambient Weather API User’s Group, and ask questions and get answers from other programmers familiar with the Ambient Weather Network API – more info

  GitHub.You’ll find Ambient Weather API sample apps, developer tools, and even our documentation. Share your code with the community. – more info

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AmbientWeather.net not only features a mobile friendly and responsive dashboard that works well on any platform (desktop, laptop, tablet or mobile device) but also features apps for iOS and Android Devices as well as third party apps.  You can bookmark your dashboard here:

https://ambientweather.net/dashboard

or download apps here:

Community

For programmers:

We developed an Application Programming Interface (API) that will allow you and others to write applications and integrate with other products (above and beyond the current features like text alerts, email alerts, IFTTT, Google Home and Amazon Alexa).

You can learn more here:

API

To view apps developed using the AmbientWeather.net APIs and Wunderground.com, visit our Community Page:

Community

You can keep track of what is happening at our Ambient Weather Network User’s Group:

https://www.facebook.com/groups/ambientweathernetwork/

Product Page
https://www.ambientweather.net

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Data is stored at AmbientWeather.net at a rate of once per 5 minutes.

After one month, data is stored at a rate of once per 30 minutes.

Archived data is stored for one year. All data is removed after one year.

AmbientWeather.net includes an API, so developers can automatically retrieve your own real-time and historical personal weather station JSON formatted data, or build 3rd party apps and get data from multiple devices.

To learn more about our API, visit: www.AmbientWeather.com/api.html

You can also use one of the third party apps to automatically download data:

Community

 

Product Page
https://www.ambientweather.net

 

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Ambient Weather Manuals


1-9

 

1436R-12 | PDF

1436RS-22 | PDF

15-01 | PDF

1535-06 | PDF

1694R-22 | PDF

6152-AIRBRIDGE-KIT | PDF

6152C-WEATHERBRIDGE-KIT | PDF

6152-WEATHERBRIDGE-KIT | PDF

6153-AIRBRIDGE-KIT | PDF

6153-WEATHERBRIDGE-KIT | PDF

6162-AIRBRIDGE-KIT | PDF

6162C-WEATHERBRIDGE-KIT | PDF

6162-WEATHERBRIDGE-KIT | PDF

6163-AIRBRIDGE-KIT | PDF

6163-WEATHERBRIDGE-KIT | PDF

6250-AIRBRIDGE-KIT | PDF

6250-WEATHERBRIDGE-KIT | PDF

6251-AIRBRIDGE-KIT | PDF

6322-AIRBRIDGE-KIT | PDF

6357-AIRBRIDGE-KIT | PDF

A

 

AIRBRIDGE-KIT | PDF

AIRBRIDGE-RECEIVER-KIT | PDF

AMBIENTCAM | PDF

AMBIENTCAMHD | PDF

AMBIENTCAMHD3 | PDF

AW-YG637M | PDF

AW-YG737S-RD | PDF

B

 

BA212 | PDF

BA30806 | PDF

BAROMETER-26-M | PDF

BASWAN | PDF

BC-2000 | PDF

D

 

DHR70B-STAINLESS | PDF

E

 

EZ2-35W2MC | PDF

EZ-29-24 | PDF

EZ-30-12 | PDF

EZ-48-3AB-125-35 | PDF

EZ-GWA | PDF

EZ-HD-PTP | PDF

EZ-HD-PTP-100 | PDF

EZ-NPP | PDF

F

 

F007PF | PDF

F007T | PDF

F007TH | PDF

F007TP | PDF

G

 

GL164-M | PDF

H

 

HP816A | PDF

K

 

KTA-249-LCD | PDF

KTA-TEMP-50 | PDF

KTL-250-AL | PDF

M

 

MOBILEMOUNT | PDF

O

 

OBSERVERIP | PDF

P

 

PM25 | PDF

PM25IN | PDF

R

 

RAINSPIKE | PDF

RC-12112BS | PDF

RC-12116SB | PDF

RC-12118BW | PDF

RC-1800WSTH | PDF

RC-8300 | PDF

RC-8320 | PDF

RC-8365 | PDF

RC-8370 | PDF

RC-8401 | PDF

RC-8401A | PDF

RC-8427 | PDF

RC-8473 | PDF

RG100-B | PDF

S

 

SRS100LX | PDF

T

 

TIDECLOCK-21 | PDF

TIDECLOCK-22 | PDF

TIDECLOCK-23 | PDF

TIDECLOCK-25 | PDF

TM-206 | PDF

TransformaFence | PDF

TX-3102 | PDF

TX-3107 | PDF

W

 

WEATHERBRIDGE | PDF

WEATHERBRIDGE Nano | PDF

WEATHERBRIDGEPRO | PDF

WEATHERHUB2 | PDF

WEATHERMOUNT | PDF

WEATHERMOUNT2 | PDF

WEATHERMOUNT-STAINLESS | PDF

WH2C | None, see console Item Number

WH31 / WH31E | None, see console Item Number

WH31B | None, see console Item Number

WH31L | PDF

WH31LA | PDF

WH3C | None, see console Item Number

WH5 | None, see console Item Number

WH6 | None, see console Item Number

WM-2 | PDF

WM-3 | PDF

WM-35 | PDF

WM-4 | PDF

WM-5 | PDF

WR-089 | PDF

WR-090 | PDF

WR-091 | PDF

WR-099 | PDF

WR-111, WR-111A, WR-111B | PDF

WR-112 | PDF

WR-299 | PDF

WR-335 | PDF

WR-336 | PDF

WR-77 | PDF

WR-SOLAR-BAG | PDF

WS-01 | PDF

WS-01T | PDF

WS-01T-C | PDF

WS-0100 | PDF

WS-0101 | PDF

WS-0211 | PDF

WS-02, WS-02A | PDF

WS-0262 | PDF

WS-0262A | PDF

WS-0265 | PDF

WS-0270 | PDF

WS-03 | PDF

WS-04 | PDF

WS-05 | PDF

WS-06 | PDF

WS-07 | PDF

WS-08 | PDF

WS-0800-IP | PDF

WS-09 | PDF

WS-10 | PDF

WS-1000-WiFi | PDF

WS-1001-WiFi | PDF

WS-1002-WiFi | PDF

WS-1050 | PDF

WS-1070 | PDF

WS-1075 | PDF

WS-108 | PDF

WS-1080 | PDF

WS-1090 | PDF

WS-11 | PDF

WS-110 | PDF

WS-1170 | PDF

WS-1171 | PDF

WS-1171A | PDF

WS-1171B | PDF

WS-1172 | PDF

WS-1173 | PDF

WS-1173A | PDF

WS-1173B | PDF

WS-1175 | PDF

WS-12 | PDF

WS-1200 | PDF

WS-1201 | PDF

WS-1200-AIRBRIDGE-KIT | PDF

WS-1201-AIRBRIDGE-KIT | PDF

WS-1201-IP | PDF

WS-1280 | PDF

WS-1285 | PDF

WS-1400-IP | PDF

WS-1401-IP | PDF

WS-14 | PDF

WS-15 | PDF

WS-152B | PDF

WS-152BN | PDF

WS-152T | PDF

WS-1550-IP | PDF

WS-16 | PDF

WS-1900 | PDF

WS-2000 | PDF

WS-2063 Series | PDF

WS-2080 | PDF

WS-2080A | PDF

WS-208T | PDF

WS-208TBH | PDF

WS-2090 | PDF

WS-2095 | PDF

WS-21 | PDF

WS-228TBH | PDF

WS-23 | PDF

WS-23-C | PDF

WS-24 | PDF

WS-24-C | PDF

WS-25 | PDF

WS-26 | PDF

WS-2800 | PDF

WS-2801 | PDF

WS-2801A | PDF

WS-2902 | PDF

WS-2902-RAINSPIKE | PDF

WS-2902A | PDF

WS-2902B | PDF

WS-2902C | PDF

WS-3000-X3 | PDF

WS-3000-X5 | PDF

WS-3000-X8 | PDF

WS-40 Series | PDF

WS-50 Series | PDF

WS-5000 | PDF

WS-5000-RAINSPIKE | PDF

WS-5300 | PDF

WS-5305 | PDF

WS-70 | PDF

WS-7078 | PDF

WS-7079 | PDF

WS-8365 | PDF

WS-8400 | PDF

WS-8460 | PDF

WS-8482 | PDF

WS-8478A | PDF

WS-8480 | PDF

WS-8482 | PDF

WS-8600 | PDF

WS-B1025C | PDF

WS-G3303THB | PDF

WS-GA1141305 | PDF

WS-GA1141710 | PDF

WS-GA1142010 | PDF

WS-GL025 | PDF

WS-GL025-CM | PDF

WS-GL026 | PDF

WS-GL032 | PDF

WS-GL032-CM | PDF

WS-G3303THB | PDF

WS-HE01 | PDF

WS-HT12 | PDF

WS-HT350 | PDF

WS-L0801TBH | PDF

WS-L3303THB | PDF

WS-M0921THB | PDF

WS-MOF0831-CTH | PDF

WS-M2021301TB | PDF

WS-M201301THB | PDF

WS-MDF0705THB | PDF

WS-TB1071305 | PDF

WS-YG302A-G | PDF

WS-YG302A-Y | PDF

WS-YG313-G | PDF

WS-YG313-Y | PDF

WS-YG315 | PDF

WS-YG332 | PDF

WS-YG357 | PDF

WS-YG501 | PDF

WS-YG633 | PDF

WS-YG634 | PDF

WS-YG709 | PDF

WS-YG710-6 | PDF

WS-YG710S-G | PDF

WS-YG710S-Y | PDF

WS-YG720 | PDF

WS-YG901 | PDF

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To share or unshare the indoor sensors and channel sensors, tap the Make Public button.  See image below to share:

To unshare, see the image below:

Product Page
https://www.ambientweather.net

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To Calibrate the sensors you will need to access the Web GUI. To acccess the Web GUI you first press and hold the Temp and Rain buttons together on the console for 5-10 seconds.

 

(Place holder image)

Calibrate1965-1

The console will then flash the wifi icon by time and date.

(Place holder image)

Calibrate1965-2

Then on your phone, tablet or computer go to settings, and then the wifi networks. Select the consoles access point. It will start with WN1866B-WIFI

(Possible Place holder image)

Screenshot-17

It will say connected without wifi or no internet or sometimes it will checkmark. After that you open a web browser and type into the web address bar 192.168.4.1. If it pops up a screen that say login, use Admin for the username, make sure the password is blank, then click the login button.

Calibrate1965-4

It will then let you access the Web GUI. On the left click on Calibration.

6058cal-1

It will then pop up the Calibration screen. Here is will let you adjust the sensors. In this example we used Wind Gain. Just click on it and type in the adjustment. Then at the bottom click save

6059-1

Then the console will calibrate to the new entry.

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