| Q1. | What is the system requirement? |
| A. | Internet Connection Speed: 56K or above Web Browser: IE 11, Firefox v.29, Chrome v.35, Safari 6.1 (or above) Router setting : Wi-Fi/LAN router, set as DHCP server |
| Q2. | How can I know whether the unit is functioning or not? |
| A. | When the power cable is plugged, the first LED should be on. When the power and lan cables are plugged, the first & the forth LEDs should be on. |
| Q3. | Can I use the “Anywhere Weather Kit” with a Proxy server? |
| A. | No you can’t. The main unit of 'Anywhere Weather Kit” can’t edit the Proxy address. |
| Q4. | I can’t see my station’s sensor data in my App even though the “Anywhere Weather Kit” main unit’s network LED keeps flashing and receiver LED is always on. Why? |
| A. | First, please make sure your smart phone’s Wi-Fi or 3G/4G connection is strong. Second, please make sure the LW301 main unit is connected to the router without proxy setting or any ISP’s DHCP / DLNA modem. |
| Q5. | How many sensors can be connected with the “Anywhere Weather Kit”? |
| A. | “Anywhere Weather Kit” can connect 1 wind sensor, 1 rain gauge sensor, 1 UV sensor and up to 8 temperature / humidity sensors. |
| Q6. | I already have other Oregon Scientific sensors. Will they work with the “Anywhere Weather Kit”? |
| A. | The “Anywhere Weather Kit” works with Oregon Scientific sensors with protocol 3.0, which is the same as our most recent professional weather station (WMR) series. For your convenience, the sensor options are listed below
|
| Q7. | What will happen if my internet connection is temporarily suspended? |
| A. | The “Anywhere Weather Kit” reads weather sensor data continuously and uploads it to the Oregon Scientific online server for real-time storage. If for some reason you do lose internet connectivity with your “Anywhere Weather Kit” no information will be recorded or saved on the Oregon Scientific online server. Therefore, please make certain that your internet connection is kept stable for your Anywhere Weather Kit to continuously feed the live data to the Oregon Scientific online server. Once your connection is restored, however, your sensor data should automatically resume transmissions to the server. |
| Q8. | Why is my weather data taking a really long time to download? |
| A. | The strength of your 3G/4G or Wi-Fi network connection could be a key factor affecting the loading time. Please make sure your network connection is strong. |
| Q9. | How can I access my sensor data remotely? |
| A. | We offer 3 solutions for remote access:
|
| Q10. | Can I use same account to login to the different platforms? |
| A. | Yes, you should use the same account for both App and web interface to view your weather information. |
| Q11. | Why are there two USB ports on the main unit? |
| A. | The Weather Sensor Receiver should be connected to either USB port. The other port can be used for future applications – such as gathering data from a non-weather device, e.g. health data from a blood pressure monitor, etc. |
Drivers Oregon Scientific USB Devices
Now with hawdware support for multiple weather station vendors
- WxShield for Arduino
- AcuRite 02032C
- Radio Shack 63-256
- Oregon Scientific WMR88, WMR100, WMR200, RMS300
USB Turntable with Universal Dock for iPod. Record your favorite vinyl records to your iPod or computer. The LPDock is a revolutionary new USB turntable that transfers your old vinyl collection to your iPod, CD or MP3 file format. USB Dynamic Link Library for use with Oregon Scientific WMR200, WMR100 and WMR88 Weather Stations. Access to Official Website Oregon Scientific Home English Home Spanish Home French Home German Welcome to the HelpDrivers, driver for printers. Original files: In HelpDrivers, all drivers, manuals, BIOS, etc. Are those originally provided by the official manufacturers.
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Try the new Stable Release
Latest BETA
Version 5.3.6.1 is now the current stable release.
Version 5.6.0.0 is the current beta release.
News -- New stable release!
Beta 5.6.0 adds weather forecast and 1-hour rain, fixes bugs.
Click on the link above for the latest on new releases and other developments.
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WSDL FAQs
See here for some frequently asked questions. This page will be updated periodically to include common questions about WSDL.
WSDL Weather Shield for Arduino
Click here to find out more about this capability that was released in version 4.2 of WSDL. The remaining stock of version 2 shields is now available at a discounted price!
Goals
This free weather data logging application is focused on the following objectives:
- Collection and archiving of accurate weather data.
- Display of weather data as 2-dimensional plots.
- Uploading weather data to internet weather sites.
- Generation and upload of web pages containing real-time weather data.
- Support of Oregon Scientific weather consoles (WMR88, WMR100, WMR200 and others).
- Support of the Arduino WxShield weather data receiver.
Overview
This Windows application will display and log weather data obtained through a USB connection to the Oregon Scientific WMR88, WMR100, WMR200 and RMS300 weather stations. It also supports the WxShield reciever for Oregon Scientific wireless sensors. You will find features here for a wide range of users, from novices, to experts. The extensive user manual describes program features in detail and includes informative discussions on many topics.
The display includes most of the data available on the console, analysis of wind and temperature data plus graphs of temperature, pressure, wind and rain over varying periods of time. Data is also logged to a CSV file with options for automatic backup and trimming. Daily extremes can be extracted from the log file and written to a separate CSV file. Data upload to Weather Underground and CWOP is supported. Web pages can be generated and uploaded to web servers through FTP.
The current stable version is 4.4. WSDL is now under development again. The best method for submitting comments, bugs and feature requests is via the SourceForge OpenDiscussion for WSDL, here.
Screen Shot of Version 4.7.0
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Users with the version 2 Arduino WxShield will also get this signal strength readout for their wireless sensors:
Features
This application is designed to work with the indoor console receiving multiple outdoor temperature and humidity sensors and with or without the optional UV sensor. The following data is accepted from Oregon Scientific weather station consoles:
- Temperature/humidity from the base unit and all wireless sensors.
- Current wind speed and direction.
- Average wind speed.
- Station pressure and altitude-corrected pressure.
- Current rainfall rate.
- Rainfall amount for the current hour and past 24 hours.
- Total rain since the last reset, and the date/time of the reset.
- Station clock setting & synchronization status with radio signal.
- Battery status (OK or Low) for console, rain bucket and anemometer.
- Wireless sensor signal strength (version 2 WxShield users only).
- UV reading.
- Optional WeatherJack barometer or the WxShield can be used for higher resolution pressure readings.
WSDL can now handle the maximum number of external wireless temperature/humidity sensors. Custom names can be provided for each sensor and graph colors can be user-defined. WxShield users can configure up to 20 wireless sensors.
Up to 16 graphs can be displayed at one time, and each graph can display a different type of data and/or different set of sensors. Graph setups can be saved for later recall; you can create setups for different kinds of weather -- storms, heat waves and so on.
Data processing on the raw console data yields the following additional information:
- 15-minute rate of change for temperature and dew point (indoor and outdoor).
- 1-minute summary of wind data -- average and peak gust.
- Wind data processed according to METAR standards. Note: This DOES NOT mean you can legally use this software to produce offical aviation METARs.
- Peak wind gust over the past hour.
- 3-hour altitude-corrected (aka sea level) pressure rate of change.
- Removal of atmospheric tides from barometer data (most useful with higher resolution barometer data such as from WeatherJack or the WxShield).
The CSV-format log file is updated once a minute with the following information:
- Station and altitude-corrected pressure.
- 1-minute peak wind gust and direction.
- 1-minute average wind and direction.
- Rain rate and total rain since reset.
- UV reading.
- Temperature, dew point and relative humidity for all sensors.
Drivers Oregon Scientific Usb Devices 3.0
Data can be periodically transferred to any of the following internet weather providers:
Web pages can also be created from templates and uploaded to a web server via FTP. Up to 16 PNG graphs can be created for upload, independent of the graphs displayed in the main window.
Users can generate a CSV summary file containing daily extremes of all data currently in the log file.
An options dialog allows the user to configure units used for display and in the CSV log file. Many aspects of automatic log file backup and trimming are also configurable.
Options Dialog
Drivers Oregon Scientific Usb Devices Pc Camera
Additional Features
- Rain gauge maintenance setting ignores accidental bucket tips during cleaning or other maintenance of rain gauge.
- Graphs can be periodically saved as PNG images and uploaded via FTP to a web server.
- Up to 16 different graphs PNG images can be generated for upload, independent of graphs shown in main window. Upload can be through WSDL or use your own FTP client application.
- Webcam images may be captured and uploaded via FTP.
- Several calibration (tweaking) options for your sensors including the rain gage and temperature and humidity sensors. Rainfall amount (but not rain rate) can optionally be measured by counting rain bucket tips instead of using the rainfall numbers from the rain gage. There is also an option to compute sea level pressure inside the program, replacing the weather station value.
X10 Plug-In Project Started
SourceForge user 'jroal' has created a Google Code project for a WSDL plug-in that can operate with X10 devices. The X10 home automation system has been around a long time now and can control home appliances by sending signals through household wiring and also provides wireless capabilities. An introduction to X10 can be found here:
The Google Code project for the plug-in is here:
RF Protocols
Drivers Oregon Scientific Usb Devices Adapter
A new document is available now that describes the RF signals transmitted by OS wireless sensors. This document covers all known versions (1.0, 2.1 and 3.0) of these RF protocols. It also documents some RF protocols of Acu-Rite brand wireless sensors.
Drivers Oregon Scientific Usb Devices For Sale
Download
Checksums for release files are available on the software notes page below.
WeatherJack barometer project
Enhancements
Software Notes