Remote Unit Assembly

13. Slide the solar panel connector into place on the opposite side of the bracket. Slot

1.Insert the cone-shaped end into the pole.

2.Using 2 screws, ﬁx it ﬁrmly into place.

3.Insert the versatile plastic base into the pole. Align the holes of the pole with the holes of the plastic base.

4.Secure the plastic base by inserting the screw and screwing it tightly into the holes of the plastic base and pole.

IMPORTANT The sensor should be positioned in an open area away from trees or other obstructions.

5.Hammer pole (cone end down) into the ground at the desired spot until versatile plastic base is level with the ground.

TIP Place a block of wood between the pole and the hammer to prevent damage to the pole.

the solar panel in place.

14. Adjust the solar panel. Once facing desired direction, use screw to ﬁx in place.

15. Loosen the wing bolt and adjust the angle. Tighten wing bolt to secure solar panel

at desired angle.

NOTE For best results, direct solar panel as follows:

Solar panel facing:	if you reside in the:

North	Southern Hemisphere

South	Northern Hemisphere

To mount the wind sensor:

16.Insert the wind vane into the attachment bracket.

17.Screw aluminum pole ﬁrmly into place.

IMPORTANT For best results, point the wind vane North.

6.Assemble middle pole on top of the bottom one.

7.Using two screws, ﬁx it ﬁrmly into place.

8.Assemble top pole on top of the middle one.

9.Using two screws, ﬁx it ﬁrmly into place.

18.Remove outdoor sensor from casing. Plug one solar panel cable into the socket.

19.Replace sensor into the casing.

20.Plug the other solar panel cable into the socket on the wind vane.

This will provide the sensors with an additional power supply.

NOTE There are slots to insert the solar power cables for convenient storage. There are also fasteners to help tighten the cables.

NOTE The solar panel is an energy saving feature, which is an environmentally friendly way to provide additional power to the sensors and prolongs battery life. However, it cannot replace battery power entirely. Sensors can operate entirely on battery power.

Securing the assembled remote unit:

10.Slide the vertical attachment bracket on top of the top pole.

11.Using two screws, ﬁx it ﬁrmly into place.

To mount the temperature / humidity sensor:

12. Slide outdoor sensor onto vertical attachment bracket.

21.Insert the 2 rectangular base legs through the holes of the versatile base and hammer down.

WMR200A specifications

The Oregon Scientific WMR200A is an advanced weather station designed for both amateur meteorologists and weather enthusiasts. It combines state-of-the-art technology with user-friendly features to deliver accurate and real-time atmospheric data.

One of the standout characteristics of the WMR200A is its ability to measure various weather parameters, including temperature, humidity, barometric pressure, wind speed, wind direction, and rainfall. This comprehensive set of features allows users to monitor the weather conditions in their locality effectively.

The WMR200A is equipped with a wireless sensor suite that includes an indoor console and outdoor sensors. The wireless transmission provides real-time data updates, ensuring that users can access the latest weather information without the hassles of running cables. The outdoor sensor offers a robust design, built to withstand various weather elements, ensuring longevity and reliability.

A notable technology integrated into the WMR200A is its barometric pressure sensor. This allows users to not only track current temperature and humidity but also to obtain crucial atmospheric pressure readings. These readings can be essential for predicting weather patterns, such as incoming storms or changes in weather.

Another impressive feature of the WMR200A is its memory capacity, which allows for the storage of historical data. Users can view weather trends over time, enabling them to analyze patterns and make informed decisions based on past weather behavior. The console displays information graphically, making it easy for users to interpret data at a glance.

The setup process for the WMR200A is straightforward, making it accessible even for individuals who are not particularly tech-savvy. The device includes an easy-to-read LCD display, offering clear visibility of all critical parameters, even in low-light conditions. Additionally, the console can be customized to display preferred readings, ensuring that users can monitor the metrics most important to them.

With its solar-powered sensor option, the WMR200A stands out in sustainability, making it an environmentally friendly choice. Users can place the outdoor sensor in any suitable location without worrying about battery replacement.

In summary, the Oregon Scientific WMR200A offers a comprehensive set of features, advanced technologies, and user-friendly characteristics designed to meet the needs of weather hobbyists and professionals alike. Its wireless capabilities, accurate sensors, and display options make it a top choice for those looking to take control of their local weather monitoring.