Oregon Scientific WMR180A user manual Clock reception, Icon Meaning, Clock / Calendar, Moon phase

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If water remains on 1-4, the gauge is not horizontal. If necessary, adjust the level using the screw.

NOTE For best results, ensure the base is horizontal to allow maximum drainage of any collected rain.

Clock reception

This product is designed to synchronize its calendar clock automatically once it is brought within range of a radio signal:

WMR180:

EU: DCF-77 signal: within 1500 km (932 miles) of Frankfurt, Germany.

UK: MSF-60 signal: within 1500 km (932 miles) of Anthorn, England.

WMR180A:

WWVB-60 signal: within 3200km (2000 miles) of Fort Collins Colorado.

WMR180 only - slide the EU / UK switch to the appropriate setting based on your location. Press RESET whenever you change the selected setting.

The reception icon will blink when it is searching for a signal. If the radio signal is weak it can take up to 24 hours to get a valid signal reception.

indicates the status of the clock reception signal.

ICON MEANING

Time is synchronized.

Receiving signal is strong

Time is not synchronized.

Receiving signal is weak

To enable (and force a signal search when previous search was unsuccessful) / disable the clock radio reception:

1.Press SELECT to navigate to the Clock / Calendar / Moon phase Area. will show next to the Area.

2.Press and hold SEARCH.

appears when it is enabled.

NOTE For best reception, the base station should be placed on a flat, non-metallic surface near a window in an upper floor of your home. The antenna should be placed away from electrical appliances and not be moved around when searching for a signal.

Clock / Calendar

To set the clock manually, disable the clock signal reception first.

To manually set the clock:

(You only need to set the clock and calendar if you have disabled the clock radio reception.)

1. Press SELECT to navigate to the Clock Area. will show next to the Area.

2.Press and hold MODE to change the clock setting. The setting will blink.

3.Press UP / DOWN to increase / decrease the setting value.

4.Press MODE to confirm.

5.Repeat steps 3 to 4 to set the time zone offset hour (+ / -23 hours), 12 / 24 hour format, hour, minute, year, date / month format, month, date and weekday language.

Time zone offset sets the clock +/- 23 hours from the received clock signal time. If you have deactivated the clock signal reception, do not set a value for time zone.

NOTE If you enter +1 in the time zone setting, this will give you your regional time plus 1 hour.

If you are in the US (WMR180A only) set the clock to:

PA for Pacific time

MO for Mountain time

CE for Central time

EA for Eastern time

NOTE The weekday is available in English, German, French, Italian, Spanish or Russian.

To change the clock display:

1. Press SELECT to navigate to the Clock Area. will show next to the Area.

2.Press MODE to toggle between:

Clock with seconds

Clock with weekday

Calendar

Moon phase

The Calendar must be set for this feature to work (see Clock/ Calendar section).

In the Northern hemisphere, the moon waxes (amount of moon we see that grows after the New moon) from the right. So, the sunlit part of the moon moves from right to left in the Northern hemisphere while in the Southern hemisphere, it moves from left to right. The direction depends on the latitude of the person observing it.

The moon phase on this unit is suited only for the Northern hemisphere. For users living in the Southern hemisphere, the moon phase diagram will appear incorrect (inverted). The moon phase diagram has to be rotated 180° to correspond with the moon seen from their perspective.

Below are two tables which diagrammatically illustrate how the moon will appear on the main unit and its equivalent if seen in the night sky from the Southern hemisphere.

Northern hemisphere (as shown on main unit)

 

New

 

Full Moon

 

Moon

 

 

 

 

 

 

 

 

 

Waxing

 

Waning

 

Crescent

 

Gibbous

 

 

 

 

 

First

 

Third

 

quarter

 

quarter

 

 

 

 

 

Waxing

 

Waning

 

Gibbous

 

Crescent

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Contents Introduction ContentsPackaging contents BAse staTION Wind Sensor / Temperature & Humidity SensorWMR180UMENR7.indd 2011/5/30 35630 PM Rain gauge Outdoor temperature / humidity sensorWind sensor Set up base station Getting started Set up remote wind sensorSet up remote temperature / humiditY sensor Set up rain gaugeUSB Hub Temperature / humidity sensorArea Meaning Verify connection164 Temperature / Humidity Sensor Mounted SeparatelyMounting / placing of sensors Remote Wind Sensor on Existing PoleClock / Calendar Moon phaseClock reception Icon MeaningRising Steady Falling IconUVI Barometer Rainfall Icon Level DescriptionUV Index Icon USB Communications HUB Declaration of conformity PrecautionsAbout Oregon Scientific EU declaration of conformity FCC statement

WMR180, WMR180A specifications

The Oregon Scientific WMR180A and WMR180 are innovative weather stations designed for both amateur meteorologists and weather enthusiasts. These devices offer a comprehensive approach to tracking environmental conditions, making them a valuable addition to any home or office.

One of the standout features of the WMR180A and WMR180 is their ability to monitor a wide range of weather parameters. Users can check real-time data on temperature, humidity, wind speed, wind direction, rainfall, and barometric pressure. This multitude of metrics allows users to have a holistic view of their local weather conditions, which can be particularly useful for planning outdoor activities, gardening, or understanding microclimates.

The design of the WMR180A and WMR180 is user-friendly, featuring an easy-to-read LCD screen complete with intuitive icons that simplify data interpretation. The display is designed to clearly show key information at a glance, ensuring that users can quickly access the data they need without navigating complex menus.

Another significant feature is the wireless technology used in these models. The sensors communicate with the main unit through a 433 MHz wireless signal, which ensures accurate and reliable transmission of data from the outdoor sensors to the indoor display unit. This wireless capability allows for greater flexibility in sensor placement, making it easy to position the various sensors around the property to capture the most accurate environmental readings.

Additionally, the WMR180A and WMR180 include advanced features such as memory for historical data, allowing users to track changes over time. This data can be vital for understanding weather patterns and trends in a particular area. Some models even come equipped with software compatible with Windows, enabling users to analyze their data on a computer.

Moreover, both models are built with durability in mind. The outdoor sensors are designed to withstand various weather conditions, ensuring they remain operational even in tough environments.

Overall, the Oregon Scientific WMR180A and WMR180 combine advanced technology with user-friendly features, making them ideal for those passionate about weather monitoring and environmental science. With their extensive capabilities, these weather stations represent an excellent investment for anyone looking to gain insight into the complexities of local weather.