Oregon Scientific BARM688 user manual Clock Clock Reception, Manually SET Clock, Alarm

Models: BARM688

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EN

CLOCK

CLOCK RECEPTION

This product is designed to synchronize its clock automatically with a clock signal.

To select clock signal:

Slide EU / UK to select the signal received.

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

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

To enable / disable signal reception:

Press and hold TUNEto enable or TUNE to disable signal reception.

NOTE Reception takes 2-10 minutes. If the signal is weak, it can take up to 24 hours to get a valid signal.

Clock signal reception indicator:

STRONG SIGNAL WEAK SIGNAL NO SIGNAL

MANUALLY SET CLOCK

1.

Press and hold MODE for 2 seconds.

2.

Press TUNE / to change the settings.

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3.Press MODE to confirm.

4.The setting sequence is: time zone offset, 12 / 24 hour format, hour, minute, year, day / month format, month, day, and display language.

TIPS Time zone offset sets the clock +/- 23 hours from the received clock signal time. The language options are (E) English, (F) French, (D) German, (I) Italian, and (S) Spanish.

To select clock display mode:

Press MODE to toggle between:

Clock with seconds

Clock with weekday

Calendar

ALARM

To set the alarm:

1. Press ALARM to view the alarm. will show on the display.

2. Press and hold ALARM for 2 seconds.

3. Press TUNE

/

 

to change the hour, minute,

beep (

) or radio (

) alarm. If you select the

radio alarm, press

to select the radio station to be

played and VOL

 

/

to set the volume.

4. Press ALARM to confirm.

To activate or deactivate the alarm:

Press ALARM when in alarm display. or appears when the alarm is set.

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Oregon Scientific BARM688 user manual Clock Clock Reception, Manually SET Clock, Alarm

BARM688 specifications

The Oregon Scientific BARM688 is a versatile weather station that offers advanced features designed for ambient environmental monitoring. This device combines cutting-edge technology with practicality, making it an essential tool for both casual enthusiasts and serious weather watchers.

One of the main highlights of the BARM688 is its ability to provide real-time weather data. It features a high-precision sensor that accurately measures indoor and outdoor temperatures along with humidity levels. This ensures users have access to vital information about their environment, facilitating informed decisions regarding clothing, home heating or cooling, and other daily activities.

The BARM688 is equipped with a robust, easy-to-read LCD display that showcases a range of weather-related data. Users can track temperature trends over time, helping them understand changes in their environment. The display also features customizable alerts, allowing users to set notifications for specific temperature thresholds, ensuring they are always prepared for unexpected weather changes.

Another significant feature of the BARM688 is its wireless technology. It utilizes a wireless sensor that can be placed outside to gather accurate outdoor weather data without cumbersome wires. This sensor has an impressive transmission range, ensuring reliable data collection even at a distance from the main unit.

In addition to temperature and humidity readings, the Oregon Scientific BARM688 includes a barometer that provides atmospheric pressure trends. This feature is particularly useful for predicting weather patterns, as changes in atmospheric pressure often indicate forthcoming weather conditions.

Durability is also a key characteristic of the BARM688. The device is designed to withstand various outdoor conditions, ensuring that users can depend on its readings in different environments. Its sleek, modern design makes it not only functional but also an attractive addition to any home or office.

Overall, the Oregon Scientific BARM688 blends essential features with advanced technology, making it a top choice for anyone seeking reliable weather monitoring. With its comprehensive data collection, user-friendly interface, and robust design, the BARM688 proves to be an invaluable asset for effectively understanding and predicting environmental conditions.