Oregon Scientific BAR609HGA user manual UV Sensor UVN128, Setup Sensor

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UV SENSOR (UVN128)

The UV sensor measures the UV Index. It transmits data to the main unit every 73 seconds and has a maximum transmission range of 328 feet (100 meters).

SETUP SENSOR

1. Insert the batteries as shown.

2.Close the battery door and press RESET to turn the sensor on.

3.Press and hold CHANNEL and MEMORY on the main unit to initiate a signal search. The UVI sensor icon on the main unit will flash to show it is searching for the sensor. It will stop flashing when it has found the sensor. If the main unit cannot find the sensor, "- -" will appear on the LCD.

4.You can place the sensor in the ground. To do this, fix the stake into the base of the sensor.

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Then place the stake into the ground up to the insertion level indicator (see point 1 below) at your desired location.

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BAR609HGAmanual-ENG

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Contents Model BAR609HGA Contents Deluxe Weather Forecaster with Wireless UV SensorThermo-Hygro Sensor THGR122NX IntroductionFront View Product OverviewBack View THERMO-HYGRO Sensor THGR122NX ResetBack View UVN128 Front View UVN128THERMO-HYGRO Sensor THGR122NX Getting StartedSwitch Option Setup SensorClock Data TransmissionSearch for Sensor Turn Atomic Clock on / OFF AlarmSwitch Clock Display SET ClockBarometer Select Channel Number TEMPERATURE, Humidity and Heat IndexSelect Temperature Unit Weather ForecastHeat Index Minimum / Maximum RecordsICE Warning UV Sensor UVN128 UV Index Readings Moon PhaseReset System BacklightSafety and Care Specifications TroubleshootingClock PowerRelative Humidity BarometerFCC Statement About Oregon ScientificDeclaration of Conformity Increase the separation between the equipment and receiverOregon Scientific. All rights reserved

BAR609HGA specifications

The Oregon Scientific BAR609HGA is a multifaceted weather station designed to provide comprehensive meteorological information right from the comfort of your home. This advance in technology offers a unique combination of features that cater to both weather enthusiasts and everyday users.

At the core, the BAR609HGA stands out with its sleek design and user-friendly interface. The device displays crucial weather data clearly on an LCD screen, featuring a vibrant color display that helps in easy reading and interpretation of various weather parameters. One of its main highlights is the ability to provide real-time indoor and outdoor temperature and humidity readings, allowing users to monitor their environment effectively.

The BAR609HGA utilizes advanced wireless technology to connect a remote sensor placed outdoors. This sensor transmits data seamlessly, enabling users to receive accurate weather updates without having to step outside. The wireless range can reach impressive distances, ensuring you can keep an eye on the weather from within your home or office.

Another key feature is the built-in barometer, which measures atmospheric pressure and provides forecasts for upcoming weather conditions. Accompanied by a weather icon display that predicts sunny, partly sunny, or rainy weather, users can plan their outdoor activities with greater confidence.

The Oregon Scientific BAR609HGA is equipped with multifunctional alarm settings, integrating a snooze feature while also indicating the time and date. The device can also show the moon phase, providing added value for those interested in astronomy or night-time outdoor activities.

Additional characteristics include a programmable display option that lets users customize the information they see. The option to calibrate temperature and humidity readings ensures accuracy, making it a reliable device in any setting.

Furthermore, the weather station runs on batteries, so there is no need for complicated wiring systems, allowing for versatile placement options around the home. Overall, the Oregon Scientific BAR609HGA stands as a functional and aesthetically pleasing weather station that combines technology with practical usability, making it an essential tool for anyone keen on monitoring their local climate conditions.