2. Introduzca las pilas hacienda coincidir la polaridad (+ y -).

3.Seleccione un canal. Asegúrese de usar un canal distinto para cada sensor.

4.Coloque el sensor cerca de la unidad principal. Pulse REINICIO en el sensor.

5.Pulse CHANNEL y MEMORY simultáneamente en la unidad principal para iniciar la transmisión entre el sensor y la unidad principal.

6.Cierre la tapa del compartimento para pilas y apriete los tornillos.

7.Coloque el sensor en el lugar deseado usando el montaje en pared o el soporte para mesa.

Cómo conseguir los mejores resultados:

•Coloque el sensor fuera de la luz directa del sol y en un lugar no expuesto a la humedad.

•No coloque el sensor a más de 30 metros (100 pies) de la unidad principal (interior).

•Coloque el sensor de tal modo que quede de cara a la unidad principal (interior), minimizando obstrucciones como puertas, paredes y muebles.

•Coloque el sensor en un lugar al descubierto debajo del cielo, alejado de objetos metálicos o electrónicos.

•Coloque el sensor cerca de la unida central durante los fríos meses del invierno, ya que las temperaturas bajo cero podrían afectar el rendimiento de las pilas y la transmisión de la señal.

El alcance de transmisión puede variar debido a muchos factores. Es posible que tenga que probar varias ubicaciones para obtener los mejores resultados.

Las pilas alcalinas estándar contienen importantes cantidades de agua, lo cual provoca que se congelen a baja temperatura, aproximadamente -12°C (10°F). Las pilas de litio no recargables pueden aguantar una temperatura mucho más baja, con un umbral de congelación estimado por debajo de los -30°C (-22°F).

Las coberturas inalámbricas pueden recibir el impacto de una serie de factores, como las temperaturas extremadamente bajas.Elfríoextremopodríareducirtemporalmentelacobertura efectiva entre la estación base y el sensor. Si el rendimiento de la unidad se interrumpe debido a las bajas temperaturas, la unidad volverá a empezar a funcionar cuando la temperatura vuelva a la normalidad (es decir, las bajas temperaturas no provocan daños permanentes a la unidad).

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Oregon Scientific 086L004438-013, BAR388HG user manual Cómo conseguir los mejores resultados
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086L004438-013, BAR388HG specifications

The Oregon Scientific BAR388HG is a sophisticated weather station designed to provide accurate and reliable meteorological data for both home and outdoor use. This device is particularly appealing to weather enthusiasts and those looking to monitor environmental conditions in real-time.

One of the standout features of the BAR388HG is its ability to display indoor and outdoor temperature and humidity levels. The station is equipped with a wireless sensor that can be placed outdoors, allowing users to track temperature variations and humidity changes without having to step outside. This wireless capability, with a range of up to 100 meters, ensures that users receive timely updates regardless of where they are in their home.

The BAR388HG is known for its clear and easy-to-read LCD display, which shows not only the current temperature and humidity but also features a 12 to 24-hour weather forecast icon. This forecasting capability is powered by advanced algorithms that analyze current weather patterns to provide accurate predictions. The device also includes a trend indicator that informs users whether conditions are improving or deteriorating, thereby helping them to prepare for any changes in weather.

In addition to monitoring temperature and humidity, the Oregon Scientific BAR388HG also includes a barometric pressure sensor. This feature allows users to understand changes in atmospheric pressure, providing further insight into weather patterns. By tracking both indoor and outdoor conditions, users can better plan their day or week based on the weather.

Battery life is another important aspect of the BAR388HG. The device is designed for efficiency, typically running on AAA batteries for the main unit and sensor. Users are also able to easily replace batteries without hassle, ensuring that monitoring continues uninterrupted.

Durability is a key characteristic of the BAR388HG, which is built to withstand various environmental conditions. Its sleek design ensures it can fit into any home décor while also withstanding the daily rigors of outdoor placement.

In summary, the Oregon Scientific BAR388HG is an advanced weather station that combines precise monitoring of temperature, humidity, and barometric pressure with user-friendly features. Its wireless design, clear display, and long-lasting battery life make it an ideal choice for anyone looking to stay informed about their local weather conditions. Whether for personal interest or practical planning, this weather station offers reliable data at your fingertips.
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