Oregon Scientific IB368 Wall Mounting the Speaker Optional, Using the Transmitter Dock Adapter

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If batteries run low on power and AC adapter is plugged in:

￿ appears to show speaker is being

operated by AC power. ￿ does not appear.

￿ or appears.

WALL MOUNTING THE SPEAKER (OPTIONAL)

The speaker is equipped with rubber supports to give your unit a stable base while placed on a flat surface.

NOTE Placement of this product on wood surfaces with certain types of finishes, such as clear varnish, may result in damage to the finish. Consult the furniture manufacturer’s care instructions for direction as to the types of objects that may safely be placed on the wood surface. Oregon Scientific shall not be responsible for any damage to wood surfaces from contact with this product.

Fix the location of your speaker against the wall using the supplied allen key, L-shaped wall-mount unit and 4 screws:

1. Position the wall-mount unit’s vertical panel onto the area of the wall where you would like to hang the unit.

2. Secure the 15 mm (0.6 in) screws into the corresponding holes of the vertical panel until it is firmly fixed against the wall.

3.Place the speaker onto the horizontal panel of the wall-mount unit, making sure to align the 2 screw holes of the horizontal panel with those of the speaker.

4.Insert the remaining two 10mm (0.4 in) screws into the aligned holes and secure the speaker onto the horizontal panel. The wall-mount unit and speaker should be securely fixed in place.

USING THE TRANSMITTER DOCK ADAPTER

1.Connect the AC adapter connector into the DC IN 9V / 800mA jack at the back of the transmitter dock.

2.Plug your AC adapter into an electrical socket.

NOTE Always use the supplied AC power adapter that is designed specifically for the transmitter dock only. Using any other AC power adapter may cause the unit to malfunction and increase the risk of fire or injury.

NOTE Should you notice any abnormality in the transmitter dock AC adapter, disconnect it from the electrical socket and transmitter dock immediately and take it to a qualified Oregon Scientific dealer for servicing.

DOCKING THE iPOD

The transmitter dock acts as a docking station for different versions of the iPod:

1.Insert the appropriate docking tray intended specifically for use with your iPod model into the transmitter dock.

TIP View the engraving at the bottom of each tray, which contains an iPod description and / or size of internal hard disk to ensure that you correctly match the appropriate tray for your iPod.

2.Insert the iPod into the docking tray. Make sure to align the docking tray’s connectors with the iPod connection slot.

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Contents Important Safety Instructions Maintenance Page Contents Model IB368Wireless Speaker IntroductionGetting Started Product OverviewTransmitter Dock Using the Wireless Speaker AdapterInstalling the Wireless Speaker Batteries Rechargeable Batteries Alkaline BatteriesUsing the Transmitter Dock Adapter Wall Mounting the Speaker OptionalPower on / OFF Basic Speaker OperationSoftware VersionVolume Play / PauseNext / Previous and FAST-FORWARD / Rewind Next / PreviousSetting the Clock Synchronizing with the ComputerMute Bass and TrebleTransmitter Dock AUX-IN Audio ConnectionTransmitter Dock LINE-OUT Video Connection Recognizing Wireless Signals Troubleshooting How do I eliminate signal jamming?Specifications About Oregon ScientificCopyright FCC StatementDeclare that the product

IB368 specifications

The Oregon Scientific IB368 is a multifunctional weather station designed to provide users with real-time information about environmental conditions. This innovative device combines advanced technology with user-friendly features, making it an essential tool for weather enthusiasts and everyday users alike.

One of the standout features of the IB368 is its ability to accurately monitor indoor and outdoor temperatures. The station comes equipped with a wireless outdoor sensor that communicates seamlessly with the main unit, allowing users to obtain precise temperature readings from various locations within their vicinity. The indoor thermometer tracks ambient conditions, ensuring you stay informed about your home environment as well.

Humidity is another critical aspect of weather tracking, and the IB368 excels in this area as well. The device measures both indoor and outdoor humidity levels, giving users a comprehensive view of their surroundings. This dual functionality is particularly useful for those looking to maintain optimal conditions for health and comfort, as humidity can significantly impact air quality and overall well-being.

The IB368 also features a built-in barometer, which offers insights into atmospheric pressure trends. This capability allows users to predict upcoming weather changes, such as the likelihood of rain or clear skies. By monitoring pressure fluctuations, the device aids in preparing for various climatic conditions.

Another notable characteristic is the user-friendly display, which showcases all gathered data on an easy-to-read screen. The layout is intuitive, allowing users to navigate through different metrics with ease. Additionally, the IB368 includes a clock function, which can be a handy feature for daily planning and scheduling.

The incorporation of a sleek design ensures that the device fits seamlessly into any home or office setting. Its modern aesthetics combined with functionality make it not only practical but also a stylish addition to your space.

Powered by batteries and featuring wireless technology, the IB368 is designed for convenience and portability. It can be set up quickly and moved around effortlessly, making it suitable for various environments.

In conclusion, the Oregon Scientific IB368 stands out as a reliable and versatile weather station. Its comprehensive monitoring of temperature, humidity, and barometric pressure, combined with a user-friendly design, makes it an excellent choice for individuals seeking to understand and respond to their environment effectively. Whether for personal use or as an educational tool, the IB368 is sure to enhance one's awareness of local weather conditions.