Connecting Audio Sources to Transmitter

CONNECTING AUDIO SOURCES TO THE

TRANSMITTER

Use the Y audio cable to connect audio source to the Transmitter:

1.On one end of the cable are red / white connectors. Plug them into the RCA red / white input jack at the back of the Transmitter.

2.At the other end of cable is a stereo connector. Plug the connector into the line-out jack of the audio source.

TIP Your audio source may require the red / white connector plugged in instead of the stereo connector. If so, simply plug the Y cable's stereo connector to a line in jack on the Transmitter, as shown below.

3.To connect a second and third audio source (audio

source and audio source ), use another Y audio cable or stereo cable (in which both ends are stereo connectors) and connect the audio sources to the Transmitter's stereo jacks.

TIP The line-out jacks on the audio source may already be occupied by other connectors. If the audio source has a headphone jack available, the stereo connector can be plugged into the headphone jack as an alternative line-out connection.

NOTE It is not necessary to prioritize the connections. That is, if you are connecting just 1 audio source you do not need to connect it to the Transmitter's audio source jack. It can be connected to the audio source , or line-in jack instead, depending on whether a Y cable or stereo cable is used.

CONNECTING THE AC ADAPTOR TO THE TRANSMITTER

1.Connect the AC adaptor connector into the DC IN 9V jack at the back of the Transmitter.

2.Plug your AC adaptor into an electrical socket.

NOTE Always use the supplied 9V AC power adaptor that is designed specifically for the Transmitter only. Using any other AC power adaptor may cause the unit to malfunction and increase the risk of fire or injury.

NOTE Should you notice any abnormality in the Transmitter AC adaptor, disconnect it from the electrical socket and Transmitter immediately.

CONNECTING THE AC ADAPTOR TO THE WIRELESS REMOTE SPEAKER

1.Connect the AC adaptor into the DC IN 9V jack on the Wireless Remote Speaker as shown in the diagram.

2.Plug your AC adaptor into an electrical socket. You

will see appear on the LCD when the speaker is powered on (see section on "BASIC SPEAKER OPERATION" for more information).

TIP Using the AC adaptor will help to save on batteries.

NOTE Always use the supplied 9V AC adaptor that is designed specifically for the Wireless Remote Speaker only. Using any other AC adaptor may cause the unit to malfunction and increase the risk of fire or injury.

NOTE Should you notice any abnormality in the Wireless Remote Speaker AC adaptor, disconnect it from the electrical socket and speaker immediately.

INSTALLING BATTERIES INTO WIRELESS REMOTE SPEAKER

While using the AC adaptor to operate the Wireless Remote Speaker will help to save on batteries, the option to use batteries provides added flexibility and portability to move and place the unit almost anywhere without being restricted by cables.

The Wireless Remote Speaker requires 6 "C" batteries (not included). To install the batteries:

1.Open the battery compartment cover.

2.Insert 6 "C" batteries into battery compartment according to the correct polarity indicators.

3.Close the battery cover.

WRS368 Eng (US) R18 OP

7/30/05, 10:51 AM

WRS368 specifications

Oregon WRS368 is a state-of-the-art weather station designed to provide accurate and comprehensive weather monitoring for both personal and professional use. This advanced device comes equipped with a range of features and technologies that make it a standout choice for weather enthusiasts and serious meteorologists alike.

One of the key features of the Oregon WRS368 is its ability to measure various weather parameters with precision. The station tracks temperature, humidity, wind speed, wind direction, and rainfall, ensuring that users have access to a complete weather overview. The real-time data allows users to stay informed about changing weather conditions, making it ideal for outdoor activities, agriculture, and research purposes.

The Oregon WRS368 utilizes advanced wireless technology, enabling seamless communication between the outdoor sensors and the indoor display unit. This ensures that users can monitor weather conditions from the comfort of their homes or offices without the hassle of cumbersome wiring. The wireless range is impressive, allowing users to position the outdoor sensors up to a significant distance from the display unit.

In addition to its measuring capabilities, the WRS368 features a clear and informative LCD display. Users can easily read and interpret the data, thanks to its user-friendly interface. The display often includes icons to represent various weather conditions, providing a quick visual reference. Furthermore, the station typically supports backlighting, enabling visibility even in low-light situations.

Another notable characteristic of the Oregon WRS368 is its data logging capabilities. The station can store historical weather data that can be reviewed and analyzed over time. This feature is invaluable for tracking weather trends, understanding seasonal changes, and conducting research projects.

The device often includes advanced forecasting functions, which leverage historical data to predict upcoming weather patterns. This predictive capability adds significant value, helping users make informed decisions based on short-term forecasts.

Durability is another essential aspect of the Oregon WRS368. Built to withstand various weather elements, the station is designed for outdoor use. It features robust components that ensure reliable operation in different climates.

In summary, the Oregon WRS368 weather station combines a comprehensive set of features with advanced technologies, making it a reliable tool for anyone looking to monitor and understand weather conditions. Its wireless operation, user-friendly display, data logging, and forecasting capabilities make it a versatile and indispensable resource for both hobbyists and professionals in the field of meteorology.