Emerson ES3 owner manual Sleep Timer, To operate the sleep timer

Page 37

SLEEP TIMER

This system includes a programmable Sleep Timer that allows you to fall asleep to between 10 and 90 minutes of music and then shuts the power ‘Off’automatically.

To operate the sleep timer:

1.) Turn the system ‘On’and operate either the TUNER or CD function as usual.

2.) Adjust the VOLUME control to the desired level. Remember that the level you select for the sleep to music function is the same level you will hear when the timer turns the system on in the morning.

3.) Press the SLEEP button on the front panel. There is no SLEEP button on the remote control.

4.) The display will show “SLP – 10” indicating that the sleep timer will shut the power off after 10 minutes. Continue pressing the SLEEP button to increase the amount of sleep timer operation. Each time you press the SLEEP button you add 10 minutes to the sleep timer. The maximum sleep timer operation is 90 minutes.

5.) After a few seconds the Sleep Time display disappears and the normal Tuner or CD display returns, but the small “SLEEP” indicator remains in the display. When the Sleep Timer counts down to “00”, the power shuts off automatically.

Notes:

•You can shut the unit off manually before the Sleep Timer counts down to “00” by pressing the POWER/STANDBY button at any time.

•Remember that if you are falling asleep to CD you will also wake to CD, and if you fall asleep to the radio you will also wake to the radio.

•If you are falling asleep to CD the system will only operate until the CD ends. If you set the Sleep Timer for 90 minutes but your CD is only 45 minutes long, the music will stop after 45 minutes.

36

ES3_ib032103.p65

36

21/3/2003, 10:31

Page 36 Page 38
Image 37
Page 36 Page 38
Contents ES3 Important Safety Instructions Before WE Begin Class 1 Laser Product Important NotesPreparation for USE Unpacking and SET UPStabilizer TAB AC Outlet AC Plug Power SourceSound Cylinder Speakers Speaker ConnectionsSubwoofer Positioning the Speakers Player Auxiliary Source ConnectionsBattery Precautions Installing the Remote Control BatteriesProtect Your Furniture Installing the Clock and Tuner Memory Back UP BatteriesTOP Panel Front Panel Back Panel Location of Controls and IndicatorsPLAY/PAUSE Subwoofer Remote Control Button Press to start play or to pause temporarily in CD Multifunction LCD Display Operating Instructions Setting the ClockVolume Adjustments VOLUME, Bass LEVEL, and Dynamic Bass Boost Bass ControlsBass Volume Level Control Dynamic Bass Boost ControlAutomatic Tuning Manual TuningListening to the Radio FM W IRE Antenna Antenna InformationPRE-SETTING Stations in the Tuner Memory Changing Preset Stations Recalling Preset StationsPlaying Compact Discs Pause Control To Start Playback on a Specific Track SKIP/SEARCH ControlsRepeat Playback One Track RepeatAll Tracks Repeat Intro Scan Playback Remote Control OnlyRandom Playback Programmed Playback Program Repeat Playback Other Functions ON/OFF TimerMute Button To Set The ‘ON’ TimeTo Set The ‘OFF’ Time To Activate ON/OFF TimerTo Reactivate The Timer To Deactivate The TimerStandby Power Off Mode Mode ButtonTuner Mode CD Playback ModeTo operate the sleep timer Sleep TimerCare of the Cabinet Compact Disc CareLimited Warranty Emerson Radio Corp

ES3 specifications

The Emerson ES3 is a cutting-edge device that embodies innovation and efficiency in the realm of automation and control systems. Designed to optimize industrial processes, the ES3 stands out for its robust performance and advanced features that cater to various applications, from manufacturing to energy management.

One of the main features of the Emerson ES3 is its versatile connectivity options. Equipped with multiple communication protocols, including Ethernet/IP, Modbus TCP, and OPC UA, it facilitates seamless integration with existing systems, enhancing interoperability across different machines and devices. This ensures that users can easily share data and manage operations without the need for extensive modifications to their current infrastructure.

The ES3 also boasts exceptional processing power, thanks to its advanced CPU architecture. This enables real-time data processing and analysis, which is crucial for time-sensitive applications. The powerful analytics capabilities allow for predictive maintenance, where potential issues can be identified before they escalate, reducing downtime and operational costs.

Another significant characteristic of the Emerson ES3 is its user-friendly interface. With an intuitive touch screen display, operators can navigate through various functionalities with ease. The customizable dashboard provides a holistic view of system performance, with key performance indicators (KPIs) displayed prominently for quick assessment. This ease of use empowers operators to make informed decisions swiftly, contributing to improved efficiency.

In terms of reliability, the ES3 is designed to withstand harsh industrial environments. It features robust construction and is rated for high levels of dust and moisture protection, ensuring longevity and consistent performance. The device also supports redundant power supplies, which further enhances its reliability by providing backup options in the event of a power failure.

The Emerson ES3 embraces modern technology with its built-in IoT capabilities. This allows for remote monitoring and control, enabling users to access system data from anywhere at any time. The integration of artificial intelligence and machine learning algorithms further enhances the device’s functionality, enabling it to learn from operational data and optimize processes automatically.

Overall, the Emerson ES3 represents a significant advancement in automation technology. Its comprehensive features, reliable performance, and advanced capabilities make it an ideal solution for industries seeking to enhance their operational efficiency and drive digital transformation. As the landscape of industrial automation evolves, the ES3 stands poised to lead the way with its innovative approach to seamless integration and management of complex processes.
Top Page Image Contents