Setting the Sleep Timer

The sleep timer allows you to set an amount of time from 15 minutes to 120 minutes. TV will count down the amount of time you set, then turn itself off.

To set the sleep timer:

1With the TV turned on, press the MENU button until “Time” menu will be dis- played.

2Use the CHbuttons to select “Sleep timer” item.

3Use the CVOLB buttons to set the sleep time. Each time you press VOL, you step between the available sleep times : 15min, 30min, 45min, 60min, 90min, or 120min.

4When the setting is correct, use the CHbuttons to select another “Time” func- tion, or press the MENU button until menu OSD will be disappeared.

5You can also set the “Sleep Timer” during normal TV viewing, simply by pressing the SLEEP button on the remote control. This button steps through the available sleep times(see step 3), one by one.

To cancel the Sleep timer, turn the TV off, or set the sleep time to “0” using one of the methods described above.

1

Time

Set Clock :

1 2 : 00 AM

Wake-up time :

06 : 30 AM

Off time :

1 1 : 30 PM

Sleep timer :

0 min

2

Time

Set Clock :

1 2 : 00 AM

Wake-up time :

06 : 30 AM

Off time :

1 1 : 30 PM

Sleep timer :

0 min

3

Time

Set Clock :

1 2

: 00

AM

Wake-up time :

06

: 30

AM

Off time :

1 1 : 30 PM

Sleep timer :

60 min

 

Select

Adjust

Next

Select

Adjust

Next

Select

Adjust

Next

Chapter 4: Using Timer Functions 17

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Emerson ET 13P2, ET 19P2 instruction manual Setting the Sleep Timer

ET 13P2, ET 19P2 specifications

The Emerson ET 13P2 and ET 19P2 are advanced temperature controllers designed for a variety of industrial applications. These devices are characterized by their precision, reliability, and user-friendly interface, making them ideal for managing temperature-sensitive processes in equipment such as refrigeration systems, HVAC units, and industrial ovens.

One of the main features of the ET 13P2 and ET 19P2 models is their dual relay output configuration. This allows for the control of both cooling and heating systems, providing flexibility and enhancing operational efficiency. With this dual functionality, these controllers can seamlessly switch between heating and cooling modes, ensuring that the desired temperature is maintained within specified settings.

Both models boast a large, easy-to-read display that provides real-time feedback on temperature readings and system status. This enables operators to monitor the processes at a glance and make necessary adjustments quickly. The ergonomic design of the interface allows for intuitive navigation through its menus and settings.

Another significant feature of these controllers is their advanced PID control technology. Proportional-Integral-Derivative (PID) control enables precise temperature management by continuously adjusting control actions based on real-time feedback. This technology minimizes temperature fluctuations, enhances stability, and optimizes energy consumption, resulting in cost savings and improved system performance.

The ET 13P2 and ET 19P2 controllers are equipped with multiple input options, supporting a wide range of temperature sensors such as thermocouples and RTDs. This versatility allows the devices to be used in diverse applications, catering to the specific needs of various industries.

Additionally, both models are designed with a robust housing that makes them suitable for harsh industrial environments. They feature over-temperature protection and short-circuit protection to ensure safe operation and longevity.

In terms of connectivity, these controllers offer options for integration with broader control systems, enabling data logging and remote monitoring capabilities. This feature is particularly beneficial for industries seeking to enhance automation and process optimization.

In summary, the Emerson ET 13P2 and ET 19P2 temperature controllers are powerful tools for precise temperature management. Their advanced features, reliable technology, and user-friendly design make them valuable assets for any industrial application requiring stringent temperature control. With their capabilities, these controllers not only ensure operational efficiency but also contribute to better resource management and system reliability.