Emerson IC172 important safety instructions Resetting The Clock After a Total Memory Loss

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Resetting The Clock After A Total Memory Loss

If you do not change the built in lithium battery within a reasonable period of time

after you see the LOW warning indicator, the lithium battery may become exhausted and will no longer be able to supply back up power to the SmartSet® internal computer. If the unit is disconnected from the AC outlet after the battery is exhausted, or if a power interruption occurs, the SmartSet® memory will be lost and the clock will need to be reset when the power is restored. Be sure to install a fresh lithium battery before you reset the clock, otherwise the clock will need to be reset each time the power is interrupted.

If the lithium battery is exhausted and you experience an interruption in the AC power supply, the clock will reset itself to its initial default setting when the power is restored.

The initial default setting is “12:00 AM, Monday, January 1st (1. 1), 2007”.

If you notice that the time on your SmartSet® clock radio is completely incorrect, and the Day indicator is also wrong, press the MONTH/DATE button to see the Date.

If the Date display is showing “1. 1”(January 1ST), you probably experienced a total memory loss.

To reset the clock after a total memory loss, proceed as follows:

1.) Follow the instructions on page 28-29 and install a new CR2450 lithium battery in the battery compartment.

2.) Connect the radio to your AC outlet and let the clock set itself.

3.) Depress the MONTH/DATE and TIME buttons together. The display will change from ‘Time’to ‘Year’.

While holding the MONTH/DATE and TIME buttons, press the or button to set the display to the correct Year, then release the buttons.

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Contents Important Safety Instructions IC172 IB 301207new3.p65 26/3/2008 IM Portant Notes FCC InformationUnpacking And Set Up Protect Your FurniturePower Source Sure Alarm battery Back-Up SystemLO Cati O N O F CO Ntro LS and Indi Cato RS Left Side Panel Right Side Panel Setting The Time, The First Time Operating I NstructionsDaylight Saving and Leap Year Adjustments Date DisplayYear Display Manual Time Adjustments Manual Year and Month AdjustmentsAdjusting The Wake Up Times Selecting The Alarm ModeChecking The Wake Up Times And Alarm Mode Listening To The Radio Digital Radio Frequency DisplayAntenna Information Wake To Buzzer Crescendo Alarm Wake To RadioWake To Your iPod Snooze Alarm Radio, Buzzer and iPod OperationTouchless Snooze Control Sleep To Music Timer Display Brightness Control Snooze Button Time Projector Operation Important NotesIC172 IB 301207new3.p65 26/3/2008 IC172 IB 301207new3.p65 26/3/2008 IPod Adapter Information Listening To Your Dockable iPod / Charging The Battery Press the Play/Pause button to begin playback IC172 IB 301207new3.p65 26/3/2008 Phones Stereo Headphone Jack Changing The Lithium Battery Be Careful not to Lose this Small ScrewImportance Resetting The Clock After a Total Memory Loss Initial default setting is 1200 AM, Monday, January 1st 1Lithium Battery Precautions Care and Maintenance Care Of CabinetsLimited Warranty IC172-0408-01 IC172

IC172 specifications

The Emerson IC172 is an advanced industrial controller designed to optimize process automation and control across various sectors, including manufacturing, energy, and chemicals. Renowned for its robustness and versatility, the IC172 is particularly suited for environments where reliability and precision are paramount.

One of the key features of the Emerson IC172 is its powerful processing capability. Equipped with a high-speed processor, it allows for rapid data acquisition and processing, enabling real-time control of complex processes. This capability is essential in situations where immediate responses to changing operational conditions are required.

The IC172 supports a variety of communication protocols, making it compatible with numerous devices and systems. It utilizes standard industrial protocols such as Modbus, Ethernet/IP, and Profibus, facilitating seamless integration with other automation components. This interoperability ensures that users can easily incorporate the IC172 into their existing systems, enhancing overall operational efficiency.

Another standout characteristic of the IC172 is its extensive input/output (I/O) options. The controller can handle a wide range of analog and digital signals, providing flexibility in connecting diverse sensors and actuators. This adaptability is crucial for applications that demand precise control over multiple process variables, such as temperature, pressure, and flow.

Emerson has incorporated advanced diagnostic and monitoring features into the IC172. These capabilities allow users to track performance metrics and identify potential issues before they lead to system failures. By enabling predictive maintenance, the IC172 helps in minimizing downtime and reducing operational costs significantly.

In terms of user interface, the IC172 offers an intuitive design that simplifies programming and operation. With support for graphical programming languages and a user-friendly software platform, engineers can quickly develop and deploy control strategies tailored to their specific needs.

Additionally, the IC172 boasts a rugged design, which is essential for industrial applications. It can withstand extreme environmental conditions, including temperature variations, dust, and moisture. This durability ensures that the controller performs reliably over extended periods, even in challenging settings.

In conclusion, the Emerson IC172 is a powerful and versatile controller designed for modern industrial applications. With its advanced processing capabilities, extensive communication options, flexible I/O configurations, and robust construction, the IC172 stands out as a reliable solution for process automation and control, making it a valuable asset for industries seeking efficiency and reliability in operations.
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