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 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,

SATurday, January 1st (1.01), 2005.

If you notice that the time on your SmartSet® clock radio is completely incorrect, and the DAY OF WEEK indicator is also wrong, press the CALENDAR button. If the small displays are showing “1.01”and “2005”, 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 19 and install a new CR2430 lithium battery in the battery compartment.

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

3.) Depress the CALENDAR button. The ALARM displays will change to “Month. Date” and “Year”.

•While holding the CALENDAR and TIME buttons, press the SET (Up) button to set the ALARM 2 display to the correct year, then release the buttons.

•While holding the CALENDAR button, press the SET (Up) button to set the ALARM 1 display to the correct “Month” and “Date”. When the correct month and date appear on the display, release the buttons.

•The DAY OF WEEK indicator will change automatically as you adjust the “Year”, “Month/Date” settings.

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Emerson CKS3015 owner manual Resetting The Clock After a Total Memory Loss
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CKS3015 specifications

The Emerson CKS3015 is a highly regarded temperature control and monitoring device designed for precise applications in various industrial settings. This unit is recognized for its robust construction, advanced technology, and user-friendly features that enhance operational efficiency.

At the heart of the CKS3015 is its state-of-the-art PID (Proportional-Integral-Derivative) algorithm, which ensures accurate temperature control by continuously measuring the temperature of the process and adjusting the output according to the difference between the desired setpoint and the actual temperature. This feature not only enhances stability but also minimizes overshoot and undershoot, making it ideal for critical temperature-sensitive operations.

The CKS3015 boasts a wide temperature range, making it versatile for various applications, from food processing to pharmaceuticals. It can operate in extreme environmental conditions, which contributes to its reliability and longevity in industrial applications. The device supports multiple thermocouple types, RTD, and analog inputs, allowing for flexibility in measurement and compatibility with different sensors.

User-friendly design is another significant characteristic of the Emerson CKS3015. It features a large, bright LCD display that provides clear visibility of temperature readings and system status. Additionally, intuitive navigation through the menu allows users to easily access and modify settings, calibrate the system, and review historical data logs.

Connectivity is a key aspect of the CKS3015, as it comes equipped with various communication interfaces, including RS-232 and Ethernet options. This allows for seamless integration into existing control systems and enhanced data management capabilities. Operators can monitor multiple devices remotely, enabling greater oversight and quicker response times to any anomalies in the process.

Moreover, the Emerson CKS3015 is designed with safety and compliance in mind. It includes features such as alarm outputs, fail-safe settings, and enhanced protection against over-temperature situations. These built-in safety mechanisms ensure the integrity of the process and help prevent equipment damage while adhering to industry regulations.

In conclusion, the Emerson CKS3015 is an exceptional choice for industries requiring precise temperature control and monitoring. Its advanced PID control, versatility in temperature range, user-friendly interface, robust connectivity options, and reliable safety features make it a top contender in the field of industrial temperature controllers. Whether for food processing, pharmaceuticals, or other critical applications, the CKS3015 delivers performance and reliability that professionals can depend on.
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