c.PresstheM/Setbuttonto storethetrackin memory.

d.Toaddadditionaltracks,repeatstepsb&c(upto 20 tracks).

e.Tostartplayback,pressthe >t PLAY/PAUSEbutton.

' , ' o \ /

\ , /

n

- U E H O R Y

/ \

-u-

 

2) To check the program

. Aftersetting,pressthe >itPLAY/PAUSEbuttonto startptaying,thenpressthe K</>lbuttonsto checktheprogrammedtracks;or in STOPmode,pressM/Set buttonrepeatedlyto checkthe programmedtracks.

3) To add additionaltracksduringprogrammode:

. Pressthe M/Setbuttonrepeatedlyuntilthe numberof the lastprogrammed trackappearsandrepeatstepsb to d above.

4) To changethe programmedtracks during programmode:

. Pressthe M/Setbuttonrepeatedlyto selectthe numberof the program,then pressthe l( / >>buttonsto alterthe track.Pressthe M/Setbuttonto register the newlyprogrammedtrackintomemory.

5)To erasethe whole program,do one of the following:

. Pressthe STOP t button,or

. Openthe CD compartmentby pressingthe l OPEN/CLOSEbutton. iVote.'Youcan useREPEATfunctionduringPROGRAMPLAY.

XBASSFUNCTION

PressXBASSto activateXBASSfunctionduringplaying."XBASS"indicator appearson thedisplay.

SETTINGTHECOOKINGTIMER

 

 

 

l . )

(+10

 

 

 

 

PresstheTIMER

or +1)buttonsto select

 

I

 

yourdesiredtimefrom1-99minutes

.CooKlNGl . W

 

 

 

TIMERindicatorblinks.

 

i'. B 1.5 uHrlD#,i

2.)Wtrenthepresettimeelapses,theALARMwill sound.

CANCELLATIONOFCOOKINGTIMER

if youwantto cancelthepresetCOOKINGTIMER:

-Whenit'scountingdown,pressandholdTimerOff buttonfor 2 seconds.

-Whenthe presettimeelapses,andtheAlarmis ringing,just pressTimerOff

buttonOtherwise. theALARMwillautomaticallvturnoffafter60 minutesif no buttonis pressed.

1 7

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Image 19
Emerson CKD1612 manual Xbassfunction, Settingthecookingtimer, Cancellationofcookingtimer

CKD1612 specifications

The Emerson CKD1612 is a versatile and advanced temperature controller engineered to meet the demands of modern industrial applications. Known for its precision and reliability, this device stands out as an essential tool for maintaining consistent temperature levels in various processes.

One of the primary features of the CKD1612 is its user-friendly interface. The large LCD screen provides clear visibility of real-time temperature readings, enabling operators to monitor systems easily. The intuitive menu structure simplifies the setup process, allowing users to configure settings quickly without extensive training. This enhances operational efficiency and reduces downtime, making it an ideal choice for production environments.

The CKD1612 employs advanced PID control technology, ensuring accurate temperature regulation. By continuously calculating the error between the setpoint and the actual temperature, the controller adjusts its output in real-time, providing precise control over heating and cooling processes. This minimizes temperature fluctuations, which is critical for processes requiring tight temperature control, such as in chemical production or food processing.

Another notable characteristic of the CKD1612 is its versatility in input and output options. The controller supports various temperature sensors, such as thermocouples and RTDs, allowing compatibility with diverse applications. Additionally, it includes multiple output options, including relay and analog outputs, providing flexibility tailored to specific system requirements.

The CKD1612’s compact design and robust construction enable it to perform effectively in challenging industrial environments. Built to withstand vibration and extreme temperatures, this controller is ideal for deployment in factory floors and process control rooms. Its durability ensures a long service life, minimizing replacement costs and maintenance efforts.

Moreover, the CKD1612 offers advanced communication capabilities, including Modbus and RS-485 protocols. This facilitates seamless integration into existing control systems, allowing for remote monitoring and control, enhancing overall process management.

In summary, the Emerson CKD1612 temperature controller combines ease of use, advanced control technologies, and robust design characteristics. Its flexibility in application, coupled with reliable performance, makes it a valuable asset for industries that prioritize precision and efficiency in their temperature management processes.