EL-CC-2-003 PK10

## **EL-CC-2** Single Use Temperature & Relative Humidity Monitor for the Food & Agricultural Market 

- Three loggers for monitoring Chilled Goods, Frozen Goods and Ripening Goods. 

- Also measures 0 to 100% Relative Humidity range. 

- No set-up required. One button press-to-start logging. 

- Single use with up to 12+ months battery life. 

- Various export options including PDF, Microsoft Excel and JPEG. 

Each of the three Cold Chain loggers comes pre-configured for use in your particular application – simply press the button to start logging. During a logging session, pressing the button will light up the status LEDs to give a quick indication as to whether the temperature has exceeded an alarm condition at any point. 

Once your session has been completed, tear open the IP67-rated plastic wallet to reveal the USB connector and plug it in to your PC. Use the free EasyLog CC software for Windows to download and graph the data. 

## GENERAL SPECIFICATIONS 

## INCLUDED IN THE BOX 

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|Measurement range|-30 to +70°C (-22 to +158°F)|
|Temperature|Internal resolution|0.1°C (0.1°F)|
|Accuracy|(overall error)|±0.3°C (±0.7°F) typical (see page 2)|
|Measurement range|0 to 100%RH (see page 2)|
|Relative Humidity|Internal resolution|0.1%RH|
|Accuracy|(overall error)|±2%RH typical (see page 2)|
|IP Rating|IP67|
|Battery life|12 months (minimum)|
|Readings|32,637 temperature/ 32,637 relative humidity|

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|EL-CC-2|Data Logger with|
|integral battery|

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## MODEL SPECIFIC 

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|---|---|---|---|
|Chilled Goods|Frozen Goods|Ripening Goods|
|High Alarm Level|8°C|-16°C|14°C|
|Low Alarm Level|2°C|-20°C|12°C|
|Logging Interval|10 minutes (220 days until full)|
|Part Number|EL-CC-2-001 PK10|EL-CC-2-002 PK10|EL-CC-2-003 PK10|

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Summary Report Serial Number 831127464<br>Total ReadingsElapsed TimeFirst ReadingLast Reading 16:42:02 09/05/201709:42:02 05/07/201756d, 17h, 0m16333 Logging RateAlarm Not Set 5 Minutes<br>Celsius Minimum 19.8°C   08:02:02 16/06/2017 Low Alarm Alarm OccurrencesN/A Not Set | High Alarm Alarm OccurrencesN/A Not Set<br>EasyLog CC Software Maximum 29.2°C   16:47:02 21/06/2017 Total time in alarmN/A Total time in alarmN/A<br>iz Average Reading 22.75°C Mean Kinetic Temperature 22.74°C  ( Δ H83.14472) First Alarm TriggeredN/A First Alarm TriggeredN/A<br>Standard Deviation 1.43°C Longest AlarmN/A Longest AlarmN/A<br>The simple to use software allows you to view the data  Humidity Minimum 31.8%rh .   12:02:02 10/05/2017 Low Alarm Alarm OccurrencesN/A Not Set High Alarm Alarm OccurrencesN/A Not Set<br>Maximum 65.3%rh   12:37:02 04/07/2017 Total time in alarmN/A Total time in alarmN/A<br>graphically, in a table or export it in various formats for use  250) i Madll VN rN Average Reading 50.11%rh Standard Deviation 4.47%rh First Alarm TriggeredN/ALongest AlarmN/A First Alarm TriggeredN/ALongest AlarmN/A<br>in further reporting. Dew Point Minimum 4.3°C   05:32:02 10/05/2017 Maximum 19.5°C   16:47:02 21/06/2017<br>Average Reading 11.77°C Standard Deviation 2.25°C<br>Once your data is in the graphing module you are able to  wolf! Ww i) Y Plt Myatt Ne<br>report on time in alarm conditions as well as obtain values<br>such as the Mean Kinetic Temperature, Minimum, Maximum<br>and Average for both temperature and humidity.<br>www.lascarelectronics.com/data-loggers<br>**----- End of picture text -----**<br>


Issue 3    12/2020    Page 1 of 2 

**Download the latest version of the software free of charge from https://www.lascarelectronics.com/software/easylog-software/easylog-cold-chain** 

## **EL-CC-2** Single Use Temperature & Relative Humidity Monitor for the Food & Agricultural Market 

YOUR EL-CC-2 5 1 1 Start / Status button 2 Status LEDs ° oa \OC 3 USB connector 6 3 : 4 Tear to open a 5 2 C) Mounting point Oeceoc 6 Model type 4 O ~~e~~ 

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67 mm (2.6”)<br>**----- End of picture text -----**<br>


This unit can be quickly customised for use in multiple markets. If you have a specific monitoring application, call us today. 

## SENSOR ACCURACY & INFORMATION 

Typical and maximal toleranc ~~e for tem~~ perature sensor in °C. 

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ΔT (°C)<br>± 2.0<br> maximum err or<br>± 1.5  typical accuracy<br>± 1.0<br>± 0.5<br>± 0.0<br>-30 -20 0 20 40 60 70<br>Temperature (°C)<br>**----- End of picture text -----**<br>


Typical accuracy of rela ~~tve humidity measurements given in~~ %RH for temperatures 0 to 80°C. 

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100 ±3.5 ±3 ±3.5<br>9 0 ±2.5 ±3 ±3.5<br>80 ±3<br>7 0 ±3 ±2.5<br>60<br>50 ±2.5 ±2<br>40<br>30<br>20<br>10 ±3 ±2.5<br>0 ±3.5 ±3<br>0 1 0 20 30 40 50 60 7 0<br>Temperature (°C )<br>Relative Humidity (%RH)<br>**----- End of picture text -----**<br>


Typical and maximal tolerance at 25°C for relative humidity. 

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ΔRH (%RH)<br>± 10<br> maximum error<br>± 8  typical accuracy<br>± 6<br>± 4<br>± 2<br>± 0<br>0 10 20 30 40 50 60 70 80 90 100<br>Relative Humidity (%RH)<br>**----- End of picture text -----**<br>


Operating conditions 

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100<br>80 PES<br>60 FIER<br>FIP EEeeeeee Normal<br>40  Range<br>EAE EEE<br>20<br>AENEEEEEEE<br>0 | | P+}<br>-30 -20 0 20 40 60 70<br>Temperature (°C)<br>idity (%)<br>Relative Hum<br>**----- End of picture text -----**<br>


Long term exposur ~~e to humidity levels outside o~~ f the ‘normal’ range may temporarily offset RH measurements (±3%RH after 60 hours). Once returned to less extreme conditions the device will slowly return towards calibration state. 

When tracking changes in ambient conditions, the response time of the humidity sensor in your data logger is approximately 20 minutes to reach 90% of the reading. However, if you are measuring step changes in humidity it is advised that you leave the unit for up to four hours to ensure that it has enough time to settle at the new level. 

It is worth remembering that the value of relative humidity is of course sensitive to temperature variation. As an example, at a relative humidity of ~90%RH at ambient temperature, a variation in temperature of 1°C will result in a change of up to -5%RH. Therefore when comparing multiple devices or calibrating them, any temperature variations must be considered. 

www.lascarelectronics.com/data-loggers 

Issue 3    12/2020    Page 1 of 2