palintest Micro 600 COND Manual
                                 | |
Contents
| 
12 Calculating Temperature Coefficients30To determine the temperature coefficient of your sample solution use this formula:tc = 100 x CT2 - CT1CT1 (T 2 - 25) - C T2(T1 - 25)Where:tc = Temperature coefficient 25 = 25°CC T1 = Conductivity at Temp 1 C T2 = Conductivity at Temp 2T 1 = Temp 1 T 2 = Temp 2NOTE: A controlled temperature water bath is ideal for this procedure.1 Immerse the probe into a sample of your solution and adjust thetemperature coefficient to 0% (that is, no compensation) by followinginstructions as described in Section 6.5 - Temperature Coefficient.2 Wait for 5 minutes. Note T1 and CT1 (conductivity at T1).3 Condition the sample solution and probe to a temperature (T2) that is about5°C to 10°C different from T 1, and note the conductivity reading C T2.NOTE: Record your results for future reference. Ideally T 1 and T 2should bracket your measurement temperature, and should notdiffer by more than 5°C.4 Calculate the temperature coefficient of your solution according to theformula shown above.5 Enter the calculated temperature coefficient into the meter.See Section 5.5 - Temperature Coefficient.The calculated temperature coefficient will now be applied to all the meter readings. |
Related manuals for palintest Micro 600 COND
palintest Micro 600 Manual
palintest Micro 600 Manual
palintest Micro 800 Instruction Manual
palintest Pooltest 25 Manual
palintest Macro 900 Operation Manual
palintest SA1100 User Manual
palintest Kemio User Manual
palintest MICRO 500 Operating Instructions Manual
palintest Micro 800 Operating Instructions Manual
palintest Photometer 7100 Manual
This manual is suitable for:
manualsdatabase
Your AI-powered manual search engine