CAL - Wilks Enterprise, Inc.
CAL - Wilks Enterprise, Inc. CAL - Wilks Enterprise, Inc.
CalibrationWilks Enterprise, Inc.www.wilksir.com
- Page 2 and 3: Calibration Oil• Heavy hydrocarbo
- Page 4 and 5: Mixing Standards - Volume/volumeppm
- Page 6 and 7: First Standard: 100 ppm• Add 10-m
- Page 8 and 9: First Standard: 100 ppm• Add 10-m
- Page 10 and 11: Second Standard: 50 ppm• Pour 5-m
- Page 12 and 13: Second Standard: 50 ppm• Pour 5-m
- Page 14 and 15: Third Standard: 25 ppm• Pour 5-ml
- Page 16 and 17: Third Standard: 25 ppm• Pour 5-ml
- Page 18 and 19: Calibration to Prepared Standards
- Page 20 and 21: Zeroing• Press and hold the ZERO
- Page 22 and 23: Zeroing• Press RUN. . The display
- Page 24 and 25: Calibration to Prepared Standards
- Page 26 and 27: Example Calibration TableAAbsorbanc
- Page 28 and 29: • Press the CAL button for two se
- Page 30 and 31: • Press CAL. . The display will r
- Page 32 and 33: • Using the up and down arrows, s
- Page 34 and 35: • Press CAL again and the display
- Page 36 and 37: 25RUNCALZERORecall
- Page 38 and 39: • Press CAL again and the display
- Page 40 and 41: • Press CAL again and the display
Calibration<strong>Wilks</strong> <strong>Enterprise</strong>, <strong>Inc</strong>.www.wilksir.com
Calibration Oil• Heavy hydrocarbon• No volatiles• No Additives
Mixing Standards – Volume/volumeppmOilSolvent400 40ul10 ml300 30ul10 ml200 20ul10 ml100 10 ul10 ml
Mixing Standards – Volume/volumeppmOilSolvent400 40ul10 ml300 30ul10 ml200 20ul10 ml100 10 ul10 ml
First Standard: 100 ppm• Add 10-ml of solvent tothe 10-ml graduatedcylinder
First Standard: 100 ppm• Add 10-ml of solvent tothe 10-ml graduatedcylinder• Using the syringe add10 microliters of oil to 10-ml of solvent in thegraduated cylinder
First Standard: 100 ppm• Add 10-ml of solvent tothe 10-ml graduatedcylinder• Using the syringe add10 microliters of oil to 10-ml of solvent in thegraduated cylinder• Pour this standard intoa vial labeled “100 ppm”
First Standard: 100 ppm• Add 10-ml of solvent tothe 10-ml graduatedcylinder• Using the syringe add10 microliters of oil to 10-ml of solvent in thegraduated cylinder• Pour this standard intoa vial labeled “100 ppm”•Shake to mix
Second Standard: 50 ppm• Pour 5-ml of the 100 ppm standard back into the10-ml graduated cylinder
Second Standard: 50 ppm• Pour 5-ml of the 100 ppm standard back into the10-ml graduated cylinder• Fill the cylinder to 10-ml with clean solvent
Second Standard: 50 ppm• Pour 5-ml of the 100 ppm standard back into the10-ml graduated cylinder• Fill the cylinder to 10-ml with clean solvent• This will cut the 100 ppm standard in half to be 50ppm
Second Standard: 50 ppm• Pour 5-ml of the 100 ppm standard back into the10-ml graduated cylinder• Fill the cylinder to 10-ml with clean solvent• This will cut the 100 ppm standard in half to be 50ppm• Pour this standard into a vial labeled “50 ppm”
Second Standard: 50 ppm• Pour 5-ml of the 100 ppm standard back into the10-ml graduated cylinder• Fill the cylinder to 10-ml with clean solvent• This will cut the 100 ppm standard in half to be 50ppm• Pour this standard into a vial labeled “50 ppm”• Shake to mix
Third Standard: 25 ppm• Pour 5-ml of the 50 ppm standard back into the10-ml graduated cylinder• Fill the cylinder to 10-ml with clean solvent
Third Standard: 25 ppm• Pour 5-ml of the 50 ppm standard back into the10-ml graduated cylinder• Fill the cylinder to 10-ml with clean solvent• This will cut the 50 ppm standard in half to be 25ppm
Third Standard: 25 ppm• Pour 5-ml of the 50 ppm standard back into the10-ml graduated cylinder• Fill the cylinder to 10-ml with clean solvent• This will cut the 50 ppm standard in half to be 25ppm• Pour this standard into a vial labeled “25 ppm”
Calibration to Prepared Standards• Make sure InfraCal has been on for1 hour
Calibration to Prepared Standards• Make sure InfraCal has been on for1 hour• Make sure sample plate is clean
Zeroing• Fill the cuvette with clean solvent and place inthe sample stage with the frosted side facingfront.
Zeroing• Press and hold the ZERO button until thedisplay reads bAL.bALRUN<strong>CAL</strong>ZERORecall
Zeroing• A multiplier value to 3 decimal places will bedisplayed when zero is established. The actualvalue is only of interest when reportingproblems to the factory1.267RUN<strong>CAL</strong>ZERORecall
Zeroing• Press RUN. . The display should read 00 + 02If not, repeat the zero process00RUN<strong>CAL</strong>ZERORecall
Calibration to Prepared Standards• Run each standard at least 3 times in theInfraCal
Calibration to Prepared Standards• Run each standard at least 3 times in theInfraCal• Average results for each standard
Calibration to Prepared Standards• Run each standard at least 3 times in theInfraCal• Average results for each standard• Enter averaged results under the “A” in themanual on page 13 or 14 and thecorresponding calibration value in the Ccolumn
Example Calibration TableAAbsorbanceCCalibrationStandardAO1= 42 CO1= 25AO2= 81 CO2= 50AO3= 149 CO3= 100
Entering Values into EDIT programMake sure Cal Lock switch on the back of the InfraCal isin the “I” positionEN 61010-1EN 55022 Class BEN 50082-1+Serial #Made In U.S.A.
• Press the <strong>CAL</strong> button for two seconds,until <strong>CAL</strong> appears on the display<strong>CAL</strong>RUN<strong>CAL</strong>ZERORecall
• Press RE<strong>CAL</strong>L until Edit is displayedEditRUN<strong>CAL</strong>ZERORecall
• Press <strong>CAL</strong>. . The display will read n= for ashort time, set number of calibration tothe number standards (for our example itwill be 3) using the up and down arrowsn=RUN<strong>CAL</strong>ZERORecall
• Press <strong>CAL</strong> and the display will read A01=for a short timeA01RUN<strong>CAL</strong>ZERORecall
• Using the up and down arrows, scroll to the firstabsorbance value (for our example it will beabsorbance value (for our example it will be42)AbsorbanceCalibrationStandardAO1= 42 CO1= 25AO2= 81 CO2= 50AO3= 149 CO3= 100
42RUN<strong>CAL</strong>ZERORecall
• Press <strong>CAL</strong> again and the display will read C01=C01RUN<strong>CAL</strong>ZERORecall
• Using the up and down arrows, scroll to the firstcalibration value (for our example it will becalibration value (for our example it will be25)AbsorbanceCalibrationStandardAO1= 42 CO1= 25AO2= 81 CO2= 50AO3= 149 CO3= 100
25RUN<strong>CAL</strong>ZERORecall
• Press <strong>CAL</strong> and the display will read A02= for ashort time. Using the up and down arrows,scroll to the first calibration value (for ourexample it will be 81)AbsorbanceCalibrationStandardAO1= 42 CO1= 25AO2= 81 CO2= 50AO3= 149 CO3= 100
• Press <strong>CAL</strong> again and the display will read C02=Scroll this to the second calibration valueAbsorbanceCalibrationStandardAO1= 42 CO1= 25AO2= 81 CO2= 50AO3= 149 CO3= 100
• Do the same for AO3 and CO3AbsorbanceCalibrationStandardAO1= 42 CO1= 25AO2= 81 CO2= 50AO3= 149 CO3= 100
• Press <strong>CAL</strong> again and the display will read IDLEIDLERUN<strong>CAL</strong>ZERORecall
• Press <strong>CAL</strong> again and the display will read IDLEIDLERUN<strong>CAL</strong>ZERORecallThe calibration is now stored and the calibrationis now active in the InfraCal