Instruction Manuals - Cole-Parmer

Instruction Manual pH 1100/ 210010.4.7 View ion calibration data setup program P3.5Use this program to view the following:• Last ion calibration date/time• Calibration points with absolute mV values• Ion slope values1. Enter ion setup mode as described in steps 1-4 in Section10.4.1 Entering ion setup mode (page 43).2. Use Δ/MI key to scroll to program Ion Cal Data: P3.5.See Figure 146.I o n Ca l Da t a : P3 .5Pr es s ENT. t o Sel ec tFigure 146I on Cal Dat e/ TimeJan 22 2002 14:55:38Figure 1473. Press ENTER to enter program Ion Cal Data: P3.5. The firstscreen in Ion Cal Data: P3.5. is the Ion Cal Date/Time.See Figure 147.1st :0.0012nd:0.0100.6 mV50.1 mV4. Press ENTER to proceed to the second screen, showing 1 stand 2 nd ion calibration points and corresponding absolute mVvalue. See Figure 148.5. Press ENTER to proceed to the third screen, showing 2 nd and3 rd ion calibration points and corresponding absolute mV value.See Figure 149.2nd:0.0103rd :0.100Figure 14850.1 mV100.8 mVFigure 1496. Press ENTER to proceed to the fourth screen, showing 3 rd and4 th ion calibration points and corresponding absolute mV value.See Figure 150.7. Press ENTER to proceed to the fifth screen, showing 4 th and 5 thion calibration points and corresponding absolute mV value.See Figure 151.8. Press ENTER to proceed to the sixth screen, showing IonSlope 1 and 2 mV value. See Figure 152.9. Press ENTER to proceed to the seventh screen, showing IonSlope 2 and 3 mV value. See Figure 153.10. Press ENTER to proceed to the eighth screen, showing IonSlope 3 and 4 mV value. See Figure 154.Press Δ/MI key to continue to the next setup program, or Press∇/MR to go to the previous program. Press EXIT to return to ionmeasurement mode.NOTE: While viewing calibration data, you may press EXIT at anytime to return to the setup mode.3rd:0.100 100.8 mV4t h: 1 .00 149.4 mVFigure 1504t h: 1 .00 149.4 mV5t h: 10 .0 201.0 mVFigure 151I on Slope1 = 49.5 mVI on Slope2 = 50.6 mVFigure 152I on Slope2 = 50.6 mVI on Slope3 = 48.6 mVFigure 153I on Slope3 = 48.6 mVI on Slope4 = 51.5 mVFigure 15448