User manual HANNA INSTRUMENTS HI 933300

[. . . ] Instruction Manual HI 933300 HI 933301 Portable Microprocessor Printing and Logging Multi-Range Conductivity Meters These Instruments are in Compliance with the CE Directives http://www. hannainst. com Dear Customer, Thank you for choosing a Hanna Instruments Product. Please read this instruction manual carefully before using the instrument. This manual will provide you with all the necessary information for the correct use of the instrument, as well as a precise idea of its versatility in a wide range of applications. These instruments are in compliance with directives EN 50081-1 and 50082-1. [. . . ] 8 cm · Immerse the probe into (3¼") the calibration solution. The level of solution must be higher than the holes on the PVC sleeve. Tap the probe repeatedly on the bottom of the beaker and stir it to ensure that no air bubbles are trapped inside the sleeve. · When the "84. 0 µS" stops blinking, indicating that the measurement has stabilized, press the CFM key again to confirm the second point calibration. HI 7 03 3 µS CFM 22 · If the value is out of the slope range, an "E1" error message will appear on the secondary display. Press the CAL key to re-calibrate the value. CAL · If everything is satisfactory the LCD will blink µS "1413 µS", expecting the next calibration solution (HI 7031 or HI 8031). · Wait for 1 minute, then immerse the probe into the HI7031/HI 8031 cali8 cm (3¼") bration solution. The level of solution must be higher than the holes on the PVC sleeve. Tap the probe repeatedly on the bottom of the beaker and stir it to ensure that no air bubbles are trapped inside the sleeve. · When the "1413 µS" stops blinking, indicating that the measurement has stabilized, press the CFM key again to confirm the third calibration point. HI 703 1 µS CFM · If the value is out of the slope range, an "E2" error message will appear on the secondary display. Press the CAL key to re-calibrate the value. CAL 23 · If everything is satisfacmS tory the LCD will blink "12. 88 mS", expecting the next calibration solution (HI7030 or HI 8030). · Wait for 1 minute, then immerse the probe into the HI7030/HI8030 cali8 cm bration solution. The level (3¼") of solution must be higher than the holes on the PVC sleeve. Tap the probe repeatedly on the bottom of the beaker and stir it to ensure that no air bubbles are trapped inside the sleeve. · When the "12. 88 mS" stops blinking, indicating that the measurement has stabilized, press the CFM key again to confirm the fourth calibration point. mS CFM · If the value is out of the slope range, an "E3" error message will appear on the secondary display. Press the CAL key to re-calibrate the value. CAL · If everything is satisfactory the LCD will blink "80. 0 mS", expecting the next calibration solution (HI 7034 or HI 8034) · Wait for 1 minute, then immerse the probe into the HI 7034/HI 7034 calibration solution. The level of solution must be higher 24 0 703 HI mS 8 cm (3¼") 4 703 HI than the holes on the PVC sleeve. Tap the probe repeatedly on the bottom of the beaker and stir it to ensure that no air bubbles are trapped inside the sleeve. · When the "80. 0 mS" stops blinking, indicating that the measurement has stabilized, press the CFM key again to confirm the fifth calibration point. mS CFM · If the value is out of the slope range, an "E4" error message will appear on the secondary display. Press the CAL key to re-calibrate the value. CAL · If everything is satisfactory the calibration ends and the meter will return to the normal operational mode. Note: · If the instrument will not calibrate refer to the Probe Maintenance and Cleaning section (see page 48). · It is always possible to quit the calibration mode by pressing the CAL key. CAL 25 CONDUCTIVITY VERSUS TEMPERATURE CHART As shown in the chart below, temperature has an effect on conductivity. °C °F HI7030 HI7031 HI7033 HI7034 HI7035 HI8030 HI8031 HI8033 HI8034 HI8035 (µS/cm) (µS/cm) (µS/cm) (µS/cm) (µS/cm) HI7039 HI8039 (µS/cm) 0 5 10 15 32 41 50 59 7150 8220 9330 10480 10720 10950 11190 11430 11670 11910 12150 12390 12640 12880 13130 13370 13620 13870 14120 14370 776 896 1020 1147 1173 1199 1225 1251 1278 1305 1332 1359 1386 1413 1440 1467 1494 1521 1548 1575 64 65 67 68 70 71 73 74 76 78 79 81 82 84 86 87 89 90 92 94 48300 53500 59600 65400 67200 68500 69800 65400 74100 83200 92500 94400 96300 98200 2760 3180 3615 4063 4155 4245 4337 4429 4523 4617 4711 4805 4902 5000 5096 5190 5286 5383 5479 5575 16 60. 8 17 62. 6 18 64. 4 19 66. 2 20 68 21 69. 8 22 71. 6 23 73. 4 24 75. 2 25 77 26 78. 8 27 80. 6 28 82. 4 29 84. 2 30 86 31 87. 8 71300 100200 72400 102100 74000 104000 75200 105900 76500 107900 78300 109800 80000 111800 81300 113800 83000 115700 84900 117700 86300 119700 88200 121800 90000 123900 HI 933300 and HI 933301 will always display the value of the buffers at 25°C (77°F), e. g. "1413 µS" using HI 7031 or HI 8031 as calibration solution. 26 TEMPERATURE CALIBRATION (for Technical Personnel only) INITIAL PREPARATION Prepare a container of ice and water and another container with hot water (at a temperature of at least 50°C/122°F). [. . . ] The probe body is in PVC and for this reason must never come into close contact with sources of heat. If the probe is exposed to high temperatures, detachment of the rings might occur, resulting in a serious impairment of probe function. In such cases, the probe has to be replaced. 48 BATTERY REPLACEMENT When the batteries are run down "LOBAT" is displayed on the Liquid Crystal Display to warn the user. Battery replacement must only take place in a non hazardous area using 1. 5V alkaline AA type batteries. [. . . ]