When the calibration is good, the display briefly shows OK and then
goes to the standby mode.
Note:
To calibrate with only 1 or 2 standards when additional standards are
supplied, push after the first or second standard is measured.
View the calibration data
Data from the most recent calibration can be shown for pH, ORP and
conductivity.
1.
Push .
2.
Use the arrow keys to change the parameter, if necessary, and push
.
3.
Push
and
at the same time. The calibration data is shown:
• pH—the slope and offset values are shown alternating with the
deviation (in %) and calibration temperature.
• ORP—the measured mV value and calibration temperature are
shown.
• Conductivity—the cell constant and calibration temperature for
each standard are shown.
Restore the factory calibration
The user calibration can be erased and the factory calibration restored
for pH, ORP and conductivity.
1.
Push . The parameter flashes.
2.
Use the arrow keys to change the parameter, if necessary.
3.
Push and hold until
OFF
is shown.
The factory calibration for the selected parameter is restored.
Adjust the calibration
The instrument can be adjusted to read a specified solution value for pH,
ORP and conductivity.
1.
Rinse the probe. Put the probe in the solution.
2.
Push to read the value of the solution.
3.
Push . The parameter flashes.
4.
Use the arrow keys to select the parameter, if necessary.
5.
Push and hold and then push .
The measured value flashes.
6.
Use the arrow keys to change the value.
7.
Push . The display shows OK.
Adjust the temperature
The temperature measurement can be adjusted at 25 °C (77 °F) and/or
85 °C (185 °F) to increase accuracy for pH, ORP and conductivity.
Note: Refer to the probe documentation to find the temperature limits for the probe
that is used.
1.
Put the probe and a reference thermometer in a container of water at
approximately 25 °C and allow the temperature to stabilize.
2.
Compare the temperature read by the meter with that of the
reference thermometer. The difference is the adjustment value for
the meter.
Example: reference thermometer: 24.5 °C; meter: 24.3 °C.
Adjustment value: 0.2 °C.
3.
Enter the adjustment value for the 25 °C reading:
a.
Push . The parameter flashes.
b.
Use the arrow keys to select
tEn
.
c.
Push . 25 °C is shown.
d.
Push and then use the arrow keys to enter the adjustment
value for 25 °C. Push . 85 °C is shown.
4.
Put the probe and a reference thermometer in a container of water at
approximately 85 °C and allow the temperature to stabilize.
5.
Compare the temperature from the meter with that of the reference
thermometer. The difference is the adjustment value for the meter.
6.
Push and then use the arrow keys to enter the adjustment value
for the 85 °C reading. Push .
About sample measurements
Each probe has specific preparation steps and procedures for taking
sample measurements. For step-by-step instructions, refer to the
documents that are included with the probe.
12
English
Summary of Contents for sensION+ EC5 DL
Page 2: ...English 3 Fran ais 20 Espa ol 40 Portugu s 58 77 93 111 128 2...
Page 80: ...1 IP67 1 1 2 2 2 3 1 5 2 6 3 7 4 80...
Page 81: ...3 4 PH1 DL 1 4 2 5 3 6 pH ORP 5 DO6 DL 1 4 2 5 3 6 DO 81...
Page 82: ...6 MM110 DL 1 5 2 6 ORP 3 7 pH 4 7 MM150 DL 1 6 2 pH 7 TDS ORP 3 8 4 9 5 82...
Page 83: ...8 MM156 DL 1 6 2 pH 7 DO 3 8 4 9 5 9 EC5 DL 1 5 2 6 TDS 3 7 4 83...
Page 88: ...10 portCom USB RF 1 USB RF USB USB RF 2 portCom 3 Snd portCom 11 4 5 6 txt csv 11 88...
Page 89: ...12 IP67 12 E1 E2 250 nA E2 pH 70 105 E2 30 89...
Page 96: ...1 IP67 1 1 2 2 2 3 1 5 2 6 3 7 4 96...
Page 97: ...3 4 PH1 DL 1 4 hh mm ss 2 5 3 6 pH ORP 5 DO6 DL 1 4 hh mm ss 2 5 3 6 DO 97...
Page 98: ...6 MM110 DL 1 5 2 6 ORP 3 7 pH 4 hh mm ss 7 MM150 DL 1 6 2 pH 7 TDS ORP 3 8 4 9 5 hh mm ss 98...
Page 99: ...8 MM156 DL 1 6 2 pH 7 DO 3 8 4 9 5 hh mm ss 9 EC5 DL 1 5 hh mm ss 2 6 TDS 3 7 4 1 99...
Page 100: ...5 MSDS SDS EMI 20 cm 20 cm pH pH ORP 5 10 5 15 45 15 6 100...
Page 105: ...3 2 Snd portCom 11 4 Save 5 6 txt csv Save 11 3 105...
Page 106: ...12 IP67 12 E1 E2 250 nA E2 pH 70 105 106...
Page 107: ...E2 30 E3 0 05 cm 1 E3 58 mV E4 E4 TC 0 TC E5 E6 ErA MM156 50 g L TC 107...
Page 110: ...3 mS cm g L NaCl 41 2 25 4 48 9 30 6 56 3 35 8 62 2 40 0 69 4 45 3 75 7 50 0 110...
Page 115: ...3 4 PH1 DL 1 4 hh mm ss 2 5 3 6 pH ORP 5 DO6 DL 1 4 hh mm ss 2 5 3 6 DO 115...
Page 116: ...6 MM110 DL 1 5 2 6 ORP 3 7 pH 4 hh mm ss 7 MM150 DL 1 6 2 pH 7 TDS ORP 3 8 4 9 5 hh mm ss 116...
Page 117: ...8 MM156 DL 1 6 2 pH 7 DO 3 8 4 9 5 hh mm ss 9 EC5 DL 1 5 hh mm ss 2 6 TDS 3 7 4 117...
Page 118: ...5 MSDS SDS EMI 20 cm 7 9 20cm 7 9 in pH pH ORP 5 10 5 15 45 15 6 118...
Page 123: ...11 123...
Page 124: ...12 IP67 12 E1 E2 250nA E2 pH 70 105 124...
Page 125: ...E2 30 E3 0 05cm 1 E3 58mV E4 E4 TC 0 TC E5 E6 ErA MM156 50 g L TC E7 E8 E9 USB RF portCom 125...
Page 131: ...1 IP67 1 1 2 2 2 3 1 DISPLAY LIGHT 5 2 DATALOG 6 ON OFF 3 7 CALIBRATION 4 MEASUREMENT 131...
Page 132: ...3 Measure Calibration Standby 4 PH1 DL 1 4 2 5 3 6 pH ORP 5 DO6 DL 1 4 2 5 3 6 DO 132...
Page 133: ...6 MM110 DL 1 5 2 6 ORP 3 7 pH 4 7 MM150 DL 1 6 2 pH 7 TDS ORP 3 8 4 9 5 133...
Page 134: ...8 MM156 DL 1 6 2 pH 7 DO 3 8 4 9 5 9 EC5 DL 1 5 2 6 TDS 3 7 4 datalog 134...
Page 135: ...5 MSDS SDS EMI 20 7 9 20 7 9 pH pH ORP 5 10 5 15 45 15 6 135...
Page 140: ...11 140...
Page 141: ...12 IP67 12 E1 E2 250 nA E2 pH E2 30 141...
Page 145: ......
