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Calibration 12

10.  CALIBRATION

HI510

 controller allows two types of EC calibration procedures:

•  Standard 

two-point conductivity

 calibration with standards for cell factor determination: 

0.000 µS/cm for 

offset

84.0 µS/cm, 1413 µS/cm, 5.00 mS/cm,12.88 mS/cm for the

 0.1/cm cell

80.0 mS/cm, 111.8 mS/cm additional standards for the 

1.0/cm

 

cell

 

•  Standard 

single poin

salinity

 calibration in 100% salinity standard, with the controller set to Sal % 

measurement mode after the EC range has been calibrated

• 

Process

 single point calibration performed with calibrated probes installed in the process

Standard Calibration 
Conductivity (EC)

Preparation

•  Always clean the probe in distilled water, shake off water droplets, and allow to dry prior to calibration.
•  Suspend the probe in the air, use 0.000 µS/cm as first calibration point.
•  Use an EC calibration standard with a value that is close to that of the sample.
•  Inspect the probe for debris or blockages.
•  Ensure that probe’s holes are completely submerged.
•  Tap the probe to remove any air bubbles that may be trapped inside the sleeve.
•  To minimize cross-contamination, when a two-point calibration is required, use two beakers: one for 

rinsing the probe and the other for calibration.

•  Go to Probe Settings in Channel Setup and set Meas.Mode to EC.

Procedure

1.  Press 

m

 direct key then 

CAL

 virtual key. The probe selection must be set to EC.

2.  Suspend the probe in the air. Allow for the reading to stabilize. 
3.  Press 

CFM

 when displayed. The first calibration point (Offset calibration) is accepted and saved.

4.  Press 

Next

 to continue with the second point

.

5.  Raise and lower conductivity cell in rinse beaker of standard, then discard. Immerse the sensor in EC 

standard. The controller will automatically recognize the standard. Allow the reading to stabilize.

6.  Press 

CFM

 to confirm the second point and save the calibration.

Salinity  (HI7630-48 series only)

Salinity calibration can be performed with the controller set to Sal % measurement mode after the EC range 
has been calibrated.

1.  Press 

direct key then 

CAL

 virtual key. The controller enters calibration mode.

2.  Raise and lower conductivity cell in rinse beaker of salinity standard then discard. 
3.  Immerse the sensor in salinity standard. The controller automatically recognizes the standard. Allow the 

reading to stabilize. 

4.  Press 

CFM

 when displayed to confirm and save the calibration.

Содержание HI7630-28

Страница 1: ...4805 0 to 30 mS cm T 0 to 50 C p max 6 bar SN XXXXXXXXXXXX HI7630 2800 Conductivity and Temperature Industrial Smart Probes Please scan the QR code or follow the link to download the HI510 controller...

Страница 2: ...intenance 14 13 Accessories 15 14 Abbreviations 16 Certification 16 Recommendations for Users 16 Warranty 16 Dear Customer Thank you for choosing a Hanna Instruments product Please read this instructi...

Страница 3: ...ons detailed in this manual 3 GENERAL DESCRIPTION INTENDED USE HI7630 28 and HI7630 48 are Conductivity and Temperature probes designed to be paired with the HI510 Universal Process Controller The pro...

Страница 4: ...conductivity probes can be installed directly in line immersed in a tank or in a flow cell and are suited for continuous measurement of conductivity and associated parameters required in applications...

Страница 5: ...h standard solution Process Single point Temperature Range 0 0 to 50 0 C 32 0 to 122 0 F Accuracy 0 5 C 1 0 F Calibration Single point offset controller setting Temperature compensation mode Linear Na...

Страница 6: ...ion Salinity Single point with standard solution Resistivity Single point Process Single point Temperature Range 0 0 to 100 0 C 32 0 to 212 0 F Accuracy 0 5 C 1 0 F Calibration Single point offset con...

Страница 7: ...189 mm 7 4 Four Ring Probes HI7630 48zz 28 mm 1 1 72 mm 2 8 50 mm 2 12 mm 0 5 3 4 NPT 216 mm 8 5 HI7630 4800 216 mm 8 5 Align the pins and key then push the plug into the socket Rotate the collar to...

Страница 8: ...essibility for maintenance when selecting placement Typical installation examples with mounting accessories Accessories are sold separately In line mounting and flow cell installation require that the...

Страница 9: ...PT 2 Vent hole 3 O ring 4 Probe Tank immersion with submersible electrode holder I II III 1 2 4 3 5 6 7 9 8 1 Probe cable 2 Cable gland 3 Electrode holder cap 4 Adjustable immersion level 5 Electrode...

Страница 10: ...3 and cable gland on top 2 The cable is shielded inside the holder to prevent any damage to the insulation F Tighten the cable gland 2 step III and slide the cap 3 back onto the electrode holder 5 Fl...

Страница 11: ...n the board 4 Position excess cable through the cable gland before tightening the nut 5 Remove the ground screw and hardware located below the PROBE connector and attach ground lead g COMM B A IN1 IN2...

Страница 12: ...oss contamination when a two point calibration is required use two beakers one for rinsing the probe and the other for calibration Go to Probe Settings in Channel Setup and set Meas Mode to EC Procedu...

Страница 13: ...ed in conductivity EC Meas Mode The user can subsequently change Meas Mode to RES to measure in resistivity units M cm Ultrapure water self ionizes into H and OH ions and has a conductivity of 0 055 S...

Страница 14: ...ccurate readings Remove and inspect the probe during scheduled service intervals Dry clean the sensor with a soft bristle brush to loosen any debris For a more thorough cleaning Use a cloth and warm w...

Страница 15: ...1 2 PVC protective end cap inside height 68 mm 2 6 HI60503 PVDF immersion electrode holder HI60503 2 PVDF protective end cap inside height 68 mm 2 6 HI605011 PVC mounting flange HI60542 In line electr...

Страница 16: ...oduced by the user to the supplied equipment may degrade its performance Do not use or store the product in hazardous environments WARRANTY The probes are warrantied for six months against defects in...

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