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1

 

About the operAting instructions ...........................................................................................................................7

1.1

  Definition of the word "device" .......................................................................................................................................7

1.2

  Validity of the operating instructions .........................................................................................................................7

1.3

  symbols used ..........................................................................................................................................................................7

2

 

intenDeD use  ...................................................................................................................................................................................8

3

 

bAsic sAfety informAtion  ..................................................................................................................................................8

4

 

generAl informAtion  ...........................................................................................................................................................10

4.1

  contact  ....................................................................................................................................................................................10

4.2

  Warranty conditions ...........................................................................................................................................................10

4.3

  information on the internet ............................................................................................................................................10

5

 

Description  ...................................................................................................................................................................................11

5.1

  Area of application  ............................................................................................................................................................11

5.2

  construction of the 8202  ...............................................................................................................................................11

5.3

  ph or redox ("orp") probe  ..........................................................................................................................................11

5.4

  type label  ...............................................................................................................................................................................12

6

 

technicAl DAtA  ...........................................................................................................................................................................13

6.1

  conditions of use  ..............................................................................................................................................................13

6.2

  conformity to standards and directives  ................................................................................................................13

6.2.1 

Conformity to the Pressure Equipment Directive  ......................................................................13

6.2.2 

UL certification ....................................................................................................................................14

6.3

  Dimensions of the device  .............................................................................................................................................14

6.4

  mechanical data  .................................................................................................................................................................15

6.5

  fluid data  ...............................................................................................................................................................................16

6.6

  electrical data  ......................................................................................................................................................................18

6.7

  Data of connectors and cables  ..................................................................................................................................19

6.8

  ph/redox ("orp") probe  ...............................................................................................................................................19

7

 

Assembly  ..........................................................................................................................................................................................20

7.1

  safety instructions  ............................................................................................................................................................20

7.2

  removing the housing lid  .............................................................................................................................................20

English

Contents

Type 8202 ELEMENT

Summary of Contents for 8202 ELEMENT

Page 1: ...Operating Instructions Bedienungsanleitung Manuel d utilisation Type 8202 ELEMENT pH or redox meter pH oder Redox Messger t pH ou redox m tre...

Page 2: ...ve the right to make technical changes without notice Technische nderungen vorbehalten Sous r serve de modifications techniques B rkert SAS 2008 2021 Operating Instructions 2106 06_EU ML 00560329 Orig...

Page 3: ...on 11 5 2 Construction of the 8202 11 5 3 pH or Redox ORP probe 11 5 4 Type label 12 6 Technical data 13 6 1 Conditions of use 13 6 2 Conformity to standards and directives 13 6 2 1 Conformity to the...

Page 4: ...35 9 1 Safety instructions 35 9 2 Knowing the operating levels 35 9 3 Using the navigation button 36 9 4 Using the dynamic functions 38 9 5 Entering a numerical value example 38 9 6 Browsing in a men...

Page 5: ...ture measurement 64 9 13 Knowing the Diagnostic menu 64 9 13 1 Modifying the Diagnostic menu access code 64 9 13 2 Monitoring the condition of the probe 64 9 13 3 Monitoring the fluid temperature 66 9...

Page 6: ...6 11 Spare parts and accessories 78 12 Packaging Transport 79 13 Storage 79 14 Disposal of the 79 English Type 8202 ELEMENT...

Page 7: ...Instructions refers to the Type 8202 ELEMENT pH meter and redox meter 1 2 Validity of the Operating Instructions The Operating Instructions are valid for the Type 8202 ELEMENT pH meter and redox meter...

Page 8: ...as intended 3 Basic safety information This safety information does not take into account any contingencies or occurrences that may arise during instal lation use and maintenance of the device The op...

Page 9: ...not subject the device to mechanical stress Do not make any modifications to the device Prevent any unintentional power supply switch on Only qualified and skilled staff may carry out the installatio...

Page 10: ...sales offices are available on the internet at country burkert com 4 2 Warranty conditions The condition governing the legal warranty is the conforming use of the device in observance of the operatin...

Page 11: ...The display module is available as an accessory see chpt 11 One device variant with two transistor outputs and a 4 20 mA output operates on a 2 wire system and requires a power supply of 14 36 V DC F...

Page 12: ...he Type label of a Type 8202 ELEMENT device is valid for a device without probe 5 Manufacturing code 6 Pin assignment of the electrical connection 7 Certification 8 Article number 9 Serial number 10 C...

Page 13: ...plied standards which verify conformity with the EU directives can be found on the EU type examination certificate and or the EU declaration of conformity if applicable 6 2 1 Conformity to the Pressur...

Page 14: ...e 4 Paragraph 1 a ii PS 1000 bar 6 2 2 UL certification The devices with variable key PU01 or PU02 are UL certified devices and comply also with the following standards UL 61010 1 CAN CSA C22 2 n 6101...

Page 15: ...Display module PC PBT M12 male connector M12 female connector nickel plated brass stainless steel on request Support plate of the M12 male connector or M12 female connector PPS CF30 Screws stainless...

Page 16: ...he related Operating Instructions pH measurement Measurement range 2 16 pH or 580 580 mV Resolution 0 001 pH or 0 1 mV Measurement deviation 0 02 pH or 0 5 mV Recommended min divergence of the pH rang...

Page 17: ...3 12 11 10 9 8 7 6 5 4 3 2 1 0 0 20 40 60 T C P bar PVC PP 20 232 217 6 203 188 6 174 159 6 145 130 6 116 101 6 87 72 5 58 43 5 29 14 0 P psi Metal P Fluid pressure T Fluid temperature Fig 4 Dependenc...

Page 18: ...ith loads on the transistors 1 A max Power consumption 40 W max Protection against polarity reversal yes Protection against voltage spikes yes Transistor output polarized type NPN or PNP Through wirin...

Page 19: ...xed connector 5 pin female M12 connector not supplied and 5 pin male M12 connector not supplied For the M12 connector with article number 917116 use a shielded cable diameter 3 6 5 mm wire cross secti...

Page 20: ...the installation Guarantee a set or controlled restarting of the process after any intervention on the device 7 2 Removing the housing lid Notice The tightness of the device is not guaranteed when th...

Page 21: ...unting the display module Notice The tightness of the device is not guaranteed when the housing lid is removed Prevent the projection of liquid inside the housing The device may be damaged if a metal...

Page 22: ...sher seal Following instructions are valid for a B rkert probe If you use a probe from another supplier respect the related instructions Remove the protective plugs Check that dimension H on the probe...

Page 23: ...with alcohol to avoid measurement errors Insert the electronic module into the holder making sure the polarising slots are correctly positioned Apply slight vertical pressure to engage the seal Fasten...

Page 24: ...erve the dependency between the fluid temperature and the fluid pressure Risk of burns due to high fluid temperatures Use safety gloves to handle the device Before opening the pipe stop the circulatio...

Page 25: ...d without temperature probe from a supplier other than B rkert is used follow the relevant instructions on installation in the pipe Direction of the fluid Choose an appropriate position in the pipe to...

Page 26: ...l Fig 14 Removing the electronic module from the sensor holder Install the holder with its probe on the fitting as shown in Fig 15 B Check the presence and the condition of seal B on the fitting Repla...

Page 27: ...efer to chpt 11 and chpt 10 4 Insert the electronic module into the holder making sure the polarising slots are correctly positioned Apply slight vertical pressure to engage the seal Fasten the electr...

Page 28: ...s wired set the HWMode parameter depending on the wiring carried out sink NPN or source PNP Refer to chpt 9 11 8 8 3 1 Assembling the male or female connector accessories 4 3 2 1 Unscrew the nut 1 on...

Page 29: ...r valves that is as close as possible to the device Refer to Fig 19 Power supply 12 36 V DC Metal pipe Fig 18 Equipotentiality skeleton diagram with pipes in metal Power supply 12 36 V DC Equipment su...

Page 30: ...ow or grey 14 36 V DC 1 2 3 4 Load 1 solenoid valve for instance Load 2 solenoid valve for instance Power supply white blue black brown green yellow or grey Fig 21 NPN wiring of both transistor output...

Page 31: ...Load 1 4 20 mA input at external device brown green yellow or grey blue white black Power supply Fig 24 NPN wiring of both transistor outputs and wiring the current output in sinking mode software set...

Page 32: ...order to ease wiring of the load to the female fixed connector Pin of the M12 female cable available as an accessory article number 438680 Colour of the wire 1 brown 2 white 3 blue 4 black 5 green ye...

Page 33: ...at external device brown blue green yellow or grey 2nd 4 20 mA input at external device black brown black Fig 29 Wiring of both current outputs in sinking mode on a device variant with 2 fixed connect...

Page 34: ...sinking mode on a device variant with 2 fixed connectors software setting NPN sink see chpt 9 11 8 12 36 V DC 1 2 3 4 3 2 1 4 Load 1 1st 4 20 mA input at external device brown green yellow or grey bl...

Page 35: ...e pH Redox ORP sensor Refer to chpt 9 12 4 Before start up make sure that the staff in charge have read and fully understood the contents of the Operat ing Instructions In particular observe the safet...

Page 36: ...Diagnostic see chpt 9 13 Test see chpt 9 14 Info see chpt 9 15 9 3 Using the navigation button Symbolised by in these Operat ing Instructions Symbolised by in these Operating Instructions Symbolised...

Page 37: ...t the highlighted function browse in the dynamic functions bar MEAS BACK ABORT OK YES NO next function previous function confirm the highlighted dynamic function modify a numerical value increment the...

Page 38: ...BORT answer the question asked dynamic function YES or NO 9 5 Entering a numerical value example 0 000 C Select the digit at the extreme left of the numerical value with then allocate the or sign to t...

Page 39: ...ow indicates that some more functions are available which can be displayed by using Title of the current menu sub menu or function Highlighted function The icon identifies the current menu This is whe...

Page 40: ...oard that is located under the display module these LEDs can only be seen if the device has no dispaly module Icon Possible cause and alternatives Probe in good condition and fluid temperature within...

Page 41: ...V_pH 1423 mV TempC 55 C mV_pH 1423mV 18 3 mA AC1 7 5 mA AC2 A 1 1 1 First view of the Process level Zoom on the value in the first line Zoom on the value in the second line AC1 18 3 mA AC2 7 5 mA A Di...

Page 42: ...his is when the device is be ing parame tered Param 2s Calib This is when the device is be ing parame tered Info This is when the device is be ing parame tered Diagnostic Test Any display of the Proce...

Page 43: ...tered This is when the device is be ing parame tered Factory reset pH TempC Line1 Line2 Filter None Fast Slow Enabled Line1 Line2 PVar Reset Yes No Disabled Downl Yes No Upload Yes No Contrast xx Bac...

Page 44: ...y open Normal closed INPUT Low INPUT High INPUT pH TempC mV_pH mV_ORP TempF Outputs HWMode sink NPN source PNP PVar pH TempC mV_pH mV_ORP TempF Mode Hysteresis Window Sensor Type pH ORP This is when t...

Page 45: ...Offset INPUT INPUT Span If pH probe Calib Temp Auto Constant Diagnostic System Code 0 Confirm code 0 Glass electrode Sensor Impedance Activate Yes No READ Warn high INPUT Warn low INPUT Err high INPUT...

Page 46: ...de 0 Test Value Sensor INPUT Outputs AC2 AC1 INPUT INPUT TR1 OFF ON TR2 OFF ON Info Error MESSAGE MESSAGE Warning MESSAGE Maintenance MESSAGE Smiley Main Sensor READ READ PVar pH TempC mV_pH mV_ORP Te...

Page 47: ...another device of the same type user set data of the PARAM menu except the date the time the contrast and brightness levels for the display user set data of the DIAGNOSTIC menu the TDS factor set in...

Page 48: ...Process level and the outputs See chpt 9 9 to access the Parameters menu The following data can be restored to their default values user set data of the PARAM menu except the date the time the contras...

Page 49: ...when the device is be ing parame tered pH TempC Line1 Line2 Filter None Fast Slow Enabled Line1 Line2 PVar Disabled mV_pH mV_ORP TempF pH C Unit mV F If PVar TempC If PVar TempF If PVar mV_pH or mV_OR...

Page 50: ...t or the power up of the device PVAR choose the measurable variable which highest and lowest measured values are displayed in the Process level UNIT choose the preferred unit in which the lowest and h...

Page 51: ...8 3 Wiring 9 11 9 Setting the parameters of the current outputs See chpt 9 9 to access the Parameters menu Warning Risk of injury due to wrong adjustment Before setting the parameters for the display...

Page 52: ...A for each current output FILTER choose the level of damping for the fluctuations of the current value for each current output Three damping levels are proposed slow fast or none The damping for the c...

Page 53: ...sistor output 2 respectively If the selected transistor output is linked to the warning event the transistor switches as soon as such an event is generated by the device See also chpt 10 5 Solving a...

Page 54: ...ected NO Normally open NC Normally closed ON OFF contact Low High process value ON OFF contact Low High process value Fig 39 Window operating 9 11 11 Setting the sensor parameters The monitoring see c...

Page 55: ...2 Fig 41 Schematic diagram of asymmetrical measurement MAINS FCY choose the frequency of your mains electricity 50 or 60 Hz This frequency is filtered by the device to ensure stable measurements 9 12...

Page 56: ...requested to access the menu 9 12 3 Adjusting the current outputs See chpt 9 9 to access the Calibration menu On a device variant with a single M12 fixed connector and if the power supply is lower tha...

Page 57: ...alue select constant then enter reference temperature Calibrate the sensor using one of the following methods CALIBRATION calibrate the pH sensor in 1 or 2 points see details hereafter A calibration p...

Page 58: ...see above each time a calibration is due the device generates a maintenance event and a warning event 1 point calibration The 1 point calibration procedure is used for quick calibration by adjusting t...

Page 59: ...H 7 000 pH Cal Result Offset 10 70 mV Span 0 0mV pH The device displays the calibration result OK Cal Result Save Yes No Error Span offset out of range Probe Warning Span offset out of range See Tab 1...

Page 60: ...an offset out of range 50 mV pH span 53 mV pH or 63 mV pH span 65 mV pH 60 mV Offset 35 mV or 35 mV Offset 60 mV Error in the buffer solution Use the correct buffer solution The probe has reached half...

Page 61: ...nt then enter reference temperature Calibrate the sensor using one of the following methods CALIBRATION calibrate the Redox ORP sensor in 1 point see page 63 A calibration process updates the last cal...

Page 62: ...the electrode with a suitable product Set the periodicity of calibrations in the Interval function in the sub menu CALIB INTERVAL see heretofore each time a calibration is due the device generates a...

Page 63: ...OK Cal Result Save Yes No Error Span offset out of range Probe Warning Span offset out of range see Tab 2 for the possible cause of the warning message OK OK At the end of calibration of the oxidatio...

Page 64: ...sted to access the menu 9 13 2 Monitoring the condition of the probe See chpt 9 9 to access the Diagnostic menu Diagnostic Glass electrode Sensor Impedance Activate Yes No READ Warn lo INPUT Err hi IN...

Page 65: ...ce values for each electrode in order to identify the cause of an out of range impedance if necessary clean then recalibrate the measurement probe or replace it The warning event may also be associate...

Page 66: ...the cause of the event generation and or go into the Sensor function of the Diagnostic menu to read the measured temperature value then check whether the built in Pt1000 is working correctly by measu...

Page 67: ...that current output 2 is working correctly by entering a current value and then selecting OK TR1 check that transistor output 1 is working correctly by selecting the status of the transistor ON or OFF...

Page 68: ...or See also chpt 10 5 Solving a problem 9 15 2 Reading the software versions See chpt 9 9 to access the Info menu Info Main Sensor READ READ Software The function allows for reading the software vers...

Page 69: ...of burns due to high fluid temperatures Use safety gloves to handle the device Before opening the pipe stop the circulation of fluid and drain the pipe Before opening the pipe make sure the pipe is c...

Page 70: ...n and safety regulations for electrical equipment Risk of injury due to pressure in the installation Before any intervention in the installation stop the circulation of fluid cut off the pressure and...

Page 71: ...ght resistance due to the seal Unscrew the probe using a suitable wrench Remove it carefully from the holder Clean any fluid projections on the electrical contacts on the holder Fig 42 Removing the pr...

Page 72: ...o the standard UL EN 61010 1 Observe all applicable accident protection and safety regulations for electrical equipment The seal can be replaced without dismounting the holder from the pipe Refer to F...

Page 73: ...to B rkert ON 22 mA depending on thresholds ERR S EE User Read User data for the sensor is lost eg type of sensor Switch the power supply off then on again Check the sensor param eters in all the Sens...

Page 74: ...e error persists set the device back to the default settings chpt 9 11 4 If the error persists return the device to B rkert OFF 4 20 mA depending on thresholds S Diff pH ORP S Buff Diff pH S Buff Diff...

Page 75: ...d depending on the set thresholds ERR LO and ERR HI see chpt 9 13 2 Go into the Sensor function of the Diag nostic menu to read the impedance value of the pH electrode chpt 9 13 2 If necessary clean t...

Page 76: ...g on the set thresholds WARN LO and WARN HI see chpt 9 13 3 Go into the Sensor function of the Diag nostic menu to read the impedance value of the pH electrode chpt 9 13 3 If necessary clean then reca...

Page 77: ...lib Date A calibration is due The periodicity of the cal ibrations is set within the INTERVAL function of the CALIB INTERVAL menu see chpt 9 12 4 Calibrate the sensor chpt 9 12 4 2 If the PVAR functio...

Page 78: ...pH probe 0 14 pH 10 60 C 0 6 bar LOGOTRODE pH 120 mm 427114 pH probe 0 14 pH 0 130 C 0 6 bar UNITRODE PLUS pH 120 mm 560376 pH probe 0 14 pH 0 130 C 0 16 bar CERATRODE pH 120 mm 418319 pH probe 0 14 p...

Page 79: ...e plugs 13 Storage Notice Poor storage can damage the device Store the device in a dry place away from dust Storage temperature of the device without probe 10 60 C Storage temperature of the device wi...

Page 80: ...80 English Type 8202 ELEMENT...

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Page 82: ...www burkert com...

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