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1.  Continuously pressed  Press      again into the low alarm    Setting  the running light is off and the low alarm setting light is on  Then press      Low O  to change the low alarm parameters  the parameters can    be changed quickly when continuously pressed     Setting range of alarm parameters   pH  0 00pH   14 00pH    ORP   1999mV  1999mV    X NOTE  The value of high limit can not be set less than the value of low limit     7  OUTPUT    7 1  The Relationship of Output and Measurement    The controller use high accuracy D A output  It will achieve the reverse output current  after setting the current span in the menu  The value of high limit can be more than  the value of low limit  also the value of low limit can be more than high limit   However  the value of high and low limits can not be equal  The following Figure 5  shows the supported output forms     20mA 20mA       Low Limit  gt  High Limit       Low Limit  lt  High Limit    4mA      Value     Value    4mA     i i    Low Limit High Limit High Limit Low Limit    Figure 5    7 2  The Range of Setting Current Span     pH  0 00pH 14 00pH  ORP   1999mV  1999mV    8  CALIBRATION INSTRUCTIONS    8 1  Calibration of pH    8 1 1  Equipment Preparation before Calibration     1  Standard solution  6 86  100mL     2  Standard solution  4 01  100ml     3  Standard solution  9 18  100ml     4  Demonized cleaning fluid 300 500mL and several absorbent filter paper     8 1 2  Zero Calibration     amp  HG  Continuously press     i
2. 18pH solution  The specific operations are the same as zero    calibration     X NOTE  Zero calibration is must and only calibrate the slope does not work     9  RESTORE FACTORY CALIBRATION    Press both    and     screen shows         which means the instrument is restoring the factory         for several seconds  the    parameters  And it will automatically switch back to measurement after    recovering     10 MENU DESCRIPTION    Press     and     for several seconds into the menu when  the screen shows   GE L    Press     to look at the menu and  press     into the menu  the meanings for menu are as follows    10 1   GE L   Sensor Selection Press     into the menu of    sensor selection  press     to select sensor of pH or ORP  then    press     to save it   LH o       10 2     High Limit of Current 20mA corresponding measured    values  press     to change and save automatically     10 3   L L   Low Limit of Current 4mA corresponding measured values     press     to change and save automatically     10 4    CAP   Calibration Setting of Temperature Don t change it  or it    may affect the accuracy of measurement   10 5   FE E   Exit Menu Press     to exit menu and return to    state of measurement   11  MAINTENANCE AND APPLICATION OF ELECTRODE    The PH200 control module itself needs very little maintenance  Clean the outside of  the controller enclosure with a damp cloth  Do not spray down the controller unless  the enclosure door is closed and latched   Pigtails  should 
3. H ORP       PH 200     Figure 1 Panel Mounted    110mm     9mm    wU X GG       Figure 2 Dimension  Figure 3 Installation       4  TERMINAL DIAGRAM    I   2     3  4                                Figure 4  Positive Pole of Input  Negative Pole of Input  Input of PT1000  Input of PT1000  No Connection   SV   5V  GND  9  Low Alarm  NO   10  Low Alarm  COM   11  Low Alarm  NC   12  High Alarm  NO   13  High Alarm  COM   14  High Alarm  NC   15  Negative Pole of 4 20mA  16  Positive Pole of 4 20mA  17  BNC Socket  P1  Neutral  N  P2  220VAC P3  1IOVAC    oo a ot ae es                                                             5  FRONT PANEL    1  LCD display  it can show measurements  alarm settings and calibrate settings   2   pH  or  mV  are the measuring tip lights  which flash when pH ORP is ok     3   H  is the alarm light of high limit  which flashes when the value of pH ORP  exceeds the high limit     4   L  is the alarm light of low limit  which flashes when the value of pH ORP below  the low limit     a  men        Set up  High  alarm parameter     6    LO       Set up  Low  alarm parameter   n  stano      Calibration of 6 86pH or 86mV   8     St222       Calibration of 4 01pH  amp  9 18pH or 256mV     9      Mode switch button     6  HIGH  amp  LOW ALARM SETTINGS    Press   D    into the high alarm setting  the running light is off and  the high alarm setting light is on  Then press      to change the  high alarm parameters  the parameters can be changed quickly when 
4. Proprietary Material    The information and descriptions contained herein are the property of ANJUN  Such  information and descriptions may not be copied or reproduced by any means  or  disseminated or distributed without the express prior written permission of ANJUN     Statement of Limited Warranty    ANJUN warrants equipment of its manufacture  and bearing its identification to be  free from defects in workmanship and material for a period of 36 months for  electronics and 6 months for mechanical parts and electrodes from date of delivery  from the factory or authorized distributor under normal use and otherwise when such  equipment is used in accordance with instructions furnished by ANJUN and for the  purposes disclosed in writing at the time of purchase  1f any  ANJUN s liability under  this warranty shall be limited to replacement or repair  F 0 B SHANGHAI  CHINA of  any defective equipment or part which  having been returned to ANJUN   transportation charges prepaid  has been inspected and determined by ANJUN to be  defective  Replaceable elastomeric parts and glass components are expendable and are  not covered by any warranty     THIS WARRANTY IS IN LIEU OF ANY OTHER WARRANTY  EITHER  EXPRESS OR IMPLIED  AS TO DESCRIPTION  QUALITY  AND  MERCHANTABILITY  FITNESS FOR ANY ARTICULAI PURPOSE OR USE  OR  ANY OTHER MATTER     TABLE OF CONTENTS    1  INTRODUCTION    ii 2  2 FRAFURES  amp  SPECIFICATIONS  srl 2  2 Mc 2   I SPOCIICAMONS saio 2  INSTALLATION area 2  3 1  Appea
5. be protected from spray or  wash down  Check the cords and cables for damage     11 1  Electrode Maintenance    The pH or ORP electrodes require periodic cleaning and calibration  These electrodes  are like batteries and their voltage outputs will change with time even if they are not  being used  After installation  the rate of change increases  and factors such as  temperature  extremes of pH  abrasion and chemical attack will increase the required  frequency of calibration  If the process solution contains oils  scale or other solids  the  electrode surface will tend to coat  its response time will slow down and cleaning will  be required     The frequency of cleaning and calibrating will vary greatly depending upon the  application  the factors listed above  as well as the accuracy of control you require   The best way to determine the optimum number of days between calibrations 1s to  remove the electrode from the process periodically  weekly in clean water  applications  daily in dirty or hot applications  and check its accuracy in a buffer  solution  If using manual temperature compensation  remember to change the  temperature from that of the process to that of the buffer  If the accuracy of the  reading is within your required tolerances  and the speed of response is good  replace  the electrode in the process  If not  clean the electrode and perform a two point  calibration     The method of cleaning the electrode will depend upon the coating  as well as the   mater
6. ials of construction of the electrode  Do not use a solvent that will attack the   electrode  Care must be taken to avoid scratching the pH electrode s glass  as this will  10    shorten its life  An ORP electrode s platinum surface may be cleaned with 600 grit  silicon carbide paper  jewelers rouge or very fine steel wool     Oily coatings should be removed with a mild detergent or isopropyl alcohol  Hard  scales such as calcium carbonate can usually be removed with a dilute hydrochloric  acid solution  Soft coatings can be removed using a soft cloth or soft toothbrush     A two point calibration should always be performed after cleaning the electrode     Because the electrode signal 1s so sensitive  the condition of the cable and connectors  between the electrode  preamplifier and controller is critical  Make sure that all  electrical connections stay clean and dry  Never splice the cable prior to  preamplification  Replace the cable if there is any sign of damage    11 2  Electrode Application           Internal  3 4NPT Thread       3  4NPT        3 4NPT   Censor Sensor  Three Way Pipe   3 4NPT                  Immersed Type Electrode Circulation Type Electrode    
7. n the measurement mode  it shows       in  the screen  Then it will be into the calibration of 6 86pH solution and the screen  shows the measuring value after 20 seconds  The instrument will exit when the         E HE    electrode is stable  Also continuously press    if the electrode can  not automatically exit calibration and the calibration data can be automatically  saved after exiting calibration   8 1 3  Slope Calibration    y SLODE ce i   Continuously press a  in the measurement mode to calibrate    4 01pH and 9 18pH solution  The specific operations are the same as zero    calibration     X NOTE  Zero calibration is must and only calibrate the slope does not work     8 2  Calibration of ORP  8 2 1  Equipment Preparation before Calibration      1  Standard solution  86mV  100mL    2  Standard solution  256mV  100mL   3  Deionized cleaning fluid 300 500mL and several absorbent filter paper     8 2 2  Zero Calibration        E HE         Continuously press     in the measurement mode  it shows       in  HE    the screen  Then it will be into the calibration of 6 86pH solution and the screen  8    shows the measuring value after 20 seconds  The instrument will exit when the    SAG  electrode is stable  Also continuously press     if the electrode can  not automatically exit calibration and the calibration data can be automatically  saved after exiting calibration   8 2 3  Slope Calibration     Continuously press     in the measurement mode to calibrate       4 01pH and 9 
8. rance  amp  Installation DIMENSIONS                  3  d FERMINABEDIAGRANE   alari 5  CPRONTPANEG  ab olaace  2s dtc ae oa eee E oa 6  6  ALARM SETTINGS OF HIGH AND LOW LIMITS    6  COUTET ee REI 7  7 1  The Relationship of Output and Measurement                         i  7 2  The Range of Setting Current Span                   7  SS CALIBRATION INSTRUCTIONS mereinen a EEE 7    de Ca DRAM ONO LO lias costa casas E E E SE la 7  8 1 1  Equipment Preparation before Calibration                        8  Ble a ClO CAM OFALIO nisba 8  Sl  SlopeCalibrauoni  ssaa 8  S 2  Caltoranion oFORE  Lul 8  8 2 1  Equipment Preparation before Calibration                        8  S22 Z00Calibianon  aaa 8  Pra eam  8  0 ie 1 0119  218  0  8 Dennen eee en nS een ne a 9  9  RESTORE FACTORY CALIBRATION                   9  10 MENU  DESCRIP TION miisroro einan eei ea EEE 9  TOT Senor SCCO Oi erani cei 9  102  Hen Limito CUNE it aria a ali 10  IO EOW EIn OF C Ue o a R 10  10 4  Calibration Setting of Temperature                            TA E 10  ISEE CM atrata 10  11  MAINTENANCE AND APPLICATION OF ELECTRODE                          10   l E  lt Elecmrode Manmicnance  sr 10  112 Electrode Applicat ON eiieeii iaaa EEE EEO nono ll    1  INTRODUCTION    The ANJUN PH200 Series pH ORP Controller can be applied to Petrochemical  Oil  Refining  Metallurgy  Machinery  Power Plants  Paper  Pharmaceutical  Printing and  Dyeing  Food  Fermentation and Environment Protection Industries for continuous  monito
9. ring of pH OPR of industrial processes     2  FEATURES  amp  SPECIFICATIONS    2 1  FEATURES      High anti interference ability     The distance from pH ORP controller to electrode is up to 100m    eIsolated output  4 20mA     LCD display with back light       High and low limits alarm     The solution can automatic compensate the temperature which is from 0 to 100  C     2 2  SPECIFICATIONS    e Display  LCD display with back light   e Measuring Range   pH 0 00 14 00pH  ORP  1999  1999mV  e Output 4 20mA    Ambient Temperature  10  60 C  Relative Humidity 0 95   Non condensing  e Storage Environment  20  70 C  Relative Humidity 0 95   Non condensing  e Relay Two relays  SPDT contact  3A 110 220V  3 30VDC impedance    Temperature Compensation PT1000RTD  0 100  C  e Accuracy 0 25     Stability 0 1  per 24 hours  No cumulative  e Repeatability 0 1   e Power Supply 90 130VAC  50 60HZ  MAX 10VA  or 180 260VAC  50 60HZ   MAX I0VA   e Dimensions 96x96x125mm  e Weight About 1kg    3  INSTALLATION    The instrument is installed on the switchboard and gripped both sides with attached  clips  then tighten the bolts     X NOTE The following steps should be confirmed before wiring    1  If the power supply is matched with the instrument  220VAC or 110VAC    2  The power 1s cut off    3  It is best that the power is three wires  one of which is the ground wire   2     4  Incorrect wiring can cause lines and parts of instrument burned     3 1  APPEARANCE  amp  INSTALLATION DIMENSIONS    P
    
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