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Aquametrix Shark-120 analytical controller user manual

1. keys to change the setting ALARM RELAY HIGH ON 900 Press the G gt gt key once which will move the cursor back to the RH side of the display ALARM RELAY HIGH ON 900 DOWN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 70 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Outputs Menu Alarm Relay 5 19 FROM HIGH ON The HIGH OFF set point is the value that the must ALARM RELAY reach in order to de energize the alarm relay after it has increased over and tripped the HIGH ON set HIGH OFF 700 point This value must be lower than the HIGH ON Bown Set point The FAIL SAFE feature is designed to reverse the ALARM RELAY normal action of the relay FAILSAFE OFF When set to FAIL SAFE OFF the relay will operate as a normal relay which means that when the relay is not energized the NO contacts are open and a device connected via the NO contacts is turned off When the relay becomes energized the device turns on When the relay is set to FAIL SAFE ON the normal action of the relay is reversed Thus the NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC contacts will be turned on when the relay on set point is reached Actually the relay will be de energized but because it is acting in reverse the device will be turned on When the relay off set point is reached the relay will energize and the device connec
2. RELAY B OVERFD TIMER ON E RELAY B OVERFD TIME MIN 1 RELAY B OVERFD TIME MIN RELAY B OVERFD TIME MIN 6 DOWN Use the and keys to change the setting RELAY B FAIL SAFE DN gt RELAY B FAIL SAFE ON DOWN Press the key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the STORE fuction Page 69 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Outputs Menu Alarm Relay 5 19 K If you wish to change press The ALARM RELAY will respond to both a rising and falling process The ALARM RELAY will act as a low alarm falling process and a high alarm rising process Both relay bands will have independently adjustable on and off set points If a low alarm set point is set at a value 800mV for example the off set point must be set higher The controller will not let the user input a value below 800mV The same rule holds true for the high alarm The Alarm Relay can be configured for the following operations LOW ON Set point LOW OFF Set point HIGH ON Set point HIGH OFF Set point Failsafe he setting he 4 key once which will move the cursor to the first character of the value to be changed The LOW ON set point is the low process ALARM RELAY value that will cause the relay to energize Tow ON 250 Ar This value can be set anywhere 0 100 of Full Scale OM
3. gt Press the G gt gt key once which will move the cursor back to the RH side of the display CYCLE ON 1005 DOWN If you wish to change the setting press the key once which will move the cursor to the first character of the value to be changed RELAY B CYCLE OFF djs gt Use the gt and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the Gow key to accept the setting and move to the next setting CYCLE OFF 2005 gt CYCLE OFF 2005 DOWN If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed Use the keys to change the setting Press the key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting If you wish to change the setting press the 4 F key once which will move the cursor to the first character of the value to be changed Use the CP and Gow keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the If you wish to change the setting Setting and move to the next setting press the G gt gt key once which will move the cursor to the first character of the value to be changed RELAY B FAIL SAFE OFF
4. key to accept the change and move to the store function Or press the Gr key to highlight the Y character With N selected pressing the key will NOT store the selection but simply return to the TEMP SENSOR Selection Menu This function is useful if you wish to view the current selection without making any changes Then press the key to store the Not stored selection and return to the TEMP SENSOR Selection Menu NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE pH Setup Menu Temp Sensor 4 10 Page 29 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Setup Menu Auto Return 4 11 7 15pH 25 0C AUTO RETURN is used to select what conditions will cause the controller to time out of the operations menu or reset the relay override function MENU ON will cause the controller to exit the menu and PROBE SELECTION revert back to the online run mode after 10 minutes with no Bown buttons pressed This feature ensures that if a user forgets to return back to run mode the controller will not be left in an offline state If for some reason the user would like to remain in the menu mode for extended periods of time the TEMP SENSOR AUTO RETURN function can be set to OFF DOWN AUTO RETURN D TS To change the MENU RETURN setting Gown Press the key once which will move the cursor to the ON or OFF text TEMP UNIT DOWN AUTO RETUR NOTE MENU DIN gt Us
5. Press the 4 key once which will move the cursor over the least digit of the simulated process value TEST 50 0 Use the and keys to change abc the simulated process value Up As the value is changed the state of the relays will change depending on their settings in the OUTPUTS menu TEST 65 0101 GPM state of Relay A aBc 144mA b B state of Relay B C C state of Alarm relay 7 As well Channel 1 4 20 ma output will also When a relay is energized ihe follow the process value change The actual characters a b c will change to change will depend on how the CH1 output upper case A B C was scaled in the OUTPUTS menus See Section 4 18 The CH1 4 20 mA output will track the change in process TEST 65 010 GPM Press the G gt gt key once to abc 14 4mA 4 move the cursor to the RH side of the display L 08 Ll ARA E Press the key to return to the MANUAL TEST MODE menu When the user exits the Manual Test Mode the relays and 4 20mA outputs will remain in the Test Mode state until the operator enters the run mode The relays and outputs will then revert back to the previous On line state NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Flow Utilities Menu Manual Test Mode 7 2 Page 107 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Utilities Menu Relay Override 7 3 K RELAY OVERRIDE If you wish to Override Relay
6. keys to adjust the reading until it agrees with the actual buffer conductivity value MANUAL CAL COND tous gt l Then press Gr to move the cursor to the RH position MANUAL CAL COND 1000 05 If the calibration is OK use key to move the cursor over the Y text and press the down key If the calibration did not appear MANUAL CAL COND MANUAL CAL COND Press to store the to be correct press the STORE Y N STORE calibration data and return key which will return back to the back to the Manual Cal Cond Manual Cal Cond menu menu so the user can select another function NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Calibration Menu Manual Calibrate 6 1 Page 77 R MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Calibration Menu Dry Cal Cond 6 2 DRY CAL COND NOTE ACCELERATOR KEYS Pressing the Cup key once will change the value by the smallest digit Holding the key down will cause the value to change at an increasing rate until the key is released Pressing the key again will cause the value to start changing at it s slowest rate again This allows the user to get to the new multiplier value quickly Dry Calibration eliminates the need for conductivity reference solutions the user inputs the Cell K factor supplied by the factory If the conductivity cell has a tag attached to it s
7. 4 key once which will move the cursor back to the RH side of the display Press the Gow key to accept the setting and move to the next setting key once which will move the cursor to the first character of the value to be changed Use the and keys to change the setting Press the key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting If you wish to change the setting press the key once which will move the cursor to the first character of the value to be changed Use the CuP gt and keys to change the setting Press 4 key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting press the key once which will move the cursor to the first character of the value to be changed Use the ve and Gow keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the STORE fuction Page 67 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Outputs Menu Relay B 5 18 The relay can be set to control either a RISING or FALLING process RELAY B In a RISING process the control relay DOWN will energize when the process rises above a set value In this case the ON set point must b
8. CALIBRATION DOWN UTILITIES MANUAL TEST MODE To reset the controller back to all the factory default values reselect the current meter type Then press The controller will initialize itself for a specific meter pH Utilities Menu Meter Selection 4 6 The Meter Selection menu is used to select the meter type that the controller is configured for either pH ORP Conductivity or FLow Once selected the controller will initialize itself for the selected meter s functionality and move to run mode Press the 4 key to initialize the controller as a pH meter PH INITIALIZE YN Ce Press the 4 key to initialize the controller as an ORP meter INITIALIZE DOWN Press the Gr key to initialize the controller as a Conductivity meter CONDUCTIVITY INITIALIZE YN DOWN ICIONDUCTIVITY Press the Gr key to initialize the controller as a Flow meter FLOW INITIALIZE YN DOWN Press the gt key to Exit and return to the Utilities menu If you do not wish to initialize to this type of meter after all then press ow key to return back to the Meter Selection menu If you do wish to initialize to this type of meter press the 4 key to highlight the Y character INITIALIZE DOWN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 25 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Utilities Menu Overfeed Timer
9. DOWN Press the GS key to initialize the controller as a Conductivity meter CONDUCTIVITY INITIALIZE YN e DOWN ICIONDUCTIVITY Press the Gr key to initialize the controller as a Flow meter FLOW Cd INITIALIZE DOWN Press the Gr key to Exit and return to the Utilities menu If you do not wish to initialize to this type of meter after all then press Gow key to return back to the Meter Selection menu If you do wish to initialize to this type of meter press the G gt gt key to highlight the Y character INITIALIZE YIN DOWN NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 54 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Utilities Menu Overfeed Timer Reset 5 6 If the control relay overfeed timer has been enabled the relay will time out after the specified overfeed time When the relay times out it must be manually reset The time out will be signaled by the time out LED flashing on the front panel The reset overfeed timer will reset the timers for both relay A amp relay B at the same time Press the key to choose between Y or N RESETOVERFDTMR RESETOVERFDTMR RESET OVERFD TMR FEET OVERFD THR YN jJ If you do not wish ti t thi If you wish to reset the overfeed timer Rice imer after all press then press the Gow key to proceed the GF key to highlight the N and return back to the Util
10. ORP Setup Menu Temp Sensor 5 9 Page 58 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Setup Menu Auto Return 5 10 K PROBE SELECTION DOWN TEMP UNIT DOWN TEMP UNIT DOWN AUTO RETURN 3 AUTO RETURN NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE CAUTION If AUTO RETURN RELAYS is ON regardless of the user settings of the states of the relays Relays will default to AUTO 10 minutes after the Shark returns to Run Mode With N selected pressing the Gown key will NOT store the selection but simply return to the AUTO RETURN Selection Menu This function is useful if you wish to view the current selection without making any changes ORP Setup Menu Auto Return 5 10 MENU ON lt r DOWN AUTO RETURN T RELAYS OFF DOWN AUTO RETURN AUTO RETURN is used to select what conditions will cause the controller to time out of the operations menu or reset the relay override function MENU ON will cause the controller to exit the menu and revert back to the online run mode after 10 minutes with no buttons pressed This feature ensures that if a user forgets to return back to run mode the controller will not be left in an offline state If for some reason the user would like to remain in the menu mode for extended periods of time the AUTO RETURN function can be set to OFF To change the MENU RETURN setting Press G gt gt key once
11. SHARK MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Rev 3 AquaMetrix Inc Tel 800 742 1413 1245 Maple Hill Ct Unit 7 905 954 0841 Newmarket ON Fax 905 954 0415 Canada L3Y 9E8 www aquametrix com MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ii Table of Contents Subject Page No Introduction 1 Section 1 Specifications 2 Section 2 Installation 3 5 Section 3 Electrical Connections amp Setup 6 14 Differential Probe connection amp setup 7 Combination Probe connection amp setup 8 Conductivity Cell Contacting style connection amp setup 9 Paddle Wheel Flow Sensor connection amp setup 10 Relay connections 11 Relay A amp B setup 12 Alarm relay setup 13 Manual test mode amp Relay override 14 4 20mA Isolated Outputs Channel 1 amp Channel 2 15 Service amp Fuse Replacements 16 Section 4 Using the SHARK in pH Mode 17 LCD Menu 18 44 LED Menu 45 46 Section 5 Using the SHARK in ORP Mode 47 LCD Menu 48 73 LED Menu 74 Section 6 Using the SHARK in Conductivity Mode 15 LCD Menu 76 102 LED Menu 103 Section 7 Using the SHARK in Flow Mode 104 LCD Menu 105 128 Appendix A Probe Configuration Table 129 Return Policy and Warranty Plan 130 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Introduction The SHARK multi parameter controller is a microprocessor based controller capable of measuring one of the following parameters pH ORP conductivity or flow When
12. TO OUTPUTS MENU pH Outputs Menu Relay B 4 19 RELAY B RELAY B CYCLE ON 10 0 5 RELAY B CYCLE ON 1005 DOWN If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed RELAY B CYCLE OFF os gt CYCLE OFF 2005 DOWN If you wish to change the setting Use the and Gown keys to change the setting Press the key once which will move the cursor back to the RH side of the display Use the and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting press the 4 key once which will move the cursor to the first character of the value to be changed RELAY B OVERFD TIME MIN i gt RELAY B OVERFD TME MN e gt RELAY B OVERFD TIME MIN 6 DOWN If you wish to change the setting Use the and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed Use the CP and Cow keys to change the setting Press the G gt gt key once which will move the cursor back to the
13. Use the and Gown 0 100 of Full Scale Ce Gea keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display DOWN LARM RELAY HIGH ON 1320 gt LARM RELAY HIGH ON 13 20 DOWN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE TO HIGH OFF pH Outputs Menu Alarm Relay 4 20 Page 41 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Outputs Menu Alarm Relay 4 20 FROM HIGH ON The HIGH OFF set point is the value that the must AL ARM RELAY reach in order to de energize the alarm relay after it has increased over and tripped the HIGH ON set point This value must be lower than the HIGH ON Set point DOWN The FAIL SAFE feature is designed to reverse the normal action of the relay ALARM RELAY When set to FAIL SAFE OFF the relay will operate as a normal relay which means that when the relay is not energized the NO contacts are open and a device connected via the NO contacts is turned off When the relay becomes energized the device turns on DOWN When the relay is set to FAIL SAFE ON the normal action of the relay is reversed Thus the NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC contacts will be turned on when the relay on set point is reached Actually the relay will be de energized but because it is acting in reverse the devic
14. A Press the G gt gt key once which will move the cursor over to the AUTO ON OFF text RELAY OVERRIDE 4r RELAY A AUTO DOWN If you do not wish to Override Relay A then use the key to move to Relay B RELAY OVERRIDE RELAY A AJUTO gt If you wish to Override Relay B Press the Gr key once which will move the cursor over to the AUTO ON OFF text RELAY OVERRIDE zs RELAY B AUTO DOWN If you do not wish to Override Relay B then use the key to the Alarm Relay Relay Override is used to manually override the state of the relays the user is able to set the operating mode of the relay as AUTO ON OFF the default and run mode state are AUTO This feature can be used to turn the relays ON or OFF to manually correct the process or to shut down an ancillary device to perform maintenance When in the Relay Override mode the outputs are no longer placed on hold as they are when in the other menus To use the Relay Override function press G gt gt key CAUTION Note that if the Relay Auto Return Menu is set to ON the controller will place all these settings back to AUTO if the controller is put back in run mode and there is no button activity for 10 minutes Use the Cur or key to change the Override state from AUTO controlled by process settings ON relay forced on OFF relay forced off The relay will react immediately If you wish to accept the Override setting Press t
15. A amp B will de energize LED on front will flash RELAY B Must be reset via Utilities Menu or Power reset Bown The FAIL SAFE feature is designed to reverse the normal action of the relay When set to FAIL SAFE OFF the relay will operate as a normal relay which means that when the relay is not energized the NO contacts are open and a device connected via the NO contacts is turned off When the relay becomes energized the device turns on When the relay is set to FAIL SAFE ON the normal action of the relay is reversed Thus the NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC contacts will be turned on when the relay on set point is reached Actually the relay will be de energized but because it is acting in reverse the device will be turned on When the relay off set point is reached the relay will energize and the device connected to the NC contact will turn off The reason that the Fail Safe option would be used is to have the device turned on in the event of a power interruption For example a process that needs a constant feed would want a pump to turn on in the event of a controller power failure With N selected pressing the Gow key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes store Gown Or press the Gr key to highlight the Y charac
16. Alarm Relay 7 17 FROM HIGH ON The HIGH OFF set point is the value that the ALARM RELAY must reach in order to de energize the alarm relay HIGA OFF 70 00 after it has increased over and tripped the HIGH ON set point This value must be lower than the HIGH ON Set point DOWN The FAIL SAFE feature is designed to reverse the normal action of the relay When set to FAIL SAFE OFF the relay will operate as a normal relay which means that when the relay is not energized the NO contacts are open and a device connected via the NO contacts is turned off When the relay becomes energized the device turns on When the relay is set to FAIL SAFE ON the normal action of the relay is reversed Thus the NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC contacts will be turned on when the relay on set point is reached Actually the relay will be de energized but because it is acting in reverse the device will be turned on When the relay off set point is reached the relay will energize and the device connected to the NC contact will turn off The reason that the Fail Safe option would be used is to have the device turned on in the event of a power interruption ALARM RELAY FAIL SAFE OFF DOWN If the Low On set point is set higher than the factory default Low Off set point when the user advances from the low on set point to the Low Off set point the controller will adjust the Low
17. CALIBRATION DATA CAL TEMP TYPCIAL DISPLAYS FOR DRY CAL Calibration Mode Dry Cal Press to view the next Calibration Data screen No Buffer used in this Calibration Mode Cell Constant Setting Dry Cal does not used a buffer so Probe Temperature was not recorded PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 93 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Diagnostics Menu Sensor Input 6 17 The Sensor Input Menu allows the user to view real time uncompensated process data from the conductivity cell This is a Read only menu item This Live Data screen is useful for trouble shooting purposes when diagnosing cell or process problems Press to view the Sensor Input data SENSOR INPUT CELL 966 Q The top line shows the resistance of the cell TEMP 2953 0 The bottom line shows the actual value of the temperature sensor in ohms NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Diagnostics Menu Sensor Input 6 17 Page 94 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Outputs Menu Relay A 6 18 Relay A can be configured for the following operations Response to rising or falling process values Adjustable on and off set points Cycle on and off times Failsafe operation RELAY A ar If you wish to change the setting press the G gt gt key on
18. DIAGNOSTICS Press to view the Sensor Input data PROBE 500mV The top line shows the mV input from the probe TEMP 3310 The bottom line shows the actual value of the temperature sensor in ohms If the Probe is not equiped with a i j NOTE Temperature Sensing Device and Temperature Display PRESS THE C AND ow KEYS Override is ON Section 5 11 TOGETHER TO GO IMMEDIATELY BACK TO the display will show RUN MODE PROBE 500mV TEMP O R ON ORP Diagnostics Menu Sensor Input 5 16 Page 65 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Outputs Menu Relay A 5 17 The relay can be set to control either a RISING or FALLING process In a FALLING process the control relay will energize when the process falls below a set value In this case the ON set point must be set lower than the OFF set point In a RISING process the control relay will energize when the process rises above a set value In this case the ON set point must be set higher than the OFF set point The RELAY ON setting is the process value at which the relay will energize It may be set anywhere between 0 100 of the range The RELAY OFF setting is the process value at which the relay will de energize The setting must be rationalized against the On setting For example in a falling process the Off setting must be higher than the ON setting The controller will not allow you to select the RELAY OFF value on the wrong side of t
19. Hours H Temp 0 to 100 C or 32 to 212 F Temperatur e Compensation Automatic or Manual User selectable temperature compensation slope 0 0 to 10 0 C 0 to 100 C 32 to 212 F Automatic or Manual 0 to 100 C 32 to 212 F Not required Not required Temperatur e Unit C or F Not required Temperatur e Sensor User selectable 3000 NTC Thermistor 30000 NTC Thermistor or Pt 1000 RTD Not required Auto Calibration Manual Calibration Dry Calibration Calibration Modes Manual Calibration PONN Sample Calibration K factor Input EMI Temperature Calibration enis Temperature Calibration Temperature Calibration Ambient Conditions Temperature 20 C to 60 C or 4 F to 140 F Humidity 0 to 90 RH non condensing Menu Access Calibration Manual Manual Calibration Manual Calibration Calibration Temperature 9 Not available Front Panel Display Temperature Display Temperature Display Menu Access Inside Panel Full Access to all parameters of operations menu Sensor to SHARK Differential Sensor 3000 ft 300 ft 2000 ft Distance Relay Outputs Combination Sensor 10 ft Two Control Relays 10A NO 5A NC 240VAC or 28VDC Mode Process control Adjustable parameters process direction rising or falling on set point off set point 0 to 100 of full scale cycle timer on off 0 to 600 seconds failsafe on off One Alarm Relay 10A NO 5A NC 240VAC or 28V
20. If the flow switch function is not desired simply leave it discon nected and the flow meter will read as normal Figure 3 5 Connections for Flow Sensor SHIELD 6 SIGNAL GND 15 J FLOW SWITCH INPUT 13 GND 15 P 12V O C DRY OR OPEN CONTACT COLLECTOR 123456789 1 1DDBMB51 7 CLOSING THE FLOW SWITCH INPUT FLOW SENSOR TO GROUND WILL ZERO THE FLOW DISPLAY EXTERNAL POWERED SIGNAL 14 SIGNAL 15 FLOW 0 MENU PRESS DOWN FLOW SENSOR Dwg N104 37 SELF POWERED Note Leave 4 to 6 slack for all wires connected to the ter minals of P6 Slack required so that wires do not interfere METER SELECTION with opening or closing of the front door ERCTOR ENTER FLOW SENSOR CALIBRATION FACTOR CAUTION SETUP OF UNITS Always remove line power before unplugging or NIS OF VOLUME OF VOLUME SEC 7 5 SETUP OF UNITS UNITS OF TIME OF TIME SEC 7 6 plugging in the P6 connector Once connected step through the LCD menus to select the sensor in the order shown The Sensor K factor pulses per TOTALIZER RESET oe i j SEC 7 0 U S Gallon is usually printed on the side of the sensor or im on a label attached to the sensor cable Section 3 Electrical Connections and Setup Page 10 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 3 Electrical Connections and S
21. If you wish to change Use the Cur keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display ALARM RELAY LOW ON 275 gt ALARM RELAY LOW ON 275 DOWN Press the ow key to accept the setting and move to the next setting he setting press 4 key once which will move the cursor to the first character o The LOW OFF set point is the value that the process must reach in order to de energize the alarm relay after it has dropped below and tripped the LOW ON set point This value must be higher than the LOW ON Set point ALARM RELAY TS LOW OFF 300 DOWN the value to be changed ALARM RELAY LOW OFF 30 0 gt Use the Cur and keys to change the setting ALARM RELAY LOW OFF 325 gt ALARM RELAY LOW OFF 325 DOWN Press the 4 key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting If you wish to change the setting press he key once which will move the cursor to the first character of the value to be changed The HIGH ON set point is the high ALARM RELAY process value that will cause the relayto Thich on 750 Ar energize This value can be set anywhere 0 100 of Full Scale DOWN TO HIGH OFF ORP Outputs Menu Alarm Relay 5 19 ALARM RELAY HicHON 75b gt Use the
22. In a pH meter the user should set the T COMP OVERRIDE menu to ON Section 4 11 and adjust the COAX CENTER 3 x COAX SHIELD 4 GREEN 4 These wires are only present with 4 wire JUMPER 2 4 MUST BE combination probe INSTALLED FOR COMBINATION PROBE CUSTOMER SUPPLIED temperature setting to the actual probe temperature In ORP meter the user 7 should set the T DISP OVER RIDE to ON Section 5 10 to P6l 523456789 012845161 s blank the temperature reading on the display The 4 wire version has two additional wires for the probe internal temperature sensor Ensure that the T COMP 745pH EDD OVERRIDE or T DISP OVERRIDE is OFF Note Leave 4 to 6 slack for all wires connected to the ter minals of P6 Slack required COMBINATION so wires do not interfere with opening closing of front door Dwg N104 35 CAUTION Always remove line power before unplugging or plugging in the P6 connector pH SELECT PH METER METER SELECTION SECUS SELECT COMBINATION PROBE PROBE SELECT BEDS TWO WIRE PROBE WITH NO TEMP SENSOR MANUAL CAL PH E T COMP OVERRIDE MANUAL PROBE TEMPERATURE SETUP SEC 4 10 SEC 4 1 7 15pH 25 0C RUN MODE Section 3 Electrical Connections and Setup pH or ORP PROBE Once connected step throught the LCD menus to select the probe in the order shown The firs
23. NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 124 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Outputs Menu Alarm Relay 7 17 RUN MODE The ALARM RELAY will respond to both a rising and falling process The ALARM RELAY will act as a low alarm falling process and a high alarm rising process Both relay bands will have independently adjustable on and off set points If a low alarm set point is set at a value 20 for example the off set point must be set higher The controller will not let the user input a value below 20 The same rule holds true for the high alarm The Alarm Relay can be configured for the following operations LOW ON Set point LOW OFF Set point HIGH ON Set point HIGH OFF Set point OUTPUTS Failsafe If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed The LOW ON set point is the low process ALARM RELAY 5 ALARM RELAY value that will cause the relay to energize OW ON 25 00 LOW ON 25 010 ikete ind oa This value can be set anywhere 0 100 of Full Scale RON keys to change the setting ALARM RELAY LOW ON 200 Press the key once which will move the cursor back to the RH side of the ALARM RELAY dis play LOW ON 2000 gt Gown Press the Gow key to accept the setting and move to the next setting If you wish to change the setting press the
24. RUN MODE ORP Menu Overview 5 0 Page 48 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Calibration Menu Manual Calibrate 5 1 CALIBRATION If the calibration did not appear to be correct press the key which will return back to the Manual Cal menu ORP Calibration Menu Manual Calibrate 5 1 IF BUFFER READY PRESS DOWN RUNNING MANU CAL BUFFER WAIT MANUAL CAL ORP BUFFER 50 0 gt MANUAL CAL ORP BUFFER 60 gt MANUAL CAL ORP BUFFER 600 BUFFER 600mV TEMP 25 0C MANUAL CAL ORP STORE Place the probe in the buffer solution be sure to clean and rinse the Probe first with D I water and then insert it in the mV buffer Press Gow The controller will read the mV value averaging a number of results to get a stable calibration value Please wait for the controller to complete the measurement When complete the controller will report the measured value Use the keys to adjust the reading until it agrees with the actual buffer mV value Then press Gr to move the cursor to the RH position The controller will display the mV value and the probe temperature for 5 seconds If the T DISPLAY O R is enabled the display will show TEMP O RON If the calibration is OK use the G gt gt key to move the cursor over the Y text and press the down key Press Gow to store the calibration data and return back to the Manual Cal menu so th
25. UPDATE 0 SEC DOWN DISPLAY DAMPING Use the F gt and Gow to adjust UPDATE 0 5 gt the damping time the default setting is 0 seconds The setting can be adjusted from 0 to 10 seconds Press the G gt gt key once which will move the cursor back to the RH side of the DISPLAY DAMPING display UPDATE i osEC DISPLAY DAMPING UPDATE 10 SEC Press the Gow key to accept the setting and move to the store function DOWN If you wish to save the setting press the key to highlight the Y character With N selected pressing the DISPLAY DAMPING key will NOT store the selection but STORE Y NI simply return to the Display Damping Menu This function is useful if you wish DOWN to view the current selection without DISPLAY DAMPING making any changes STORE N Then press the Gow key to store the Not stored selection and return to the Display Damping Menu NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Setup Menu Display Damping 6 13 Page 90 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Setup Menu Temp Comp Curve 6 14 The Temperature Compensation Curve setting allows the user to select the temperature compensation to match a specific process The variation of Conductivity versus Temperature is dependent on the type of solids and liquids in water so no fixed compensation value will accuratly compensat
26. key to store the selection and return to the Auto Return Selection Menu DOWN DOWN Not stored Stored Flow Setup Menu Auto Return 7 7 Page 113 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Setup Menu Display Damping 7 8 RUN MODE The Display Damping menu allows the user to adjust UNITS OF VOLUME the rate at which the display and all outputs are Gown updated This allows the user to dampen out unstable process readings UNITS OFTIME The damping can be set from 0 seconds to 10 Bown seconds default value is 0 sec AUTO RETURN DOWN Press the G gt gt key once which will move the cursor over the seconds digit DISPLAY DAMPING 3 DISPLAY DAMPING 25 UPDATE 05 DOWN DISPLAY DAMPING UPDATE 0 SEC S Use the and ow to adjust the damping time the default setting is 0 seconds The setting can be adjusted from 0 to 10 seconds Press key once which will move the cursor back to the RH side of the display DISPLAY DAMPING UPDATE 10 5 gt DISPLAY DAMPING UPDATE 10SEC Press the key to accept the setting and move to the store function DOWN If you wish to save the setting press the GF key to highlight the Y character With N selected pressing the Gow DISPLAY DAMPING key will NOT store the selection but crORE YN alla simply return to the Display Damping Menu This function is useful if you wish to view the current select
27. key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes RELAY A STORE Y Or press the 4 key to highlight the Y character RELAY A STORE N Then press the key to store the selection and return to the OUTPUTS menu RELAY A RELAY A FAIL SAFE OFF FAIL SAFE OFF gt DOWN a FAIL SAFE DN gt Not stored FAIL SAFE ON DOWN DOWN Stored TO OUTPUTS MENU Conductivity Outputs Menu Relay A 6 18 Use the Ce and keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting key once which will move the cursor to the first character of the value to be changed Use the CuP gt and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the Ow key to accept the setting and move to the next setting If you wish to change the setting press the Gr key once which will move the cursor to the first character of the value to be changed Use the and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting key once which
28. the action TOTALIZER RESET 9 0 The controller will confirm the action and return back to the Totalizer Reset menu NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Flow Setup Menu Totalizer Reset 7 9 Page 115 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Diagnostics Menu Firmware Rev 7 10 The FIRMWARE REV menu allows the user to see what revision of the firmware is currently installed in the controller This is a Read Only menu item DIAGNOSTICS NOTE PRESS THE C AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Flow Diagnostics Menu Firmware Rev 7 10 Page 116 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Diagnostics Menu Calibration Data 7 11 The Calibration Data menu is a read only screen which allow the user to view the K factor entered during the last calibration Press O to view the first Dala Eer This screen shows the K factor CALIBRATION DATA entered during calibration K FACTOR 125 00 Press to return to the Calibration Data menu NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Flow Diagnostics Menu Calibration Data 7 11 Page 117 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Diagnostics Menu Sensor Input 7 12 RUN MODE The Sensor Input Menu allows the user to view real time signals from the probe The display will show the c
29. 0 gt CYCLE ON 1005 DOWN Use the ve and ow keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display If you wish to change the setting press the 4 gt gt key once which will move the cursor to the first character of the value to be changed The CYCLE OFF time is the amount of time in seconds that the relay will be off for it can be set between 0 600 seconds To disable the cycling feature set the cycle off time to 0 The default OFF time is 0 seconds The FAIL SAFE feature is designed to reverse the normal action of the relay When set to FAIL SAFE OFF the relay will operate as a normal relay which means that when the relay is not energized the NO contacts are open and a device connected via the NO contacts is turned off When the relay becomes energized the device turns on When the relay is set to FAIL SAFE ON the normal action of the relay is reversed Thus the NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC contacts will be turned on when the relay on set point is reached Actually the relay will be de energized but because it is acting in reverse the device will be turned on When the relay off set point is reached the relay will energize and the device connected to the NC contact will turn off The reason that the Fail Safe option would be used is to have the device turned on in the
30. 0 gt Press the G gt key once and move to the setting for the LOW GRN 1999 Use the C and Cow to High Green Led adjust the setting for the Low Green Led which will move the cursor back to the RH side BAR GRAPH O R Press the Gow key to accept LOW GRN 1000 the reading and move to the High Green Led setting DOWN The controller displays the current setting for the highest green Led of the bar graph BAR GRAPH O R HIGH GRN 1999 lt Press the GP key once which will move the cursor Press the oW key skip the over the least sign digit setting for the High Green Led and move to store function x GRAPH O R Use the C and Gown to adjust the setting for the High Green Led BAR GRAPH O R HIGH GR 0005 Press the Q key once which will move the cursor back to the RH side BAR GRAPH O R HIGH i 1000 Press the GOW key to accept the reading and move to the store ON function If you wish to save the setting press the G key to highlight the Y character With N selected pressing the Gow BAR GRAPH O R key will NOT store the selection but STORE Y N Ar simply return to theBar Graph O R Menu This function is useful if you wish to view the current selection without BAR GRAPH O R making any changes STORE N Then press the key to store the selection and return to the Bar Graph Not stored Stored Menu DOWN ORP Setup Menu Bar Graph O R 5 13 P
31. 00 20mA OUT 1009 gt accurate current meter in series with the Use the Cur and 4 20 mA output with the appropriate RONN keys to change the setting loads connected When the TUNE menu 4 20mA CH1 PROC is selected the controller puts 20 mA out 20mA OUT 90 00 Press the 4 key once the terminals Use the CUP or which will move the cursor keys to adjust the 20mA output to get back to the RH side of the exactly 20 display The TUNE value can be adjusted over the range from 0 to 1000 these are unitless Gown Press the key to accept the numbers used for tuning purposes only setting and move to the next setting If you wish to change the setting press the GF key will NOT store the selection But key once which will move the cursor to the first character of the value to be changed simply return to the OUTPUTS Menu This function is useful if you wish to view 4 20mA CH1 PROC 4 20mA CH1 PROC 4r Be u selection without making any 20mA TUNE 512 20mA TUNE 51 Use the CE and OR DOWN keys to change the setting 4 20mA CH1 PROC er 4 20mA CH1 PROC STORE YN 20mA TUNE 540 gt Press the G gt gt key once which will move the cursor en Or press the GE back to the RH side of the key to highlight 4 20mA CH1 PROC i the Y character 5 Stored 20mA TUNE 540 OWN Press the ow key to accept the 4 20mA CH1 PROC setting and move to the next setting STORE YIN Then press the key to st
32. 20 Bown The TUNE value can be adjusted over the range from 0 to 1000 these 4 20 2 PROC are unitless numbers used for tuning 20MA TUNE 512 purposes only DOWN With N selected pressing the ow key will NOT store the selection but simply return to the OUTPUTS Menu 4 20mA CH2 PROC This function is useful if you wish to STORE Y N els view the current selection without Or press the Gr DOWN Noustored key to highlight Stored the Y character 4 20mA CH2 PROC STORE N Then press the Gow key to store the selection and return to the OUTPUTS menu NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Flow Outputs Menu 4 20mA CH2 Output 7 19 Page 128 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Appendix A Probe Configuration Table Model Temp Sensor Model P60C 4 A 3000 R60C 4 H P60C 6 H 3002 R60C 6 H P60C 6 F 3002 R60C 6 G P60C 7 H 3000 R60C 7 H P60C 7 F 3002 R60C 7 G U Uj U o olo olo O OQ oO N TD o Appendix Probe Configuration Table Page 129 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Return Policy amp Warranty Plan AQUAMETRIX INC RETURN POLICY Contact Aquametrix for a Return Material Authorization RMA form amp number This RMA number is required for all returns or they will not be accepted The RMA number must be written on the outside of the box for proper identification A copy of
33. 20 mA output adjustments This will enable the operator to span the output over the desired range RELAY A DOWN RELAY B The example below shows the 4 20 mA set to 4mA 20 and 20mA 90 OWN The output would then span 4 to 20 mA for a flow swing of 20 to 90 Note that the span can reversed in that 4 mA can be set to a high flow ALARM RELAY value and 20 mA can be set to a low flow value effectively reversing the Gown control direction 4 20mA CH1 D If you wish to change the setting press the r key once which will move the cursor to the first character of the value to be changed 4 20mA CH1 PROC s 4 20mA PROC 4mA OUT 0 00 b 4mA OUT OOo gt Use the CF and e oy keys to change the setting NOTE OUT 20 0 Press the Gr key once PRESS THE C AND om KEYS 3 which will move the cursor TOGETHER TO GO IMMEDIATELY BACK TO back to the RH side of the RUN MODE 4 20mA CH1 PROC display 4mA OUT 2000 Press the key to accept the The TUNE fuction allows the user to settingand move tiie next setting precisely adjust the 4 20 mA output to If you wish to change the setting press the G compensate for any errors in the output key once which will move the cursor to the first circuitry Normally find turning the 4 character of the value to be changed 20mA output is not necessary 4 20mA CH1 PROC 20 PROC The make the adjustment place an 20mA OUT 100
34. BE PERFORMED BY QUALIFIED PERSONNEL ONLY 3 14 Fuse Replacement WARNING DISCONNECT LINE POWER TO THE UNIT TO AVOID THE POSSIBILITY OF ELECTRICAL SHOCK Figure 3 8 Fuse Location 1 Proceed after disconnecting line power from the instrument 2 Open the front panel by rotating the quarter turn fasteners using a flat blade screwdriver to expose the relay board 3 The fuse F1 is located in the middle of the relay board directly above the three terminal connectors 4 Remove the open fuse and replace it only with a fuse of the same type and rating REFER TO THE FUSE RATING TABLES BELOW 5 Close the front panel and secure using the quarter turn fasteners 6 Restore power to the unit Dwg N104 40 Fuse Rating Table for 120 volt operation Fuse Type Slo Blo Fuse Ratings 250 fuse 5 x 20mm VAC 100mA Section 3 Electrical Connections and Setup Fuse Rating Table for 240 volt operation Fuse Type Slo Blo Fuse Ratings 250 fuse 5 x 20mm VAC 50mA Page 16 1 4 TURN SCREWS RELAY C ALARM RELAY STATUS LED s RED BOTTOM LED WILL ILLUMINATE WHEN ALARM RELAY IS ENERGIZED BECAUSE OF LOW ALARM CONDITION TOP LED WILL ILLUMINATE WHEN ALARM RELAY IS ENERGIZED BECAUSE OF HIGH ALARM CONDITION BAR GRAPH LED s GREEN LINEAR INDICATOR OF PROCESS VALUE REFER TO SECTION 4 13 CALIBRATION FROM THE FRONT P
35. CALIBRATION CALIBRATION HGE k ress the 4 key once gt which will move the cursor back to the RH side of temperature display TEMP CALIBRATION TEMP CALIBRATION Press the Gow key to accept the 25 0C reading and move to the store function DOWN FACTOR SHIFTED T FACTOR SHIFTED will be eo St ll displayed for 5 seconds to indicate that TEMP CALIBRATION the temperature sensor has been calibrated The Shark will then move to the store function T T did thes appear EMP CALIBRATION y LEMP CALIBRATION This will store the calibration tow hish willbe data and return back to the key which will return back to the STORE YN STORE N Temp Calibration setup so Temp Calibration menu DOWN RONN the user can select another function NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Calibration Menu Temp Calibration 6 3 Page 79 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Utilities Menu Manual Test Mode 6 4 Manual Test Mode is used to simulate a process reading in order to verify the correct response of the outputs When in the Manual Test Mode the outputs are no longer placed on hold as they are when in the rest of the menu Press the 4 key once which will move the cursor over the least digit of the simulated process value Use the keys to change the simulated process v
36. CONTROLLER amp ANALYZER USER S MANUAL pH Outputs Menu Relay B 4 19 The relay can be set to CYCLE when the process is between the RELAY ON setting and the RELAY OFF setting This is meant to help eliminate overshoot The CYCLE ON time is the amount of time in FROM CYCLE ON RELAY B If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed RELAY B CYCLEON 55 gt seconds that the relay will be on The value can be set between 0 and 600 seconds The default ON time is 5 seconds DOWN NOTE PRESS THE C AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE The CYCLE OFF time is the amount of time in seconds that the relay will be off for it can be set between 0 600 seconds RELAY B CYCLEOFF 05 To disable the cycling feature set the cycle off oa time to 0 The Default OFF time is 0 seconds The OVERFEED TIMER is designed to help safeguard against a process or instrumentation error causing one of the control relays to remain energized for extended periods of time When enabled the user must select the desired overfeed timeout time 1 999 min If the overfeed timer times out Alarm relay will energize Control A amp B will de energize LED on front will flash RELAY B jOVERFD TIMER OFF E Must be reset via Utilities Menu or Power reset BOWN The FAIL SAFE feature is designed to reverse the normal act
37. Cont key DOWN the setting and move With N selected pressing to the store junction the key will NOT store the selection but i Or press the 4 key to highlight NOTE simply return to the UNITS PRESS THE Ce AND KEYS OF VOLUME Menu This TOGETHER TO GO IMMEDIATELY function is useful if you PROBE SELECT ap PROBE SELECT BACK TORUN MODE wshtovewthe caren stone YN selection without making DOWN any changes Not stored Then press the key to store the Stored selection and return to the UNITS OF VOLUME menu Flow Setup Menu Units of Volume 7 5 Page 111 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Setup Menu Units of Time 7 6 The Units of Measurement is broken into two variables UNITS OF VOLUME and UNITS OF TIME The two variables are then combined to display the desired units of measure For example if units of Volume is to set Cubic Meters CM and Units of Time is set for Seconds S the the controller will display flow as Cubic Meters per Second on the front LED display Press the Gr key once 4 which will move the cursor UTES M over the last character of the time unit setting Use the CUP or keys to scroll through the available ranges UNITS OF TIME HOURS H Press the key to accept the setting and move to the store function Or press key to highlight the Y character With
38. DOWN INSIDE PANEL Section 6 Using the SHARK in Conductivity Mode TEMPERATURE DISPLAY WHEN THE UP AND DOWN ARROW KEYS ARE PRESSED SIMULTANEOUSLY THE LED WILL DISPLAY THE CURRENT PROCESS TEMPERATURE FOR 5 SECONDS THIS FEATURE WILL BE DISABLED IF THE TEMPERATURE COMPENSATION OVERRIDE IS TURNED ON IN THE SETUP MENU IN THIS CASE THE LED WILL DISPLAY IN PLACE OF THE TEMPERATURE NOTE WHEN THE SHARK IS TAKEN INTO MENU MODE VIA THE INSIDE LCD SCREEN THE FRONT 7 SEGMENT LED WILL DISPLAY THE STATUS amp BAR GRAPH LED s WILL BE TURNED OFF THE 4 PUSH BUTTONS ON THE FRONT WILL NOT RESPOND SIMPLE THREE BUTTON INTERFACE FOR FAST amp EASY SETUP REFER TO SECTIONS 6 0 TO 6 21 Page 75 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Menu Overview 6 0 1000uS 25 0C FIRMWARE REV RELAY A SEC 6 18 SETUP RELAY B SEC 6 19 SETUP ALARM RELAY SEC 6 20 SETUP COND RANGE DISPLAY FIRMWAVE REVISION SEC 6 15 DISPLAY PREVIOUS CALIBRATION DATA SEC 6 16 DISPLAY UNCALIBRATED PROBE DATA SEC 6 17 MANUAL CAL COND SELECT MEASURING RANGE SEC 6 8 SELECT DEG C OR DEG F SEC 6 9 SELECT TYPE OF TEMP SENSOR SEC 6 10 ENABLE TIME OUT FROM MENU SEC 6 11 TEMPERATURE SETUP FOR PROBE W O TEMP SENSOR SEC 6 12 SETUP DISPLAY AND OUTPUT RESPONSE TIME SEC 6 13 SETUP TEMP COMPENSATION VALUE SEC 6 14 CALIBRATE PROBE WITH BUFFER SOL N SEC 6 1
39. LED Display Menu ORP Manual Calibrate 5 22 Page 74 1 4 TURN SCREWS RELAY C ALARM RELAY STATUS LED s RED BOTTOM LED WILL ILLUMINATE WHEN ALARM RELAY IS ENERGIZED BECAUSE OF LOW ALARM CONDITION TOP LED WILL ILLUMINATE WHEN ALARM RELAY IS ENERGIZED BECAUSE OF HIGH ALARM BAR GRAPH LED s GREEN LINEAR INDICATOR OF PROCESS VALUE CALIBRATION FROM THE FRONT PANEL 4 PUSH BUTTONS USED TO CALIBRATE THE SHARK FROM THE FRONT PANEL REFER TO SECTIONS 6 22 REMOVABLE TERMINAL BLOCK CONNECTORS SNAP ON CONNECTORS FOR EASY WIRING OF YOUR CONDUCTIVITY SENSORS AND PRIMARY 4 20mA OUTPUT REFER TO SECTIONS 3 5 amp 3 12 2 LINE 16 CHARACTER LCD DISPLAY MAIN MENU INTERFACE SCREEN 4 DIGIT 7 SEGMENT LED DISPLAY DISPLAYS PROCESS VALUE IN RUN MODE DISPLAYS CALIBRATION DATA IN CALIBRATION MODE MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 6 Using the SHARK in Conductivity Mode RUN LED GREEN LED WILL BE ILLUMINATED WHEN SHARK IS IN THE RUN MODE WILL BE OFF WHEN SHARK IS IN THE MENU MODE OVERFEED LED RED LED WILL FLASH WHEN THE OVERFEED TIMER IS ACTIVATED AUXILLARY LED s NOT USED IN CONDUCTIVITY MODE UNIT LABEL LABEL TO INDICATE UNIT OF MEASURE SHARK IS CONFIGURED FOR RELAY B STATUS LED YELLOW LED WILL BE ILLUMINATED WHEN RELAY B IS ENERGIZED RELAY A STATUS LED YELLOW LED WILL BE ILLUMINATED WHEN RELAY A IS ENERGIZED 1000us 25 0C MENU PRESS
40. MODE 4mA OUT 7 00 Gown Press the key to accept the setting and move to the next setting The TUNE fuction allows the user to precisely If you wish to change the setting press the 4 key once which will move the cursor adjust the 4 20 mA output to compensate for 4 en to the first character of the value to be changed any errors in the output circuitry Normally find turning the 4 20mA output is not 4 20mA CH1 PROC zr 4 20mA CH1 PROC necessary 20mA OUT 14 00 20mA OUT 14 0 gt To make the adjustment place an accurate Use the ve and Gown current meter in series with the 4 20 mA OWN Cc er keys to change the setting output with the appropriate loads connected 4 20mA CH1 PROC When the TUNE menu is selected the 20mA OUT 400 gt Press the Gr key once controller puts 20 mA out the terminals Use which will move the cursor the Qu or keys to adjust the 20mA back to the RH side of the output to get exactly 20 4 20mA CH1 PROC display The TUNE value can be adjusted over the 20 QUT 1100 3 range from 0 to 1000 these are unitless DOWN Press the key to accept the numbers used for tuning purposes only setting and move to the next setting If you wish to change the setting With N selected pressing the ow press the x key once which will move the cursor key will NOT store the selection but to the first character of the value to be changed simply return to the OUTPUTS Menu This
41. MODE VIA THE INSIDE LCD SCREEN THE FRONT 7 SEGMENT LED WILL DISPLAY THE STATUS amp BAR GRAPH LED s WILL BE TURNED OFF THE 4 PUSH BUTTONS ON THE FRONT WILL NOT RESPOND SIMPLE THREE BUTTON INTERFACE INSIDE PANEL Section 4 Using the SHARK in pH Mode FOR FAST amp EASY SETUP REFER TO SECTIONS 4 0 TO 4 21 Page 17 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Menu Overview 4 0 i MANUAL CALIBRATE MANUAL CAL PH oH PROBE SEC 4 1 AUTO CALIBRATE pH PROBE SEC 4 2 CALIBRATE TEMP SENSOR IN pH PROBE SEC 4 3 SIMULATE PROCESS PROBE SELECT SELECT TYPE OF VERIFY OUTPUTS pH PROBE SEC 4 4 SEC 4 8 MANUALLY OVERRIDE SELECT DEG C OR DEG F RELAYS SEC 4 9 SEC 4 5 SELECT TYPE SELECT TYPE OF OF METER TEMP SENSOR SEC 4 6 SEC 4 10 RESETS RELAY ENABLE TIME OUT OVERFEED TIMER FROM MENU SEC 4 7 SEC 4 11 TEMPERATURE SETUP FOR PROBE W O TEMP SENSOR SEC 4 12 SETUP DISPLAY AND OUTPUT RESPONSE TIME SEC 4 13 SETUP RESOLUTION OF FRONT PANEL BAR GRAPH SEC 4 14 DISPLAY FIRMWAREREV FIRMWAVE REVISION SEC 4 15 DISPLAY PREVIOUS CALIBRATION DATA SEC 4 16 DISPLAY UNCALIBRATED PROBE DATA SEC 4 17 SETUP RELAY A SEC 4 18 SETUP RELAY B SEC 4 19 SETUP ALARM RELAY SEC 4 20 SETUP 4 20 mA CH 1 OUTPUT SEC 4 21 SETUP 4 20 mA CH 2 OUTPUT SEC 4 22 NOTE PRESS THE AND KEYS TOGETHER TO GO IMMEDIATELY BACK TO RU
42. N selected pressing the ow UNITS OF TIME key will NOT store the selection but STORE YIN simply return to the UNITS OF TIME Selection Menu This function is useful if you wish to view the current Then press the key to store the selection without making any Not stored Stored selection and return to the UNITS OF TIME Selection Menu NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Flow Setup Menu Units of Time 7 6 Page 112 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Setup Menu Auto Return 7 7 RUN MODE UNITS OF VOLUME DOWN UNITS OF TIME DOWN AUTO RETURN 3 AUTO RETURN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE CAUTION If AUTO RETURN RELAYS is ON regardless of the user settings of the states of the relays Relays will default to AUTO 10 minutes after the Shark returns to Run Mode MENU ON lt r DOWN AUTO RETURN gt RELAYS OFF DOWN AUTO RETURN is used to select what conditions will cause the controller to time out of the operations menu or reset the relay override function MENU ON will cause the controller to exit the menu and revert back to the online run mode after 10 minutes with no buttons pressed This feature ensures that if a user forgets to return back to run mode the controller will not be left in an offline state If for some reason the user would like to remain in
43. NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC contacts will be turned on when the relay on set point is reached RELAY A OVERFD Actually the relay will be de energized but because it is acting in TIME MIN e gt reverse the device will be turned on When the relay off set point is RELAY A OVERFD reached the relay will energize and the device connected to the NC TIME MIN 6 contact will turn off DOWN The reason that the Fail Safe option would be used is to have the device turned on in the event of a power interruption If you wish to change the setting With N selected pressing the key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes RELAY A T STORE YNI Or press the G gt gt key to highlight the Y character RELAY A STORE N press the Gow key to store the selection and return to the OUTPUTS menu RELAY A FAIL SAFE OFF DOWN RELAY A FAIL SAFE OFF RELAY A FAIL SAFE DN gt RELAY A FAIL SAFE ON DOWN Not stored iai Stored TO OUTPUTS MENU ORP Outputs Menu Relay A 5 17 Use the ve and keys to change the setting Press 4 key once which will move the cursor back to the RH side of the display Use the ce and keys to change the setting Press
44. Override state from AUTO controlled by process settings ON relay forced on OFF relay forced off The relay will react immediately Override setting RELAY OVERRIDE Then use the Gow key RELAY A AUTO to move to the Override Foun setting for Relay A RELAY OVERRIDE RELAY ON DOWN RELAY OVERRIDE RELAY A OFF DOWN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE If you wish to accept the Press the G gt gt key once to move the cursor to the RH of the display RELAY OVERRIDE RELAY B RELAY OVERRIDE RELAY B ON gt RELAY OVERRIDE RELAY BIQFF gt Conductivity Utilities Menu Relay Override 6 5 Then use the Cows key to move to the Override setting for Relay B RELAY OVERRIDE RELAY AUTO DOWN RELAY OVERRIDE RELAY ON DOWN RELAY OVERRIDE RELAY OFF DOWN Page 81 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Utilities Menu Relay Override 6 5 FROM RELAY B If you wish to Override Relay OVERRIDE MENU C Press the 4 key once which will move the cursor over to the NOTE RELAY OVERRIDE AUTO ON OFF text Relay C is the Alarm Relay RELAY C AUTO lt r Use the or key to change the Override state from AUTO controlled by process settings ON relay forced on If you do not wish to OFF relay forced off if ish t tth Override Relay C then The relay will react Gveriide seting e in es key
45. R Press the key once which will move the cursor over the least sign digit Use the and to adjust the setting for the Low Green Led Press the G gt gt key once which will move the cursor back to the RH side Press the key to accept the reading and move to the High Green Led setting BAR GRAPH O R LOW GR 2 5 0 gt BAR GRAPH O R LOW GR 2 50 The controller displays the current setting for the highest green Led of the bar graph 3 Press the key once which will move the cursor over the least sign digit BAR GRAPH O R HIGH GRN 14 00 BAR GRAPH O R Use the and to adjust the setting for the High Green Led BAR GRAPH O R HIGH GR 10 80 gt Press the G gt gt key once which will move the cursor back to the RH side BAR GRAPH O R HIGH GR 10 80 DOWN Press the Cow key to accept the reading and move to the store function If you wish to save the setting press the G gt gt key to highlight the Y character YN Te BAR GRAPH O R STORE N Sow Then press the key to store the selection and return to the Bar Graph Stored O R Menu Page 33 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Diagnostics Menu Firmware Rev 4 15 The FIRMWARE REV menu allows the user to see what revision of the firmware is currently installed in the controller This is a Read Only menu item NOTE PRESS THE C AND Cow KEYS TO
46. back to the RH side of the display Press the key to accept the setting and move to the next setting If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed 4 20mA CH1 PROC 20mAOUT 2000 gt Use the Qu and Cow keys to change the setting 4 20mA CH1 PROC 20mAOUT 1800 gt 4 20mA CH1 PROC 20mAOUT 1800 DOWN Press the G gt gt key once which will move the cursor back to the RH side of the display Press the Gown key to accept the setting and move to the next setting If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed 4 20mA CH1 PROC 20mA TUNE 51 4 20mA CH1 PROC 20mA TUNE 54 0 gt 4 20mA CH1 PROC 20mA TUNE 540 DOWN Use the ve and keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display Press the Cow key to accept the setting and move to the next setting Page 101 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Outputs Menu 4 20mA CH2 Output 6 22 The Controller has 2 4 20mA outputs electrically isolated from each other and ground Either output can source current into a maximum of 800 ohms Channel 2 can be selected to track the process or temperature Channel 2 has fully independent and fully adjustable 4 amp
47. be another unit will reset the press the 4 key then the changed to ML milliliters and the totalizer to zero key which will move the cursor back multiplier changed to 3785 4 since to the right hand digit of the custom one U S Gallon equals 3785 4 unit character milliliters NOTE Use the u or Again use the or CUSTOM 77 gt keys to select the keys to select the appropriate ACCELERATOR KEYS Ej appropriate text text character then press the 4 Pressing the C or character then press the key to move the cursor to the RH key once will change the value GP key to move to the position by the smallest digit Holding the left hand text character key down will cause the to value UNITS OF VOLUME UNITS OF VOLUME change at an increasing rate until CUSTOM Tq 5 CUSTOM ML gt the key is released Pressing the key again will cause the value to Press the key to accept the setting and start changing at it s slowest rate move to the custom multiplier setting oie This TLE a fo get Press the GS key once which will move the ONS eevee plier VAME cursor over the smallest digit of the custom multiplier quickly UNITS OF VOLUME UNITS OF VOLUME 2 Iq oou er CUSTOM 1 0000 CUSTOM 1 0000 gt complete press le CAT key 0 TER move the cursor to the RH position 9 Units of Volume UNITS OF VOLUME UNITS OF VOLUME ud CUSTOM 3785 CUSTOM 37854
48. confirm the entry The Controller will display EFF for 3 seconds to indicate it is calculating the probe efficiency value It will then display the actual efficiency for a few seconds and then revert back to run mode TO MANUAL CALIBRATE Page 45 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH LED Display Menu pH Manual Calibrate 4 24 MANUAL CALIBRATE TO AUTO CALIBRATE The Controller will display bUF1 prompting the user to place the probe in the first buffer solution Q C H Be sure to clean and rinse the Probe first with D I water and then insert it in the 7 00 buffer Press the CER key The controller will flash DUF 1 for about 10 seconds while is reads the buffer It will then display the pH value based on an ideal theoretical pH slope N On J Use and Gow keys to adjust the display until it reads the correct value of the buffer J Co Cj vem E Press the wr key to accept the setting The display will flash Press the key again to confirm the change in calibration value The Controller will display bUF2 prompting the user to place the probe in the second buffer solution Be sure to clean and rinse the Probe first with D I water and then insert it in the 4 00 10 00 buffer Press the ENTER key The controller will flash DUF2 for about 10 seconds while is reads the buffer It will
49. current selection without making any changes ALARM RELAY STORE YIN DOWN Not stored TO OUTPUTS MENU pH Outputs Menu Alarm Relay 4 20 HIGH OFF 9 80 gt FAILSAFE OFF gt lt If you wish to change the setting press 4 key once which will move the cursor to the first character of the value to be changed ALARM RELAY HIGH OFF 98 gt ALARM RELAY HIGH OFF 1200 gt ALARM RELAY HIGH OFF 12 00 DOWN Use the ve and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed ALARM RELAY FAIL SAFE OFF LARM RELAY FAIL SAFE QIN ALARM RELAY FAIL SAFE ON DOWN Use the and keys to change the setting Press the gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next If you wish to change the setting setting press G gt gt key once which will move the cursor to the first character of the value to be changed NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Or press G gt gt key to highlight the Y character ALARM RELAY 1r STORE DOWN Stored Then press the key to store the selection a
50. function is useful if you wish to view the 4 20mA CH1 PROC 4r 4 20mA CH1 PROC current selection without making any 20mA TUNE 512 20mA TUNE 51 changes com G Use the CUP and ovv keys to change the setting 4 20mA CH1 PROC AY 4 20mA CH1 PROC STORE Y 20mA TUNE 540 gt Press the key once Gown Or press the 4 which will move the cursor s re E iant te la zd 20mA TUNE 540 Bown Press key to accept the 4 20mA CH1 PROC setting and move to the next setting STORE N bow Then press the key to store the selection and return to the OUTPUTS menu Not stored pH Outputs Menu 4 20mA CH1 Output 4 21 Page 43 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Outputs Menu 4 20mA CH2 Output 4 22 K RELAY B DOWN ALARM RELAY DOWN 4 20mA CH1 DOWN 4 20mA CH2 4 20mA CH2 TEMPERATURE DOWN The TUNE function allows the user to precisely adjust the 4 20mA output to compensate for any errors in the output circuitry Normally fine tuning the 4 20mA output is not necessary The make the adjustment place an accurate current meter in series with the 4 20 mA output with the appropriate loads connected When the TUNE menu is selected the controller puts 20mA out to the terminals Use the e keys to adjust the 20mA output to get exactly 20 DOWN 4 20CH2 TEMP 20MA OUT 100 0 DOWN 4 20CH2 TEMP 20MA TUNE 512 DOWN The TUNE value c
51. gt KEYS TEMP 254C gt Use the Qu and to TOGETHER TO GO IMMEDIATELY BACK TO adjust the reading until it agrees RUN MODE with the known temperature of the probe or process T COMP OVERRIDE Press the Q key once TEMP 35 7 gt which will move the cursor back to the RH side of temperature display T COMP OVERRIDE TEMP 35 7 Press the key to accept the CN reading and move to the store function If you wish to save the setting press the G gt gt key to highlight the Y character er por Le 3 simply return to the T Comp Override Menu This function is useful if you wish DOWN DOWN to view the current selection without making any changes Then press the key to store the Not stored Stored selection and return to the T COMP OVERRIDE Menu Conductivity Setup Menu T Comp Override 6 12 Page 89 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Setup Menu Display Damping 6 13 The Display Damping menu allows the user to adjust the rate at which the display and all outputs are updated This allows the user to dampen out unstable process readings The damping can be set from 0 seconds to 10 Bown seconds default value is 0 sec TEMP SENSOR DOWN AUTO RETURN DOWN OVERRIDE Press the G gt gt key once which will move the cursor over the seconds digit DOWN DOWN DISPLAY DAMPING lt gt DISPLAY DAMPING gt
52. is designed to operate at 120 VAC To connect power to the Shark remove the terminal block plug P3 and connect the wiring as shown below Figure 3 1 A C Power Connections AC POWER CONNECTIONS FOR 120 VAC SHARK 120 NEUTRAL 2 LINE GROUND P3 AC POWER CONNECTIONS FOR 240 VAC SHARK 240 LINE LINE GROUND o P3 Dwg N104 33 Section 3 Electrical Connections and Setup Page 6 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 3 Electrical Connections and Setup 3 3 pH and ORP Differential Probe connections and setup The drawing shows the connections for the Aquametrix Differential 5 wire probe The cable should be run in a conduit separate from AC power wires and via a separate conduit hole Note Leave 4 to 6 slack for all wires connected to the terminals of P6 Slack required so that wires do not interfere with open ing or closing of the front door GREEN 2 If the cable of the differential probe is cut the blue wire is not used CAUTION Always remove line 745pH Anhe Pell 23456789 1011134151617 29 06 MENU PRESS DOWN Figure 3 2 Connections for Differential 5 wire pH or ORP probe SHIELD 8 power before unplugging or plugging in the PG connector Once connected step through the LCD menus to select the probe in the order shown The first two steps may be skipped if th
53. move the cursor to the first character of the value to be changed RELAY A cycle OFF gs The CYCLE OFF time is the amount of time in seconds that the relay will be off for it can be set between 0 600 seconds RELAY A gt CYCLE OFF 05 DOWN To disable the cycling feature set the cycle off time to 0 RELAY A CYCLE OFF 2006 gt RELAY A CYCLE OFF 2005 DOWN The Default OFF time is 0 seconds The OVERFEED TIMER is designed to help safeguard against a process or instrumentation error causing one of the control relays to remain energized for extended periods of time When enabled the user must select the desired overfeed If you wish to change the setting timeout time 1 999 min press the GA If the overfeed timer times out Alarm relay will energize Control A amp B will de energize LED on front will flash RELAY A OVERFD TIMER OFF DOWN RELAY A OVERFD TIMER DJFF gt Must be reset via Utilities Menu or Power reset The FAIL SAFE feature is designed to reverse the normal action of the relay When set to FAIL SAFE OFF the relay will operate as a normal relay which means that when the relay is not energized the NO contacts are open and a device connected via the NO contacts is turned off When the relay becomes energized the device turns on RELAY A OVERFD TIME MIN if gt l When the relay is set to FAIL SAFE ON the normal action of the relay is reversed Thus the
54. of When set to FAIL SAFE OFF the relay will operate as a normal relay which means that when the relay is not energized the NO contacts are open and a device connected via the NO contacts is turned off When the relay becomes energized the device turns on When the relay is set to FAIL SAFE ON the normal action of the relay is reversed Thus the NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC contacts will be turned on when the relay on set point is reached Actually the relay will be de energized but because it is acting in reverse the device will be turned on When the relay off set point is reached the relay will energize and the device connected to the NC contact will turn off RELAY A OVERFD TiME MIN io RELAY A OVERFD TIME MIN b gt RELAY A OVERFD TIME MIN 6 DOWN The reason that the Fail Safe option would be used is to have the device turned on in the event of a power interruption If you wish to change the setting With N selected pressing the press GA key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes RELAY A zs STORE YIN Or press the Gr Not stored key to highlight the Y character RELAY A STORE N Gow press the Gow key to store the selection and return to the OUTPUTS menu RELAY A ap FAIL SAF
55. of the RELAY ON value for the selected RELAY OFF 6000 RELAY OFF 6000 gt DOWN Press the key to accept the setting and move to the next setting Use the Cur and Gown direction If the user tries to set the keys to change the setting RELAY OFF on the wrong side the RELAY B follwowing errors will de displayed RELAY OFF 65 0 Press the Gr key once which will move the cursor back to the RH side of the FALLING PROCESS display SPT lt OFF SPT RELAY OFF 65 00 Error when trying to set OFF point lower BOWN than ON point when set to falling NOTE RISING PROCESS ON SPT OFF SPT PRESS THE C AND Gow KEYS Error when trying to set OFF point higher TO CYCLE ON TOGETHER TO GO IMMEDIATELY BACK TO than ON point when set to rising RUN MODE Flow Outputs Menu Relay B 7 16 Page 123 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Outputs Menu Relay B 7 16 The relay can be set to CYCLE when the process is between the RELAY ON setting and the RELAY OFF setting This is meant to help eliminate overshoot The CYCLE ON time is the amount of time in seconds that the relay will be on The value can be set between 0 and 600 seconds The default ON time is 5 seconds FROM CYCLE ON RELAY B gt CYCLE ON 55 E DOWN If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be RELAY B CYCLE ON CYCLE ON 10
56. or to shut down an ancillary device to perform maintenance When in the Relay Override mode the outputs are no longer placed on hold as they are when in the other menus To use the Relay Override function press the key RELAY OVERRIDE RELAY OVERRIDE gs RELAY A AUTO DOWN If you do not wish to Override Relay A then use the key to move to Relay B RELAY OVERRIDE a RELAY B AUTO DOWN If you do not wish to Override Relay B then use the Gown key to the Alarm Relay To Alarm Relay Relay C Override If you wish to Override Relay A Press the G gt gt key once which will move the cursor over to the AUTO ON OFF text Use the Cur or key to change the Override state from AUTO controlled by process settings ON relay forced on OFF relay forced off The relay will react immediately Override setting CAUTION Note that if the Relay Auto Return Menu is set to ON the controller will place all these settings back to AUTO if the controller is put back in run mode and there is no button activity for 10 minutes If you wish to accept the Press the G gt gt key once to move the cursor to the RH of the display RELAY OVERRIDE RELAY A AJUTO gt RELAY OVERRIDE RELAY gt RELAY OVERRIDE RELAY gt If you wish to Override Relay B Press the G gt gt key once which will move the cursor over to the AUTO ON OFF text Use the or key to change the
57. probe in the second buffer Be sure to clean and rinse the Probe first with D I water and then insert it in the 4 00 buffer Press The controller will read the pH value averaging a number of results to get a stable calibration value Please wait for the controller to complete the measuremen When complete the controller will report the measured value Use the Cur and eys to adjust the reading until it agrees with the actual buffer pH value Then press 4 to move the cursor to the RH position Then press to store the value and complete the Manual Calibration After 5 seconds the controller will compute the slope of the calibration the estimated probe efficiency and the probe temperature If the calibration is OK use the Gr key to move the cursor over the Y text and press the down key MANUAL CAL PH Press to store the calibration data and return back to the Manual STORE Cal menu so the user can select another function NOTE PRESS THE F AND we KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 19 CALIBRATION K MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Calibration Menu Auto Calibrate 4 2 RUN MODE 4r MANUAL CAL PH DOWN AUTO CAL PH 4 57 BUFFER1 READY PRESS DOWN DOWN RUNNING AUTO CAL BUFFER1 WAIT If an errors occurs the controller will indicate a BUFFER ERROR alarm This could be caused by
58. relays are on yellow and if you are in alarm condition red This makes diagnosing pump and alarm malfunctions easy All configuration and control functions are performed on the LCD menu on the inside front panel A universal mounting kit is included for surface panel and pipe mount applications The 1 4 DIN enclosure makes panel mount cutouts and engineering simple SHARK is packaged in a rugged NEMA 4X polycarbonate enclosure making it ideally suited for heavy duty applications such as industrial wastewater neutralization munici pal water and wastewater pulp and paper and process control Introduction Page 1 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Ex Tt p Section Specifications pH ORP Conductivity Flow Display Front Panel 4 x 7 segment 1 2 LED display 1 LED indicator On line 7 LED Bar Graph Inside Panel 2 x 16 alpha numeric LCD display Power Requir ements 120Vac 10 50 60Hz less than 12VA or 240Vac 31096 50 60Hz less than 12VA Measuring Range 0 to 9999 with selectable flow rate units Volume 0 to 9999 with Auto Range Flow os 1999 to 1999mV Dependent on sensor Temp 0 to 100 C or 32 to 212 F pH 0 01 to 14 00 Flow rate units Gallons GP Cubic Feet CF Liters LP Cubic Meters CM custom by entering factor related to Gallons uomen crum Time units Seconds S id 0 to 100 C or 32 to 212 F Minutes M
59. shipped from the factory the SHARK is not set to measure any one parameter When the SHARK is powered up for the first time it will display the meter selection screen where the meter type must be selected refer to section 4 6 Meter Selection This meter selection screen will only be displayed when the SHARK is powered up for the first time After the user selects a meter type the SHARK will remain set to that meter type until it is changed with the meter selection menu function in the Utilities menu To return the SHARK to its factory settings the user must re select the current meter type from the meter selection menu function This will override all set points and return all settings back to the factory settings The SHARK User s menu has been divided into five main categories Calibration used to calibrate the SHARK with the selected sensor Utilities Used to manually control or override the outputs Setup used to configure the SHARKs many options Diagnostics used to troubleshoot any problems with the SHARK Outputs used to configure the SHARK s outputs There are two displays on the SHARK A bright LED numeric display with bar graph on the outside front panel and a 2 line 16 character LCD display on the inside The LED readout on the outside panel can be seen several yards away The distinctive color coded bar graph will immediately indicate if you are within the process parameters that you set green if the control
60. stored Stored selection and return to Temp Cond Curve settting menu NOTE PRESS THE C AND KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Setup Menu Temp Comp Curve 6 14 Page 91 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Diagnostics Menu Firmware Rev 6 15 The FIRMWARE REV menu allows the user to see what revision of the firmware is currently installed in the controller This is a Read Only menu item FIRMWARE REV NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Diagnostics Menu Firmware Rev 6 15 Page 92 K MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Diagnostics Menu Calibration Data 6 16 CALIBRATION DATA CALIBRATION DATA 1000 1000 2 CALIBRATION DATA K FACTOR 0 9774 CALIBRATION DATA CAL TEMP 25 2C The Calibration Data menu is a series of read only screens which allow the user to view the data collected during the last calibration Press G gt gt to view the first Calibration Data screen TYPICAL DISPLAYS FOR MANUAL CAL Calibration Mode 1 point calibration Press Gow to view the next Calibration Data screen Conductivity of Buffer Input Resistance Calculated Cell Constant Probe Temperature at which calibration was performed 25 2 C Conductivity Diagnostics Menu Calibration Data 6 16 CALIBRATION DATA CALIBRATION DATA K FACTOR 1 0000
61. the If the overfeed timer times out Alarm relay will energize Control A amp B will de energize LED on front will flash RELAY A OVERFDTIMERD EF gt RELAY A OVERFD TIMER OFF ERS Must be reset via Utilities Menu or Power reset xo OVERFDTIMERDIN gt The FAIL SAFE feature is designed to reverse the normal action of the relay When set to FAIL SAFE OFF the relay will operate as a normal relay which means that when the relay is not energized the NO contacts are open and a device connected via the NO contacts is turned off When the relay becomes energized the device turns on OVERFD TIMER ON E RELAY A OVERFD TIME MIN 3o RELAY A OVERFD TIME MIN 6 gt RELAY A OVERFD TIME MIN 6 DOWN When the relay is set to FAIL SAFE ON the normal action of the relay is reversed Thus the NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC contacts will be turned on when the relay on set point is reached Actually the relay will be de energized but because it is acting in reverse the device will be turned on When the relay off set point is reached the relay will energize and the device connected to the NC contact will turn off The reason that the Fail Safe option would be used is to have the device turned on in the event of a power interruption If you wish to change the setting With N selected pressing the Gow press the GF
62. the display Press the key to accept the setting and move to the next setting press the Gr key once which will move the cursor to the first character of the value to be changed RELAY A zm RELAY A RELAY OFF 400 RELAY OFF 40 0 gt DOWN RELAY A RELAY OFF 4o gt RELAY OFF 450 DOWN TO CYCLE ON ORP Outputs Menu Relay A 5 17 Use the ve and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 66 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Outputs Menu Relay A 5 17 The relay can be set to CYCLE when the process is between the RELAY ON setting and the RELAY OFF setting This is meant to help eliminate FROM CYCLE ON If you wish to change the setting press 4 key once which will move the cursor to the first character of the value to be changed overshoot The CYCLE ON time is the amount of time in seconds that the relay will be on The value can be set between 0 and 600 seconds The default ON time is 5 seconds RELAY A gt CYCLEON 55 DOWN RELAY A CYCLE ON RELAY A CYCLEON 1005 RELAY A CYCLE ON 1005 DOWN NOTE PRESS THE Ce AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE If you wish to change the setting press the G gt gt key once which will
63. the RMA form along with a description of the problem model amp serial number must be attached with the returning item s All C O D amp freight collect shipments will be refused unless authorized by AquaMetrix Shipping documents must indicate RETURNING FOR REPAIR ONLY NO COMMERCIAL VALUE 12 MONTH AQUAMETRIX WARRANTY REPLACEMENT PLAN AquaMetrix Inc will replace or repair any AquaMetrix SHARK controller that fails due to defects in material or workmanship for a period of up to 12 months from the date of shipment from our facility A warranty claim will not be honored if defects are not reported within the warranty period or if AquaMetrix determines that defects or damages are due to normal wear misapplication lack of maintenance abuse improper installation alteration or abnormal conditions AquaMetrix s obligation under this warranty shall be limited to at its option replacement or repair of this product The product must be returned to AquaMetrix Inc freight prepaid for examination The product must be accompanied with an MSDS for all the process chemicals used must be thoroughly cleaned and any process chemicals removed before it will be accepted for replacement or repair AquaMetrix liability shall not exceed the cost of the product Under no circumstances will AquaMetrix be liable for any incidental or consequential damages whether to person or property AquaMetrix will not be liable for any other loss damage or ex
64. the SHARK in ORP Mode FOR FAST amp EASY SETUP REFER TO SECTIONS 5 0 TO 5 20 Page 47 500mV 25 0C JOWN CALIBRATION MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Menu Overview 5 0 RUN MODE OWN UTILITIES SETUP MANUAL CAL ORP JOWN DIAGNOSTICS OUTPUTS RELAY A RELAY B JOWN BAR GRAPH O R OWN EXIT DISPLAY FIRMWARE REV FIRMWAVE REVISION SEC 5 14 DISPLAY PREVIOUS CALIBRATION DATA SEC 5 15 DISPLAY UNCALIBRATED PROBE DATA SEC 5 16 SE REL SEC 5 17 SETUP RELAY B SEC 5 18 ALARM RELAY OWN 4 20mA CH1 4 20mA CH2 SETUP ALARM RELAY SEC 5 19 SETUP 4 20 mA CH 1 OUTPUT SEC 5 20 SETUP 4 20 mA CH 2 OUTPUT MANUAL TEST MODE SELECT TYPE OF ORP PROBE RELAY OVERRIDE SEC 5 7 SELECT DEG C OR DEG F SEC 5 8 SELECT TYPE OF TEMP SENSOR SEC 5 9 ENABLE TIME OUT FROM MENU SEC 5 10 DISABLE TEMP DISPLAY ON LCD AND LED DISPLAYS SEC 5 11 SETUP DISPLAY AND OUTPUT RESPONSE TIME SEC 5 12 SETUP RESOLUTION OF FRONT PANEL BAR GRAPH SEC 5 18 MANUAL CALIBRATE ORP PROBE SEC 5 1 CALIBRATE TEMP SENSOR IN ORP PROBE SEC 52 SIMULATE PROCESS VERIFY OUTPUTS SEC 5 3 MANUALLY OVERRIDE RELAYS SEC 5 4 SELECT TYPE OF METER SEC 5 5 RESETS RELAY OVERFEED TIMER SEC 5 6 SEC 5 21 NOTE EXIT PRESS THE M AND KEYS TOGETHER TO GO IMMEDIATELY BACK TO
65. the cursor to the first character of the value to be changed NOTE PRESS THE C AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Or press QY key to highlight the Y character ALARM RELAY 4 5 DOWN Stored Then press the key to store the selection and return to the OUTPUTS menu Page 100 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Outputs Menu 4 20mA CH1 Output 6 21 ALARM RELAY DOWN 4 20mA CH1 ar 4 20mA CH1 PROC AmAOUT O lt r DOWN NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE The TUNE fuction allows the user to precisely adjust the 4 20 mA output to compensate for any errors in the output circuitry Normally find turning the 4 20mA output is not necessary The make the adjustment place an accurate current meter in series with the 4 20 mA output with the appropriate loads connected When the TUNE menu is selected the controller puts 20 mA out the terminals Use the CUP or Gomi keys to adjust the 20mA output to get exactly 20 The TUNE value can be adjusted over the range from 0 to 1000 these are unitless 4 20mA CH1 PROC DOWN With N selected pressing the Gow key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes 4 20mA CH1 PROC STORE Y Not stored GOWN Or press the Gr k
66. to energize Tow ON 350 Ar This value can be set anywhere 0 100 of Full Scale Use the Cor and Gon keys to change the setting Press key once which will move the cursor back to the RH side of the display DOWN LARM RELAY LOW ON 200 ALARM RELAY LOW ON 20D gt DOWN Press the Ow key to accept the setting and move to the next setting he setting once which will move the cursor the value to be changed If you wish to change press G gt gt key to the first character The LOW OFF set point is the value that the process must reach in order to de energize the alarm relay after it has dropped below and tripped the LOW ON ALARM RELAY LOW OFF 4 20 E DOWN ALARM RELAY LOW OFF 42 UP 0 Use the CUP and keys to change the setting ALARM RELAY LOW OFF 3 0 ALARM RELAY LOW OFF 3 00 DOWN set point This value must be higher than the LOW ON Set point gt Press the 4 key once which will move the cursor back to the RH side of the display 0 gt Press the key to accept the setting and move to the next setting If you wish to change the setting press the Gr key once which will move the cursor to the first character of the value to be changed ALARM RELAY HIGH ON 105 j The HIGH ON set point is the high ALARM RELAY process value that will cause the relayto ON 1050 Ar energize This value can be set anywhere
67. user sets the low on set point and the low off set point equal to 0 it will disable the Low Alarm relay Similarly setting the High On set point and the HIGH OFF set point to 0 will disable the High Alarm With N selected pressing the key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes ALARM RELAY STORE Y IN DOWN Not stored TO OUTPUTS MENU Conductivity Outputs Menu Alarm Relay 6 20 If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed RELAY Use the P and keys to change the setting ALARM RELAY HIGHOFF 1600 lt gt l ALARM RELAY HIGH OFF 1600 DOWN Press the 4 key once which will move the cursor back to the RH side of the display If you wish to change the setting press the C4 gt gt key once which will move the cursor to the first character of the value to be changed ALARM RELAY FAIL SAFE OFF FAILSAFE DIFF gt ne keys to change the setting ALARM RELAY FAILSAFE ON gt ALARM RELAY FAILSAFE ON DOWN Press the 4 key once which will move the cursor back to the RH side of the display Press the Cow key to accept the setting and move to the next setting If you wish to change the setting press the G gt gt key once which will move
68. using a defective buffer incorrect probe wiring defective probe Press to return to the Auto cal menu try to correct the problem and calibrate again or go to the diagnotics menus to test the probe see Section 4 17 AUTO CAL PH This example shows an AUTO calibration with buffers of 7pH amp 4pH When performing an auto calibration any two standard buffers of 4 00 7 00 or 10 00 pH can be used The buffers will be automatically recognized if the probe measures them within 1 pH of their nominal value IF BUFFER2 READY PRESS DOWN RUNNING AUTO CAL BUFFER2 WAIT If an errors occurs the controller will indicate a BUFFER ERROR alarm This could be caused by using the same buffer twice using a defective buffer incorrect probe wiring defective probe Press GS to return to the Auto cal menu try to correct the problem and calibrate again or go to the diagnotics menus to test the probe AUTO CAL PH SLOPE 61 22MV PH EFF 95 24 8C If the calibration did not appear to be correct press the Gown key which will return back to the Auto cal menu AUTO CAL PH STORE Y IN pH Calibration Menu Auto Calibrate 4 2 Place the probe in the first buffer solution be sure to clean and rinse the Probe first with D I water and then insert it in the 7 00 buffer Press Gow The controller will read the pH value averaging a number of results to get a stable cal
69. which will move the cursor over the seconds digit DOWN DISPLAY DAMPING lt gt DISPLAY DAMPING gt UPDATE 05 DOWN DISPLAY DAMPING Use the Qu and to adjust UPDATE gt the damping time the default setting is 0 seconds The setting can be adjusted from 0 to 10 seconds Press the key once which will move the cursor back to the RH side of the display DISPLAY DAMPING UPDATE i j sEC gt DISPLAY DAMPING UPDATE 10 SEC 3 Press the key to accept the setting and move to the store function DOWN If you wish to save the setting press the GF key to highlight the Y character mS With N selected pressing the key will NOT store the selection but STORE Y simply return to the Display Damping Menu This function is useful if you wish to view the current selection without making any changes STORE N Then press the key to store the selection and return to the Display Not stored Stored Damping Menu NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE pH Setup Menu Display Damping 4 13 Page 32 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Setup Menu Bar Graph O R 4 14 K PROBE SELECTION DOWN TEMP UNIT DOWN TEMP SENSOR DOWN AUTO RETURN DOWN T COMP OVERRIDE DOWN DISPLAY DAMPING DOWN BAR GRAPH O R 4r The BAR GRAPH O R menu allows the user control over the resolution of th
70. which will move the cursor to the ON or OFF text Use or Gown keys to select either ON or OFF Press the G gt gt key once which will move the cursor back to the RH side of the display MENU OFF DOWN Press the key to accept the change and move to the RELAYS auto return function RELAYS ON will cause the relays to return to the AUTO mode if the controller returns to Online after 10 minutes of inactivity This ensures the controller will be put back in control of the process if accidentally left offline Press the key once which will move the cursor to the ON or OFF text AUTO RET RELAYS s Use or keys 1 to select either ON or OFF AUTO RET RELAYS 4r AUTO RETURN RELAYS ON Pl DOWN Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the change and move to the STORE function Or press the GA key to highlight the Y character AUTO RETURN STORE YN lt store DOWN Not stored Then press the ow key to store the selection and return to the Auto Return Selection Menu DOWN Stored Page 59 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Setup Menu Temp Display Override 5 11 T Display Override is used to blank the Temperature Display on the LCD menu and place 4 dots on the LED menu when Temp display is requested This is to ensure th
71. will move the cursor to the first character of the value to be changed Use the and keys to change the setting Press the key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the STORE fuction Page 96 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Outputs Menu Relay B 6 19 K RELAY A RELAY B DIRECTION RISE DOWN The relay can be set to control either a RISING or FALLING process In a RISING process the control relay will energize when the process rises above a set value In this case the ON set point must be set higher than the OFF set point In a FALLING process the control relay will energize when the process falls below a set value In this case the ON set point must be set lower than the OFF set point The RELAY ON setting is the process value at which the relay will energize It may be set anywhere in the normal range of the sensor RELAY B RELAYON 1400 DOWN The RELAY OFF setting is the process value at which the relay will de energize The setting must be rationalized against the On setting For example in a falling process the Off setting must be higher than the ON setting The controller will not allow you to select the RELAY OFF value on the wrong side of the RELAY ON value for the selected direction If the user tries to set the RELAY OFF on the wrong side the f
72. you wish to change the setting press the C4 gt gt key once which will move the cursor to the first character of the value to be changed ing IRELAYB The RELAY ON setting is the process RELAY B value at which the relay will energize It RELAY ON 7000 may be set anywhere in the normal DOWN range of the sensor Use the Cur and Gown keys to change the setting Press the key once which will move the cursor back to the RH side of the The RELAY OFF setting is the process SEAN E display value at which the relay will de energize Press the Gam key to accept the The setti t be rationalized against o C setting and move to the next setting the On setting For example in a falling process the Off setting must be higher If you wish to change the setting press the 4 gt gt than the ON setting key once which will move the cursor to the first character of the value to be changed The controller will not allow you to select RELAY B the RELAY OFF value on the wrong side RELAY OFF 6000 of the RELAY ON value for the selected RELAY 6000 DOWN Use the Cur and Gown direction If the user tries to set the keys to change the setting RELAY OFF on the wrong side the follwowing errors will de displayed Press the key once RELAY B RELAY OFF 65 00 gt j 255 th which will move the cursor back to the RH side of the FALLING PROCESS display ON SPT OFF SPT Error when trying to set OF
73. 20 mA output adjustments This will enable the operator to span the output over the desired range Note that if the T COMP OVERRIDE is ON and Channel 2 output is set to track temperature the output will not change but hold at a value representing the temperature set in the T COMP OVERRIDE DOWN RELAY B DOWN The example below shows the 4 20 mA set to 4mA 0 C and 20mA ALARM RELAY 100 C The output would then span 4 to 20 mA for a temperature swing of 0 C RUN to 100 C 4 20mA CH1 Note that the span can reversed in that 4 mA can be set to a high process value and 20 mA can be set to a low process value effectively RON reversing the control direction If you wish to change the setting press the 4 gt gt key once which will move the cursor to the first character of the value to be changed 20mA CH2 4 20mA CH2 TEMPERATURE TEMPERATURE 5 Bown Use and keys to change the setting 4 20mA CH2 55 gt 4 20mA CH2 ar 4 Press 4 key once The TUNE function allows the user to TIEMPERATURE gt e wi precisely adjust the 4 20mA output to LIT which will move the cursor compensate for any errors in the output back to the RH side of the circuitry Normally fine tuning the 4 LAM ci display i TEMPERATURE gt 20mA output is not necessary press ttie The make the adjustment place an Bown tti d toth t setti ac
74. AL ORP Setup Menu Bar Graph O R 5 13 The BAR GRAPH O R menu allows the user control over the resolution of the bar graph on the front panel of the Shark The factory default for this function is OFF which means the 3 green LEDS are set to operate between the ON set points of Relay A and B This may not always be acceptable and this function allows the user to override these PROBE SELECTION settings DOWN Press the G gt gt key once which will move the cursor TEMPUNT i TEMP UNIT BAR GRAPH O R over the first character OVERRIDE OFF p lt TEMP SENSOR S BAR GRAPH O R Use the C and to select OVERRIDE OFF gt the override either ON or OFF AUTO RETURN DOWN T DISP OVERRIDE Press the key WR BAR GRAPH O R once which will move the OVERRIDE ON gt cursor back to the RH DISPLAY DAMPING side of the display Gown BAR GRAPH O R Press the key to adjust the The controller OVERRIDE resolution setting If OFF was BAR GRAPH O R displays the Coun selected the menu will move to current setting the store function directly for the lowest BAR GRAPH O R 45 green led of LOW GRN 1999 Press the G gt gt key once the bar graph which will move the cursor over the least sign digit DOWN Press the Gow key skip the BARGRAPHOIR NOTE setting for the Low Green Led PRESS THE AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE BAR GRAPH O R LOW GRN 109
75. ANEL 4 PUSH BUTTONS USED TO CALIBRATE THE SHARK FROM THE FRONT PANEL REFER TO SECTIONS 4 22 amp 4 23 REMOVABLE TERMINAL BLOCK CONNECTORS SNAP ON CONNECTORS FOR EASY WIRING OF YOUR pH SENSOR AND PRIMARY 4 20mA OUTPUT REFER TO SECTIONS 3 3 3 4 amp 3 12 2 LINE 16 CHARACTER LCD DISPLAY MAIN MENU INTERFACE SCREEN 4 DIGIT 7 SEGMENT LED DISPLAY DISPLAYS PROCESS VALUE IN RUN MODE DISPLAYS CALIBRATION DATA IN CALIBRATION MODE MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 4 Using the SHARK in pH Mode RUN LED GREEN LED WILL BE ILLUMINATED WHEN SHARK IS IN THE RUN MODE WILL BE OFF WHEN SHARK IS IN THE MENU MODE OVERFEED LED RED LED WILL FLASH WHEN THE OVERFEED TIMER IS ACTIVATED AUXILLARY LED s NOT USED IN pH MODE UNIT LABEL LABEL TO INDICATE UNIT OF MEASURE SHARK IS CONFIGURED FOR RELAY B STATUS LED YELLOW LED WILL BE ILLUMINATED WHEN RELAY B IS ENERGIZED RELAY A STATUS LED YELLOW LED WILL BE ILLUMINATED WHEN RELAY A IS ENERGIZED 7 153pH 20 00 MENU PRESS DOWN TEMPERATURE DISPLAY WHEN THE UP AND DOWN ARROW KEYS ARE PRESSED SIMULTANEOUSLY THE LED WILL DISPLAY THE CURRENT PROCESS TEMPERATURE FOR 5 SECONDS THIS FEATURE WILL BE DISABLED IF THE TEMPERATURE COMPENSATION OVERRIDE IS TURNED ON IN THE SETUP MENU IN THIS CASE THE LED WILL DISPLAY IN PLACE OF THE TEMPERATURE NOTE WHEN THE SHARK IS TAKEN INTO MENU
76. AY OFF set point This is the process value at which the relay will de energize Depending on the direction for which the relay is configured the RELAY OFF set point will only be setable in a lim ited range CYCLE ON time To obtain a tighter process con trol and limit over shoot the control relay can be set with the cycling feature This feature if enabled will cause the control relay to cycle when the process is between the RELAY ON set point and RELAY OFF set point The cycle on time is the amount of time in seconds that the relay will be energized It can be set between 0 and 600 sec onds Section 3 Electrical Connections and Setup CYCLE OFF time The CYCLE OFF time is the amount of time in seconds that the relay will be de energized it can be set between 0 and 600 sec onds To disable the cycling feature set the cycle off time to O OVERFEED TIMER The overfeed timer is designed to help safeguard against a process or instrumentation error causing one of the control relays to remain energized for extended periods of time When enabled the overfeed timer will time out if the control RELAY OFF set point is not reached inside the overfeed time out The control relays will de energize the alarm relay will energize and an LED will flash at the front FAILSAFE The FAILSAFE feature is designed to reverse the normal action of the control relay When the relay is set to FAILSAFE OFF the relay will operate a
77. CALIBRATE PROBE WITH MANUFACTURER S DATA SEC 6 2 CALIBRATE TEMP SENSOR IN PROBE SEC 6 3 SIMULATE PROCESS VERIFY OUTPUTS SEC 6 4 MANUALLY OVERRIDE RELAYS SEC 6 5 SELECT TYPE OF METER SEC 6 6 RESETS RELAY OVERFEED TIMER SEC 6 7 NOTE PRESS THE C AND Gov KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE 4 20 mA CH 1 OUTPUT SEC 6 21 SETUP 4 20 mA CH 2 OUTPUT SEC 6 22 Conductivity Menu Overview 6 0 Page 76 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Calibration Menu Manual Calibrate 6 1 Manual Calibration is used to wet calibrate the cell This can be done with the cell installed in the process or with the cell suspended in a known buffer solution When calibrated In Process the actual conductivity is determined with a grab sample or a hand held meter and the value entered in the display When calibrated with buffers the cell is placed in a known buffer solution and the value of the buffer entered on the display In both cases make sure the cell has time to stabilize both in temperature and conductivity before entering any data Place the cell in the buffer solution The controller will read the Conductivity value averaging a number of results to get a stable MANUAL CAL COND 3 calibration value 967 uS 5 Press the key once which will move the cursor over the least sign digit of the display MANUAL CAL COND 96y 5 Use the Cer and
78. DC Mode High Low Alarm Adjustable parameters Low on Low off set point 0 to 100 of full scale low on must be less than low off High On High Off set point 0 to 100 of full scale High on must be greater than High off Analog Outputs 4 to 20mA Channel 1 Isolated Output Range expand 0 100 of full scale min segment 10 of full scale max load 800Q 4 to 20mA Channel 2 Isolated Output Range expand 0 100 of full scale min segment 10 of full scale max load 8000 Can be set to track temperature if sensor is equipped with a temperature sensor Memory Back up All user settings are retained indefinitely in memory EEPROM Mechanical Enclosure NEMA 4X 1 4 DIN polycarbonate enclosure with four 1 2 conduit holes Mounting Universal Mounting kit for surface pipe and panel mount is included Sensor Input Probe 600 to 600mV Probe 1999 to 1999mV Cell 0 to 99990 Temp Sensor 0 to 99990 Temp Sensor 0 to 99990 Temp Sensor 0 to 99990 Invalid Entries Invalid entries cannot be stored Manual Test Mode Process value can be simulated with arrow keys to verify correct setup of outputs Manual Relay Override Relays can be set to on off auto to verify correct wiring of auxiliary devices or to manually adjust process Output Hold All outputs are placed on hold when SHARK is in Menu mode Calibration Data Recall data from last calibration cal
79. E OFF DOWN RELAY A FAIL SAFE OFF gt RELAY A FAIL SAFE DN gt RELAY A FAIL SAFE ON DOWN DOWN Stored TO OUTPUTS MENU pH Outputs Menu Relay A 4 18 Use the CP and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting press the 4 key once which will move the cursor to the first character of the value to be changed Use the and Gown keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed Use the gt and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting key once which will move the cursor to the first character of the value to be changed Use the Cur and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the STORE fuction Page 38 MULTI PARAMETER CONTROLLER am
80. ELAY B STATUS LED YELLOW LED WILL BE ILLUMINATED WHEN BAR GRAPH LED s GREEN RELAY B IS ENERGIZED LINEAR INDICATOR OF PROCESS VALUE RELAY A STATUS LED YELLOW LED WILL BE ILLUMINATED WHEN RELAY A IS ENERGIZED TEMPERATURE DISPLAY NOT USED IN FLOW MODE THE FRONT PANEL 4 PUSH BUTTONS NOT USED IN FLOW MODE REMOVABLE TERMINAL BLOCK CONNECTORS SNAP ON CONNECTORS FOR EASY NOTE WIRING OF YOUR FLOW SENSOR WHEN THE SHARK IS TAKEN INTO AND PRIMARY 4 20mA OUTPUT MENU MODE VIA THE INSIDE LCD REFER TO SECTIONS 3 6 amp 3 12 SCREEN THE FRONT 7 SEGMENT LED WILL DISPLAY THE STATUS amp BAR GRAPH LED s WILL BE TURNED OFF THE 4 PUSH BUTTONS ON THE FRONT WILL NOT RESPOND 0 UNE DISPLAY MENU PRESS DOWN MAIN MENU INTERFACE SCREEN SIMPLE THREE BUTTON INTERFACE FOR FAST amp EASY SETUP REFER TO SECTIONS 7 0 TO 7 19 INSIDE PANEL Section 7 Using the SHARK in Flow Mode Page 104 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Menu Overview 7 0 RUN MODE FIRMWARE REV RELAY A SEC 7 15 SETUP RELAY B SEC 7 16 SETUP ALARM RELAY SEC 7 17 SETUP 4 20 mA CH 1 OUTPUT SEC 7 18 SETUP 4 20 mA CH 2 OUTPUT SEC 7 19 Flow Menu Overview 7 0 SETUP OF UNITS OF VOLUME SEC 7 5 SETUP OF UNITS OF TIME SEC 7 6 ENABLE TIME OUT FROM MENU SEC 7 7 SETUP DISPLAY AND OUTPUT RESPONSE TIME SEC 7 8 RESET TOTALIZER TO ZERO SEC 7 9 UNIT
81. F point lower than ON point when set to falling NOTE RISING PROCESS ON SPT OFF SPT PRESS THE C AND Gow KEYS Error when trying to set OFF point higher TO CYCLE ON TOGETHER TO GO IMMEDIATELY BACK TO than ON point when set to rising RUN MODE Flow Outputs Menu Relay A 7 15 Page 121 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Outputs Menu Relay A 7 15 The relay can be set to CYCLE when the process is between the RELAY ON setting and the RELAY OFF setting This is meant to help eliminate overshoot The CYCLE ON time is the amount of time in seconds that the relay will be on The value can be set between 0 and 600 seconds The default ON time is 5 seconds The CYCLE OFF time is the amount of time in seconds that the relay will be off for it can be set between 0 600 seconds To disable the cycling feature set the cycle off time to 0 The Default OFF time is 0 seconds The FAIL SAFE feature is designed to reverse the normal action of the relay When set to FAIL SAFE OFF the relay will operate as a normal relay which means that when the relay is not energized the NO contacts are open and a device connected via the NO contacts is turned off When the relay becomes energized the device turns on When the relay is set to FAIL SAFE ON the normal action of the relay is reversed Thus the NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC c
82. G gt gt key once which will move the cursor to the first character of the value to be changed The LOW OFF set point is the value that ALARM RELAY the process must reach in order to de LOW OFF 30 00 alls LOW OFF 30 0 energize the alarm relay after it has dropped below and tripped the LOW ON set point This value must be higher than ALARM RELAY the LOW ON Set point LOW OFF 220b 3 7 Press the G gt gt key once which will move the cursor back to the RH side of the ALARM RELAY display LOW OFF 22 00 Gown Press the key to accept the setting and move to the next setting Use the and DOWN keys to change the setting If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed The HIGH ON set point is the high process ALARM RELAY ALARM RELAY value that will cause the relay to energize HIGH ON 75 00 alle HIGH ON 75 010 This value can be set anywhere 0 100 of Full Scale Use CuP gt and RON keys to change the setting ALARM RELAY HIGH ON 9090 gt Press the key once which will move the cursor back to the RH side of the ALARM RELAY displa HIGH ON 90 00 Pu DOWN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO TO HIGH OFF RUN MODE Flow Outputs Menu Alarm Relay 7 17 Page 125 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Outputs Menu
83. G gt gt key once which will move the cursor to the first character of the value to be changed ALARM RELAY FAIL SAFE drr gt l ALARM RELAY FAIL SAFE OIN gt ALARM RELAY FAIL SAFE DOWN ar If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed Or press G gt gt key to highlight the Y character RELAY STORE DOWN Stored Then press Use the and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Use the and Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE the Gow key to store the selection and return to the OUTPUTS menu Page 126 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Outputs Menu 4 20mA CH1 Output 7 18 The Controller has 2 4 20mA outputs electrically isolated from each other and ground Either output can source current into a maximum of 800 ohms See Section 3 12 for wiring diagram Channel 1 the primary output is located on the flip out door terminal plug P6 Channel 1 is dedicated to track the process and has fully independent and fully adjustable 4 amp
84. GETHER TO GO IMMEDIATELY BACK TO RUN MODE pH Diagnostics Menu Firmware Rev 4 15 Page 34 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Diagnostics Menu Calibration Data 4 16 The Calibration Data menu is a series of read only screens which allow the user to view the data collected during the last calibration Press to view the first Calibration Data screen CALIBRATION DATA MODE 2PT CALIBRATION DATA 7 00 19 E CALIBRATION DATA 2P 4 00 143 gt CALIBRATION DATA CAL TEMP 19 4C gt 59 16MV PH pH Diagnostics Menu Calibration Data 4 16 Calibration Mode 2 point calibration Press to view the next Calibration Data screen 1st POINT 7 00 INPUT FROM PROBE 19 mV 2nd POINT PH 4 00 INPUT FROM PROBE 143 mV Probe Temperature at which calibration was performed 19 4 C Calculated slope based on 2 point calibration 59 16 mV pH Calculated efficiency based on 2 point calibration 91 NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 35 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Diagnostics Menu Sensor Input 4 17 7 15pH 25 0C CALIBRATION lt The Sensor Input Menu allows the user to view real time uncompensated UTILITIES process data from the probe D This is a Read only menu item H R K RUN MODE Press to view the Sensor Input data PROBE 18
85. LAY A ELAY B DOWN ALARM RELAY DOWN 20mA CH1 4 20mA CH1 PROC 4mA OUT 0 DOWN NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE The TUNE fuction allows the user to precisely adjust the 4 20 mA output to compensate for any errors in the output circuitry Normally find turning the 4 20mA output is not necessary To make the adjustment place an accurate current meter in series with the 4 20 mA output with the appropriate loads connected When the TUNE menu is selected the controller puts 20 mA out the terminals Use the Qu or keys to adjust the 20mA output to get exactly 20 4 20mA CH1 PROC DOWN The TUNE value can be adjusted over the range from 0 to 1000 these are unitless numbers used for tuning purposes only With N selected pressing the Gow key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes 4 20mA CH1 PROC DOWN 4 20mA CH1 PROC e STORE Y Gown Or press the G gt gt key to highlight the Y character Not stored Stored 4 20mA CH1 PROC STORE N Gow Then press the key to store the selection and return to the OUTPUTS menu ORP Outputs Menu 4 20mA CH1 Output 5 20 20mA OUT 1000 lt 20mA TUNE 512 lt p The Controller has 2 4 20mA outputs electrically isolated from each other and ground Either output
86. LAY OVERRIDE RELAY A ON gt RELAY A ON gt DOWN RELAY OVERRIDE RELAY OVERRIDE RELAY A OFF gt RELAY A OFF DOWN If you wish to Override Relay B Press the Gr key once which will move the cursor over NOTE d to the AUTO ON OFF text PRESS THE C AND Gav KEYS Use the Ce key to TOGETHER TO GO IMMEDIATELY BACK TO change the Override state from RUN MODE AUTO controlled by process settings ON relay forced on If you do not wish to OFF relay forced off If you wish to accept the Override Relay B then The relay will react Override setting use the Gown key to immediately Press G gt gt key once the Alarm Relay to move the cursor to the RH of the display RELAY OVERRIDE RELAY OVERRIDE Then use the Gow key RELAY B AJUTO gt RELAY AUTO to move to the Override SOR setting for Relay B DOWN RELAY OVERRIDE RELAY OVERRIDE RELAY B DN RELAY ON DOWN RELAY OVERRIDE RELAY OVERRIDE RELAY B OFF gt RELAY B OFF DOWN To Alarm Relay Relay C Override pH Utilities Menu Relay Override 4 5 Page 23 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Utilities Menu Relay Override 4 5 FROM RELAY B OVERRIDE MENU If you wish to Override Relay C Press the 4 key NOTE once which will move the RELAY OVERRIDE Relay C is the Alarm Relay 4r RELAY C AUTO Use the or Gow key to COUR change the Override state from AUTO controlled by process setti
87. Manual Test Mode 4 4 When a relay is energized the characters a b c will change to upper case A B C The CH1 4 20 mA output will track the change in process pH Utilities Menu Manual Test Mode 4 4 Manual Test Mode is used to simulate a process reading in order to verify the correct response of the outputs When in the Manual Test Mode the outputs are no longer placed on hold as they are when in the rest of the Press the G gt gt key once which will move the cursor over the least digit of the simulated process value Use the and keys to change the simulated process value As the value is changed the state of the relays will change depending on their settings in the OUTPUTS menu a A state of Relay A b B state of Relay B C C state of Alarm relay As well Channel 1 4 20 ma output will also follow the process value change The actual change will depend on how the CH1 output was scaled in the OUTPUTS menus See Section 4 21 TEST 134 Press the Q key once to b 4r move the cursor to the RH side a b c 190mA of the display a BENE 13 155 Press the key to return to the iym MANUAL TEST MODE menu When the user exits the Manual Test Mode the relays and 4 20mA outputs will remain in the Test Mode state until the operator enters the run mode The relays and outputs will then revert back to the previous On line state NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK
88. N MODE pH Menu Overview 4 0 Page 18 This example shows a MANUAL calibration with buffers of 7pH amp 4pH When performing a manual calibration any two known buffer solutions can be used MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Calibration Menu Manual Calibrate 4 1 If the calibration did not appear to be correct press the own key which will return back to the Manual Cal menu pH Calibration Menu Manual Calibrate 4 1 IF BUFFER1 READY PRESS DOWN RUNNING MANU CAL BUFFER1 WAIT MANUAL CAL PH BUFFER1 73 MANUAL CAL PH BUFFER1 7 00 MANUAL CAL PH BUFFER1 7 005 IF BUFFER2 READY PRESS DOWN RUNNING MANU CAL BUFFER2 WAIT MANUAL CAL PH BUFFER2 4 410 gt MANUAL CAL PH MANUAL CAL PH SLOPE 61 22MV PH EFF 9596 24 8C MANUAL CAL PH STORE Y NI Place the probe in the first buffer solution be sure to clean and rinse the Probe first with D I water and then insert it in the 7 00 buffer Press The controller will read the pH value averaging a number of results to get a stable calibration value Please wait for the controller to complete he measurement When complete the controller will report he measured value Use the C and keys to adjust he reading until it agrees with the actual buffer pH value Then press 4 gt to move the cursor to the RH position Then press to store the value and move to BUFFER2 Place the
89. NU PRESS DOWN CONTACTING CONDUCTIVITY CELL Once connnected step TIRE through the LCD menus to select the cell in the order shown The TEMP COMP CURVE setup default is 1 8 deg C This is accept able for most process appli cations If your process is METER SELECTION COND RANGE TEMP SENSOR EMP COMP CURVE OR SEC 6 6 SELECT CONDUCTIVITY RANGE SEC 6 7 ENSURE SENSOR IS CORRECT TYPE 3Kohm NTC thermistor 1Kohm RTD SEC 6 9 SET TEMPERATURE COMPENSATION FOR PROCESS SEC 6 13 significantly different from this change the setting in the TEMP COMP CURVE menu MANUAL CAL COND 1000uS 25 0C Section 3 Electrical Connections and Setup CALIBRATE WITH REFERENCE SOLUTIONS SEC 6 1 RUN MODE CALIBRATE WITH FACTORY SPECIFIED CELL CONSTANT DRY CAL COND Page 9 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 3 Electrical Connections and Setup 3 6 Paddle Wheel Flow Sensor connections and setup The drawing shows the connnections for a typical paddle wheel flow sensor The cable to the sensor should not exceed 2000 600 meters The Shark controller also supports the use of an external flow switch When the flow switch input is grounded either through a dry contact or solid state input the flow display will be held at zero This is useful to ensure the flow reading remains locked at zero when conditions require it The flow will start reading again when the input is opened
90. OFF set points The shark will not let the user input a value below the ALARM ON set point The same rule holds true for the high alarm The control relays have 5 user configurable set tings ALARM LOW ON set point This is the low process value that will cause the relay to energize This value can be set anywhere between 0 100 of the range ALARM LOW OFF set point This is the value that the process must reach in order to de energize the alarm relay after it has dropped below the ALARM LOW ON set point This value must be higher than the ALARM LOW ON set point ALARM HIGH ON set point This is the process value that will cause the relay to energize This value can be set anywhere between 0 100 of the range ALARM HIGH OFF set point This is the value that the process must reach in order to de energize the alarm relay after it has increased over the ALARM HIGH ON set point This value must be lower than the ALARM HIGH ON set point FAILSAFE This option can be turned on or off It reverses the normal action of the relay see description under control relay Section 3 Electrical Connections and Setup ALARM SET POINT ERROR If the ALARM LOW ON set point is set higher than the factory default ALARM LOW OFF set point when the user advances from the ALARM LOW ON set point to the ALARM LOW OFF set point the shark will adjust the ALARM LOW OFF set point to be equal to the ALARM LOW ON set point If the user then t
91. Off set point to be equal to the Low On set point If the user then tries to decrease the Low Off set point the Controller will display the Low Alarm setup error screen LOW ALARM SPT lt OFF SPT This screen will be displayed for 10 seconds then return back to the setup screen that was previously displayed The same conditions apply to the High alarm set points Except the High Off set point must be lower than the High On set point If the user tries to increase the High Off set point higher than the High On set point the High Alarm setup error screen will be displayed HIGH ALARM SPT gt OFF SPT If the user sets the low on set point and the low off set point equal to 0 it will disable the Low Alarm relay Similarly setting the High On set point and the HIGH OFF set point to 0 will disable the High Alarm With N selected pressing the Gow key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes ALARM RELAY STORE Y IN DOWN Not stored TO OUTPUTS MENU Flow Outputs Menu Alarm Relay 7 17 If you wish to change the setting press 4 key once which will move the cursor to the first character of the value to be changed ALARM RELAY HIGH OFF 70 00 gt ALARM RELAY HIGH OFF 88 00 gt ALARM RELAY HIGH OFF 88 00 DOWN ar If you wish to change the setting press
92. R 0 RST 0 menu NOTE PRESS THE C AND KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Flow Diagnostics Menu Total Rollover 7 14 Page 120 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Outputs Menu Relay A 7 15 TOTAL O0 RUN MODE Relay B can be configured for the following operations Response to rising or falling process values Adjustable on and off set points Cycle on and off times Failsafe operation Each function will be explained below RELAY A If you wish to change the setting press the 4 gt gt key once which will move the cursor to the first character of the value to be changed RELAY B zr RELAY B The relay can be set to control either a DIRECTION RISE DIRECTION Rss RISING or FALLING process DOWN In a RISING process the control relay will energize when the process rises above a set value In this case the ON set point must be set higher than the Use the Cur and Gown keys to change the setting RELAYB DIRECTION OFF set point RELAY B In a FALLING process the control relay will energize when the process falls below a set value In this case the ON set point must be set lower than the OFF set point DIRECTION RISE gt RELAY B RELAYB DIRECTION RISE Press the 4 key once which will move the cursor back to the RH side of the display Press the key to accept the cons setting and move to the next setting If
93. RATION DOWN UTILITIES MANUAL TEST MODE To reset the controller back to all the factory default values reselect the current meter type Then press Gow The controller will initialize itself for a specific meter Flow Utilities Menu Meter Selection 7 4 The Meter Selection menu is used to select the meter type that the controller is configured for either pH ORP Conductivity or FLow Once selected the controller will initialize itself for the selected meter s functionality and move to run mode Press the 4 key to initialize the controller as a pH meter INITIALIZE YN 2 Press the key to initialize the controller as an ORP meter o INITIALIZE YNIS DOWN Press key to initialize the controller as a Conductivity meter CONDUCTIVITY INITIALIZE YN e ICIONDUCTIVITY Press the Gr key to initialize the controller as a Flow meter INITIALIZE YN TS DOWN Press the key to Exit and return to the Utilities menu If you do not wish to initialize to this type of meter after all then press Gow key to return back to the Meter Selection menu If you do wish to initialize to this type of meter press the 4 key to highlight the Y character FLOW INITIALIZE DOWN NOTE PRESS THE C AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 110 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Setup Menu Units of Volume 7 5 The Unit
94. RATION 224C DOWN TEMP CALIBRATION TEMP CALIBRATION opc gt l TEMP CALIBRATION TFACTOR SHIFTED E TEMP CALIBRATION STORE Y IN DOWN pH Calibration Menu Temperature Calibration 4 3 If the Temperature Compensation Override is set to ON see section 4 12 the Shark cannot calibrate the temperature sensor This display will appear to alert the user to the condition TEMP CALIBRATION TEMP O R ON How The controller displays the current probe temperature If this incorrect the controller can be adjusted to compensate 3 7 Press the key once which will move the cursor over the least sign digit of the temperature display Use the and Gow to adjust the reading until it agrees with the known temperature of the probe Press the G gt gt key once which will move the cursor back to the RH side of temperature display Press the key to accept the reading and move to the store function T FACTOR SHIFTED will be displayed for 5 seconds to indicate that the temperature sensor has been calibrated The Shark will then move to the store function T TEMP CALIBRATION This will store the calibration data STORE and return back to the Temp Calibration setup so the user can DOWN select another function NOTE PRESS THE AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 21 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Utilities Menu
95. RH side of the display Press the key to accept the setting and move to the next setting press the 4 key once which will move the cursor to the first character of the value to be changed RELAY B FAIL SAFE OJFF gt FAIL SAFE DOWN Use the ve and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the STORE fuction Page 40 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Outputs Menu Alarm Relay 4 20 K The ALARM RELAY will respond to both a rising and falling process The ALARM RELAY will act as a low alarm falling process and a high alarm rising process Both relay bands will have independently adjustable on and off set points If a low alarm set point is set at a value 3 00pH for example the off set point must be set higher The controller will not let the user input a value below 3 00pH The same rule holds true for the high alarm The Alarm Relay can be configured for the following operations LOW ON Set point LOW OFF Set point HIGH ON Set point HIGH OFF Set point Failsafe If you wish to change the setting press the key once which will move the cursor to the first character of the value to be changed ALARM RELAY LOWON 35p gt The LOW ON set point is the low process ALARM RELAY value that will cause the relay
96. RIOR CLEARANCE FOR PANEL MOUNTING 6 37 162 PANEL CUTOUT 4380 __ 97 TOP VIEW 1 2 CONDUIT HOLES 4PLCS FRONT VIEW 5 05 128 SIDE VIEW Dwg N106 127 Section 2 Installation inches mm MOUNTING BRACKET Page 3 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL H Section 2 Installation Panel Mount The Shark can be Figure 2 2 Panel Mount panel mounted to a panel using the hardware kit provided The panel GASKET OYI dimensions are shown in fig UNIVERSAL MOUNTING BRACKET UNIVERSAL MOUNTING CLAMP QTY 2 NUT 1 4 20 QTY 4 Pipe Mount The Shark Fig 2 3 Vertical Pipe Mount can also be mounted to a horizontal or vertical pipe MIN PIPE DIA ith 1 PIPE NOMINAL with PIPE DIA 2 PIPE NOMINAL a minimum outside diameter of 1 30 33mm for example 1 CPVC UNIVERSAL MOUNTING pipe gt y 1 and a maximum of 2 375 60mm for example 2 CPVC pipe 10 24 QTY 4 SCREW 10 24 X 3 1 2 QTY 4 Dwg N105 100 Section 2 Installation Page 4 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 2 Installation Figure 2 4 Horizontal Pipe Mount MIN PIPE DIA 1 PIPE NOMINAL MAX PIPE DIA 2 PIPE NOMINAL SCREW 10 24 X 3 1 2 QTY 4 Surface Mount The Shark can be Figure 2 5 Surface Mount surface mounted using the hardware kit provid
97. Reset 4 7 If the control relay overfeed timer has been enabled the relay will time out after the specified overfeed time When the relay times out it must be manually reset The time out will be signaled by the time out LED flashing on the front panel The reset overfeed timer will reset the timers for both relay A amp relay B atthe same time Press the 4 key to choose between Y or N RESET OVERFD TMR If you do not wish to reset the If you wish to reset the overfeed timer overfeed timer after all press then press the Gow key to proceed the GT key to highlight the N and return back to the Utilities menu character and press the Gow key to return back to the Utilities menu NOTE PRESS THE C AND KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE pH Utilities Menu Overfeed Timer Reset 4 7 Page 26 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Setup Menu Probe Select 4 8 PROBE SELECT will allow the user to select whether the probe is a 2 or 4 wire combination probe or a 5 wire differential probe Press the 4 key once 4 PROBE SELECT 4 amp PROBE SELECT 4 which will move the cursor DIFFERENTIAL over the first character of the Bown probe type TE PROBE SELECT Use the C gt or keys to scroll through the probe types available If using the 2 wire Combination Probe which 0 IFFERENTIAL p yP In this case the user can select doesn t have a temperature sen
98. S 3 3 3 4 amp 3 12 2 LINE 16 CHARACTER LCD DISPLAY MAIN MENU INTERFACE SCREEN 4 DIGIT 7 SEGMENT LED DISPLAY DISPLAYS PROCESS VALUE IN RUN MODE DISPLAYS CALIBRATION DATA IN CALIBRATION MODE MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 5 Using the SHARK in ORP Mode RUN LED GREEN LED WILL BE ILLUMINATED WHEN SHARK IS IN THE RUN MODE WILL BE OFF WHEN SHARK IS IN THE MENU MODE OVERFEED LED RED LED WILL FLASH WHEN THE OVERFEED TIMER IS ACTIVATED AUXILLARY LED s NOT USED IN ORP MODE UNIT LABEL LABEL TO INDICATE UNIT OF MEASURE SHARK IS CONFIGURED FOR RELAY B STATUS LED YELLOW LED WILL BE ILLUMINATED WHEN RELAY B IS ENERGIZED RELAY A STATUS LED YELLOW LED WILL BE ILLUMINATED WHEN RELAY A IS ENERGIZED o900mV 20 06 MENU PRESS DOWN TEMPERATURE DISPLAY WHEN THE UP AND DOWN ARROW KEYS ARE PRESSED SIMULTANEOUSLY THE LED WILL DISPLAY THE CURRENT PROCESS TEMPERATURE FOR 5 SECONDS THIS FEATURE WILL BE DISABLED IF THE TEMPERATURE COMPENSATION OVERRIDE IS TURNED ON IN THE SETUP MENU IN THIS CASE THE LED WILL DISPLAY IN PLACE OF THE TEMPERATURE NOTE WHEN THE SHARK IS TAKEN INTO MENU MODE VIA THE INSIDE LCD SCREEN THE FRONT 7 SEGMENT LED WILL DISPLAY THE STATUS amp BAR GRAPH LED s WILL BE TURNED OFF THE 4 PUSH BUTTONS ON THE FRONT WILL NOT RESPOND SIMPLE THREE BUTTON INTERFACE INSIDE PANEL Section 5 Using
99. S OF VOLUME Y FIRMWAVE REVISION SEC 7 10 DISPLAY PREVIOUS CALIBRATION DATA SEC 7 11 DISPLAY UNCALIBRATED SENSOR INPUT SEC 7 12 DISPLAY PERMANENT TOTALIZER SEC 7 13 DISPLAY TOTALIZER ROLLOVERS TO DATE SEC 7 14 ia FACTOR ENTER FLOW SENSOR CALIBRATION FACTOR SEC 7 1 MANUAL TEST MODE SIMULATE PROCESS VERIFY OUTPUTS SEC 7 2 MANUALLY OVERRIDE RELAYS SEC 7 3 SELECT TYPE OF METER SEC 7 4 NOTE PRESS THE Ce AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 105 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Calibration Menu K Factor 7 1 The K Factor menu is used to enter the flow sensor calibration factor The K Factor represents the number of pulses per U S Gallon generated by the combination of sensor and flow fitting It is normally stamped on the flow fitting or attached to a tag on the cable Typical K factors range between 0 5000 to NOTE ACCELERATOR KEYS Pressing the ce or key once will change the value by the smallest digit Holding the key down will cause the to value change at an increasing rate until the key is released Pressing the key again will cause the value to start changing at it s slowest rate again This allows the user to get to the new K Factor value quickly The K Factor can be set anywhere from 0 5000 pulses per U S Gallon to 1500 0 pulses per U S Gallon If the calibration did not appear to be correct pres
100. TO RUN MODE Page 22 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Utilities Menu Relay Override 4 5 Relay Override is used to manually override the state of the relays the user is able to set the operating mode of the relay as AUTO ON OFF the default and run mode state are AUTO This feature can be used to turn the relays ON or OFF to manually correct the process or to shut down an ancillary device to perform maintenance When in the Relay Override mode the outputs are no longer placed on hold as they are when in the other menus CAUTION To use the Relay Override Note that if the Relay Auto Return Menu is set to function press the Q gt key ON the controller will place all these settings back to AUTO 10 minutes after the Shark returns to the run mode If you wish to Override Relay A Press key once which will move the cursor over to the AUTO ON OFF text RELAY OVERRIDE als Use the ce or key to RELAY A AUTO change the Override state from AUTO controlled by process settings ON relay forced on If you do not wish to OFF relay forced off If you wish to accept the Override Relay A then The relay will react Override setting use the key to immediately Press the 4 key once move to Relay B to move the cursor to the RH of the display Then use the key RELAY A AJUTO gt to move to the Override OA setting for Relay A RELAY OVERRIDE RE
101. The Alarm Relay can be configured for the following operations LOW ON Set point LOW OFF Set point HIGH ON Set point HIGH OFF Set point Failsafe If you wish to change the setting press the G key once which will move the cursor to the first character of the value to be changed The LOW ON set point is the low ALARM RELAY ALARM RELAY process value that will cause the relay to ow ON 500 alls LOW ON 50 energize This value can be set anywhere 0 100 of Full Scale Use the ce and keys to change the setting 0 a 4 7 Press the G gt gt key once which will move the cursor DOWN UP ALARM RELAY LOW ON 40 back to the RH side of the ALARM RELAY display LOW ON 4010 gt Press the key to accept the SON setting and move to the next setting If you wish to change the setting press the G key once which will move the cursor to the first character of the value to be changed The LOW OFF set point is the value that ALARM RELAY ALARM RELAY the process must reach in order to de LOW OFF 600 energize the alarm relay after it has dropped below and tripped the LOW ON set point This value must be higher than ALARM RELAY the LOW ON Set point LOW OFF 450 gt Press the Gr key once which will move the cursor back to the RH side of the ALARM RELAY displ y LOW OFF 450 Press the ow key to accept the GOWN setting and move to the next setting Use the ce and ou keys to
102. UN MODE If you wish to change the setting press the GS press the key once which will move the cursor to the first character of the value to be changed Use the and ow keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display key once which will move the cursor to the first character of the value to be changed The CYCLE OFF time is the amount of time in seconds that the relay will be off for it can be set between 0 600 seconds RELAY A 5 E RELAY A CYCLE OFF os CYCLE OFF OS To disable the cycling feature set the cycle off SOWN time to 0 RELAY A CYCLE OFF 2006 RELAY A CYCLE OFF 2005 DOWN The Default OFF time is 0 seconds The OVERFEED TIMER is designed to help safeguard against a process or instrumentation error causing one of the control relays to remain energized for extended periods of time When enabled the user must select the desired overfeed If you wish to change the setting timeout time 1 999 min If the overfeed timer times out Alarm relay will energize Control A amp B will de energize LED on front will flash RELAY A AY jOVERFD TIMER OFF 2 DOWN RELAY A OVERFDTIMERDFF gt Must be reset via Utilities Menu or Power reset RELAY A OVERFD TIMER JN gt RELAY A OVERFD TIMER ON The FAIL SAFE the relay eature is designed to reverse the normal action
103. WN TO OUTPUTS MENU ORP Outputs Menu Alarm Relay 5 19 If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed zr ALARM RELAY HIGH OFF 70 0 gt ALARM RELAY HIGH OFF 850 gt Press the G gt gt key once which will move the cursor back to the RH side of the ALARM RELAY di isplay HIGH OFF 850 pay DOWN Use the Cur and Gow keys to change the setting If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed ALARM RELAY FAIL SAFE OFF Use the keys to change the setting FAIL SAFE JOIN gt Co Press the key once which will move the cursor back to the RH side of the ALARM RELAY displa FAIL SAFE ON Bown Press the key to accept the setting and move to the next setting If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Or press the 4 key to highlight the Y character ALARM RELAY STORE DOWN Stored Then press the key to store the selection and return to the OUTPUTS menu Page 71 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Outputs Menu 4 20mA CH1 Output 5 20 K E
104. Y character key will NOT store the selection but simply return to the PROBE SELECT PROBE SELECT PROBE SELECT Menu This function is useful if you STORE Y N AY STORE wish to view the current selection without making any changes iii Then press the key to store the Not stored Stored selection and return to the PROBE SELECT Menu Note Refer to Appendix A Probe Configuration Table NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE ORP Setup Menu Probe Select 5 7 Page 56 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Setup Menu Temp Unit 5 8 TEMP UNIT allows the user to select either Degrees Centigrade or Fahrenheit units for display Press the 4 key once which will move the cursor over the unit type C or F Use the Qu or Gow to select C or F Press the G gt gt key once which will move the cursor back to the RH side of the display TEMP UNIT DEGREE F Press the key to accept the change and move to the store function Or press the key to highlight the Y character With N selected pressing the Gow TEMP UNIT TEMP UNIT key will NOT store the selection but STORE simply return to the TEMP UNIT Selection Menu This function is useful if you wish to view the current selection Then press the Gown key to store the without making any changes Not stored Stored selection and return to the TEMP UNIT S
105. age 62 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Diagnostics Menu Firmware Rev 5 14 The FIRMWARE REV menu allows the user to see what revision of the firmware is currently installed in the controller This is a Read Only menu item NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE ORP Diagnostics Menu Firmware Rev 5 14 Page 63 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Diagnostics Menu Calibration Data 5 15 The Calibration Data menu is a series of read only screens which allow the user to view the data collected during the last calibration Press to view the first Calibration Data screen CALIBRATION DATA Calibration Mode 1 point calibration Press Gow to view the next Calibration Data screen CALIBRATION DATA 1st POINT 600mV BUFFER 600mV CALIBRATION DATA Probe Temperature at which CAL TEMP 19 4C calibration was performed 19 4 C If the Temperature Display Override is ON Section 5 11 the display will show CALIBRATION DATA TEMP O R ON NOTE PRESS THE AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE ORP Diagnostics Menu Calibration Data 5 15 Page 64 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Diagnostics Menu Sensor Input 5 16 500mV 25 0C RUN MODE The Sensor Input Menu allows the user to view real time uncompensated process data from the probe This is a Read only menu item
106. allow you to select the RELAY OFF value on the wrong side of the RELAY ON value for the selected direction If the user tries to set the RELAY OFF on the wrong side the following errors will de displayed RELAY B RELAY OFF 600 DOWN FALLING PROCESS ON SPT OFF SPT Error when trying to set OFF point lower than ON point when set to falling RISING PROCESS ON SPT OFF SPT Error when trying to set OFF point higher than ON point when set to rising TO CYCLE ON ORP Outputs Menu Relay B 5 18 RELAY ON 700 lt r RELAY B RELAY ON 700 gt Use the and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display RELAY ON 80 0 gt RELAY ON 800 Gown Press the key to accept the setting and move to the next setting If you wish to change the setting press 4 key once which will move the cursor to the first character of the value to be changed RELAY B RELAY OFF 60 0 gt Use the and keys to change the setting Press the Gr key once which will move the cursor back to the RH side of the display RELAY OFF 75 _ gt RELAY OFF 750 DOWN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 68 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Outputs Menu Relay B 5 18 The relay can be set to CYCLE when the process FROM CYCLE ON is betwe
107. alue As the value is changed the state of the relays will change depending on their settings in the OUTPUTS menu a A state of Relay A b B state of Relay B C C state of Alarm relay When a relay is energized the As well Channel 1 4 20 mA output will also characters a b c will change to follow the process value change The actual upper case A B C change will depend on how the CH1 output was scaled in the OUTPUTS menus The CH1 4 20 mA output will See Section 6 21 track the change in process value TEST 13100 Press the key once to abc 14 4mA alls move the cursor to the RH side of the display TEST 1310 Press the key to return to the abc 144mA MANUAL TEST MODE menu When the user exits the Manual Test Mode the relays and 4 20mA outputs will remain in the Test Mode state until the operator enters the run mode The relays and outputs will then revert back to the previous On line state NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Utilities Menu Manual Test Mode 6 4 Page 80 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Utilities Menu Relay Override 6 5 Relay Override is used to manually override the state of the relays the user is able to set the operating mode of the relay as AUTO ON OFF the default and run mode state are AUTO This feature can be used to turn the relays ON or OFF to manually correct the process
108. an be adjusted over the range from 0 to 1000 these are unitless numbers used for tuning purposes only With N selected pressing the Gow key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes 4 20mA CH2 TEMP STORE YIN Not stored DOWN Stored 4 20mA CH2 TEMP STORE N DOWN The Controller has 2 4 20mA outputs electrically isolated from each other and ground Either output can source current into a maximum of 800 ohms Channel 2 can be selected to track the process or temperature Channel 2 has fully independent and fully adjustable 4 amp 20 mA output adjustments This will enable the operator to span the output over the desired range Note that if the T COMP OVERRIDE is ON and Channel 2 output is set to track temperature the output will not change but hold at a value representing the temperature set in the T COMP OVERRIDE The example below shows the 4 20 mA set to 4mA 0 C and 20mA 100 C The output would then span 4 to 20 mA for a temperature swing of 0 C to 100 C Note that the span can reversed in that 4 mA can be set to a high process value and 20 mA can be set to a low process value effectively reversing the control direction 4r If you wish to change the setting press the Q key once which will move the cursor to the first character of the value to b
109. ange or where the temperature compensation is critical to correct process readings This menu allows to user to calibrate the temperature anywhere within it s range Be aware that the conductivity reading is affected by the temperature reading due to the temperature compensation so accurate temperature calibration is vital to obtaining accurate conductivity readings If the user is unsure of the calibration test fixture then it would be best to leave the temperature calibration at it s factory setting Be sure to allow the temperature of the cell to stabilize before attempting to calibrate the temperature sensor this may take a significant amount of time as the sensor is buried behind a protective layer of epoxy which will cause some delay 1000uS 25 0C RUN MODE MANUAL CAL COND If the Temperature Compensation Override is set to ON see section 6 12 the Shark cannot calibrate the temperature sensor This display will appear to alert the DRY CAL COND user to the condition DOWN TEMP CALIBRATION ar TEMP CALIBRATION TEMP O R ON gt HEWN The controller displays the current probe temperature If this incorrect the controller can be TEMP CALIBRATION to compensate 224C Press the G gt gt key once which will move the cursor Bown over the least sign digit of the temperature display DOWN TEMP CALIBRATION Use the and ow to adjust the reading until it agrees with the known temperature of the probe TEMP
110. can source current into a maximum of 800 ohms See Section 3 12 for wiring diagram Channel 1 the primary output is located on the flip out door terminal plug P6 Channel 1 is dedicated to track the process and has fully independent and fully adjustable 4 amp 20 mA output adjustments This will enable the operator to span the output over the desired range The example below shows the 4 20 mA set to 4mA 200mV and 20mA 800mV The output would then span 4 to 20 mA for a mV swing of 200mV to 800mV Note that the span can be reversed in that 4 mA can be set to a high mV value and 20 mA can be set to a low mV value effectively reversing the control direction If you wish to change the setting press the gt gt key once which will move the cursor to the first character of the value to be changed 4mA OUT 0 Use the ve and Gown keys to change the setting 4 20mA CH1 PROC 4mA OUT 200 gt Bown Press the ow key to accept the setting and move to the next If you wish to change the setting setting press the Gr key once which will move the cursor to the first character of the value to be changed 4 20mA CH1 PROC 20mA OUT 10d0 _ gt Press the key once which will move the cursor back to the RH side of the display Use the ve and keys to change the setting 4 20mA CH1 PROC 20mA OUT 800 lt gt 4 20mA CH1 PROC 20mA OUT 800 Gown Press the key to accept the setting and move to the next setti
111. ce which will move the cursor to the first character of the value to be changed RELAY A T RELAY A The relay can be set to control either a DIRECTION FALL DIRECTION RISING or FALLING process DOWN In a FALLING process the control relay will energize when the process falls below a set value In this case the ON set point must be set lower than the OFF setpoint REAYA Pressthe G key once In a RISING process the control relay which will move the cursor will energize when the process rises DIRECTION back to the RH side of the above a set value In this case the ON display set point must be set higher than the OFF set point DIRECTION FALL DOWN Use the CUP and keys to change the setting Press the Gow key to accept the setting and move to the next setting If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed The RELAY ON setting is the process RELAY A 45 RELAY value at which the relay will energize It RELAY ON 600 RELAYON 60 gt Use the and may be set anywhere in the normal range of the sensor ROM keys to change the setting Press the 4 key once RELAY ON 680 2 which will move the cursor back to the RH side of the The RELAY OFF setting is the process RELATO E display value at which the relay will de energize ELAY ON 680 gt The setting must be rationalized against Gown ics
112. change the setting If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed The HIGH ON set point is the high ALARM RELAY ALARM RELAY process value that will cause the relayto THIGHON 1500 mls HIGHON 1500 gt l Use the Cur and ow keys to change the setting energize This value can be set anywhere 0 100 of Full Scale DOWN ALARM RELAY HIGHON 1800 gt Press the Gr key once which will move the cursor back to the RH side of the ALARM RELAY displa HIGHON 1800 To DOWN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO TO HIGH OFF RUN MODE Conductivity Outputs Menu Alarm Relay 6 20 Page 99 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Outputs Menu Alarm Relay 6 20 FROM HIGH ON The HIGH OFF set point is the value that the must reach in order to de energize the alarm relay after it has increased over and tripped the HIGH ON set point This value must be lower than the HIGH ON Set point ALARM RELAY HIGH OFF 1400 DOWN The FAIL SAFE feature is designed to reverse the normal action of the relay When set to FAIL SAFE OFF the relay will operate as ALARM RELAY a normal relay which means that when the relay is not energized the NO contacts are open and a device FAILSAFE OFF connected via the NO contacts is turned off When the DOWN relay becomes
113. curate current meter in series with the Seung MOVE tO Uie Next SEWING 4 20mA output with the appropriate loads connected When the TUNE 4 20 2 TEMP The 4 20 and TUNE functions are set menu is selected the controller puts 4MA OUT 0 0 th 4 20 mA CH 1 output 20mA out to the terminals Use the C ve dos EC i or keys to adjust the 20 output to get exactly 20 4 20CH2 TEMP The TUNE value can be adjusted over 20MA OUT 100 0 the range from 0 to 1000 these are unitless numbers used for tuning purposes only 4 20 CH2 TEMP 20MA_TUNE 512 DOWN DOWN DOWN With selected pressing the owe key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without 4r making any changes Bown Or press the key to highlight the Y character Stored NOTE 4 20mA CH2 TEMP PRESS THE C AND ww KEYS STORE N TOGETHER TO GO IMMEDIATELY BACK TO GOWN Then press the key to store the RUN MODE selection and return to the OUTPUTS menu Not stored Conductivity Outputs Menu 4 20mA CH2 Output 6 22 Page 102 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity LED Display Menu Conductivity Manual Calibrate 6 23 RUN MODE MANUAL CALIBRATE Press MANUAL CALIBRATE key to select This menu allows the Manual Calibration The Controller will display DUFF prompting use
114. e RELAY B RELAY ON 9 80 DOWN Use the and Cows keys to change the setting Press the key once which will move the cursor back to the RH side of the The RELAY OFF setting is the process display value at which the relay will de energize RELAY ON 10 00 The setting must be rationalized against BOWN he On setting For example in a falling process the Off setting must be higher han the ON setting Press the key to accept the setting and move to the next setting If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed The controller will not allow you to select he RELAY OFF value on the wrong side of the RELAY ON value for the selected RELAY OFF 8 40 direction If the user tries to set the own RELAY OFF on the wrong side the ollowing errors will de displayed FALLING PROCESS ON SPT lt OFF SPT Error when trying to set OFF point lower than ON point when set to falling RISING PROCESS ON SPT gt OFF SPT Error when trying to set OFF point higher than ON point when set to rising TO CYCLE ON pH Outputs Menu Relay B 4 19 Use the e and keys to change the setting RELAY B RELAY OFF 9 5 Press the Gr key once which will move the cursor back to the RH side of the display NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 39 MULTI PARAMETER
115. e available ranges UP Once the correct range is selected move to the store function to save the selection Press the 4 key once which will move the cursor back COND RANGE to the RH side of the display 20 00mS cm Press the Gow key to accept the setting and move to the store function With N selected pressing the Gow key Or press the key to highlight will NOT store the selection but simply the Y character return to the COND RANGE Menu This function is useful if you wish to view the COND RANGE COND RANGE current selection without making any STORE YN STORE changes Then press the key to store the selection and return to the COND Not stored RANGE Menu PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Setup Menu Conductivity Range 6 8 Page 85 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Setup Menu Temp Unit 6 9 TEMP UNIT allows the user to select either Degrees Centigrade or Fahrenheit units for display TEMP UNIT 4 TEMP UNIT Press the G gt gt key once which will move the cursor DEGREE over the unit type C or F TEMP UNIT DEGREE Use the Qu or to select C or F TEMP UNIT Press the G gt gt key once DEGREE which will move the cursor back to the RH side of the display TEMP UNIT DEGREE F Press the key to accept the change and move to the sto
116. e bar graph on the front panel of the Shark The factory default for this function is OFF which means the 3 green LEDS are set to operate between the ON set points of Relay A and B This may not always be acceptable and this function allows the user to override these settings Press the key once which will move the cursor over the first character BAR GRAPH O R a OVERRIDE OFF oe BAR GRAPH O R Use the Cv and Gout to select the override either ON or OFF Press the G gt gt key once which will move the cursor back to the RH side of the display BAR GRAPH O R OVERRIDE QIN gt BAR GRAPH O R OVERRIDE ON DOWN BAR GRAPH O R The controller displays the current setting for the lowest Press the key to adjust the resolution setting If OFF was selected the menu will move to the store function directly TS green led of the bar graph Press the Cow key skip the setting for the Low Green Led and move to the setting for the High Green Led NOTE PRESS THE C AND KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Press the key skip the setting for the High Green Led and move to store function With N selected pressing the key will NOT store the selection but simply return to theBar Graph O R Menu This function is useful if you wish to view the current selection without making any changes STORE Not stored pH Setup Menu Bar Graph O R 4 14 BAR GRAPH O
117. e changed 4 20mA CH2 TEMPERATURE gt Use the and keys to change the setting 4 20mA CH2 PROCESS E 4 20mA CH2 TEMPERATURE E 4 20mA CH2 TEMPERATURE DOWN Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting The 4mA 20mA and TUNE functions are set up the same way as 4 20 mA CH 1 output ar Or press the gt key to highlight the Y character NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Then press the key to store the selection and return to the OUTPUTS menu pH Outputs Menu 4 20mA CH2 Output 4 22 Page 44 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH LED Display Menu pH Auto Calibrate 4 23 Press the key to select Manual Calibration MANUAL CALIBRATE This menu allows the user to manually L B L calibrate the probe the user enters the known buffer values ENTER Press the Cie key to select Auto AUTO CALIBRATE Calibration Auto Calibrate will automatically detect the buffers used to calibrate and set the display to the appropriate settings If the controller detects a problem it will flash the Err Error screen and return back to Auto Calibrate Press the Gar key to go immediately back to Run mode If the controller detects an error it will
118. e every process This setting allows the user to fine tune the compensation to their specific process Estimates of the correct compensation for certain chemicals are available and can be preset via this menu otherwise the user will need to set the compensation to 0 measure the effect of temperature for a specific process calculate the Bown actual compensation required and enter it through this menu The Compensation can be varied from 0 C to 10 C DOWN TEMP SENSOR DOWN AUTO RETURN DOWN T COMP OVERRIDE DOWN DISPLAY DAMPING DOWN TEMP COMP CURVE 4 TEMP COMP CURVE 45 Press the G gt gt key once 2 0 C which will move the cursor over the least digit TEMP COMP CURVE Use the and to adjust the percent compensation The setting can be changed from 0 to 10 C TEMP COMP CURVE Press the CX key once which will move the cursor back to the RH side of the TEMP COMP CURVE display 2 5 C Press the key to accept the setting and move to the store function If you wish to save the setting press the G gt gt key to highlight the Y character With N selected pressing the ow TEMP COMP CURVE key will NOT store the selection but STORE Y N simply return to the Temp Cond Curve setting menu This function is useful if QOWN you wish to view the current selection TEMP COMP CURVE without making any changes STORE N Then press the key to store the Not
119. e meter is already con figured for pH or ORP and a Differential Probe When using a pH probe it is important to ensure that the Shark is reading the probe temperature correctly for accurate temperature compensation The ORP probe does not require temperature compensation although the Shark can display process temperature measured by the probe The factory temperature calibration is usually accurate enough that no adjustments are necessary Section 3 Electrical Connections and Setup METER SELECTION PROBE SELECT MANUAL CAL PH 7 15pH 25 0C n E n 44 4 4 4 _ E R 4 p d lt I M DIFFERENTIAL pH or ORP PROBE SELECT pH SEC 4 6 or ORP SEC 5 5 IF NECESSARY SELECT DIFFERENTIAL PROBE pH SEC 4 7 or ORP SEC 5 6 IF NECESSARY MANUAL CALIBRATE pH PROBE SEC 4 1 or ORP PROBE SEC 5 1 RUN MODE Page 7 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 3 Electrical Connections and Setup 3 4 pH or ORP Combination Probe connections and setup The drawing shows the connections for the Aquametrix Combination probe The cable should be run in a conduit separate from AC power wires and via a separate conduit hole The cable length should not exceed 10 feet 3 meters Fig 3 3 Connections for the 2 and 4 wire Combination Probe The 2 wire version has no temperature sensor and is connected via a coaxial wire
120. e set higher than the OFF set point In a FALLING process the control relay will energize when the process falls below a set value In this case the ON set point must be set lower than the OFF set point DIRECTION RISE Relay B can be configured for the following operations Response to rising or falling process values Adjustable on and off set points Cycle on and off times Failsafe operation Each function will be explained below If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed RELAY B DIRECTION RISE gt Use the ve and Gown keys to change the setting RELAY B RELAYB DIRECTION Press the 4 key once which will move the cursor back to the RH side of the display RELAY B DIRECTION RISE Bown Press the key to accept the setting and move to the next setting If you wish to change the setting press x key once which will move the cursor to the first character of the value to be changed The RELAY ON setting is the process value at which the relay will energize It may be set anywhere between 0 100 of the range RELAY B DOWN The RELAY OFF setting is the process value at which the relay will de energize The setting must be rationalized against the On setting For example in a falling process the Off setting must be higher than the ON setting The controller will not
121. e set to control either a RELAY A 45 RISING or FALLING process DIRECTION FALL Cd Use the and In a FALLING process the control relay keys to change the setting will energize when the process falls below a set value In this case the ON set point must be set lower than the OFF set point Press the Gr key once which will move the cursor back to the RH side of the display In a RISING process the control relay will energize when the process rises above a set value In this case the ON set point must be set higher than the OFF set point DIRECTION FALL DOWN Press the key to accept the setting and move to the next setting If you wish to change the setting press the key once which will move the cursor to the first character of the value to be changed The RELAY ON setting is the process RELAY A value at which the relay will energize It RELAY ON 420 may be set anywhere between 0 100 Use the and of the range keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display The RELAY OFF setting is the process LAY ON 4 00 value at which the relay will de energize own Press the Cows key to accept the The setting must be rationalized against setting and move to the next setting the On setting For example in a falling If you wish to change the setting process the Off setting must be higher press the 4 key once wh
122. e user can select another function NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 49 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Calibration Menu Temp Calibration 5 2 500mV 25 0C RUN MODE If the Temperature Display Override is set to ON see section 5 11 the Shark cannot calibrate the temperature CALIBRATION MANUAL CAL PH sensor This display will appear to alert the user to the Bown condition TENP CAUBRATON sr TEMP CALIBRATION TEMP CALIBRATION TEMP O R ON gt The controller displays the current probe temperature If this incorrect the controller can be adjusted to compensate TEMP CALIBRATION 224C Press the key once which will move the cursor over the least sign digit of the Bown temperature display TEMP CALIBRATION Use the and Gow to adjust the reading until it agrees with the known temperature of the probe TEMP CALIBRATION spe 5 SP Press tte GE key once which will move the cursor back to the RH side of temperature display TEMP CALIBRATION Press the key to accept the reading and move to the store function T FACTOR SHIFTED T FACTOR SHIFTED will be ee al displayed for 5 seconds to indicate that the temperature sensor has been calibrated The Shark will then move to the store function If the calibration did not appear to TEMP CALIBRATION 45 TEMP CALIBRATION This wil
123. e user isn t shown a temperature value that isn t valid PROBE SELECTION DOWN TEMP UNIT DOWN TEMP SENSOR DOWN AUTO RETURN Bown Press key once which will move the cursor to T DISP OVERRIDE 4F T DISP OVERRIDE S the ON or OFF text OVERRIDE OFF DOWN T DISP OVERRIDE OVERRIDE Dl gt Use the ve Gow keys to select either ON or OFF T DISP OVERRIDE OVERRIDE ON gt Press the key once which will move the cursor back to the RH side of the T DISP OVERRIDE display OVERRIDE _ ON OWN Press the Gow key to accept the change and move to the store function If you wish to save the setting press the G key to highlight the Y character With N selected pressing the DISP OVERRIDE T DISP OVERRIDE key will NOT store the selection but ar simply return to the T Disp Override STORE Y N STORE Menu This function is useful if you wish DOWN DOWN to view the current selection without making any changes Then press the Gown key to store the selection and return to the T DISP OVERRIDE Menu Not stored Stored NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE ORP Setup Menu Temp Display Override 5 11 Page 60 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Setup Menu Display Damping 5 12 500mV 25 0C The Display Damping menu allows the user to adjust PROBE SELECTION the rate at which the display and all output
124. e will be turned on When the relay off set point is reached the relay will energize and the device connected to the NC contact will turn off The reason that the Fail Safe option would be used is to have the device turned on in the event of a power interruption If the Low On set point is set higher than the factory default Low Off set point when the user advances from the low on set point to the Low Off set point the shark will adjust the Low Off set point to be equal to the Low On set point If the user then tries to decrease the Low Off set point the Controller will display the Low Alarm setup error screen LOW ALARM SPT lt OFF SPT This screen will be displayed for 10 seconds then return back to the setup screen that was previously displayed The same conditions apply to the High alarm set points Except the High Off set point must be lower than the High On set point If the user tries to increase the High Off set point higher than the High On set point the High Alarm setup error screen will be displayed HIGH ALARM SPT gt OFF SPT If the user sets the low on set point and the low off set point equal to 0 it will disable the Low Alarm relay Similarly setting the High On set point and the HIGH OFF set point to 0 will disable the High Alarm With N selected pressing the Gow key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the
125. ed pressing the Gout key will NOT store the selection but simply return to the TEMP SENSOR Selection Menu This function is useful if you wish to view the current Then press the ow key to store the selection without making any changes selection and return to the TEMP PNE Norpro Stored SENSOR Selection Menu NOTE PRESS THE w AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Setup Menu Temp Sensor 6 10 Page 87 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Setup Menu Auto Return 6 11 K COND RANGE DOWN TEMP UNIT DOWN TEMP SENSOR DOWN AUTO RETURN 4 AUTO RETURN CAUTION If AUTO RETURN RELAYS is ON regardless of the user settings of the states of the relays Relays will default to AUTO 10 minutes after the Shark returns to Run Mode With N selected pressing the Gow key will NOT store the selection but simply return to the AUTO RETURN Selection Menu This function is useful if you wish to view the current selection without making any changes Conductivity Setup Menu Auto Return 6 11 AUTO RETURN is used to select what conditions will cause the controller to time out of the operations menu or reset the relay override function MENU ON will cause the controller to exit the menu and revert back to the online run mode after 10 minutes with no buttons pressed This feature ensures that if a user forgets to return back to run mode the con
126. ed with the unit UNIVERSAL MOUNTING BRACKET QTY 1 SCREW 10 24 X 1 2 QTY 4 HOLES 1 4 FOR MOUNTING SCREWS QTY 4 CUSTOMER SUPPLIED Section 2 Installation Page 5 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 3 Electrical Connections and Setup 3 1 Conduit Connections The Shark has four 1 2 conduit holes 2 on each side of the enclosure as shown on fig 2 1 The unit is shipped with these holes plugged with liquid tight conduit seals These must be left in unused holes to maintain the NEMA 4X integrity Use approved conduit hubs to connect the conduit connect these to the conduit before connecting to the enclosure Wire Specification Size and fuse wire accroding to local electrical code Maximum current not to exceed 10A when used to power auxillary decvices powered via internal connections 3 2 A C Power Connections Caution This instrument uses 120 or 240 50 60 Hz AC power Opening the enclosure door exposes you to potentially hazardous line power voltage which might be pres ent on the terminals of plug and P4 Always remove line power before working in this area If the relay contacts on P4 are powered from a seperate source from the line power on P3 be sure to disconnect that power before proceeding The Shark flip out door contains only low voltage and is safe to handle The Shark is available in two power models The Shark 240 is designed to operate at 240 VAC The Shark 120
127. election Menu NOTE PRESS THE C AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE ORP Setup Menu Temp Unit 5 8 Page 57 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Setup Menu Temp Sensor 5 9 TEMP SENSOR allows the user to select the type of temperature sensor used the in the probe The factory default for ORP is a 300 NTC Thermistor The user can also select a 3000 NTC Thermistor or a 1000 RTD TEMP UNIT TEMP SENSOR TEMP SENSOR apy Press the Q key once 300 NTC which will move the cursor over to the sensor type Use the Cur or to select the sensor type Once the correct Sensor has been selected press the G gt gt key once which will move the cursor back to the RH side of TEMP SENSOR the display 1000 o RTD gt TEMP SENSOR 31000 2 NTC gt TEMP SENSOR 300 NTC Press the key to accept the change and move to the store function Or press the G gt gt key to highlight the Y character TEMPSENSOR With N selected pressing the EMP SENSOR key will NOT store the selection but simply return to the TEMP SENSOR Selection Menu This function is useful if Then press the key to store the you wish to view the current selection i i Not stored Stored selection and return to the TEMP without making any changes SENSOR Selection Menu NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE
128. en the RELAY ON setting and the RELAY OFF setting This is meant to help eliminate overshoot The CYCLE ON time is the amount of time in seconds that the relay will be on The value can be set between 0 and 600 seconds The default ON time is 5 seconds RELAY B DOWN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE The CYCLE OFF time is the amount of time in seconds that the relay will be off for it can be set between 0 600 seconds CYCLEOFF 05 E To disable the cycling feature set the cycle off time to 0 The Default OFF time is 0 seconds The OVERFEED TIMER is designed to help safeguard against a process or instrumentation error causing one of the control relays to remain energized for extended periods of time When enabled the user must select the desired overfeed timeout time 1 999 min If the overfeed timer times out Alarm relay will energize Control A amp B will de energize LED on front will flash RELAY B OVERFD TIMER OFF E Must be reset via Utilities Menu or Power reset Bown The FAIL SAFE feature is designed to reverse the normal action of the relay When set to FAIL SAFE OFF the relay will operate as a normal relay which means that when the relay is not energized the NO contacts are open and a device connected via the NO contacts is turned off When the relay becomes energized the device turns on When the relay is set to FAIL SAFE ON the normal act
129. energized the device turns on When the relay is set to FAIL SAFE ON the normal action of the relay is reversed Thus the NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC contacts will be turned on when the relay on set point is reached Actually the relay will be de energized but because it is acting in reverse the device will be turned on When the relay off set point is reached the relay will energize and the device connected to the NC contact will turn off The reason that the Fail Safe option would be used is to have the device turned on in the event of a power interruption If the Low On set point is set higher than the factory default Low Off set point when the user advances from the low on set point to the Low Off set point the controller will adjust the Low Off set point to be equal to the Low On set point If the user then tries to decrease the Low Off set point the Controller will display the Low Alarm setup error screen LOW ALARM ION SPT lt OFF SPT This screen will be displayed for 10 seconds then return back to the setup screen that was previously displayed The same conditions apply to the High alarm set points Except the High Off set point must be lower than the High On set point If the user tries to increase the High Off set point higher than the High On set point the High Alarm setup error screen will be displayed HIGH ALARM ION SPT gt OFF SPT If the
130. ergize when the process rises above a set value In this case the ON set point must be set higher than the OFF set point In a FALLING process the control rela Press the Gr key once will energize Min the process falls which will move the cursor below a set value In this case the ON back to the RH side of the set point must be set lower than the display OFF set point DIRECTION RISE OWN Press the key to accept the setting and move to the next setting If you wish to change the setting press the 4 gt gt key once which will move the cursor to the first character of the value to be changed RELAY B RELAY B The RELAY ON setting is the process value at which the relay will energize It RELAY ON 70 00 RELAY 700 Pl gt may be set anywhere in the normal range of the sensor Use the Cur and Gown keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the The RELAY OFF setting is the process display value at which the relay will de energize The setting must be rationalized against Bown the On setting For example in a falling process the Off setting must be higher If you wish to change the setting press theG gt gt than the ON setting key once which will move the cursor to the first character of the value to be changed M EE ll ba ets to pers RELAY B 5 RELAY relic forthe sclecien RELAY OFF 6000 RELAY OFF 600
131. ethe or os PRESS THE Qu AND KEYS e Eu to select either ON or TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE MENU OFF gt Press the G gt gt key once which will move the cursor back to the AUTO RETUR RH side of the display MENU DOWN Press the key to accept the change and move to the RELAYS auto return function RELAYS ON will cause the relays to return to the AUTO mode if the controller returns to Online after 10 minutes of inactivity This ensures the controller will be put back in control of the process if accidentally left offline AUTO RETURN ar Press the G gt gt key once RELAYS OFF which will move the cursor to Bown the ON or OFF text AUTO RETURN RELAYS gt Use the C or keys to select either ON or OFF AUTO RETURN CAUTION RELAYS ON Press the G gt gt key once If AUTO RETURN RELAYS is ON regardless of which will move the cursor the user settings of the states of the relays Relays back to the RH side of the will default to AUTO 10 minutes after the Shark AUTO RETURN display returns to Run Mode RELAYS ON gt gt l Press the key to ROM accept the change and move to the STORE function Or press the Gn key to highlight the Y character With N selected pressing the Gow AUTO RETURN AUTO RETURN key will NOT store the selection but STORE Y NI lt gt STORE simply return to the AUTO RETURN Selection Menu This function is
132. etup 3 7 Relay connections The Shark controller has three internal relays Relays A and B are for control the Alarm Relay can be configured for alarm functions or as an additional control relay The connections to the relays are shown in the drawing Note that the AC power is internally connected to the WARNING relay terminal plug P4 This is used to provide 120V or 240V AC power for the relay contacts DISCONNECT POWER FROM CONTROLLER AND LOADS WHILE CONNECTING TO THE RELAY Wire Specification Size and fuse wire accroding to local OUTPUT TERMINAL PLUG electrical code Wire size not to exceed 14 AWG Figure 3 6 Connections for Relay A B and Alarm RELAY CONNECTIONS FOR 120VAC RELAY CONNECTIONS FOR 240vac SHARK 120 SHARK 240 WARNING e PIN 21 must be connected to relays for power WARNING e PIN 21 must be connected to relays for power PIN 22 cannot be connected to the relays PIN 22 cannot be connected to the relays ses GS omm meme Em m m EE mum NEUTRAL OUT 22 1 LINE OUT 21 LINE OUT 22 1 LINE OUT 21 21 22 23 24 25 26 27 28 29 30 31 00000000000 21 22 23 24 25 26 27 28 29 30 31 00000000000 Internal Internal connections connections NEUTRAL LINE LINE LINE GROUND GROUND Caution The contacts are rated at 10 amp N O and 5 amp N C Do not exceed this rating When switching larger currents use an auxillary relay switched by the cont
133. event of a power interruption For example a process that needs a constant feed would want a pump to turn on in the event of a controller power failure With N selected pressing the Cow key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes RELAY B 25 CYCLE OFF 05 DOWN RELAY B CYCLE OFF 05 gt CYCLE OFF 2dos gt CYCLE OFF 2005 E DOWN If you wish to change the setting press the 4 gt gt key once which will move the cursor to the first character of the value to be changed RELAY B FAIL SAFE OFF DOWN RELAY A STORE YN DOWN Not stored TO OUTPUTS MENU Flow Outputs Menu Relay B 7 16 RELAY B FAL SAFE OFF gt FAIL SAFE gt FAIL SAFE ON DOWN Use the Cur and Gown keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting Use the Cur and keys to change the setting Press the key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the STORE fucntion Or press G gt gt key to highlight the Y character RELAY A lt P ISTORE N DOWN Stored Then press the Gow key to store the selection and return to the OUTPUTS menu
134. ey to store the selection and return to the Auto Return Selection Menu Not stored Stored NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 88 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Setup Menu T Comp Override 6 12 Temperature Compensation Override is used to manually set the actual probe or process temperature This is useful if the probe does not have a temperature sensor or if the process temperature is constant When the override is enabled the controller will use the selected temperature when performing temperature compensation calculations COND RANGE DOWN TEMP UNIT DOWN TEMP SENSOR DOWN AUTO RETURN Gown Press the G gt gt key once which will move the cursor to T COMP OVERRIDE 4 ET COMP OVERRIDE 25 the ON or OFF text COMPENSATE OFF oe T COMP OVERRIDE COMPENSATE OFF gt Use the C or Gown keys to select either ON or OFF T COMP OVERRIDE COMPENSATE DN gt Press the 4 key once which will move the cursor back to the RH side of the T COMP OVERRIDE COMPENSATE ON DOWN Press the key to accept the change and move to the Temperature Entry function The user can now enter the actual probe or process temperature T COMP OVERRIDE Press Q key once TEMP 254C X77 which will move the cursor over the least significant digit of the temperature display NOTE T COMP OVERRIDE PRESS THE
135. ey to highlight the Y character Stored 4 20mA CH1 PROC STORE N Then press the key to store the selection and return to the OUTPUTS menu 4 20mA CH1 PROC DOWN Cc DOWN Conductivity Outputs Menu 4 20mA CH1 Output 6 21 20mA OUT 2000 1 20mA TUNE 512 lt r The Controller has 2 4 20mA outputs electrically isolated from each other and ground Either output can source current into a maximum of 800 ohms See Section 3 12 for wiring diagram Channel 1 the primary output is located on the flip out door terminal plug P6 Channel 1 is dedicated to track the process and has fully independent and fully adjustable 4 amp 20 mA output adjustments This will enable the operator to span the output over the desired range The example below shows the 4 20 mA set to 4mA 400uS and 20mA 1800uS The output would then span 4 to 20 mA for a conductivity swing of 400 to 1800 Note that the span can reversed in that 4 mA can be set to a high conductivity value and 20 mA can be set to a low conductivity value effectively reversing the control direction If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed 4 20mA CH1 PROC 4mAOUT D j 4 20mA CH1 PROC 4mA OUT 40p 4 20mA CH1 PROC 4mA OUT 400 DOWN Use the ve and keys to change the setting Press G gt gt key once which will move the cursor
136. flash the Err Error screen and return back to Auto Calibrate pH LED Display Menu pH Auto Calibrate 4 23 C N 27 Jj AZ m LN AUTO CALIBRATE oO J Cj Z N c AEN C3 JIN m Oo m TO MANUAL CALIBRATE The Controller will display bUF1 prompting the user to place the probe in the first buffer solution Be sure to clean and rinse the Probe first with D I water and then insert it in the 7 00 buffer Press the Gate key The controller will flash DUF1 for about 10 seconds while it reads the buffer The controller will determine which one of the standard buffers is being used either 4 7 or 10 and will set the display to that value If the displayed value is correct press the Gute key The display will flash Press the te key again to confirm the entry The Controller will display 2 prompting the user to place the probe in the second buffer solution Be sure to clean and rinse the Probe first with D I water and then insert it in the 4 00 10 00 buffer Press the Gare key The controller will flash DUF2 for about 10 seconds while it reads the buffer The controller will determine which one of the standard buffers is being used and will set the display to that value If the displayed value is correct press the key The display will flash Press the key again to
137. he G gt gt key once to move the cursor to the RH ofthe display RELAY OVERRIDE RELAY A AUTO DOWN RELAY OVERRIDE RELAY A ON DOWN Then use the key to move to the Override setting for Relay A RELAY OVERRIDE RELAY A OFF E DOWN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Use the Cue or key to change the Override state from AUTO controlled by process settings ON relay forced on OFF relay forced off The relay will react immediately If you wish to accept the Override setting Press the key once to move the cursor to the RH of the display To Alarm Relay Relay C Override RELAY OVERRIDE RELAY B RELAY OVERRIDE RELAY BIN RELAY OVERRIDE RELAY B OFF 5 Flow Utilities Menu Relay Override 7 3 RELAY OVERRIDE Then use the key RELAY B AUTO to move to the Override setting for Relay B DOWN RELAY OVERRIDE RELAY ON DOWN RELAY OVERRIDE RELAY B OFF DOWN Page 108 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Utilities Menu Relay Override 7 3 FROM RELAY B OVERRIDE MENU If you wish to Override Relay C Press the Q key once which will move the cursor NOTE over to the AUTO ON OFF text i a Relay C is the Alarm Relay RELAY C AUTO Use the key to change the Override state from AUTO controlled by process settings ON relay forced on OFF relay forced off if y
138. he RELAY ON value for the selected direction If the user tries to set the RELAY OFF on the wrong side the following errors will de displayed FALLING PROCESS ON SPT OFF SPT Error when trying to set OFF point lower than ON point when set to falling RISING PROCESS ON SPT OFF SPT Error when trying to set OFF point higher than ON point when set to rising Relay A can be configured for the following operations Response to rising or falling process values Adjustable on and off set points Cycle on and off times Failsafe operation RELAY A 4r If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed RELAY A ap RELAY A DIRECTION FALL DIRECTION DOWN DIRECTION DIRECTION FALL DOWN If you wish to change the setting Use the and Gow keys to change the setting Press the Gr key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting press the key once which will move the cursor to the first character of the value to be changed RELAY A RELAY A RELAY ON 300 RELAYON 300 gt DOWN RELAY ON 35 0 gt RELAY 350 DOWN If you wish to change the setting Use the and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of
139. ibration buffer accepted value and cell resistance calibration temperature Recall data from last calibration calibration mode 1st amp 2nd accepted buffer value and probe mV output calibration temperature calibration slope and probe efficiency Recall store K factor Auto Return User selectable auto return if SHARK is left in menu mode or if relays are left in manual override mode for more than 10 min Display Damping User can select rate at which SHARK updates display Enables display damping of unstable process Net Weight 2 2165 1kg Appr ovals Section Specifications ULC pending Page 2 Section 2 Installation 2 1 Unpacking MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Save the shipping carton and packing material in case the instrument needs to be stored or returned Inspect the instrument and packing material for shipping damage and report any problems immediately 2 2 Location Locate the controller analyzer close to the sensor The list below gives typical maximum dis tances for various sensors Refer to the sensor specifications for exact information Aquametrix Differential PH Probe 3000 ft 914 meters e Aquametrix Combination PH Probe 10 ft 3 meters Aquametrix Conductivity Probe 300 ft 91 meters Aquametrix Flow sensor 2000 ft 610 meters 2 3 Mounting Fig 2 1 Controller dimensions MOUNTING L BRACKET 3 60 foe i MINIMUM INTE
140. ibration value Please wait for the controller to complete the measurement BUFFER ERROR CONTINUE When complete the controller will report the measured value Press the key to move to Buffer 2 Place the probe in the second buffer solution Be sure to clean and rinse the Probe first with D I water and then insert it in the 4 00 buffer Press the key The controller will read the pH value averaging a number of results to get a stable calibration value Please wait for the controller to complete the measurement BUFFER ERROR CONTINUE El When complete the controller will report the measured value After 5 seconds the controller will compute the slope of the calibration the estimated probe efficiency and the probe temperature If the calibration is OK use the C key to move the cursor over the Y text and press the down key This will store the calibration data and return back to the Auto cal setup so the user can select another function NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 20 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL K pH Calibration Menu Temperature Calibration 4 3 RUN MODE 7 15pH_25 0C CALIBRATION MANUAL CAL PH DOWN AUTO CAL PH DOWN TEMP CALIBRATION D D If the calibration did not appear to be correct press the Gow key which will return back to the Temp Calibration menu TEMP CALIB
141. ich will move the cursor than the ON setting to the first character of the value to be changed The controller will not allow you to select 3k the RELAY OFF value on the wrong side of the RELAY ON value for the selected RON direction If the user tries to set the RELAY OFF on the wrong side the Press the 4 key once following errors will de displayed which will move the cursor back to the RH side of the FALLING PROCESS RELAY OFF 450 display ON SPT OFF SPT zm Error when trying to set OFF point lower than ON point when set to falling NOTE PRESS THE C AND Gow KEYS RISING PROCESS TO CYCLE ON TOGETHER TO GO IMMEDIATELY BACK TO ION SPT gt OFF SPT RUN MODE Error when trying to set OFF point higher than ON point when set to rising pH Outputs Menu Relay A 4 18 Page 37 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Outputs Menu Relay A 4 18 The relay can be set to CYCLE when the process FROM CYCLE ON is between the RELAY ON setting and the RELAY OFF setting This is meant to help eliminate overshoot The CYCLE ON time is the amount of time in seconds that the relay will be on The value can be set between 0 and 600 seconds The default ON time is 5 seconds If you wish to change the setting RELAY A 25 CYCLEON 55 DOWN RELAY A CYCLEON RELAY A CYCLEON 1006 gt RELAY A CYCLE ON 1005 DOWN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO R
142. in the MANUAL TEST MODE the relays and outputs are no longer placed on hold as they are when in the rest of the menu The relays and outputs will react to the simulated change in process as if the Shark was in RUN MODE Note that when the user exits the MANUAL TEST MODE the relays and outputs will remain in the MANUAL TEST MODE state until the user enters RUN MODE 3 11 RELAY OVERRIDE LCD MENU SECTION pH 4 5 ORP 5 4 Conductivity 6 5 Flow 7 3 Relay Override is used to manually override the state of the relays The user is able to set the operating mode of the relay as AUTO ON OFF the default and RUN MODE states are AUTO This feature can be used to energize or de energize the relays to manually correct the process or to shut down an ancillary device to perform maintenance When in the RELAY OVERRIDE mode the relays are no longer placed on hold as they are when in the other menus Note that if the RELAY AUTO RETURN is set to ON the controller will place all the relay settings back to AUTO 10 minutes after the Shark returns to the run mode Section 3 Electrical Connections and Setup Page 14 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 3 Electrical Connections and Setup 3 12 4 20 mA Isolated Outputs Channel 1 and Channel 2 LCD MENU SECTIONS pH 4 21 amp 4 22 ORP 5 20 amp 5 21 Conductivity 6 21 amp 6 22 Flow 7 18 amp 7 19 The Shark Controller has two 4 to 20mA out
143. ion DISPLAY DAMPING without making any changes STORE N DOWN Then press the key to store the selection and return to the Display Not stored Stored Damping Menu NOTE PRESS THE C AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Flow Setup Menu Display Damping 7 8 Page 114 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Setup Menu Totalizer Reset 7 9 Totalizer Reset is used to reset the Flow totalizer to zero Note that this once complete this action cannot be reversed the accumulated total will be erased permanently When the totalizer roles over an auxillary LED will light up up the front panel UNITS OF VOLUME DOWN UNITS OF TIME DOWN AUTO RETURN DOWN DISPLAY DAMPING DOWN If you wish to reset the totalizer press the 4 key to highlight the Y character TOTALIZER RESET TOTALIZER RESET 4r RESET YN 4r If you do not wish to reset the totalizer TOTALIZER RESET Press the key which will return RESET N back to the Totalizer Reset menu then Press the key to confirm the action TOTALIZER RESET ers The controller will ask once more If you CONFIRM YN wish to reset the totalizer press the 4 gt gt If you do not wish to reset totalizer key to highlight the Y character Press the key which will return TOTALIZER RESET back to the Totalizer Reset menu CONFIRM N then Press the key to complete
144. ion of the relay When set to FAIL SAFE OFF the relay will operate as a normal relay which means that when the relay is not energized the NO contacts are open and a device connected via the NO contacts is turned off When the relay becomes energized the device turns on When the relay is set to FAIL SAFE ON the normal action of the relay is reversed Thus the NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC contacts will be turned on when the relay on set point is reached Actually the relay will be de energized but because it is acting in reverse the device will be turned on When the relay off set point is reached the relay will energize and the device connected to the NC contact will turn off The reason that the Fail Safe option would be used is to have the device turned on in the event of a power interruption For example a process that needs a constant feed would want a pump to turn on in the event of a controller power failure With N selected pressing the Gow key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes RELAY B zr STORE YN Or press the GA key to highlight the Y character RELAY B STORE Gow Then press the key to store the selection and return to the OUTPUTS menu FAIL SAFE OFF DOWN Not stored au Stored
145. ion of the relay is reversed Thus the NO contact acts as the NC contacts and the NC acts as the NO Therefore the device connected to the NC contacts will be turned on when the relay on set point is reached Actually the relay will be de energized but because it is acting in reverse the device will be turned on When the relay off set point is reached the relay will energize and the device connected to the NC contact will turn off The reason that the Fail Safe option would be used is to have the device turned on in the event of a power interruption For example a process that needs a constant feed would want a pump to turn on in the event of a controller power failure With N selected pressing the key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes RELAY B P STORE Y IN Or press the GF Not stored key to highlight the Y character RELAY B DOWN DOWN RELAY B STORE Gown Then press the Gow key to store the selection and return to the OUTPUTS menu Stored TO OUTPUTS MENU ORP Outputs Menu Relay B 5 18 RELAY B ar FAIL SAFE OFF lt r If you wish to change the setting press the Gr key once which will move the cursor to the first character of the value to be changed RELAY B CYCLEON 55 gt Use the ve and C keys to change the setting CYCLEON 10S
146. ities menu character and press the key to return back to the Utilities menu NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE ORP Utilities Menu Overfeed Timer Reset 5 6 Page 55 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Setup Menu Probe Select 5 7 PROBE SELECT will allow the user to select whether the probe is a 2 or 4 wire combination probe or a 5 wire differential probe Press the G gt gt key once lt gt PROBE SELECT 4 amp PROBE SELECT zs which will move the cursor DIFFERENTIAL over the first character of the probe type DOWN Not PROBE SELECT Use or Gow keys to scroll through ote the probe styles available If using the 2 wire Combination Probe which DIFFERENTIAL p y In this case the user can select doesn t have a temperature sensor T DISP the 2 or 4 wire combination probe OVERRIDE must be set to ON and the actual the 5 wire differential probe probe temperature set through the T DISP OVERRIDE menu see sec 5 11 Once the correct style probe is selected move to the store function to save the selection PROBE SELECT COMBINATION Press the Gr key once which will move the cursor back to the RH side of the display PROBE SELECT COMBINATION DOWN Press the ow key to accept the setting and move to the store function Or press G gt gt key to highlight With N selected pressing the the
147. l store the calibration data be correct press the Gow key STORE Y STORE N and return back to the Temp which will return back to the Temp m Calibration setup so the user can Calibration menu select another function NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE ORP Calibration Menu Temp Calibration 5 2 Page 50 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Utilities Menu Manual Test Mode 5 3 Manual Test Mode is used to simulate a process reading in order to verify the correct response of the outputs When in the Manual Test Mode the outputs are no longer placed on hold as they are when in the rest of the menu The range is 0 to 1000mV Press the 4 key once which will abc 12 0mA move the cursor over the least digit of the simulated process value Use the Qu and Gow keys to change the simulated process value As the value is changed the state of the relays will change depending on their settings in the OUTPUTS menu a A state of Relay A b B state of Relay B c C state of Alarm relay When a relay is energized the As well Channel 1 4 20 mA output will also characters a b c will change to follow the process value change The actual upper case A B C change will depend on how the CH1 output was scaled in the OUTPUTS menus The CH1 4 20 mA output will See Section 5 20 track the change in process Press the key once to 120m 500 gt 4r m
148. mA CH1 Note that the span can reversed in that 4 mA can be set to a high process value and 20 mA can be set to a low process value effectively reversing the control direction DOWN 4 20mA CH2 ar If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed 4 20mA CH2 4 20mA CH2 TEMPERATURE TEMPERATURE gt Bown Use the Cur and keys to change the setting The TUNE function allows the user to recisely adjust the 4 20mA output to 420 CH2 y adj p TEMPERATURE N Press the G gt gt key once compensate for any errors in the output which will move the cursor circuitry Normally fine tuning the 4 back to the RH side of the 20mA output is not necessary display accurate current meter in series with the BONN Press the key to accept the setting and move to the next 4 20mA output with the appropriate setting loads connected When the TUNE menu is selected the controller puts 4 20CH2 TEMP The 4mA 20mA and TUNE functions are 20mA out to the terminals Use the C 4MA OUT 0 0 set up the same way as 4 20 mA CH 1 or keys to adjust the 20mA output Gown output to get exactly 20 4 20CH2 TEMP The TUNE value can be adjusted over 20MA OUT 100 0 the range from 0 to 1000 these are unitless numbers used for tuning purposes only 20MA TUNE 512 With N selected pressing the Gow Count key will NOT store
149. mV cde i the my npt Tom Me pone TEMP 3310 bottom line shows the actual value of the temperature sensor in ohms D NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Troubleshooting a pH probe using the sensor input Sensor input displays the uncompensated sensor input data The pH probe values are dis played in mV millivolts The temperature sensor value is displayed in Q ohm Connect the pH probe as per Probe Configuration Table in Appendix A 1 Place the probe in buffer 7pH allow temperature to stabilize e Probe should read OmV x50mV e Temperature should read 3009 509 25 C Record both of these numbers 2 Place the probe in buffer 4pH Probe should read 160mV more than probe value at 7pH Temperature should read the same as in 7pH 3 Place the probe in buffer 10pH e Probe should read 160mV less then probe value at 7pH Temperature should read the same as in 7pH pH Diagnostics Menu Sensor Input 4 17 Page 36 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Outputs Menu Relay A 4 18 RUN MODE Relay A can be configured for the following operations Response to rising or falling process values Adjustable on and off set points Cycle on and off times Failsafe operation RELAY A If you wish to change the setting press 4 key once which will move the cursor to the first character of the value to be changed The relay can b
150. n of the temperature display T COMP OVERRIDE TEMP 254c gt Use the P gt and ow to adjust the reading until it agrees with the known temperature of the NOTE probe or process PRESS THE C AND ww KEYS Press the key once TOGETHER TO GO IMMEDIATELY BACK TO T COMP OVERRIDE aun which will move the cursor RUN MODE meme 357K gt back to the RH side of temperature display T COMP OVERRIDE TEMP 35 7C Press the key to accept the Bown reading and move to the store function If you wish to save the setting press the key to highlight the Y character Vei Heats ni T COMP OVERRIDE x TCOMP OVERRIDE wl Store the selection Du STORE Y STORE N simply return to the T Comp Override Menu This function is useful if you wish DOWN DOWN to view the current selection without making any changes Then press the key to store the selection and return to the T COMP OVERRIDE Menu Not stored pH Setup Menu T Comp Override 4 12 Page 31 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Setup Menu Display Damping 4 13 The Display Damping menu allows the user to adjust the rate at which the display and all outputs are updated This allows the user to dampen out unstable process readings The damping can be set from 0 seconds to 10 Gown seconds default value is 0 sec TEMP SENSOR DOWN AUTO RETURN DOWN T COMP OVERRIDE Bown Press the G gt gt key once
151. nd return to the OUTPUTS menu Page 42 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Outputs Menu 4 20mA CH1 Output 4 21 The Controller has 2 4 20mA outputs electrically isolated from each other and ground Either output can source current into a maximum of 800 ohms See Section 3 12 for wiring diagram Channel 1 the primary output is located on the flip out door terminal plug P6 Channel 1 is dedicated to track the process and has fully independent and fully adjustable 4 amp 20 mA output adjustments This will enable the operator to span the output over the desired range RELAY A DOWN RELAY B DOWN ALARM RELAY DOWN The example below shows the 4 20 mA set to 4mA 7 00pH and 20mA 14pH The output would then span 4 to 20 mA for a pH swing of 7 0 to 14 0 4 20mA CH1 lt gt Note that the span can reversed in that 4 mA can be set to a high pH value and 20 mA can be set to a low pH value effectively reversing the control direction If you wish to change the setting press the gt gt key once which will move the cursor to the first character of the value to be changed 4 20mA CH1 PROC a 4 20mA CH1 PROC 4mA OUT 0 00 4mA OUT O o 0 gt Bown Use the Cur and keys to change the setting 4 20mA CH1 PROC NOTE 4mA OUT 790 gt Press the 4 key once PRESS THE C AND Cw KEYS which will move the cursor back UP DOWN 5 TOGETHER TO GO IMMEDIATELY BACK TO 4 20mA CH1 PROC RUN
152. ng Press the 4 key once which will move the cursor back to the RH side of the display If you wish to change the setting press the Gr key once which will move the cursor to the first character of the value to be changed 4 20mA CH1 PROC 20mA TUNE 51D gt Use the e and keys to change the setting 4 20mA CH1 PROC 20mA TUNE 54 gt l 4 20mA CH1 PROC 20mA TUNE 540 Bown Press the key to accept the setting and move to the next setting Press the key once which will move the cursor back to the RH side of the display Page 72 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Outputs Menu 4 20mA CH2 Output 5 21 The Controller has 2 4 20mA outputs electrically isolated from each other and ground Either output can source current into a maximum of 800 ohms Channel 2 can be selected to track the process or temperature Channel 2 has fully independent and fully adjustable 4 amp 20 mA output adjustments This will enable the operator to span the output over the desired range Note that if the T DISP OVERRIDE is ON and Channel 2 output is set to track temperature the output will not change but hold at a value representing the temperature set in the T DISP OVERRIDE DOWN RELAY B DOWN ALARM RELAY The example below shows the 4 20 mA set to 4mA 0 C and 20mA 100 C DOWN The output would then span 4 to 20 mA for a temperature swing of 0 C to 100 C 4 20
153. ngs ON relay forced on If you do not wish to OFF relay forced off f you wish to accept the Override Relay C then The relay will react Override setting use the Ew key to immediately Press the G gt gt key once the Store function to move the cursor to the RELAY OVERRIDE Ror thedisplay RELAY OVERRIDE Then use the Gow key RELAY C AUTO gt RELAY C AUTO to move to the Override CN setting for Relay C RELAY OVERRIDE RELAY OVERRIDE RELAY CJON RELAY C ON DOWN RELAY OVERRIDE RELAY OVERRIDE RELAY RELAY C OFF DOWN If you wish to store the state of the Relay Overrides press the key to RELAY OVERRIDE 3 highlight the Y character STORE Y With N highlighted pressing the key will NOT store the Override states of the relays but they will revert to the Then press the key to store the state they were in before the menu was Override states of all the relays and entered Note that if any of the relays Gown return back to the Override menu were in a specific Override state before the menu was entered i e not in AUTO they will revert to that state again unless the changes are STORED STORED TO RELAY OVERRIDE MENU NOTE PRESS THE C AND KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE pH Utilities Menu Relay Override 4 5 Page 24 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Utilities Menu Meter Selection 4 6 RUN MODE 7 15pH 25 0C DOWN
154. ollowing errors will de displayed RELAY B RELAY OFF 1200 DOWN FALLING PROCESS SPT lt OFF SPT Error when trying to set OFF point lower than ON point when set to falling RISING PROCESS SPT gt OFF SPT Error when trying to set OFF point higher than ON point when set to rising TO CYCLE ON Conductivity Outputs Menu Relay B 6 19 Relay B can be configured for the following operations Response to rising or falling process values Adjustable on and off set points Cycle on and off times Failsafe operation Each function will be explained below If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed 4r Use the Ce and keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed 4r RELAYON 140b Use the C and ow keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display RELAY ON 1550 DOWN Press the key to accept the setting and move to the next setting If you wish to change the setting press the G key once which will move the curs
155. ontacts will be turned on when the relay on set point is reached Actually the relay will be de energized but because it is acting in reverse the device will be turned on When the relay off set point is reached the relay will energize and the device connected to the NC contact will turn off The reason that the Fail Safe option would be used is to have the device turned on in the event of a power interruption With N selected pressing the Gow key will NOT store the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any changes Flow Outputs Menu Relay A 7 FROM CYCLE ON If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed RELAY A CYCLEON RELAY A gt CYCLEON 55 E DOWN Use the and ovs keys to change the setting Press the key once which will move the cursor back to the RH side of the display CYCLEON 1005 gt RELAY A CYCLEON 1005 DOWN If you wish to change the setting press the 4 key once which will move the cursor to the first character of the value to be changed RELAY A CYCLEOFF gt Use the C0 and RELAY A CYCLEOFF 05 gt DOWN Press the 4 key once which will move the cursor back to the RH side of the display CYCLEOFF 2005 E DOWN Press the key to accept the set
156. or over to the AUTO ON OFF text Use the Cue key to change the Override state from AUTO controlled by process settings ON relay forced on OFF relay forced off The relay will react immediately Override setting CAUTION Note that if the Relay Auto Return Menu is set to ON the controller will place all these settings back to AUTO if the controller is put back in run mode and there is no button activity for 10 minutes If you wish to accept the Press F key once to move the cursor to the RH of the display RELAY OVERRIDE RELAY A RELAY OVERRIDE RELAY AON gt RELAY OVERRIDE RELAY A OFF gt If you wish to Override Relay B Press the Gr key once which will move the cursor over to the AUTO ON OFF text Use the key to change the Override state from AUTO controlled by process settings ON relay forced on OFF relay forced off The relay will react immediately RELAY OVERRIDE RELAY B AJUTO gt Override setting RH of the display RELAY OVERRIDE RELAY B DN gt RELAY OVERRIDE RELAY B gt ORP Utilities Menu Relay Override 5 4 RELAY OVERRIDE RELAY A AUTO DOWN Then use the Gow key to move to the Override setting for Relay A RELAY OVERRIDE RELAY A ON DOWN RELAY OVERRIDE RELAY A OFF DOWN TOGETHER TO GO IMMEDIATELY BACK TO NOTE PRESS THE C AND Gow KEYS RUN MODE If you wish
157. or to the first character of the value to be changed az RELAY RELAY OFF 1200 Use the Ce and keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 97 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Outputs Menu Relay B 6 19 The relay can be set to CYCLE when the process is between the RELAY ON setting and the RELAY OFF setting This is meant to help eliminate overshoot The CYCLE ON time is the amount of time in seconds that the relay will be on The value can be set between 0 and 600 seconds The default ON time is 5 seconds DOWN NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE The CYCLE OFF time is the amount of time in seconds that the relay will be off for it can be set between 0 600 seconds DOWN To disable the cycling feature set the cycle off time to 0 The Default OFF time is 0 seconds The OVERFEED TIMER is designed to help safeguard against a process or instrumentation error causing one of the control relays to remain energized for extended periods of time When enabled the user must select the desired overfeed timeout time 1 999 min If the overfeed timer times out Alarm relay will energize Control
158. ore the selection and return to the OUTPUTS menu With N selected pressing the Not stored Flow Outputs Menu 4 20mA CH1 Output 7 18 Page 127 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Outputs Menu 4 20mA CH2 Output 7 19 0 RUN MODE TE TOTAL 0 The Controller has 2 4 20mA outputs electrically isolated from each other and ground Either output can source current into a maximum of 800 ohms Channel 2 has fully independent and fully adjustable 4 amp 20 mA output adjustments This will enable the operator to span the output over the desired range RELAY A DOWN RELAY B DOWN ALARM RELAY DOWN 4 20mA CH1 DOWN The TUNE function allows the user to 4 20mA CH2 precisely adjust the 4 20 output to compensate for any errors in the output circuitry Normally fine tuning If you wish to change the setting press the Gr the 4 20mA output is not necessary key once which will move the cursor to the first The make the adjustment place an character of the value to be changed accurate current meter in series with 120 CH2 PROC The 4mA 20mA and TUNE functions are set the 4 20mA output with the appropriate connected When 4MA OUT 000 way as 4 the TUNE menu is selected the DOWN controller puts 20mA out to the terminals Use the ve or Gow 220 CH2 PROL keys to adjust the 20mA output to get 20MA OUT 100 0 exactly
159. ou wish to accept the The relay will react Override setting immediately Press the G gt gt key once to move the cursor to the RELAY OVERRIDE RH of the display RELAY OVERRIDE Then use the Gow key RELAY C AJUTO RELAY C AUTO to move to the Override setting for Relay C DOWN If you do not wish to Override Relay C then use the key to the Alarm Relay DOWN RELAY OVERRIDE RELAY OVERRIDE RELAY C QN RELAY ON DOWN RELAY OVERRIDE RELAY OVERRIDE RELAY C Q FF RELAY C OFF DOWN If you wish to store the state of the Relay Overrides press the key to highlight the Y character RELAY OVERRIDE STORE YN With N highlighted pressing the owt key will NOT store the Override states of the relays but they will revert to the RELAY OVERRIDE Then press the key to store the state they were in before the menu was Override states of all the relays and entered Note that if any of the relays STORE return back to the Override menu were in a specific Override state before the menu was entered i e not in NOT STORED AUTO they will revert to that state STORED again unless the changes are STORED NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE TO RELAY OVERRIDE MENU Flow Utilities Menu Relay Override 7 3 Page 109 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Utilities Menu Meter Selection 7 4 RUN MODE CALIB
160. ou wish to change the setting press the key once which will move the cursor to the first character of the value to be changed Use the Ce and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the If you wish to change the setting Setting and move to the next setting press the G gt gt key once which will move the cursor to the first character of the value to be changed TIME MIN RELAY B OVERFD TIME MIN b gt RELAY B OVERFD TIME MIN 6 DOWN RELAY B RELAY B 4r FAIL SAFE OJFF gt Use the ve and Gow keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display FAIL SAFE DOWN Press the key to accept the setting and move to the STORE fuction Page 98 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Outputs Menu Alarm Relay 6 20 The ALARM RELAY will respond to both a rising and falling process The ALARM RELAY will act as a low alarm falling process and a high alarm rising process Both relay bands will have independently adjustable on and off set points If a low alarm on set point is set at a value 800uS for example the off set point must be set higher The controller will not let the user input a value below the low alarm on The same rule holds true for the high alarm
161. ove the cursor to the RH side of the display Press the key to return to the MANUAL TEST MODE menu When the user exits the Manual Test Mode the relays and 4 20mA outputs will remain in the Test Mode state until the operator enters the run mode The relays and outputs will then revert back to the previous On line state NOTE PRESS THE AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE ORP Utilities Menu Manual Test Mode 5 3 Page 51 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Utilities Menu Relay Override 5 4 RELAY OVERRIDE 45 RELAY AUTO DOWN If you do not wish to Override Relay A then use the key to move to Relay B RELAY OVERRIDE er RELAY B AUTO DOWN If you do not wish to Override Relay B then use the Gow key to the Alarm Relay To Alarm Relay Relay C Override Relay Override is used to manually override the state of the relays the user is able to set the operating mode of the relay as AUTO ON OFF the default and run mode state are AUTO This feature can be used to turn the relays ON or OFF to manually correct the process or to shut down an ancillary device to perform maintenance When in the Relay Override mode the outputs are no longer placed on hold as they are when in the other menus To use the Relay Override function press the G gt gt key If you wish to Override Relay A Press G gt gt key once which will move the curs
162. overshoot The CYCLE ON time is the amount of time in seconds that the relay will be on The value can be Set between 0 and 600 seconds The default ON time is 5 seconds If you wish to change the setting press GS RELAY A CYCLEON 55 DOWN RELAY A CYCLEON gt CYCLEON 1006 NOTE PRESS THE AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE CYCLE ON 1005 DOWN If you wish to change the setting key once which will move the cursor to the first character of the value to be changed Use the Cup and Gow keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display press the 4 key once which will move the cursor to the first character of the value to be changed The CYCLE OFF time is the amount of time in seconds that the relay will be off for it can be set between 0 600 seconds RELAY A CYCLEOFF 05 E DOWN RELAY A CYCLE OFF ols gt RELAY A CYCLE OFF 2005 gt mS To disable the cycling feature set the cycle off time to 0 The Default OFF time is 0 seconds The OVERFEED TIMER is designed to help safeguard against a process or instrumentation error causing one of the control relays to remain energized for extended periods of time CYCLE OFF 2005 DOWN When enabled the user must select the desired overfeed If you wish to change the setting timeout time 1 999 min press
163. ow to select C or F Press the key once which will move the cursor back to the RH side of the display Press the key to accept the change and move to the store function Or press the 4 key to highlight the Y character With N selected pressing the Gow TEMP UNIT TEMP UNIT key will NOT store the selection but STORE Y N simply return to the TEMP UNIT Selection Menu This function is useful if you wish to view the current selection Then press the key to store the without making any changes Not stored Stored selection and return to the TEMP UNIT Selection Menu NOTE PRESS THE C AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE pH Setup Menu Temp Unit 4 9 Page 28 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Setup Menu Temp Sensor 4 10 TEMP SENSOR allows the user to select the type of temperature sensor used the in the probe The factory default for pH is a 3002 NTC Thermistor The user can also select a 3000 o NTC Thermistor or a 1000 RTD TEMP SENSOR qy Press F key once 3009 NTC which will move the cursor over to the sensor type Use the Cur or to select the sensor type TEMP SENSOR Once the correct Sensor has been selected press the G gt gt key once which will move the cursor back to the RH side of TEMP SENSOR the display 1000 2 RTD gt TEMP SENSOR 3 000 2 NTC gt TEMP SENSOR 300 2 NTC Press the
164. p ANALYZER USER S MANUAL pH Outputs Menu Relay B 4 19 Relay B can be configured for the following operations Response to rising or falling process values Adjustable on and off set points Cycle on and off times Failsafe operation Each function will be explained below If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed RELAY B DIRECTION The relay can be set to control either a RISING or FALLING process DIRECTION RISE In a RISING process the control relay DOWN will energize when the process rises above a set value In this case the ON set point must be set higher than the OFF set point Use the Cur and keys to change the setting RELAY B In a FALLING process the control relay will energize when the process falls DIRECTION below a set value In this case the ON set point must be set lower than the RELAY B OFF set point DIRECTION RISE Bown Press the owe key to accept the setting and move to the next setting Press the key once which will move the cursor back to the RH side of the display If you wish to change the setting press the Gr key once which will move the cursor to the first character of the value to be changed RELAY B RELAY ON 980 gt The RELAY ON setting is the process value at which the relay will energize It may be set anywhere between 0 100 of the rang
165. pecified overfeed time When the relay times out it must be manually reset The time out will be signaled by the time out LED flashing on the front panel The reset overfeed timer will reset the timers for both relay A amp relay B at the same time Press the 4 key to choose between Y or N RESETOVERFDTMR RESETOVERFDTMR RESET OVERFD TMR FEET OVERFD THR ar If you do not wish to reset the If you wish to reset the overfeed timer overfeed timer after all press then press the Gow key to proceed dn and return back to the Utilities menu the GE cee key to return back to the Utilities menu NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Utilities Menu Overfeed Timer Reset 6 7 Page 84 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Setup Menu Conductivity Range 6 8 Conductivity Range will allow the user to select the measuring range of the instrument The ranges can be selected from any of the following 200 mS cm cell constant 50 20 mS cm cell constant 10 2000 uS cm cell constant 1 200 uS cm cell constant 0 1 20 uS cm cell constant 0 1 2 uS cm cell constant 0 01 19 99 Mo cell constant 0 01 COND RANGE Press the Q key once 2000jcm 4r which will move the cursor een over the last character of the range COND RANGE Use ue or Gow keys to 20010 5 scroll through th
166. pecifying the exact cell constant the user is prompted to enter this value DRY CALIBRATION AY KFACTOR 1 0000 DRY CALIBRATIO KFACTOR 1 000 0 DRY CALIBRATIO KFACTOR 10 0000 gt DRY CALIBRATIO K FACTOR 10 000 Press the Gr key once which will move the cursor over the least sign digit of the display Use the Qu and keys to adjust the value to the K factor specified on the probe tag Then press G gt gt to move the cursor to the RH position If the setting is OK use key to move the cursor over the Y text and press the down key DRY CALIBRATION Press Gow to store the calibration data and return back to the Dry Cal Cond menu so the user can select another function If the calibration did not appear DRY CALIBRATION to be correct press the ow key which will return back to the Manual Cal Cond menu NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Calibration Menu Dry Cal Cond 6 2 Page 78 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Calibration Menu Temp Calibration 6 3 Temperature Calibration In most cases the factor temperature calibration is accurate enough to ensure correct temperature readings However in some circumstances the user may wish to ensure the temperature sensor is calibrated accurately especially when operating at the extreme end of the conductivity cell temperature operating r
167. pense of any kind including loss of profits resulting from the installation use or inability to use this product Return Policy amp Warranty Plan Page 130
168. puts electrically isolated from each other and ground Either output can source current into a maximum of 800 ohms Channel 1 the primary output is located on the flip out door terminal plug P6 Channel 1 is dedicated to track the process and has fully inde pendent and fully adjustable 4 amp 20 mA output setpoints This will enable the operator to span the output over the desired range Channel 2 the secondary output is located in the enclosure terminal plug P1 Channel 2 can be selected to track the process value or tem perature and has fully independent and adjustable 4 amp 20 mA output setpoints Both Channel 1 and 2 can be pre cisely trimmed through the LCD menu for precision applications The drawing shows the connections for both outputs Wire Specification 22 AWG 7 30 insulation 0 010 Figure 3 7 Connections for the 4 20mA outputs Secondary Output CH2 4 20mA CH2 4 20mA 62 61 60 5958 57 56 55 54 53 52 51 o0000000000000000 EET Primary Output CH1 4 20mA CH1 4 20mA Pell 23456789 WUNBUBIEN Dwg N104 39 Section 3 Electrical Connections and Setup Note Leave 4 to 6 slack for all wires connected to the terminals of P6 Slack required so that wires do not interfere with opening or closing of the front door Page 15 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 3 Electrical Connections and Setup S Fi R K 3 13 Service SHARK SERVICE TO
169. r Flow CALIBRATION Once selected the controller will initialize itself for the selected meter s P functionality and move to run mode UTILITIES 4 TEST MODE Press the key to initialize the controller as a pH meter INITIALIZE YN Ce Press the Gr key to initialize the controller as an ORP meter INITIALIZE YN pe DOWN Press the Gr key to initialize the controller as a Conductivity meter To reset the controller back to all ICJONDUCTIVITY CONDUCTIVITY the factory default values reselect INITIALIZE Y als the current meter type DOWN Press the Gr key to initialize the controller as a Flow meter INITIALIZE YN DOWN Press key to Exit and return to the Utilities menu If you do not wish to initialize to this type of meter after all then press key to return back to the Meter Selection menu If you do wish to initialize to this type of meter press the G gt gt key to highlight the Y character C ONDUCTIVITY Then press INITIALIZE The controller will initialize itself for a specific meter DOWN NOTE PRESS THE C AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Utilities Menu Meter Selection 6 6 Page 83 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Utilities Menu Overfeed Timer Reset 6 7 If the control relay overfeed timer has been enabled the relay will time out after the s
170. r to manually the user to place the probe in the buffer calibrate the probe the solution user enters the known Be sure to clean and rinse the Probe first conductivity buffer value with D I water and then insert it in the Buffer Press the key The controller will flash for about 10 seconds while is reads the buffer It will then display the conductivity value Use the Qu and ww keys to adjust the display until it reads the correct value of the buffer Press the ies key to accept the setting The display will flash Press the amp R key again to confirm the change in calibration value Conductivity LED Display Menu Conductivity Manual Calibrate 6 23 Page 103 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 7 Using the SHARK in Flow Mode 4 DIGIT 7 SEGMENT LED DISPLAY RUN LED GREEN 1 4 TURN SCREWS DISPLAYS PROCESS VALUE IN RUN MODE LED WILL BE ILLUMINATED WHEN DISPLAYS CALIBRATION DATA IN SHARK IS IN THE RUN MODE CALIBRATION MODE WILL BE OFF WHEN SHARK IS IN THE MENU MODE ROLLOVER LED RED RELAY C ALARM RELAY LED WILL BE ILLUMINATED TO STATUS LED s RED INDICATE TOTALIZER ROLLOVER BOTTOM LED WILL ILLUMINATE WHEN ALARM RELAY IS AUXILLARY LED s ENERGIZED BECAUSE OF LOW NOT USED IN FLOW MODE ALARM CONDITION TOP LED WILL ILLUMINATE WHEN UNIT LABEL ALARNREDAXISIENERGIZED LABEL TO INDICATE UNIT OF BECAUSE OF HIGH ALARM MEASURE SHARK IE CONFIGURED FOR R
171. re function Or press the Gr key to highlight the Y character With N selected pressing the ow key will NOT store the selection but simply return to the TEMP UNIT Selection Menu This function is useful if you wish to view the current selection Then press the Gow key to store the without making any changes Not stored Stored selection and return to the TEMP UNIT Selection Menu NOTE PRESS THE AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Conductivity Setup Menu Temp Unit 6 9 Page 86 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Setup Menu Temp Sensor 6 10 TEMP SENSOR allows the user to select the type of temperature sensor used the in the probe The factory default for Conductivity is a 3000 o NTC thermistor The user can also select a 300 o NTC thermistor or a Pt 1000 RTD TEMP UNIT TEMP SENSOR 4 TEMP SENSOR Press the GY key once 3000 NTC which will move the cursor over to the sensor type Use the Qu or Gow to select the sensor type TEMP SENSOR TS 3000 2 NTC Once the correct Sensor has UP been selected press the G gt gt key once which will move the cursor back to the RH side of TEMP SENSOR the display 3 00 2 NTC UP TEMP SENSOR 1000 2 RTD TEMP SENSOR 3000 NTC E Press the key to accept the change and move to the store function Or press the GF key to highlight the Y character With N select
172. ries to decrease the ALARM LOW OFF set point the Shark will display the ALARM LOW ALARM setup error screen This screen will be displayed for 10 seconds then return back to the setup screen that was previous ly displayed If the user presses the down key again the error message will be displayed again for 10 seconds The user must accept the LOW OFF set point equal to or greater than the LOW ON set point The same conditions apply to the ALARM HIGH set points Except the ALARM HIGH OFF set point must be lower than the ALARM HIGH ON set point If the user tries to increase the ALARM HIGH OFF set point higher than the ALARM HIGH ON set point the High Alarm setup error screen will be displayed ALARM RELAY DISABLE If the user sets the ALARM LOW ON set point and the ALARM LOW OFF set point equal to 096 of the range It will dis able the low alarm relay If the user sets the ALARM HIGH ON set point and the ALARM HIGH OFF set point equal to 10096 of the range It will disable the high alarm relay Page 13 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 3 Electrical Connections and Setup 3 10 MANUAL TEST MODE LCD MENU SECTIONS pH 4 4 ORP 5 3 Conductivity 6 4 Flow 7 2 Once the relays are configured the setup can be tested using Manual Test Mode to simulate process changes MANUAL TEST MODE is used to simulate a process reading in order to verify the correct response of the outputs When
173. roller relay to extend the controller relay life If the relays are controlling an inductive load use appropriate transient suppression at the load Section 3 Electrical Connections and Setup Page 11 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 3 Electrical Connections and Setup 3 8 RELAY A and B Setup LCD MENU SECTIONS pH 4 18 amp 4 19 ORP 5 17 amp 5 18 Conductivity 6 18 amp 6 19 Flow 7 15 amp 7 16 Relay A amp Relay B on the SHARK are SPDT dry contact relays They are configurable to operate in response to rising or falling process values Each relay has independently adjustable on and off set points cycle times and fail safe options The operator would use the control relays if the device to be controlled is a simple on off device For example a pump solenoid valve fan or an indicating light The control relays have 6 user configurable set tings DIRECTION The relay can be set to control either a rising or falling process If for example the relay is set to control a falling process the ON set point must be set lower than the OFF set point If the relay is set to control a falling process the SHARK will not allow the RELAY OFF set point to be set lower than the RELAY ON set point This rule will also apply to a rising process RELAY ON set point This is the process value at which the relay will energize This value can be set anywhere between 0 100 of the range REL
174. s a normal relay When the relay is de energized the NO contacts are open and the NC contacts are closed Thus the device connect ed via the NO contacts will be off When the relay becomes energized the device will be on When the relay is set to FAILSAFE ON the normal action of the relay is reversed Thus the NO con tacts act as the NC contact and the NC act as the NO The device connected to the NC contacts will be energized when the RELAY ON set point is reached The relay will be de energized but because it is acting in reverse the device will be energized When the RELAY OFF set point is reached the relay will energize and the device connected to the NC contact will de energize The purpose of the Fail Safe option is to have the device turned on in the event of a power interrup tion The factory default for FAILSAFE is OFF Page 12 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 3 Electrical Connections and Setup 3 9 ALARM RELAY Setup LCD MENU SECTIONS pH 4 20 ORP 5 19 Conductivity 6 20 Flow 7 17 The third relay Relay C is used as an alarm relay The alarm relay on the SHARK is a SPDT dry con tact relay This relay will respond to both a rising and falling process The alarm relay will act as a low alarm falling process and a high alarm rising process Both relays will have independently adjustable on and off set points The ALARM ON set points will always be set before the ALARM
175. s are updated This allows the user to dampen out unstable process readings The damping can be set from 0 seconds to 10 Bown seconds default value is 0 sec TEMP SENSOR DOWN AUTO RETURN DOWN T DISP OVERRIDE Gown Press the key once which will move the cursor over the seconds digit DOWN EMP UNIT DISPLAY DAMPING lt gt DISPLAY DAMPING gt UPDATE OSEC DOWN DISPLAY DAMPING Use the Cue and to adjust UPDATE oSEC gt the damping time the default setting is 0 seconds The setting can be adjusted from 0 to 10 seconds Press 4 key once NOTE which will move the cursor back PRESS THE KEYS to the RH side of the display TOGETHER TO GO IMMEDIATELY BACK TO DISPLAY DAMPING RUN MODE UPDATE OEC gt DISPLAY DAMPING UPDATE 10 SEC 3 Press the ow key to accept the setting and move to the store function DOWN If you wish to save the setting press the key to highlight the Y character With N selected pressing the AY key will NOT store the selection but STORE Y simply return to the Display Damping Menu This function is useful if you wish to view the current selection without DISPLAY DAMPING making any changes STORE N Then press the key to store the selection and return to the Display Not stored Stored Damping Menu ORP Setup Menu Display Damping 5 12 Page 61 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANU
176. s of Measurement is broken into two variables UNITS OF VOLUME and UNITS OF TIME The two variables are then combined to display the desired units of measure For example if units of Volume is to set Cubic Meters CM and Units of Time is set for Seconds S the the controller will display flow as Cubic Meters per Second on the front LED display UNITS OF VOLUME The user can select from four predefined units of Volume or create their own custom value The four predefined units are US Gallons GP Cubic Feet CF Liters LP Cubic Meters CM The user can also select any custom two characters to represents units from AA to ZZ and an input multiplier which will numerically relate the custom unit of measure to US Gallons The input multiplier can be set at any value between 0 0001 and 10000 UNITS OF VOLUME a UNITS OF VOLUME Press the key once US GALLONS GP which will move the cursor over the last character of the volume unit setting Use ue keys to j T i a US GALLONS GP gt press the 4 key once which WARNING will move the cursor back to the RH side of the display Changing the units of Volume with an accumulated flow total will reset the flow total to Gown Press the Gow key to accept the zero setting and move to the store function Example If the controller has been running in GPM mode and has a totalized flow changing from GPM to To select custom units press the In this example the units will
177. s the ow key which will return back to the K Factor menu without storing the value Flow Calibration Menu K Factor 7 1 K FACTOR If you just wish to view the current K Factor without changing it press the key which will move to the store function K FACTOR KFACTOR To enter the K factor use the Cow key to enter the Calibration menu and then the G gt gt key to select the K Factor menu Press the G gt gt key once which will move the cursor over the least sign digit of the display Use the CUP and keys to adjust the reading until it agrees with the actual K Factor as specified on the sensor Then press G gt gt to move the cursor to the RH position Press the key to accept the change and move to the store function If the K Factor setting is OK use the Gr key to move the cursor over the Y text and press the down key Press Gow to store the calibration data and return back to the menu so the user can select another function NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Page 106 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Utilities Menu Manual Test Mode 7 2 Manual Test Mode is used to simulate a process reading in order to verify the correct response of the outputs When in the Manual Test Mode the outputs are no longer placed on hold as they are when in the rest of the menu RUN MODE TEST 5000 GPM
178. sor T COMP the 2 or 4 wire combination probe OVERRIDE must be set to ON and the actual the 5 wire differential probe probe temperature set through the T COMP OVERRIDE menu see sec 4 12 Once the correct probe type is selected move to the store function to save the selection PROBE SELECT COMBINATION Press the GF key once which will move the cursor back to the RH side of the display PROBE SELECT COMBINATION DOWN Press the key to accept the setting and move to the store function p NI Or press the G gt gt key to highlight With N selected pressing the the Y ss the key will NOT store the selection but simply return to the PROBE SELECT PROBE SELECT PROBE SELECT Menu This function is useful if you YN 4 VIN wish to view the current selection without making any changes Then press the key to store the Not stored Stored selection and return to the PROBE SELECT Menu Note Refer to Appendix A Probe Configuration Table NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE pH Setup Menu Probe Select 4 8 Page 27 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Setup Menu Temp Unit 4 9 TEMP UNIT allows the user to select either Degrees Centigrade or Fahrenheit units for display TEMP UNIT Press 4 key once which will move the cursor over the unit type C or F Use or G
179. t two steps may be skipped if the meter is already configured for a Combination Probe If a two wire pH probe is used which has no temperature sensor ensure that the Temp Comp Override is set to same temperature as the buffer before calibrating If a two wire ORP probe is used you can blank the Temp display with the T DISP OVERRIDE menu ORP SELECT ORP METER METER SELECTION SEE SELECT COMBINATION PROBE PROBE SELECT Hou TWO WIRE PROBE WITH NO TEMP SENSOR MANUAL CAL PH T DISP OVERRIDE SEC 5 1 DISABLE TEMPERATURE DISPLAY 7 15pH 25 0C RUN MODE SEC 5 10 Page 8 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Section 3 Electrical Connections and Setup 3 5 Conductivity Cell Contacting style connections and setup The drawing shows the connections for the Aquametrix Conductivity Cells Contacting style The cable should be run in a conduit seperate from the AC power wires and via a seperate conduit hole The cell cable length should not exceed 300ft 91 meters Note Leave 4 to 6 slack for all wires connected to the terminals of P6 Slack required so that wires do not interfere with open ing or closing of the front door Figure 3 4 Connections for Conductivity Cells WHITE CELL 1 BLACK CELL 4 RED TEMP SENSOR 4 GREEN TEMP SENSOR 5 Iro mnm mp pm m CAUTION Always remove line power before unplugging or plugging in the P6 connector 1000us 25 0 ME
180. tates of the relays but they will revert to the RELAY OVERRIDE Then press the Gow key to store the state they were in before the menu was STORE Override states of all the relays and entered Note that if any of the relays return back to the Override menu were in a specific Override state before NOT the menu was entered i e not in STORED AUTO they will revert to that state again unless the changes are STORED STORED TO RELAY OVERRIDE MENU NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE ORP Utilities Menu Relay Override 5 4 Page 53 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Utilities Menu Meter Selection 5 5 500mV 25 0C RUN MODE DOWN CALIBRATION DOWN UTILITIES 4 TEST MODE To reset the controller back to all the factory default values reselect the current meter type Then press The controller will initialize itself for a specific meter ORP Utilities Menu Meter Selection 5 5 The Meter Selection menu is used to select the meter type that the controller is configured for either pH ORP Conductivity or FLow Once selected the controller will initialize itself for the selected meter s functionality and move to run mode Press the G gt gt key to initialize the controller as a pH meter INITIALIZE Press the G gt gt key to initialize the controller as an ORP meter om INITIALIZE
181. ted to the NC contact will turn off DOWN The reason that the Fail Safe option would be used is to have the device turned on in the event of a power interruption If the Low On set point is set higher than the factory default Low Off set point when the user advances from the low on set point to the Low Off set point the controller will adjust the Low Off set point to be equal to the Low On set point If the user then tries to decrease the Low Off set point the Controller will display the Low Alarm setup error screen LOW ALARM SPT lt OFF SPT This screen will be displayed for 10 seconds then return back to the setup screen that was previously displayed The same conditions apply to the High alarm set points Except the High Off set point must be lower than the High On set point If the user tries to increase the High Off set point higher than the High On set point the High Alarm setup error screen will be displayed HIGH ALARM SPT gt OFF SPT If the user sets the low on set point and the low off set point equal to 0 it will disable the Low Alarm relay Similarly setting the High On set point and the HIGH OFF set point to 0 will disable the High Alarm With N selected pressing the ALARM RELAY key will NOT store the selection but STORE YN simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without making any Not stored changes DO
182. ter RELAY B STORE Gow Then press the key to store the selection and return to the OUTPUTS menu FAIL SAFE OFF DOWN Not stored Stored TO OUTPUTS MENU Conductivity Outputs Menu Relay B 6 19 FROM CYCLE ON RELAYB CYCLEON 55 LP ICYCLE ON RELAY B CYCLEOFF 05 E CYCLE OFF 05 gt OVERFD TIMER OFF E If you wish to change the setting press 4 key once which will move the cursor to the first character of the value to be changed RELAY B Use C gt and keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display CYCLE ON 10 0 5 gt CYCLEON 1005 DOWN If you wish to change the setting press the GS key once which will move the cursor to the first character of the value to be changed RELAY B Use the CuP gt and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting CYCLE OFF 200S DOWN If you wish to change the setting press the once which will move the cursor to the first character of the value to be changed Use the and keys to change the setting Press the G gt gt key once which will move the cursor back to the RH side of the display Press the key to accept the setting and move to the next setting If y
183. the menu mode for extended periods of time the AUTO RETURN function can be set to OFF To change the MENU RETURN setting Press the G gt gt key once which will move the cursor to the ON or OFF text Use the Ce or keys to select either ON or OFF Press key once which will move the cursor back to the RH side of the display MENU gt DOWN Press the key to accept the change and move to the RELAYS auto return function RELAYS ON will cause the relays to return to the AUTO mode if the controller returns to Online after 10 minutes of inactivity This ensures the controller will be put back in control of the process if accidentally left offline Press the C key once which will move the cursor to the ON or OFF text AUTO RETURN RELAYS OFF A AUTO RETURN RELAYS ON gt Use the gt or keys to select either ON or OFF Press the key once which will move the cursor back to the RH side of the display AUTO RETURN RELAYS ON Pl DOWN Press the Gow key to accept the change and move to the STORE function Or press the Gr key to highlight the Y character With N selected pressing the Gow key will NOT store the selection but simply return to the AUTO RETURN Selection Menu This function is useful if you wish to view the current selection without making any changes AUTO RETURN AUTO RETURN PI STORE Y N STORE Then press the
184. the selection but simply return to the OUTPUTS Menu This function is useful if you wish to view the current selection without TS making any changes STORE YIN BOWN Or press the gt key to highlight Stored the Y character The make the adjustment place an Not stored NOTE PRESS THE C AND bw KEYS STORE N TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Then press the key to store the selection and return to the OUTPUTS menu ORP Outputs Menu 4 20mA CH2 Output 5 21 Page 73 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP LED Display Menu ORP Manual Calibrate 5 22 RUN MODE Press the re MANUAL CALIBRATE MANUAL CALIBRATE key to select This menu allows the Manual Calibration user to manually calibrate the probe the The Controller will display bUFF prompting user enters the known the user to place the probe in the buffer mV buffer value solution Be sure to clean and rinse the Probe first with D I water and then insert it in the Buffer Press the CER key The controller will flash DUFF for about 10 seconds while is reads the buffer It will then display the mV value Use the and keys to adjust the display until it reads the correct value of the buffer Press the Te key to accept the setting The display will flash Press the key again to confirm the change in calibration value Press the Co key to go immediately back to Run mode ORP
185. then display the pH value based on an ideal theoretical pH slope Use the gt and Gow keys to adjust the display until it reads the correct value of the buffer 7 BUF dr N a i Uf Press the E key to accept the setting The display will flash C9 C23 Press the ER key again to confirm the change in calibration value N 4 Lia If the controller detects an error it will flash the Err Error screen and return back to Manual The Controller will display EFF for 3 seconds to indicate it is calculating the probe efficiency value It will then display the actual efficiency for a few seconds and then revert back to run mode n BN Oo m Press the Cap key to go TO AUTO CALIBRATE immediately back to Run mode pH LED Display Menu pH Manual Calibrate 4 24 Page 46 1 4 TURN SCREWS RELAY C ALARM RELAY STATUS LED s RED BOTTOM LED WILL ILLUMINATE WHEN ALARM RELAY IS ENERGIZED BECAUSE OF LOW ALARM CONDITION TOP LED WILL ILLUMINATE WHEN ALARM RELAY IS ENERGIZED BECAUSE OF HIGH ALARM BAR GRAPH LED s GREEN LINEAR INDICATOR OF PROCESS VALUE REFER TO SECTION 5 12 CALIBRATION FROM THE FRONT PANEL 4 PUSH BUTTONS USED TO CALIBRATE THE SHARK FROM THE FRONT PANEL REFER TO SECTIONS 5 21 REMOVABLE TERMINAL BLOCK CONNECTORS SNAP ON CONNECTORS FOR EASY WIRING OF YOUR ORP SENSOR AND PRIMARY 4 20mA OUTPUT REFER TO SECTION
186. ths e E ieu Hs he On setting For example in a falling setting and move to the selling process the Off setting must be higher If you wish to change the setting press the G gt gt han the ON setting key once which will move the cursor to the first character of the value to be changed The controller will not allow you to select RELAY A RELAY A RELAY OFF value on the wrong side IRE AY OFF 800 gt gt RELAYOFF sdo of the RELAY ON value for the selected RELAY OFF 800 E RELAY OFF 800 Use the and ow direction If the user tries to set the DOWN keys to change the setting RELAY OFF on the wrong side the ollowing errors will de displayed RELAYOFF 880 gt Press the 4 key once which will move the cursor FALLING PROCESS RELAY A back to the RH side of the display ON SPT OFF SPT RELAY OFF 880 Error when trying to set OFF point lower Bown than ON point when set to falling NOTE RISING PROCESS PRESS THE AND KEYS ON SPT gt OFF SPT TOGETHER TO GO IMMEDIATELY BACK TO Error when trying to set OFF point higher TO CYCLE ON RUN MODE than ON point when set to rising Conductivity Outputs Menu Relay A 6 18 Page 95 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Outputs Menu Relay A 6 18 The relay can be set to CYCLE when the process FROM CYCLE ON is between the RELAY ON setting and the RELAY OFF setting This is meant to help eliminate
187. ting and move to the next setting If you wish to change the setting press the G gt gt key once which will move the cursor to the first character of the value to be changed RELAY A FAIL SAFE OFF DOWN Use the CUP and keys to change the setting Press the 4 key once which will move the cursor back to the RH side of the display FAIL SAFE ON DOWN Press key to accept the setting and move to the STORE fuction Or press the 4 key to highlight the Y character RELAY A RELAY A STORE YN S store DOWN Then press the key to store the selection and return to the OUTPUTS menu DOWN Not stored Stored TO OUTPUTS MENU NOTE PRESS THE C AND Cow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE 15 Page 122 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Outputs Menu Relay B 7 16 RUN MODE Relay B can be configured for the following operations Response to rising or falling process values Adjustable on and off set points Cycle on and off times Failsafe operation Each function will be explained below OUTPUTS RELAY A RELAY B If you wish to change the setting press the 4 gt gt key once which will move the cursor to the first character of the value to be changed PI The relay can be set to control either a Use the and RISING or FALLING process DOWN keys to change the setting In a RISING process the control relay will en
188. to accept the Press the G gt gt key once to move the cursor to the RELAY OVERRIDE RELAY AUTO DOWN Then use the Gow key to move to the Override setting for Relay B RELAY OVERRIDE RELAY B ON DOWN RELAY OVERRIDE RELAY B OFF DOWN Page 52 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL ORP Utilities Menu Relay Override 5 4 FROM RELAY B OVERRIDE MENU If you wish to Override Relay C Press the 4 key once which will move the cursor over to the NOTE a AUTO ON OFF text Relay C is the Alarm Relay RELAY C AUTO Use the or key to change the Override state from AUTO controlled by process settings ON relay forced on If you do not wish to OFF relay forced off If you wish to accept the Override Relay C then The relay will react Override setting use the Cow key to immediately Press the G gt gt key once the Alarm Relay to move the cursor to the RELAY OVERRIDE RH ofthe display RELAY OVERRIDE Then use the key RELAY C AUTO gt RELAY C AUTO to move to the Override setting for Relay C DOWN DOWN RELAY OVERRIDE RELAY OVERRIDE RELAY C ON gt RELAY C ON DOWN RELAY OVERRIDE RELAY OVERRIDE RELAY C dFF gt RELAY C OFF DOWN If you wish to store the state of the Relay Overrides press the key to RELAY OVERRIDE highlight the Y character STORE Y IN DOWN With N highlighted pressing the key will NOT store the Override s
189. to immediately Press the G gt gt key once E VG to move the cursor to the RELAY OVERRIDE RH ofthe display RELAY OVERRIDE Then use the Gav key RELAY C RELAY C AUTO to move to the Override m setting for Relay C DOWN RELAY OVERRIDE RELAY OVERRIDE RELAY gt RELAY ON DOWN RELAY OVERRIDE RELAY OVERRIDE RELAY CIQFF gt RELAY C OFF b DOWN If you wish to store the state of the Relay Overrides press the key to highlight the Y character STORE RELAY OVERRIDE gt sore YNI DOWN With N highlighted pressing the key will NOT store the Override states of the relays but they will revert to the Then press the key to store the state they were in before the menu was STORE Override states of all the relays and entered Note that if any of the relays return back to the Override menu were in a specific Override state before the menu was entered i e not in NOT AUTO they will revert to that state STORED again unless the changes are STORED STORED NOTE PRESS THE C AND ow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE TO RELAY OVERRIDE MENU Conductivity Utilities Menu Relay Override 6 5 Page 82 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Conductivity Utilities Menu Meter Selection 6 6 100005 2506 RUN MODE The Meter Selection menu is used to select the meter type that the DOWN controller is configured for either pH ORP Conductivity o
190. troller will not be left in an offline state If for some reason the user would like to remain in the menu mode for extended periods of time the AUTO RETURN function can be set to OFF To change the MENU RETURN setting Press the key once which will move the cursor to the ON or OFF text AUTO RETUR MENU DN gt MENU ON gt DOWN Use the C or keys to select either ON or OFF AUTO RETUR MENU OFF gt Press the key once which will move the cursor back to the RH side of the display AUTO RETUR MENU OFF DOWN Press the Gow key to accept the change and move to the RELAYS auto return function RELAYS ON will cause the relays to return to the AUTO mode if the controller returns to Online after 10 minutes of inactivity This ensures the controller will be put back in control of the process if accidentally left offline AUTO RETURN 25 RELAYS OFF DOWN Press the key once which will move the cursor to the ON or OFF text Use the Cue or keys to select either ON or OFF Press the 4 key once which will move the cursor back to the RH side of the display Press the key to accept the change and move to the STORE function Or press the key to highlight the Y character AUTO RETURN AUTO RETURN STORE YN STORE YIN DOWN AUTO RETURN RELAYS OFF gt AUTO RETURN RELAYS ON 5 AUTO RETURN RELAYS ON DOWN Bown Then press the ow k
191. urrent input pulse rate in Hz pulses per second DIAGNOSTICS Press G gt gt to view the Sensor Input data FREQ 101 Hz Press to return to the menu NOTE PRESS THE C AND Gow KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Flow Diagnostics Menu Sensor Input 7 12 Page 118 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Diagnostics Menu Permanent Total 7 13 The Permanent Total is a running total off all the volume units that have been accumulated by the controller It starts at zero when new and can only be set to zero at the factory This is a read only screen Press to view the Total Life Flow to date TOTAL LIFE FLOW Press to return to the 7421413 PRESS THE C AND KEYS TOGETHER TO GO IMMEDIATELY BACK TO RUN MODE Flow Diagnostics Menu Permanent Total 7 13 Page 119 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL Flow Diagnostics Menu Total Rollover 7 14 RUN MODE The Total Rollover menu is another read only screen It is used to indicate how many times the Permanent and Resetable Totalizers have rolled over during the life of the controller DIAGNOSTICS PER indicate the number of times the Permanent Totalizer has rolled over RST indicates the number of times the Resetable Totalizer has rolled over Press 4 to view the Totalizer Rollovers to date TOTAL ROLLOVER Press to return to the PE
192. useful if Qown Conn you wish to view the current selection without making any changes Then press the ow key to store the selection and return to the Auto Return Selection Not stored Menu pH Setup Menu Auto Return 4 11 Page 30 MULTI PARAMETER CONTROLLER amp ANALYZER USER S MANUAL pH Setup Menu T Comp Override 4 12 Temperature Compensation Override is used to manually set the actual probe or process temperature This is useful if the probe does not have a temperature sensor or if the process temperature is constant When the override is enabled the controller will use the selected temperature when performing temperature compensation calculations PROBE SELECTION DOWN TEMP UNIT DOWN TEMP SENSOR DOWN AUTO RETURN DOWN Press the Gr key once which will move the cursor to T COMP OVERRIDE 4 T COMP OVERRIDE the ON or OFF text COMPENSATE OFF DOWN T COMP OVERRIDE COMPENSATE gt T COMP OVERRIDE COMPENSATE dn gt Press the which will move the cursor back to the RH side of the T COMP OVERRIDE display COMPENSATE ON DOWN Use or Gow keys to select either ON or OFF Press the key to accept change and move to the Temperature Entry function The user can now enter the actual probe or process temperature Press the key once T COMP OVERRIDE 4 4 which will move the cursor TEMP 254C over the least significant digit Bow

Aquametrix Shark-120 analytical controller user manual

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