FLYGT APP 541 User Manual Download Page 50

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No.

Menu name

Specification

Description

2_1

Start level 1 ft

WritableCentral System TextStart

level 1 (ft)

Start level for first pump.

2_2

Stop level 1 ft

WritableCentral System TextStop

level 1 (ft)

Stop level for first pump.

2_3

Start level 2 ft

WritableCentral System TextStart

level 2 (ft)

Start level for second pump.

2_4

Stop level 2 ft

WritableCentral System TextStop

level 2 (ft)

Stop level for second pump.

2_5

Start level 3ft

WritableCentral System TextStart

level 3 (ft)

Start level for third pump.

2_6

Stop level 3 ft

WritableCentral System TextStop

level 3 (ft)

Stop level for third pump.

2_7

Start level 4 ft

WritableCentral System TextStart

level 4 (ft)

Start level for fourth pump.

2_8

Stop level 4 ft

WritableCentral System TextStop

level 4 (ft)

Stop level for fourth pump.

2_9

High level ft

WritableCentral System TextHigh

level (ft)

High level alarm limit.

2_10

Low level ft

WritableCentral System TextLow

level (ft)

Low level alarm limit.0 - disables the function

2_11

Random start range ft WritableCentral System

TextRandom start range (ft)

Random start range

2_12

Sensor range ft

WritableCentral System TextSensor

range (ft)

Sensor range.

2_13

Sensor calibration ft

WritableCentral System TextSensor

calibration (ft)

Sensor calibration offset.

P1 current A

Read only

Measured current for first pump.

3_1

P1 high current A

WritableCentral System TextP1 high

current (A)

High current alarm limit for first pump.

3_2

P1 low current A

WritableCentral System TextP1 low

current (A)

Low current alarm limit for first pump.

3_3

P1/P3 Current range

Writable

Current transformer range for pump 1

3_4

Current factor P1/P3

Writable

Current factor for P1 versus P3. Used when P1 and P3 are difference

sizes. Default is 1.0

P2 Current A

Read only

Measured current for second pump.

4_1

P2 high current A

WritableCentral System TextP2 high

current (A)

High current alarm limit for second pump.

4_2

P2 low current A

WritableCentral System TextP2 low

current (A)

Low current alarm limit for second pump.

4_3

Current range P2/P4

Writable

Current transformer range for pump 2 and 4

Appendix A: RTU Descriptions

APP 541 User manual

Summary of Contents for APP 541

Page 1: ...APP 541 User manual Autamatic Pump Pilot APP 541 Reset Esc OK ...

Page 2: ......

Page 3: ...guration 20 Trim Level Control 20 Configure Pump Control 20 Trim Pump Control 21 Configure Extra Functions 23 Configure Communication 24 Systems 24 Configuration 25 Configure Alarm Handling 29 About Alarms 29 General 29 Alarms Sent to SCADA System 30 Alarms Sent to SMS Receivers 30 Special Alarms 31 Measure Flow Rate and Capacity 33 Estimate Pump Capacity 33 Estimate Overflow Flow and Volume 33 Re...

Page 4: ... Mode 43 Troubleshooting 43 Appendix A RTU Descriptions 45 List of Alarms 45 List of Menus 47 Appendix B Tag List 60 Appendix B Tag List 60 Appendix C SCADA Systems 66 Flygt SCADA System Aquaview 66 Other SCADA Systems 68 Table of Contents 2 APP 541 User manual ...

Page 5: ...rved All danger due to electricity must be avoided Guarantee Modifications or changes to the unit installation should be done only after consulting Xylem Genuine spare parts and accessories authorized by the manufacturer are essential for compliance with the terms of the guarantee The use of other parts may invalidate the guarantee This manual In this manual APP 541 is generally referred to as the...

Page 6: ...Data Acquisition PC based system aiming to create an overview the operator can monitor process information and influence and change the process values The system allows logging trending and remote commands as well as presenting process data as significant digits staples curves trends or as symbols varying in colors and sizes Read This First 4 APP 541 User manual ...

Page 7: ...u in a sub menu group Save a specified value Right arrow Advance Move the cursor to the right while editing a value Remote alarm On Off When remote is on alarms are transmitted to CS SMS Down arrow Advance one menu at a time Edit a value Reset Reset Acknowledge a new alarm It is not removed from the alarm log View pump running hours and number of starts 1 Display the Operating data 7_ menu and pre...

Page 8: ...l 2_ menu and press OK 2 Select the menu you want to change Start Stop level 1 4 or High Low level Press OK 3 Select a new parameter value or alternative Press OK Show installation and service menus To show menus that are used only during installation or service select Yes in the Show more menus menu 18 The backlight is switched off when the display has been idle for ten minutes Menu reference cha...

Page 9: ... Reference For a detailed menu list refer to Appendix A Shortguides APP 541 User manual 7 ...

Page 10: ...ns on front panel The push buttons are used to browse menus and edit parameter values Each menu has an indicator for example 20 The indicator is shown for 3 seconds only An underscore after the last number indicates a submenu for example 2_ Reference List of Menus for a complete list of menus Viewing a menu Use the Up arrow to scroll backwards one menu at a time Use Down arrow to advance one menu ...

Page 11: ...wn arrow For text menus the next available alternative is displayed instead of a value OK Press OK to save the specified value Esc Press Escape to exit the menu without saving When you save a value the result is displayed Value sto red Value has been saved Low value xx Value is below permissible range xx Enter a higher value High value yy Value is above permissible range yy Enter a lower value Sho...

Page 12: ...isable Alarms Temporarily Reset Acknowledge a new alarm It is not removed from the alarm log Reference Monitor and Erase Alarms in the Alarm Log Language The display language is changed in the Language menu 20_ Look for the symbol It is shown in the top left corner of the Language menu To show parameter values in U S units select the language English US Front Panel 10 APP 541 User manual ...

Page 13: ... ways Local network direct connection with cable Intranet both modules are connected to an intranet Types of IP addresses The RTU uses two consecutive IP addresses First address is called BaseIPaddress It is used by the operator panel Second address is derived from the first It is used by the I O module Local network In this case the default Base IP address is sufficient If desired any of the foll...

Page 14: ... sensor 1 Specify the maximum sensor range in the Sensor range menu 2_12 2 Raise the sensor out of the liquid 3 Level menu 2_ should read 0 0 If not specify the offset in the Sensor calibration menu 2_13 This is usually the distance between the sump bottom and the sensor 4 Lower the sensor into its proper location Related configuration Configure also analogue levels Reference Start Stop High and L...

Page 15: ...larm is generated Configure analogue levels Specify the lowest start level in the Start level 1 menu 2_1 1 Specify the lowest stop level in the Stop level 1 menu 2_2 2 If there is a second pump specify Start Stop level 2 3 Specify alarm limits in High level menu 2_9 Low level menu 2_10 Disable a pump 1 Set a start level to 0 2 Set the corresponding stop level to 0 Disable low level block Set low l...

Page 16: ...an be assigned as manual mode input for pump 1 4 Overflow The input from the overflow sensor is used to Measure number of overflows and major overflows Measure accumulated overflow time Estimate overflow flow and volume Personnel The input is connected to a selector switch usually a light switch in the pump station When flipped the personnel alarm function is activated Power failure The input is c...

Page 17: ...0 auto switch Before using this function Optionally configure a General purpose input as manual mode input Optionally configure a General purpose input as automatic mode input Input configurations Manual input Auto input Pump state Both inputs are used Active Passive Running Passive Active Controlled automatically Passive Passive Blocked Only a manual mode input is used Active Not connected Runnin...

Page 18: ...start the next idle pump Power Failure The power supply is supervised by the I O module Types of I O modules There are two types of I O modules They have different power supplies 24 V or 230 V This type may have a 24 V battery backup Types of alarms Condition Generated alarm 230 V power supply fails Mains error 24 V power supply is low or dead Low 24 V supply 24 V battery is low Low 24 V supply Co...

Page 19: ...input Terminals 42 43 are automatically re configured as a High level switch input Terminals 17 18 can be used as Flushing valve output General output or Output for motor protection reset Specify number of pumps Specify the number of pumps in the pump station in the Number of pumps menu 17_1 Related configuration There is no need to use General purpose inputs for high and low level switches Termin...

Page 20: ...protection Exceeded max run time results in a temporary block Configure the General output 1 Select General output in the Function output 4 menu 17_7_1 2 Specify conditions in the Output 4 config menu 17_7_2 Select 1 to enable a condition 0 to disable a condition Reset Motor Protection A tripped motor protection can be reset Before using this function Configure the RTU to use three pumps or less T...

Page 21: ...r reset attempts are made Pump remains blocked fails pump remains blocked Configure motor protection reset 1 Select Motorprotect reset in the Function output 4 menu 17_7_1 2 In the Auto reset menu 16_3 select Yes to enable automatic reset No to disable automatic reset Configure I O APP 541 User manual 19 ...

Page 22: ...urpose input as high level switch input Function High level runtime Phase Description 1 Sump level exceeds the high level switch Result Available pumps are started A high level alarm is generated 2 Sump level drops below the high level switch Result Timer starts 3 Timer exceeds the high level run time Result Pumps are stopped The sump level drops below a low level switch Result Pumps are stopped R...

Page 23: ...unning too long Function Maximum number of running pumps When the maximum number of pumps are running at the same time no idle pump is allowed to start Function Maximum runtime When a pump has run longer than the maximum run time Pump is temporarily stopped Maximum runtime alarm is generated Considerations Maximum runtime To avoid a flooded pump sump the maximum runtime must exceed one pump cycle ...

Page 24: ...mp will start Example Pump is shut off or faults Number of alternating pumps Number of alternating pumps Alternates Pump 1 AlternatesPump 2 Alternates Pump 3 Alternates Pump 4 2 Yes Yes No No 3 Yes Yes Yes No 4 Yes Yes Yes Yes Example Three alternating pumps The table shows when pumps start during different pump cycles S tart level Pump cycle 1 Pump cycle 2 Pump cycle 3 1 Pump 1 Pump 2 Pump 3 2 Pu...

Page 25: ...r each additional pump 4 Specify the current transformer rating for pump 1 pump 3 in the P1 P3 Current range menu 3_3 5 Specify the current factor between pump 1 and pump 3 in the Current factor P1 P3 menu 3_4 Keep in mind Only necessary when the maximum pump currents are different 6 Repeat step 4 5 for the other pair of pumps Disable alarm limit Set the alarm limit to 0 Rain Measurement The RTU c...

Page 26: ...ser profile of the modem profile 0 has to be configured NOTICE The factory settings of the modem cannot be used in this case Modems Communication is possible using PSTN GSM GPRS or radio modem The modem can either use factory settings or user profile 0 which must then be pre configured Example Configuring a TD 33 modem To configure the modem 1 Start Windows Hyperterminal program 2 Select and confi...

Page 27: ...Fixed line HDX Half Duplex Communication using a fixed line modem radio modem or directly to a PC Menu Values Description Communication COM1 15_10 RS232 HDX Will work with normal settings in the SCADA system Speed COM1 15_13 1200 115200 bps Set this value to the same as the port baudrate in the SCADA system Parity COM1 15_14 None Even or Odd Use the same setting as in the communication equipment P...

Page 28: ...5_1 001 899 In the SCADA system the station number is a unique number for the RTU NOTICE If you connect a terminal to the service port in the RTU you can specify the access point name with the command setcomdata Format setcomdata access point name Telephone modem Communication using a Hayes compatible telephone modem or GSM modem Reference Observe the limitations for combinations of modems and the...

Page 29: ...unication equipment Protocol COM1 15_1 5 AquaCom dialled Modbus dialled Comli dialled Station number id 15_1 001 899 In the SCADA system the station number is a unique number for the RTU Telephone no CS SMS 15_3 Enter the telephone number to the SMS recipient i e the personnel User modem Communication using a GSM modem or a telephone modem when you want the RTU to configure the modem Reference Obs...

Page 30: ...unication COM1 15_10 GSM Hayes predef Configure the modem using a PC and select GSM Hayes predefined Speed COM1 15_13 1200 115200 bps If your modem supports autobauding set this as high as possible to get the best communication performances Otherwise set this value to the same as the value used in the pre configuration of the modem Parity COM1 15_14 None Even or Odd Use the same setting as in the ...

Page 31: ...arm delay When the alarm condition is fulfilled longer time than the alarm delay the alarm is generated Configure alarm delays 1 Specify general delay in the General alarm delay menu 14_1 2 Specify delays for Mains error alarms in the Pow fail alarm delay menu 14_2 Low level alarms in the Low level alarm delay menu 14_3 Blocking alarms in the Blocking alarm delay menu 14_4 Alarm Priority The alarm...

Page 32: ...fy alarm texts in the Alarm text input 1 8 menus 14_15_1 14_15_8 2 Specify alarm code in the Alarm code input 1 8 menus 14_16_1 14_16_8 Keep in mind Only relevant when alarms are sent to a SCADA system Alarms Sent to SCADA System The RTU can send alarms to a SCADA system Function Sending fails Phase Description 1 RTU sends an alarm to the SCADA system 2 Result Sending fails Example SCADA system is...

Page 33: ...ms Function D alarm time frame SMS with D alarms are sent only during a specified time frame If the alarm occurs at any other time the RTU will wait until the D alarm time frame begins and then send the alarm Function No D alarm time frame If the D alarm time frame is disabled D alarms are treated as A alarms Configure time frame 1 Specify when to start sending SMS in the D alarm start time menu 1...

Page 34: ...are activated Warning time begins 3 Personnel acknowledge their presence within the Warning time Result Work time is restarted Common alarm outputs are set to passive No acknowledge is received within the Warning time Result Personnel alarm is generated Configure the personnel alarm 1 Enter a time in the Work time menu 14_5 2 Enter a time in the Warning time menu 14_6 Configure Alarm Handling 32 A...

Page 35: ... Drops below nominal capacity capacity divergence a low capacity alarm is generated Configure capacity calculations 1 Specify a sump level in the Upper level capacity menu 12_5_1 Keep in mind Enter a level below the lowest pump start level 2 Specify a sump level in the Lower level capacity menu 12_5_2 Keep in mind Enter a level above the highest pump stop level and below the upper level capacity 3...

Page 36: ...eir discharge coefficient in the Discharge coeff menu 8_3 Reference Spillway supplier Example A typical value is 0 62 4 Specify a width in the Weir width menu 8_5 Details V shaped Weir Reference for general information and requirements Estimate Overflow Flow and Volume Illustration V shaped spillway 1 2 1 Weir width 2 Overflow range Configure v shaped spillway 1 Select V notch in the Weir select m...

Page 37: ...known overflow flows Overflow 5 are the flow at top of the overflow range Overflow 4 are the flow at 4 5 of the overflow range Overflow 1 are the flow at 1 5 of the overflow range 1 2 3 4 5 6 1 Overflow 1 13 8 l s 2 Overflow 2 38 6 l s 3 Overflow 3 94 l s 4 Overflow 4 128 2 l s 5 Overflow 5 138 6 l s 6 Overflow range Specify a weir manually 1 Select Manual in the Weir select menu 8_1 2 Specify a s...

Page 38: ...17 Estimated overflow volume Yes Overflow count 8_18 Number of overflows Yes No of major overfl 8_19 Number of major overflows An overflow is also a major overflow when no other overflow has occurred for the last 24 hours Yes Overflow time 8_20 Total overflow time Yes Rain 9_ Daily rain value No Free flow 10_1 Estimated free flow The free flow is also called the inflow and is the flow into the sum...

Page 39: ...3 Press the Up arrow Result Menu window shows Reset value Yes 4 Press OK Result Data is reset Read Operational Data APP 541 User manual 37 ...

Page 40: ... Alarm status LED 6 Communication LED Monitor Status LED Description Comments Green Power supply is on Off Possible causes Power supply is off Fuse is blown Red Sump level is high Sump level exceeds High level switch or High level alarm limit for analogue sensor Green There is feedback from the pump relay The pump is running Red There is a pump fault Possible causes High temperature in pump Motor ...

Page 41: ...uto switch is set to blocked Ex classified environment No liquid is detect in the sump Remote block from SCADA system Sump level is low Flashingred New alarm has occurred The alarm is not acknowledged An alarm remains active The alarm is acknowledged Off No active alarms Flashing green An alarm is being sent to SCADA system or SMS receivers Green RTU is set to send alarms to SCADA system or SMS re...

Page 42: ...example Comment Alarm text Mains error Date 6 45A Time 06 45 Legend A is AM P is PM Alarm type P Legend A is active alarm P is passive alarm Alarm priority B A B C or D Open the alarm log 1 Display the Alarm log menu 1 Result The number of alarms in the alarm log are also shown in the menu window 2 Press OK Result The first alarm is displayed in the menu window Navigate the Alarm log Press the Up ...

Page 43: ...r Remote Monitor Alarms Sent as SMS The RTU can send alarms to SMS receivers Example Mains error alarm has become passive SMS text 1 Elm St PS 14 2007 09 12 06 45 B Mains error P Structure Alarm sent as SMS Field Text in example Comment Station number 1 Station name Elm St PS 14 Date 2007 09 12 Time 06 45 Alarm priority B Alarm text Mains error Alarm type P Legend A is active alarm P is passive al...

Page 44: ...lip the selector switch twice Example Switch the lights off and on Motor Protection You can try to reset a tripped motor protection manually Reset motor protection manually Press Reset on the RTU front panel or Use remote control from the SCADA system Keep in mind Reset can only be done when the pumps are stopped Monitor Status and Alarms 42 APP 541 User manual ...

Page 45: ... pump manually Set the pump state to Manual or Set the switch to manual mode To return control to the RTU 1 Set the pump state to Auto and 2 Set the switch to automatic mode Troubleshooting Types of troubleshooting View status of digital inputs Invert digital inputs from normally open to normally closed or vice versa Run diagnostic program Reset RTU default settings Exception MAC address remains t...

Page 46: ...s menu 17_2 0 passive 1 active Invert inputs For an input in the Invert inputs menu 17_3 select 1 to invert the input 0 for no inversion Default state Run a diagnostic program Select the program in the Diagnostic program menu 17_8 Reset RTU to default settings 1 Select Yes in the Flygt default menu 17_9 Result RTU restarts and the text Restart is shown in the display 2 Wait until the restart is co...

Page 47: ...m the analogue current measurement 16 C Low current P1 Low current P1 Low current pump 1 Alarm from the analogue current measurement 17 B High current P2 High current P2 High current pump 2 Alarm from the analogue current measurement 18 C Low current P2 Low current P2 Low current pump 2 Alarm from the analogue current measurement 19 B High current P3 High current P3 High current pump 3 Alarm from ...

Page 48: ...nput 5 Alarm digital input 5 Alarm from digital input 5 The alarm is user defined 86 C Alarm input 6 Alarm digital input 6 Alarm from digital input 6 The alarm is user defined 87 C Alarm input 7 Alarm digital input 7 Alarm from digital input 7 The alarm is user defined 88 B Alarm input 8 Alarm digital input 8 Alarm from digital input 8 The alarm is user defined 8214 B Low 24V Supply Low 24V extern...

Page 49: ...ponding Communication problem with I O module The I O module is not responding 8539 C Wrong I O module Wrong type of I O module Communication problems with I O units Wrong unit type 8602 B High level pfail High level pumpfailure The level is high and in the same time there is a failure on at least one pump 8606 B P1 switched off P1 switched off Pump 1 is switched off i e not in auto mode 8607 B P2...

Page 50: ...function 2_11 Random start range ft WritableCentral System TextRandom start range ft Random start range 2_12 Sensor range ft WritableCentral System TextSensor range ft Sensor range 2_13 Sensor calibration ft WritableCentral System TextSensor calibration ft Sensor calibration offset 3 P1 current A Read only Measured current for first pump 3_1 P1 high current A WritableCentral System TextP1 high cur...

Page 51: ...1 Rectangular 2 V notch3 ManualCentral System TextWeir select Chose between different weir types 0 No 1 Rectangular 2 V Notch and 3 Manual 8_2 Overflow level ft WritableCentral System TextOverflow level ft Overflow level alarm limit 0 disables the function 8_3 Discharge coeff WritableCentral System TextDischarge coefficient Discharge coefficient used by the rectangular and v notch calculation meth...

Page 52: ...em TextOverflow segment 10 GPM Overflow segment 10 used by the manual calculation method to calculate overflow flow and overflow volume 8_16 Overflow flow GPM Read only Overflow flow 8_17 Overflow volume gal Read only Overflow volume 8_18 Overflow count Writable Number of overflows 8_19 No of major overfl Writable No of major overfl 8_20 Overflow time h min Writable Overflow time 9 Rain inch Writa...

Page 53: ... ft WritableCentral System TextUpper level capacity ft Upper level for capacity calculation Has to be below the lowest start level 12_5_2 Lower level capacity ft WritableCentral System TextLower level capacity ft Lower level for capacity calculation Has to be higher than the stop level 13 Pump control Read only Menu group for pump control 13_1 P1 state Writable Alternative0 Auto 1 Blocked Program ...

Page 54: ...pump cycles between each flushing 13_18 Flushing time min s Writable Enter the time for which the flushing valve will be open0 disables the function 14 Alarm setup Read only Menu group for alarm 14_1 General alarm delay min s WritableCentral System TextGeneral alarm delay min s Delays the recording of an alarm Used for all alarms except power failure alarm and low level 14_2 Pow fail alarm delay m...

Page 55: ...larm input 27 Alarm input 38 Alarm input 49 Alarm input 510 Alarm input 611 Alarm input 712 Alarm input 813 High capacity P114 High capacity P215 High capacity P316 High capacity P417 Low capacity P118 Low capacity P219 Low capacity P320 Low capacity P4 Alarm priorities Continuation 14_14 Alarm priority 4 Writable Alternative1 Pers alarm2 Overflow3 High rain 5 min4 High rain 24 h5 Testcall 6 I O m...

Page 56: ...rvaldays Writable Test alarm interval How often the test alarm shall be sent 14_17_ 2 Test alarm time Writable Test alarm time The time of the day at which the test alarm is sent 14_17_ 3 Test alarm state Writable Alternative0 Off1 On Manual activation of the test alarm Also reflects the current state of the test alarm 15 Communication Card not installed Read only Menu group for communication with...

Page 57: ...ion string for the modem part 1 Applies only when User modem is selected as communication 15_12 Modem init 2 Writable Initialization string for the modem part 2 Applies only when User modem is selected as communication 15_13 Speed COM1bps Writable Alternative0 12001 24002 48003 96004 192005 384006 576007 115200 Speed to use for the communication with the Central System 15_14 Parity COM1 Writable A...

Page 58: ...ting for a remote connection to be established in order to perform some management activity E g loading a new application program 16_8 New password Writable Activates the service password which prevents unauthorized access to service menus The password is disable by the value 0000 17 I O setup Read only Menu group for I O setup 17_1 Number of pumps Writable Specifies the number of pumps connected ...

Page 59: ...t 2 17_4_4 Com alarm activ 3 Writable Alternative1 P1 Spare alarm2 P2 Spare alarm3 P3 Spare alarm4 P4 Spare alarm5 Alarm input 16 Alarm input 27 Alarm input 38 Alarm input 49 Alarm input 510 Alarm input 611 Alarm input 712 Alarm input 813 High capacity P114 High capacity P215 High capacity P316 High capacity P417 Low capacity P118 Low capacity P219 Low capacity P320 Low capacity P4 Selects which a...

Page 60: ...l System TextFunction general input 4 Select function for general input 4 Default is High temp P4 17_5_5 Function gen input 5 Writable Alternative0 None1 P1 auto2 Power failure3 External alarm4 Blocking5 Personnel6 Rain meter7 Overflow8 Low level float9 High level float10 High temp P111 P1 Spare alarmCentral System TextFunction general input 5 Select function for general input 5 Default is Overflo...

Page 61: ...ue is fetch from the I O module 17_7 Outputs Read only Menu group for Outputs 17_7_1 Function output 4 Writable Alternative0 Motorprotect reset1 Sprinkler2 General output Select if the outputs is to be used as motor protection reset or general purpose outputs 17_7_2 Output 4 config Writable Alternative1 Power failure2 High level3 P1 failure4 P1 blocked5 P2 failure6 P2 blocked7 P3 failure8 P3 block...

Page 62: ... 2 LEV1_Pe rcen t UNSIGNED INT 0 100 SI US 1 1 R Level in percent 9 2 LEV1_Rang e UNSIGNED INT 0 9999 SI US 0 0 1 0 0328 1 m feet RW Measure range for the level sensor I S 9 9 9 9 9 9 9 9 T N I D E N G I S e u l a V _ 1 V E L 1 US 0 0 1 0 0328 1 m feet R Level in meters 5 8 OF1_ActiveCountTota l UNSIGNED INT 0 6553 5 SI US 1 1 R Total number of overflows 5 6 OF1_ActiveTimeTota l UNSIGNED INT 0 655...

Page 63: ...ED INT 0 9999 SI US 0 1 0 1 A A RW High current alarm limit pump 3 163 P3_LowCurren t UNSIGNED INT 0 9999 SI US 0 1 0 1 A A RW Low current alarm limit pump 3 4 2 P3_RunTimeDail y UNSIGNED INT 0 6553 5 SI US 6 0 6 0 s se c R Run time in minutes of pump 3 in the present day 4 4 P3_StartCountDail y UNSIGNED INT 0 6553 5 SI US 1 1 R Number of starts on pump 3 in the present day 151 P3_StartLeve l SIGN...

Page 64: ...x alternating pumps 202 S1_MaxRunTim e UNSIGNED INT 0 3000 SI US 1 1 s se c RW Max Run time Max 50 min 30000 204 S1_MinRunFloatHigh UNSIGNED INT 0 3000 SI US 1 1 s se c RW High level float minimum run time sump 196 S1_StopDela y UNSIGNED INT 0 600 SI US 1 1 s se c RW Stop delay 226 SYS_AppVerAq v UNSIGNED INT 0 6553 5 SI US 1 1 R Version of the AquaView application 225 SYS_Languag e UNSIGNED INT 0...

Page 65: ... a failure on at least one pump l w o L R 1 0 L A T I G I D m r a l A w o L _ 1 V E L 4 e ve l alar m is act ive 1 0 LEV1_Sens orAlarm R 1 0 L A T I G I D Sensor failure alarm 201 O01_Active R 1 0 L A T I G I D Digital output 1 is ac tive 202 O02_Active R 1 0 L A T I G I D Digital outpu t 2 is active 203 O03_Active R 1 0 L A T I G I D Digital outpu t 3 is active 204 O04_Active R 1 0 L A T I G I D ...

Page 66: ... from pump 3 4 4 P3_Run p m u P R 1 0 L A T I G I D 3 is runn ing 5 9 P3_SwitchOffAlarm R 1 0 L A T I G I D Pump 3 is switched off i e not in auto mode R 1 0 L A T I G I D m r a l A m r e h T _ 3 P 5 5 High temperature alarm is active on pump 3 R 1 0 L A T I G I D m r a l A p i r T _ 3 P 1 5 Tripped alarm on pump 3 6 3 P4 _Bloc ke d R 1 0 L A T I G I D Pump 4 is blocked 6 2 P4_Erro r r o r r e n a...

Page 67: ... 0 L A T I G I D t e s e R e t o m e R _ 1 S 8 7 Remote reset resets alarms and pump errors 200 S1 _Re vertT W R 1 0 L A T I G I D o t u A o Revert to automatic control of the pumps 9 7 SYS_ParamErrorAlar m m r a l a r o r r e r e t e m a r a P R 1 0 L A T I G I D R 1 0 L A T I G I D m r a l A e v i t c A _ R L A T S T 5 8 Tes t alarm is active Appendix B Tag List APP 541 User manual 65 ...

Page 68: ... 24 25 26 27 28 29 30 1 Free flow 2 P1 pump status 3 P1 relay status 4 Pumped volume 5 Level 6 RTU info 7 Overflow time 8 Overflow count 9 Overflow flow 10 Overflow volume 11 Max level 12 High level 13 Start level 14 Stop level 15 Low level 16 Alarm handling local remote 17 P1 capacity 18 P1 current 19 P1 starts 20 P1 run time Appendix C SCADA Systems 66 APP 541 User manual ...

Page 69: ...c F4 Reset unit RTU information To show version information click RTU info Setpoints How to use setpoints Setpoint values can be fetched and sent in random order Keep in mind Maximum is 500 transmitted characters Alarm code filter can be fetched and sent in random order Alarm priorities can be fetched and sent in random order NOTICE Fetching alarm code filter or alarm priorities requires at least ...

Page 70: ... ft Level Current P1 A P1 current Maximum value in period Current P4 a P4 current Maximum value in period Rain P1 inch Rain 5 minute running average Calculated cap P1 GPM Calculated capacity P1 Calculated cap P4 GPM Calculated capacity P4 Overflow Level ft Overflow level Overflow Height ft Overflow height Free flow l s Free flow inflow To set trend resolution in the RTU Enter the preferred resolut...

Page 71: ...d values supported by the RTU can be added to the status view Reference Appendix B Tag List Remote Control The following functions can be controlled remotely Start P1 Start Pump 1 Stop Pump 1 Start P2 Start Pump 2 Stop Pump 2 Block Block all pumps Reset Reset motor protection Resume to auto Functions will no longer be controlled remotely Keep in mind If communication to the RTU is lost the pump wi...

Page 72: ...system Structure Caller id The caller id is generated automatically by the RTU Syntax FLYGT_ protocol _ station number Example 1 If the protocol is Modbus and the station number is 31 the RTU generates the Caller id FLYGT_MODBUS_31 Example 2 If the station number is changed from 31 to 32 the RTU generates a new Caller id FLYGT_MODBUS_32 Function Alarm call The table below shows an outgoing alarm c...

Page 73: ...em must not exceed the Max buffer size in the RTU when requesting registers or other data Protocol Max No of registers in one reply Max No of digital I O in one reply Modbus 47 760 Comli 32 512 Keep in mind The max reply Buffer Size is 100 bytes The limitation is in Comli where the data bytes are limited to 64 When a GSM modem is used GSM network delays may cause the SCADA system to timeout To sol...

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Page 76: ...ldings factories and farms In more than 150 countries we have strong long standing relationships with customers who know us for our powerful combination of leading product brands and applications expertise backed by a legacy of innovation For more information on how Xylem can help you go to xyleminc com Xylem Water Solutions AB Gesällvägen 33 174 87 Sundbyberg Sweden Tel 46 8 475 60 00 Fax 46 8 47...

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