ISOMAG ISOIL MV110 Operating And Maintenance Manual
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ISOMAG ISOIL MV110 Operating And Maintenance Manual

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OPERATING AND MAINTENANCE
MANUAL
MV110
110_EN_IT_IS_R3_1.00.0

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Summary of Contents for ISOMAG ISOIL MV110

  • Page 1 OPERATING AND MAINTENANCE MANUAL MV110 110_EN_IT_IS_R3_1.00.0...
  • Page 2 Release number: 110_EN_IT_IS_R3_1.00.0 The characters of file name in bold type indicate the software version which the manual refers to; it is visualized at the instrument start up, or by specific function on DIAGNOSTIC menu. The reproduction of this manual and any supplied software is strictly forbidden.
  • Page 3  110_EN_IT_IS_R3_1.00.0...

  • Page 4: Table Of Contents

     INDICE SAFETY INFORMATION __________________________________________________ 3 INTRODUCTION ________________________________________________________ 3 SAFETY CONVENTION ___________________________________________________ 4 DATA PLATE ___________________________________________________________ 5 AMBIENT TEMPERATURE _________________________________________________ 5 TECHNICAL CHARACTERISTICS ___________________________________________ 5 DIMENSIONS __________________________________________________________ 6 SEPARATE VERSION_____________________________________________________ 7 HORIZONTAL VERSION __________________________________________________ 8 VERTICAL VERSION _____________________________________________________ 8 MV110 CONSTRUCTION _________________________________________________ 10 INTERNAL LAYOUT ____________________________________________________ 11 ELECTRICAL CONNECTION AND GROUNDING INSTRUCTIONS ___________________ 12 DIGITAL INPUT ON/OFF OPERATION ______________________________________ 14...
  • Page 5  CONVERTER ACCESS CODE ______________________________________________ 22 FUNCTIONS MENU _____________________________________________________ 25 FUNCTIONS DESCRIPTION ______________________________________________ 29 MENU 1 - SENSOR _____________________________________________________ 30 MENU 2 - UNITS _______________________________________________________ 33 MENU 3 - SCALE _______________________________________________________ 35 MENU 4 - MEASURE ____________________________________________________ 37 MENU 5 - ALARMS _____________________________________________________ 39 MENU 6 - INPUTS ______________________________________________________ 40 MENU 7 - OUTPUTS ____________________________________________________ 41 MENU 8 - COMMUNICATION _____________________________________________ 43...

  • Page 6: Safety Information

     INTRODUCTION ‰ These operating instructions and description of device functions are provided as part of the scope of supply. ‰ They could be modified without prior notice. The improper use, possible tampering of the instrument or parts of it and substitutions of any components not original, renders the warranty automatically void. ‰...

  • Page 7: Safety Convention

     ‰ The specialists must have read and understood these Operating Instructions and must follow the instructions it contains. The Operating Instructions provide detailed information about the converter. If you are unclear on anything in these Operating Instructions, you must call the ISOIL service department. ‰...

  • Page 8: Data Plate

     TECHNICAL CHARACTERISTICS lEctrical haractEristic Converter classification: class I, IP67/68 for aluminum and PA6 housing, installation category (overvoltage) II, rated pollution degree 2. Power Power Power supply supply supply Max power Power versions voltage frequency 100-240V~ 45-66HZ 24-36V 1,5 W (Sensor only) (all Loads) 24-36V~...

  • Page 9: Dimensions

     DIMENSIONS 167.0 114.0 164.0 114.0 195.0 110_EN_IT_IS_R3_1.00.0 6 di 79...

  • Page 10: Separate Version

     EParatE Ersion 136.5 22.5 110_EN_IT_IS_R3_1.00.0 7 di 79...

  • Page 11: Horizontal Version

     orizontal vErsion 56.0 144.0 JUCTION BOX JUCTION BOX Ertical vErsion 87.0 75.0 JUCTION BOX JUCTION BOX 110_EN_IT_IS_R3_1.00.0 8 di 79...
  • Page 12  TORQUES To guarantee the housing’s IP degree the following torques are required: Fixing Housing Cover terminal Version Cable Display screw (1) block screw (2) Screw Cap (3) Glands (4) USB-B (5) Frame ALUMINIUM 6 Nm 5.5 Nm 3 Nm 0.8 Nm 8 Nm 4 Nm...

  • Page 13: Mv110 Construction

     MV110 CONSTRUCTION TERMINAL BLOCK COVER MAIN HOUSING COVER DESCRIPTION POS. PA6 VERSION ALUMINIUM VERSION SCREW M4x12 SCREW M5x12 GROWER Ø4 GROWER Ø5 TERMINAL BLOCK COVER TERMINAL BLOCK COVER O-RING-4400 PROTECTION COVER HOUSING COVER HOUSING COVER ORING-4700 ORING-117x3 DISPLAY FIXING DISPLAY FRAME (MATERIAL PA06) SELF-TAPPING SCREW 4x10 TRILOBO SCREW 4x10 SELF-TAPPING SCREW 4x10...

  • Page 14: Internal Layout

     INTERNAL LAYOUT nternal onverter Iews Remove the main housing cover by removing the 4 screws as shown here below. POWER SUPPLY BOARD MINI USB-B TERMINAL BLOCKS MAIN POWER SUPPLY POWER SUPPLY CABLE 110_EN_IT_IS_R3_1.00.0 11 di 79...

  • Page 15: Electrical Connection And Grounding Instructions

     ELECTRICAL CONNECTION AND GROUNDING INSTRUCTIONS Always ensure that the converter and the sensor are grounded (earthed) correctly. The grounding of the sensor and converter must ensure that the instrument and liquid are equipotential. ORING 4700 L(+) N(-) COVER GROWER SCREW ‰...
  • Page 16  ELECTRICAL CONNECTION CONVERTER- SENSOR Sudden movements of the electrodes cable could introduce noise. *SH = SHIELD OF CABLE internally connected to ground. ELECTRODES RS485 22 21 20 4-20 OUTPUTS OUT2 (+) 4-20 +24V OUT1 (+) 4-20 OUT1-2 (-) 4-20 16 15 14 DIGITAL OUTPUTS DIGITAL...

  • Page 17: Digital Input On/Off Operation

     DIGITAL INPUT ON/OFF OPERATION EXTERNAL POWER SUPPLY INTERNAL POWER SUPPLY 10KΩ 15(+) 10KΩ 10KΩ 3-40Vdc (ON) 0/1.5Vdc (OFF) 16(+) RESET TOTALIZERS Block Necessary conditions for enabling the function 3-40V ‰ POS. 6.1 see page 26 (T+; total direct positive set on) Reset ‰...

  • Page 18: Rs485 Modbus Module (Optional)

     OUTPUTS WIRING DIGITAL OUTPUTS ‰ Opto-insulated output with floating collector and emitter 18 OUT 1(+) terminals freely connectable 19 OUT 2(+) ‰ Maximum switching voltage: 40V ‰ Maximum switching current: 150mA ‰ Maximum saturation voltage between collector and emitter @150mA: 1.2V ‰...

  • Page 19: Connectors Mil

     CONNECTORS MIL THE following are the links of the MIL connectors IP68 SENSOR SIGNALS Connector A contact from terminal 1 of the converter (electrode 1) 6 poles Contact F from terminal 2 of the converter (electrode 2) Contact And from terminal 3 of the converter (COM. Elec.) Contact B from terminal 13 of the converter (COIL 1) Contact C from terminal 12 of the converter (COIL 2) Contact D from terminal 4 and 11 of converter...
  • Page 20  START VISUALIZATION PAGES The direct exposure of the converter to the solar rays, could damage the liquid crystal display. The visualization pages can be change according to instrument’s setup. Push to change visualization Flow rate direction +/- Unit of measure Flag Flow rate value Flow rate trend...
  • Page 21  Push to change visualization Totalizer Total + Totalizer Partial + Totalizer Total - Totalizer Partial - Electrodes Voltage Electrodes Resistance n°Alarm Alarm List Date and Time Direct Total Totalizer Direct Partial Totalizer Reverse Total Totalizer Reverse Partial Totalizer 110_EN_IT_IS_R3_1.00.0 18 di 79...

  • Page 22: Meaning Of Flags

     mEaninG oF FlaGs FLAG DESCRIPTION FLAG DESCRIPTION EMPTY PIPE MIN FLOW ALARM FILE UPLOAD MAX FLOW ALARM FILE DOWNLOAD VIDEO TERMINAL CONNECTED BATTERY RECHARGE (FLASHING) FLOW RATE OVERFLOW LOW BATTERY (FIXED) FLOW RATE SIMULATION (FLASHING) PULSE 1 OVERFLOW CALIBRATION (FLASHING) PULSE 2 OVERFLOW GENERIC ALARM...

  • Page 23: Access Via Keypad

     ACCESS TO THE CONFIGURATION MENU The configuration can be done in two different ways: ‰ By keypad of converter ‰ By MCP interface (Virtual display of instrument) ccEss EyPad SHORT PRESSING (< 1 SECOND): SHORT PRESSING (< 1 SECOND): SHORT PRESSING (<...

  • Page 24: Flow Rate Visualization

     FLOW RATE VISUALIZATION This symbol appears (red color on the virtual display) only when the overall noise is over 2.5% of flow rate. The MV 110 can show a 5 digits display for flow rate units; this mean the maximum flow rate value that can be represented on the display is 99999 (no matter the positioning of the decimal point).

  • Page 25: Access Code Set : Menu 13 System

     CONVERTER ACCESS CODE The access for programming the instrument is regulated by six access levels logically grouped. Every level is protected by a different code. ‰ Access Level 1-2-3-4 Freely programmable by user 13 s ccEss ystEm The CODE is Settable by keyboard or MCP interface. Depending on the level of access different display functions will be visible.
  • Page 26  The following example shows how to change the Full scale by Quick Start menu; the second illustrates how to change the function by the Main menu. EXAMPLE: modifying the full scale value from 4dm³/s to 5dm³/s, from the “Quick start menu” Enter in the “Quick start menu“...
  • Page 27  EXAMPLE: modifying the full scale value from 4dm³/s to 5dm³/s, from the “Main Menu” (quick start menu enabled) Enter in the “Quick start menu“ x8 Times Access to the “Main Menu“ Access to the “Scale Menu“ Access to the “Fs1“ 1 10 Push repeatedly Change the value...

  • Page 28: Functions Menu

     FUNCTIONS MENU The main menu is selected from the Quick start menu by pressing the key and entering the access code; enter the access code if required. Note: Functions in grey here below are displayed only with other functions active, or with optional modules. Sensors model: Enter the first two characters of the serial number of the sensor Flow sensor lining material type Type of sensor: fullbore or insertion...
  • Page 29  Measure filter Low flow zero threshold: 0-25% of full scale value Automatic calibration verify Automatic change of measurement range Maximum value alarm set for direct flow rate Maximum value alarm set for reverse flow rate Minimum value alarm set for direct flow rate Minimum value alarm set for reverse flow rate Hysteresis threshold set for the minimum and maximum flow rate alarms Current output value in case of failure...
  • Page 30  HART packet byte preambles HART bus output control Device communication address number MODBUS link speed MODBUS link parity MODBUS reply delay Maximum delay between chars (frames) MODBUS Choice of the language Display contrast Display/keyboard inactivity time Display updating frequency: 1-2-5-10 Hz Display function number Display function selection lock Partial totalizer enable...
  • Page 31  12.1 Self test diagnostic function 12.2 Function tests physical display 12.3 Sensor verify diagnostic function 12.4 Flow rate simulation enabling 12.5 Display internal measured value 12.6 Display comm. diagnostic values 12.7 Display measure as graphs 12.8 Generic sensor parameters set 12.9 Sd card status informations 12.10 Firmware version/revision...

  • Page 32: Functions Description

     FUNCTIONS DESCRIPTION Here below the explanation on how the rows of menu are described. Menu visualized on the converter (from 1 to 13) MENU 1 - SENSOR Sensor Model (POS. 1.1) [S. model xxx] [SMODL] Access level MCP command Convert request1 Synthetic description of the function The following picture describes where to find the name of the MCP functions in MCP-software.

  • Page 33: Menu 1 - Sensor

     MENU 1 - SENSOR Sensor model (POS. 1.1) [S. model xxx] [SMODL] Enter the first two characters of the serial number of the sensor as on the sensor label. Lining Type (POS. 1.2) [Lining= UNSPEC.] [LIMAT] Flow sensor lining material type. (PFA; PU-TDI; ALON; PEEK; HR; PP; PA-11; PTFE-HT; PTFE) Type of sensor (POS.
  • Page 34  (POS. 1.13) [KC= +/- xx.xxx] [CFFKC] Calibration Factor. This function is activated if the sensor model is NOT present on the sensors table standard parameters Coils Ex.Current (POS. 1.14) [C.Curr.= mA xxx.x] [CEXCC] Excitation coils current. This function is activated if the sensor model is NOT present on the sensors table standard parameters C.
  • Page 35  Zero point calibration (POS. 1.24) [Zero point cal.] This feature appears only when the process conditions are as follow: • measure filters recommended (Damping) set to SMART 2 second / 5 second • stable flow rate and lower than 0.1% of the absolute scale (10 m/s) •...

  • Page 36: Menu 2 - Units

     MENU 2 - UNITS WARNING: The totalizer value is updated and changed depending on the setting of unit value. The scale change may cause accuracy loss depending of rounding up. For example, if T +=0,234 liters with 3 decimals, it become T +=0.001 m³ losing 0.234 liters in rounding Diameter (POS.
  • Page 37  Partial+ Dec. Point pos. (POS. 2.11) Total. [P+ D.P.= x] [TPPDP] Setting partial direct totalizer decimal point position. Example: P+D.P.= 3 visualized value P+dm³ 0.000 / P+D.P.= 2 visualized value P+dm³ 0.00 Total. T- unit of m. type (POS. 2.12) [T- unit= METRIC] [TTNUT] This function is active with...

  • Page 38: Menu 3 - Scale

     MENU 3 - SCALE Flow Rate Full Scale 1-2 (POS. 3.1-2) [FS1-2= l/s xxxx.x] [FRFS1-FRFS2] The FS2 (full scale flow rate 2) is active with POS. 6.6 see page 26 ,enabled. The full scale is used to indicate to the maximum meter’s flow rate. The full scale should be chosen carefully as it’s parameters are used for several other parameters.There are three fields to fill in order to set this parameter, from left to right: 1) measure unit, 2) time unit of measure and 3) numeric value.
  • Page 39  Pulse 1-2 (POS. 3.3-3.5)Output [Pls1-2= dm³ x.xxxxx] [OP1PV-OP2PV] Pls1 and Pls2 is active with POS. 7.1 see page 26 and POS. 7.2 see page 26, enable and setting pulse value on channel 1 and channel 2. This function allows the user to set a signal (a pulse) to be given from the converter when a defined amount of liquid has passed through the sensor.

  • Page 40: Menu 4 - Measure

     MENU 4 - MEASURE Damping (POS. 4.1) [Damping=OFF/SMART/(TIME)] [MFDMP] This section of manual is extremely important because the correct setting of the filters allows to obtain a proper response of the instrument to the measured flow rate and the specific requirements of use; as a general rule, consider that, starting from Damping = OFF (no filter applied to the measure), successive values, introduce increasing damping.
  • Page 41  Cut-off threshold (POS. 4.2) [Cut-off=% xxx] [MFCUT] Setting the low flow cutoff threshold. This function is useful to avoid that flows close to zero, due to the electrical noises from tiny movements of liquid (due for example to vibrations of the pipe) which cause an increasing of the totalizers.

  • Page 42: Menu 5 - Alarms

     MENU 5 - ALARMS Maximum flow rate threshold direct (POS. 5.1) [Max. thr+=% XXX] [FRAXP] Maximum value alarm set for direct flow rate set. When the flow rate value exceeds such a threshold, then an alarm message is generated. The value of this parameter is expressed as percentage of the full scale value and may be set from 0 to 125%.

  • Page 43: Menu 6 - Inputs

     MENU 6 - INPUTS Reset totalizer + enable (POS. 6.1-2) [T/P+/RESET=ON/OFF] [VTTPE] [VTPPE] When one of this function is enabled, the related totalizer + may be reset through the on/off input. Reset totalizer - enable (POS. 6.3-4) [T/P-/RESET=ON/OFF] [VTTNE] [VTPNE] When one of this function is enabled, the related totalizer - may be reset through the on/off input.

  • Page 44: Menu 7 - Outputs

     MENU 7 - OUTPUTS Output 1 function selection (POS. 7.1) [Out1=XXXXXX] [OUT1F] Function choice corresponding to digital Output 1. The functions are listed in the table below. Output 2 function selection (POS. 7.2) [Out2=XXXXXX] [OUT2F] Function choice corresponding to digital Output 2. The functions are listed in the table below. FUNCTIONS FOR OUTPUTS 1 AND 2 ‰...
  • Page 45  CURRENT VALUES IN mA ASSOCIATE TO THE % FULL SCALE VALUE REVERSE FLOW POSSIBLE FIELD ZERO DIRECT FLOW VALUE VALUE ≤-110% -100% +100% ≥+110% Out.mA = 0 ÷ 20 + Out.mA = 0 ÷ 22 + Out.mA = 4 ÷ 20 + *Out.mA = 4 ÷...

  • Page 46: Menu 8 - Communication

     MENU 8 - COMMUNICATION Hart Preamble (POS. 8.1) [HART pr.=XXXXXX] [HARTP] Number of preamble (Hart function) Hart O.C (POS. 8.2) [HART O.C=ON/OFF] [HRTOC] Hart bus output control 4-20mA. Device Address (POS. 8.3) [Dev. Addr=XXXXXX] [DVADD] Device communication address number. Modbus Speed (POS.
  • Page 47  Read process variable : COMMAND 04. addrEss sizE tyPE oF data mEaninG 0000-0001 2 REGISTERS 32 BITS FLOAT full scale flow rate in the unit of measure chosen (as can be seen in the display of the instrument) 0002-0003 2 REGISTERS 32 BIT FLOAT flow rate value in percentage...
  • Page 48  Meaning and value of the sensor test flags returned with the register 0021: ‰ bit 15 (MSB): resistance at electrode E2 is outside the limits respect to the reference value ‰ bit 14 : resistance at electrode E1 is outside the limits respect to the reference value ‰...

  • Page 49: Menu 9 - Display

     MENU 9 - DISPLAY Language for all msn (POS. 9.1) [Language= ITA/EN] [LLANG] Choice of the language. There are 8 languages available: GB = English, IT = Italian, TR = Turkish, PL = Polish, DE = German, FR = French, PT = Portuguese, ES = Spanish. Display Contrast (POS.

  • Page 50: Menu 10 - Data Logger

     MENU 10 - DATA LOGGER Data logger enable (POS. 10.1) [D.logger en= /OFF] [DLOGE] This function enables data loger. The following functions are activated by [D.loger en= Measure (POS. 10.2) Unite of [Meas. units= ON] [DLUME] Measure unit recording enable Field separator character (POS.
  • Page 51  Board temperatures (POS. 10.15) [Log BTS= ON] [DBTSE] Enable logging of board temperature Internal board voltages (POS. 10.16) [Log IBV= ON] [DIBVE] Enable logging of internal board voltage Electrodes DC voltages (POS. 10.17) [Log EDC= ON] [DEDVE] Enable logging of electrodes DC voltage Electrodes AC voltages (POS.
  • Page 52  USING DATA LOGGER BY MCP INTERFACE Data are stored on micro SD card; the organization is based on “tree-structure”: the system create a daily folder where it save events and data logger . The data can be downloaded by MCP interface. MCP INTERFACE Click tab-control data logger to view files.
  • Page 53  C=Today Last; this option allows to download the latest files, recordered after the laat download All; this option allows the download of all the current day of the file D=Save path: This option allows you to save files to the folder on your PC E=Download: Button to start the download process F=Stop:...
  • Page 54  View downloaded files setting download data logger. Note: The fields are in a fixed position, regardless if the above fields are active or not. The disabled fields are empty (delimited by the separator but without data). N°Record. View progressively the number of registered records. Date.
  • Page 55  Voltage measured on electrode E1. Form fields when is active the recording of data on the input voltage (diagnostic value). Voltage measured on electrode E2. Form fields when is active the recording of data on the input voltage (diagnostic value). Differential voltage between the two electrodes.
  • Page 56  Example: Sensor Verify The function “Sensor Verify” creates the “STESTLOG.CSV” file, according to the following conditions: 1) Activate the SDC / RTC option in group “HW Config” (by factory see the order code) 2) Activate the “BIV” in the group “PRODUCT CODE” (by factory see the order code) 3) Activate the “Sens.verify”...

  • Page 57: Menu 11 - Function

     MENU 11 - FUNCTION The following functions are activated by first pressing the “ENTER” and then the “ESC” when the screen appears “confirm” to start the function. Totalizer Total Positive reset (POS. 11.1) [T+ RESET= ON] [VTTPR] Reset total direct totalizer for direct flow rate (+) Totalizer Par.

  • Page 58: Menu 12 - Diagnostic

     MENU 12 - DIAGNOSTIC Self Test Diagnostic (POS. 12.1) [Self Test] [ATSIC] Meter auto-test function. This function stops the normal functions of the meter and performs a complete test cycle on the measure input circuits and on the excitation generator. To activate this function, after select it, push key Enter, at the question: “CONFIRM EXEC.?”...
  • Page 59  Following are the states for the PPP link and MCPI to connect the device. PPP link status: “UNDT” = undetermined “DEAD” = dead, link down, persistent condition “LCP” = LCP phase, transition condition “AUTH” = Authentication phase, transition condition “IPCP”...
  • Page 60  SD card status info. (POS. 12.9) [SD card info] SDSTA This function shows the status of the SD card as shown in the following figure. Total Size Available memory Cluster Memory Use time remaining SD card * Day Hours Minutes Seconds The statistical calculation is performed every time the command SDSTA is invoked.

  • Page 61: Menu 13 - System

     MENU 13 - SYSTEM (POS. 13.1) Daylight saving time [Dayl. Saving= ON] [DYSTE] Daylight saving time change. (POS. 13.2) Time zone [Time zone=h+xx.xx] [TZONE] Set time for geographic area (POS. 13.3) Date and Time [xxxx/xx/xx-xx:xx] [DTIME] Set to system date and time (POS.
  • Page 62  (POS. 13.16) Coefficient KR [KR=X.XXXXX] [CFFKR] Correction coefficient constant instrumental DIGITAL ANALOG CONVERTER (Correction Parameters)(13.17-18-19-20) The diagram shows how the DAC4-20mA parameters are setup. The DAC1 value corresponds to 4 mA corresponding to a zero flow rate, while the value of 20mA corresponds to a 100% of the flow rate.
  • Page 63  MENU 13 - SYSTEM: ONLY MCP FUNCTIONS Unique Identity KEY [MCP ONLY] [UIKEY] Device Unique Identity key HardWare SET [MCP ONLY] [HWSET] Device hardware configuration HardWare CODe [MCP ONLY] [HWCOD] Device hardware code Calibr. Exec. status Memory [MCP ONLY] [CALXM] Calibration Execution status Memory.
  • Page 64  Access CODE [MCP ONLY] [ACODE] Input the right access code Exemple set quick start menù function for mcp. ACODE=0; FCODS=[MCP COMMAND]; QSFNS=1 Access Code INSERT MCP Command Quick Start FuNction Selection of the function to be activated in the QS menu. LINK Terminate [MCP ONLY] [LTERM]...
  • Page 65  Volume Totalizer Total Negative Set [MCP ONLY] [VTTNS] Totaliz.T- value set Volume Totalizer Partial Negative Set [MCP ONLY] [VTPNS] Totaliz.P- value set Volume Total Positive Overflow Set [MCP ONLY] [VTPOS] Totaliz.T+ overflow value set Volume Partial Positive Overflow Set [MCP ONLY] [VPPOS] Totaliz.P+ overflow value set...
  • Page 66  Calibration GAin Register 0 [MCP ONLY] [CGAR0] Calibration gain register 0 Calibration GAin Register 1 [MCP ONLY] [CGAR1] Calibration gain register 1 Calibration GAin Register 2 [MCP ONLY] [CGAR2] Calibration gain register 2 Calibration GAin Register 3 [MCP ONLY] [CGAR3] Calibration gain register 3 Calibration GAin Register C...

  • Page 67: Menu 14 - File (Only Mcp)

     MENU 14 - FILE (ONLY MCP) File Transfer ABoRt [MCP ONLY] [FTABR] Abort the current File Transfer File Transfer STAte [MCP ONLY] [FTSTA] Show the File Transfer state Read Last EVenTs [MCP ONLY] [RLEVT] Read the latest system events Read All EVenTs [MCP ONLY] [RAEVT]...
  • Page 68  FuNCtion list file WRite [MCP ONLY] [FNCWR] Save the functions list to file Function Enable Status WRite [MCP ONLY] [FESWR] Save function enable status to file Quick Start function Status WRite [MCP ONLY] [QSSWR] Save quick start function enable. 110_EN_IT_IS_R3_1.00.0 65 di 79...

  • Page 69: Menu 15 - Process Data (Only Mcp)

     MENU 15 - PROCESS DATA (ONLY MCP) OUTput 1 Set [MCP ONLY] [OUT1S] Set value for digital output 1 OUTput 2 Set [MCP ONLY] [OUT2S] Set value for digital output 2 Digital INput 1 Status [MCP ONLY] [DIN1S] Digital input 1 status read Flow Rate Full Scale in chosen Units [MCP ONLY] [FRFSU]...
  • Page 70  Volume Totalizer Partial Negative Overflow [MCP ONLY] [VTPNO] Totaliz.P- number of overflows Board TeMPeratures [MCP ONLY] [BTMPS] Board temperatures CPU temperature [MCP ONLY] [CPUTP] CPU temperature Sensor CoiLs TemPerature [MCP ONLY] [SCLTP] sensor’s coils temperature LiQuid VELocity [MCP ONLY] [LQVEL] Liquid velocity AVeraGe process data Samples Number...

  • Page 71: Meter Data

     METER DATA This function allows the import of data from one converter to another up to level 4 included. The hardware configurations and the corresponding calibration values are not restored. The “data import” procedure can be performed one time only, since the directory, according to the board’s SERIAL NUMBER, will be renamed.

  • Page 72: Built-In Verificator)

     B.I.V. (BUILT-IN VERIFICATOR) BIV, abbreviation for Built In Verificator, is available as option for MV110 converters and must be enabled by the manufacturer. It is also necessary that the SD card is activated to store saved data. The analysis of collected data performed by a dedicated IsoBIV software running on another device (PC). The simplicity of test procedures minimize the risk of handling errors;...
  • Page 73  Opening and reading manually the files STESTLOG.CSV The list below describes the steps for saving and reading STESTLOG.CSV file. ‰ OPEN INTERFACE STARTING THE PROGRAM MCP ‰ FOLLOW THE STEPS HERE BELOW - Select Sensor Verify - Choose the date or the period of which you want to make the data evaluation - Choose the directory to save the file Press Download to download the file.
  • Page 74  ‰ READING AND MEANING OF FILE STESTLOG.CSV Registration Number Data Hour Error code in hexadecimal format (0 = no error) The temperature unit (degrees F or C) (#) (*) CPU temperature The unit of voltage CPU (V) (#) Voltage measured on the electrode E1 The unit of voltage E1 (V) (#) Reference voltage electrode E2 The unit of voltage E2 (V) (#)

  • Page 75: Software Isobiv

     Standard and internal check to the instrument limits The measured data are compared with the reference values previously stored. The variation of different variable measured,shall be within the following range: ‰ Coil temperature (using resistance reading): within limits compatible with the lining material ‰...
  • Page 76  110_EN_IT_IS_R3_1.00.0 73 di 79...

  • Page 77: Alarm Messages (Causes And Actions To Be Taken)

     110_EN_IT_IS_R3_1.00.0 74 di 79...
  • Page 78  ALARM MESSAGES (CAUSES AND ACTIONS TO BE TAKEN) MESSAGGIO CAUSE ACTION TO TAKE NO ALARMS All works regularly [000] SYSTEM RESTART [001] INTERNAL PS FAIL Internal supply voltage error Contact the service Set the system clock from the converter menu [002] CLOCK NOT SET System Clock not set 13 (see also MCP function ).

  • Page 79: Error Code Test System Of Sensor

     ERROR CODE TEST SYSTEM OF SENSOR The codes are in hexadecimal format, the meaning is given for each bit. There are several possible error simultaneous combinations (more bits active) then that will give the combined numerical codes. CODE ANOMALIES DESCRIPTION ACTION TO TAKE 0000 NO ERROR...
  • Page 80  At the end of its lifetime, this product shall be disposed of in full compliance with the environmental regulations of the state in which it is located. 110_EN_IT_IS_R3_1.00.0 77 di 79...
  • Page 81  MANUAL REVIEWS REVIEW DATE DESCRIPTION First edition MV110_EN_IT_R0_1.00.0 15/09/2016 Insert meter BIV interface MV110_EN_IT_R1_1.00.0 6/02/2017 Inserted logos HART certification MV110_EN_IT_R2_1.00.0 09/10/2017 110_EN_IT_IS_R3_1.00.0 78 di 79...
  • Page 82 ISOIL INDUSTRIA S.p.A. HEAD OFFICE SERVICE Via Fratelli Gracchi, 27 isomagservice@isoil.it 20092 Cinisello Balsamo (MI) Tel +39 02 66027.1 Fax +39 02 6123202 sales@isoil.it If you want to find the complete list of our distributors access at the following link: http://www.isoil.com/u_vendita.asp BEFORE returning any material, please contact our SERVICE at the e-mail adress:...

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