TechnipFMC Sening MultiLevel Instruction Manual Download Page 3

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Issue/Rev. 1.4 (9/18) ║ MNF18001EN / DOK-479-E • Page 3

MultiLevel

Instruction

Manual

Table

Contents

1 – General ...............................................................................5

1.1. Orientation aids for the manual ......................................... 5

2 – Installation .........................................................................7

2.1. Preventative measures ...................................................... 7

2.1.1. To avoid accidents (due to gas explosions) ..................... 7

2.1.2. To meet the standard requirements ................................. 7

2.1.3. To ensure trouble-free operation ..................................... 8

2.1.4. To facilitate future service work ....................................... 8

2.2. Routing the cables in the vehicle ....................................... 8

2.3. Maintenance ....................................................................10

2.3.1. Maintenance plan ..........................................................10

2.4. Safety instructions ...........................................................10

2.4.1. Notes on Ex protection .................................................. 10

2.4.2. Special requirements ..................................................... 10

2.4.3. Operating elements .......................................................10

2.4.4. Disposal ......................................................................... 11

2.4.4.1. Disposal of production materials and auxiliary materials .11

2.4.4.2. Disposal of a functional component or system ........... 11

2.4.5. Proper intended use ...................................................... 12

3 – Quick Start .......................................................................13

3.1. Operating error ................................................................18

4 – Remote Access to NoMix

................................................ 19

4.1. Loading ............................................................................19

4.2. Delivery ...........................................................................20

5 – Description of the Level Gauging System ....................23

5.1. Electrical components ..................................................... 23

5.2. Mechanical components .................................................. 23

5.3. Functional Description ..................................................... 24

5.4. Condition for the calibration capability ............................. 27

5.4.1. Germany ........................................................................27

5.4.2. Outside Germany ..........................................................27

5.5. Operating principle of height measurement .................... 27

5.5.1. Transmission of the level sensor data ........................... 29

5.5.2. Suppression of surface waves (sloshing of the

liquid) .......................................................................................29

5.6. Explanation of the gauge tables ...................................... 29

5.6.1. Tank shape and calibration ............................................ 29

5.6.2. ........ Diagram of a typical volumetric measurement curve

(created from the gauge table) ................................................ 31

5.7. Explanation of the inclination correction .......................... 31

5.7.1. Graph of a typical inclination correction curve ............... 32

5.7.2. Inclination Sensor ..........................................................32

5.7.3. Inclination Sensor – Definition of the Angle Corrections .... 32

5.8. Height definition of the sensor head ................................ 34

6 – Inst. of the mechanical level sensor comp. .................. 37

6.1. Packing the level sensors ................................................ 37

6.2. Transporting the level sensors ........................................ 38

6.3. Structure of the sensor head ........................................... 39

6.4. Definition of the Sensor Length ....................................... 39

6.5. Mechanics .......................................................................40

6.5.1. Installation specifications for the sensor head ............... 40

6.5.2. Float ..............................................................................40

6.5.3. Cable Plug Connector ................................................... 41

6.5.4. Level sensor – MLDSBO-XXXX .................................... 41

7 – Modules ............................................................................43

7.1. Main Unit/Display – MLMAINDISP/MLMAINDISP2 ......... 43

7.1.1. Display / keyboard 2 – MLMAINDISP2 ......................... 44

7.1.2. Display / Interface – NM2MAINDISP2 ........................... 44

7.1.3. Display Interface – Keyboard Functions Definition of

Symbols and Key Functions .................................................... 45

7.1.4. Important functions and settings ................................... 46

7.1.5. MultiLevel functionality with NoMix ................................ 46

7.1.6. Stand-alone mode .........................................................47

7.2. Wet leg sensor interface – NM2WET-E ........................... 47

7.3. Wet leg sensor – NS-2E .................................................. 48

7.4. Temperature sensor – MLDTS-2 ..................................... 48

7.5. Level sensor interface – MLIF ......................................... 49

7.6. Inclination sensor – MLIS ................................................ 49

7.7. Chip card reader – CCR .................................................. 50

7.8. I/O interface – NM2IO ..................................................... 50

8 – Commissioning ...............................................................53

8.1. Display interface setup .................................................... 53

9 – MENU Structure ...............................................................55

9.1. Loading ............................................................................55

9.1.1. Temperature-compensated measurement during loading . 56

9.2. Delivery ...........................................................................57

9.3. Print reports and tables ................................................... 58

9.3.1. PRINT <1> – Setup .......................................................59

9.3.1.1. Setup <F1> – Complete Parameter List ..................... 59

9.3.1.2. Setup <F3> – PTB parameter list ............................... 62

9.3.2. PRINT <2> – Tables ...................................................... 63

9.3.2.1. Tables <1> – Gauging Tables ..................................... 63

9.3.2.2. Gauging Table ............................................................64

9.3.2.3. Tables <2> – Slope Table List ..................................... 66

9.3.3. PRINT <3> – Logbook ................................................... 68

9.3.3.1. Logbook <1> – Event Logbook .................................. 68

9.3.3.2. Logbook <1> – Event Report List ............................... 69

9.3.3.3. Logbook <2> – Parameter Report List ....................... 70

9.3.3.4. Logbook <3> – Comp. Monitor Logbook ................... 71

9.3.3.4.1. Logbook <3> – Comp. Monitor List ......................... 71

9.3.3.5. Logbook <4> – Meter Results .................................... 71

9.3.3.6. Logbook <5> – Updates ............................................. 72

9.3.3.5.1. Logbook <4> – Meter Results Logbook List

(Loading / Delivery Note) ......................................................... 72

9.3.4. PRINT <4> – Report ...................................................... 73

9.3.3.6.1. Logbook <5> – Update Report List ......................... 73

9.3.4.1. Report <1/2> – Tour report List – Example 1.............. 74

9.4. Settings and changes ...................................................... 75

9.3.4.2. Report <1/2> – Tour report List – Example 2.............. 75

9.4. Settings and Changes ...................................................... 75

9.5. Display configuration – 1 ................................................. 76

9.6. Display of the loading plan – 2 ........................................ 77

9.7. Parameter list – 3 ............................................................78

9.7.1. Device Setting – 31 ....................................................... 79

9.7.1.1. Local CAN bus – 311

9.7.1.2. Global CAN bus – 312 ................................................ 80

9.7.1.3. Chambers – 313 .........................................................81

9.7.1.3.1. Compartments 1-10 – 3132 ..................................... 81

9.7.1.3.1.1. Compartments 1-10 – 31321 ................................ 81

9.7.1.3.1.1.1. Compartment 1 Sensors – 313211 ...................... 82

9.7.1.3.1.1.2. Compartment 1 Installation – 313212 .................. 82

9.7.1.3.1.1.3. Compartments 1 Data – 313213 .......................... 83

9.7.1.3.1.1.4. Compartments 1 – Calibration Limits – 313214 87

9.7.1.3.1.1.5. Compartments 1 – Volume Preset – 313215 .... 91

9.7.1.3.2. Compartments monitoring during loading – 31351 . 91

9.7.1.3.3. Compartments monitoring during delivery – 31352 . 91

9.7.1.4. Operating Options – 314 ............................................ 92

9.7.1.4.1. General – 3141 ........................................................92

9.7.1.4.1.1. Change Loading Plan – 31411 ............................. 92

9.7.1.4.1.2. Change Loading Plan – 31411 ............................. 92

9.7.1.4.2. Delivery – 3142 ....................................................... 93

9.7.1.4.2.1. Sub-menu for volume preset – 31421 ................ 93

9.7.1.4.2.1.1. Preset Query – 314211...................................... 93

9.7.1.4.2.1.2. Preset Type – 314212 ....................................... 94

9.7.1.4.2.1.3. Preset Type – 314213 ....................................... 94

9.7.1.4.3. Filling – 3143 ...........................................................94

Summary of Contents for Sening MultiLevel

Page 1: ...Level Gauging System Bulletin MNF18001EN DOK 479 E Issue Rev 1 4 9 18 Instruction Manual MultiLevel MANUAL ...

Page 2: ... 454 NoMix Standard System Circuit Diagrams MNF16007EN DOK 419 EMIS2 Workshop and Installation Manual MNF19008EN DOK 447 EMIS2 Wiring Diagrams and Drawings MNF19004EN DOK 456 EMIS3 Workshop and Installation Manual MNF19009EN DOK 493 EMIS3 Interface Description MNF19002EN DOK 411 Documentation on the Internet www fmctechnologies com seningttp History Revision Order number Responsible staff Status D...

Page 3: ...of Symbols and Key Functions 45 7 1 4 Important functions and settings 46 7 1 5 MultiLevel functionality with NoMix 46 7 1 6 Stand alone mode 47 7 2 Wet leg sensor interface NM2WET E 47 7 3 Wet leg sensor NS 2E 48 7 4 Temperature sensor MLDTS 2 48 7 5 Level sensor interface MLIF 49 7 6 Inclination sensor MLIS 49 7 7 Chip card reader CCR 50 7 8 I O interface NM2IO 50 8 Commissioning 53 8 1 Display ...

Page 4: ...ail blocks 130 10 2 1 3 Delivery details 130 10 2 2 Y X Positions of the receipt elements 133 10 2 3 Attribute Appearance properties 133 10 2 4 Options Conditions for use 134 10 2 5 Format Multi purpose field formatting instructions 135 10 2 5 1 Placeholder 135 10 3 User interface operation 136 10 3 1 Input dialogue 136 10 3 2 Parameters 137 10 3 1 Changing forms after sealing 137 11 Info and Erro...

Page 5: ...pictograms are symbolic of the underly ing textual content The following pictograms are used in this manual Danger sign Danger of explosions caused by easily ignited gases and liquids here Risk of operating fault Actions that may damage the equipment Legal notice Actions that may have legal consequences Working step Concrete action statements e g Press the Enter key Input necessary e g via numeric...

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Page 7: ...re assembly is explosion protected tested and certified for electrical safety Instructions on explosion advice signs must absolutely be observed In case of malfunction the defective unit may be replaced as a whole unit only The printer is intended for use outside explosion risk areas only To protect it from the effects of the weather it should preferably be installed in the cabin 2 1 2 To meet the...

Page 8: ...r each fitting a reliable electrical connection that meets the standard must be provided between any metal casing and the vehicle chassis For this corrosion resistant screws V2A with additional shake proof washers are to be used The solenoid valves must be mounted upright i e the solenoid coil must point upwards When shortening the cores observe that absolutely no cable debris falls into the opene...

Page 9: ...njured as a result of normal operation and use Please lay a separate supply cable from the voltage source Please use a cable of 1 5mm cross section The cable need not be shielded Tap off the voltage of 24V directly from the battery positive pole Terminal 30 via a fused line using a lead fitted with a separate switch Protect the system with an 8 A fuse Obtain the 24V voltage through a secured cable...

Page 10: ...ecific policies applicable 2 3 1 Maintenance plan daily weekly monthly annually Clean the outside of the device X Visual testing X Checking the LED s X Examination of the case mounting for tight fit X Check the cable and check function with GWG X 2 4 Safety instructions CAUTION This information must be carefully read and observed before operating the unit 2 4 1 Notes on Ex protection The measuring...

Page 11: ...ch are in force at the time of disposal 2 4 4 1 Disposal of production materials and auxiliary materials Mineral oil products are extremely hazardous to the environment they must not be allowed to enter the drains sewage system or the ground These materials and any objects contaminated with them should be disposed of via suitable waste disposal facilities CAUTION The batteries in the controller sh...

Page 12: ...e the manufacturer is not liable for damages resulting from such improper use Proper use also includes compliance with the conditions set out by the manufacturer with regard to operation installation and maintenance The measuring systems must only be operated serviced and repaired by personnel who are familiar with the equipment and who have been trained regarding the dangers involved The manufact...

Page 13: ...be instructed to connect the hoses 2 Discharge screen Operation Detailed information about compartment 1 is displayed in the lower area of the screen Press F2 for detailed information about the other compartments Press the arrow keys on the control panel to access further detailed information such as Roll slope Pitch slope Temperature Compartment VT Compartment V15 etc At the start of a discharge ...

Page 14: ...press F3 to cancel the process and return to the compartment selection screen This step can be repeated for all the compartments Once the default values have been entered the following screen appears Discharge screen Calming MultiLevel now waits until any liquid movements have evened out in order to take a correct measurement This is shown on the display as Calming Non calmed values Next to the fu...

Page 15: ...ses Unmetered discharge processes can occur under the following conditions The fuel level is outside the range of the dip table and the slope table The slope angles for the longitudinal and transversal slope are outside the permissible configured range i d R 5 0 IMPORTANT Sensor failure will also lead to an unmetered discharge process The line valve is automatically opened and the following screen...

Page 16: ...he compartment number the 1 key in the example shown The foot valve and the line valve are closed and a P pause symbol appears on the display The discharge process can then be con tinued by pressing F1 or conclusively ended by pressing F3 Once the discharge hose has been uncoupled the foot valve is reopened and the fuel level is measured This is indicated by an M above the compart ment number If a...

Page 17: ...o do this the compartment measurement must have ended which is indicated by the letter E above the compartment number 8 Print delivery note Operation Insert paper into the printer and press the Print key on the MultiLevel control panel You will now be asked to select a form layout F1 F2 For example depending on the precise definition the discharge volumes of a product can be used to create a combi...

Page 18: ... screen after switching on If the Status screen fails to appear after switching on and an incomplete dis charge is shown instead you must first print the outstanding receipt Permissible calibration slope exceeded underrun A calibrated discharge cannot be carried out if the slope is outside of the calibration limit 5 The following error message is issued Uncalibrated discharge2 Longitudinal slope n...

Page 19: ... over to NoMix if a full screen error has occurred in NoMix In normal operation the switchover must be made by the operator CAUTION During Discharge or Loading you MUST NOT switch over from one operating mode Discharge Loading to the other directly 4 1 Loading The basic screen is normally displayed after switching on and is in the basic state Start Screen Operation By pressing the F1 button change...

Page 20: ... the NoMix display Loading NoMix Screen Operation To return to the MultiLevel display In NoMix by a short pressing the MENU button to switch in the menu and leaving again with F1 or STOP button 4 2 Delivery The basic screen is normally displayed after switching on and is in the basic state Start Screen Operation By pressing the F3 button change in the delivery mode ...

Page 21: ...itch in the menu MENU screen Operation Via menu option 5 is the remote access to the non existent NoMix Display Delivery NoMix screen Operation Please push again the MENU button to enter the NoMix Menu Then as usual the bypass can be unlocked When leaving the NoMix menus at first the display returns back to the MultiLevel menu Will also leave this menu again so the Delivery screen are displayed AT...

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Page 23: ...ry and for the filling the temperature sensor 9 must be installed near the bottom valve 6 to ensure a reliable incident flow in both modes Pos Name 13 Distance bushing 12 Protection tube 11 Piping system 10 Remaining fluid sensor 9 Temperature sensor 8 Discharge connector 7 Filling coupling 6 Foot valve 5 Stop valve 4 Product 3 Float 2 Dip stick 1 Compartment Figure 2 Overview of direct delivery l...

Page 24: ...or the parts drawings to this end are to be found in the appendix ATTENTION The choice of materials particularly with regard to resistance to media and weldability in combination with other tank materials is the responsibility of the tank truck manufacturer TechnipFMC does not offer any guarantee of the weldability of the parts in combination with the tank materials 5 3 Functional Description Mult...

Page 25: ...s the compartment is inclined The level in the compartment changes with inclination although the filling volume re mains constant Here the gauge table is valid only for a defined angular align ment of the vehicle Normally 0 in the longitudinal and transverse direction The size of the error in the case of inclination depends on the geometry of the compartment and the position of the level sensor Th...

Page 26: ...emands on the manufacturing tolerances The more precise manufacturing is the simpler the ensuing calibration and official verification of the vehicle will be For reasons related to the system the fill level measurement can neither take place completely down to the foot of the compartment nor is the filling quantity in the piping measured by the level sensor Therefore the residual quantities in the...

Page 27: ...ed to If necessary TechnipFMC will be pleased to assist you in the planning phase It is essential to comply with the accuracy requirement when installing the level sensors The level sensors must be aligned precisely in accordance with the drawing Deviations can lead to inaccuracies in the inclination correction See also drawing no 61 251579 The installation must be performed such that manipulation...

Page 28: ...v 1 4 9 18 Figure 8 Operating Principle A microcontroller measures the transit time and from that and the wire length calculates the float position Figure 9 Level sensor MultiLevel Instruction Manual Description of the Level Gauging System ...

Page 29: ...very is only enabled if a valid average value of the sloshing liquid can be formed ATTENTION Undulations sometimes take a long time to subside if the tank compartments have an unfavorable shape Tank compartments should be constructed in such a way that undulations subside quickly 5 6 Explanation of the gauge tables 5 6 1 Tank shape and calibration Tank shape An individual gauge table must be provi...

Page 30: ...tank compartments takes place in the normal position which is normally 0 in both directions Each tank truck must have a reference surface with which the vehicle can be brought back into the normal position Details for the calibration unit and calibration can be found in the document MultiLevel calibration instructions order number DOK 480 Figure 12 Calibration system For further information compar...

Page 31: ...tion During the delivery of a compartment the vehicle does not usually stand in the normal position of 0 It is therefore necessary to make an inclination correc tion to the filling quantity In order to correct the filling volume the inclinations are measured in the longitudinal pitch and transverse roll directions by an inclination sensor For the determination of the inclination correction tables ...

Page 32: ... MLIS The inclination sensor must be permanently installed on a stable cross beam The alignment of the sensor may not be changed by the external application of force The inclination sensor must be installed on the tank truck with the correct alignment The label on the sensor is to be observed 5 7 3 Inclination Sensor Definition of the Angle Corrections In order to determine the vehicle inclination...

Page 33: ...ed without having to bring the vehicle into the normal position again It is only necessary to transfer the sensor correction data from the pre acceptance test certificate to the parameter table 5 7 4 X Y Correction The inclination correction values are generated by means of a PC and a 3D CAD program for the target position of the level sensor If the position of the level sensor does not correspond...

Page 34: ...difference between the height displayed by the level sensor and the imaginary fill level is determined with the aid of the float resting on the bottom The difference remains constant and is used afterwards to calculate the fill height from the level sensor measurement at each level It is possible to shift the inclination table in the longitudinal direction of the level sensor in order to compensat...

Page 35: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 35 Figure 18 Height definitions drawing 51 251916 MultiLevel Instruction Manual Description of the Level Gauging System ...

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Page 37: ...and outer packaging Figure 20 Fixing the foam parts The foam parts should be fixed to the level sensor in such a way that they remain fixed at the positions shown when pushed inside the outer packaging Figure 21 Secure the lids at both ends of the outer packaging with metal staples Before pushing the lids onto the outer packaging at left and right secure the level sensor against slipping appropria...

Page 38: ... grasped centrally or carried without supporting the sensor head Figure 22 Correct transport Figure 23 Incorrect transport Result In the case of incorrect transport the level sensors can bend very quick ly and are then useless for the further installation and may no longer be used Figure 24 Result of incorrect transport MultiLevel Instruction Manual Installation of the mechanical level sensor comp...

Page 39: ... Structure of the sensor head Figure 25 Structure of the sensor head Drawing 71 251579 Flanges of type TW220 DN65 are required for the installation of the level sensors Tipping valve flange The part numbers are shown on the assembly drawings in the appendix 6 4 Definition of the Sensor Length Figure 26 Sensor length Drawing 25531 351851 ...

Page 40: ...hite is used for measurements of mineral oils The float is resistant to all low viscosity mineral oils and alcohols bio diesel RME Liquid can flow off well from the top side In the level sensor tube guide area there are small spacer studs that prevent adhesion to the level sensor tube Assembly aperture for inserting the level sensor use screwdriver for example as an aid ATTENTION Recommended gap p...

Page 41: ... be leak proof Other cables may not be used 6 5 4 Level sensor MLDSBO XXXX Parts no MLDSBO xxxx xxxx sensor length in mm Drawing no 51 351851 Wiring diagram no 51 351918 The high precision level sensor supplies information about the fill level of containers As a continuous level measuring device it provides for quality assurance and process reliability The level sensor is suitable for all applicat...

Page 42: ...ture compensated measurement principle 2 wire connection digital transmission of measured values Very short measuring intervals Employment in Ex zone 0 ATEX approval Long service life thanks to sturdy structure Insensitive to shocks and vibration Figure 31 Level sensor MLDSBO xxxx xxxx sensor length in mm MultiLevel Instruction Manual Installation of the mechanical level sensor components ...

Page 43: ...the level sensor interface MLIF The main unit stores and evaluates the data A life test is performed continuously between the main unit and all connected interface modules This ensures that all interface modules function properly Apart from the internal CAN bus connection there is also an external CAN bus connection This connects the MultiLevel system to the NoMix 2000 system quality assurance mon...

Page 44: ... no NM2MAINDISP2 Drawing no 31 352023 Wiring diagram no 51 351673 Figure 34 Display Interface NM2MAINDISP2 MultiLevel Instruction Manual Modules 1 Name strip 2 Display CPU board 3 MAIN Unit CPU board 4 CPU 5 SD card PCB with memory card The PCB with the internal memory card in which the gauge and inclination tables are stored is installed above the main unit CPU board 6 Setup switch DIP 8 seal swi...

Page 45: ...ng and troubleshooting Printout of the MultiLevel delivery receipts Printout of parameter list setup gauge tables logbook screenshots Starting stopping the delivery Display of detailed error messages The sealing status is displayed permanently in the transport display in the status line top line such as SEALED UNSEALED EMPTY Furthermore the product quality the compartment status EMPTY E or FULL F ...

Page 46: ...lling The loading operation is controlled by NoMix For this a NoMix operating device is installed on the loading side The MultiLevel installed on the delivery side does not need to be operated dur ing loading If NoMix fails to switch automatically to loading mode after being switched on it is necessary to press the F1 key on the NoMix operating panel to switch to loading As a rule no further opera...

Page 47: ...this is the responsibility of the operator As a result of omission of the NOMIX system the operating sequences for filling and delivery are also changed Changes for filling When changing to loading mode the foot valves can be opened automatically or manually in order to start filling Filling must be stopped manually There is no mixing protection ATTENTION It is possible to fill a compartment that ...

Page 48: ...ternal CAN bus and relayed to the NoMix 7 3 Wet leg sensor NS 2E Parts no NS 2F Drawing 51 351307 Wiring diagram 51 351346 Figure 36 Wet Leg Sensor NS 2F The wet leg sensors part nos NS 2F are to be installed with the aid of the welded nozzles at the lowest points of the piping that are still part of the respective compartments This lowest point is located on the underside of the pipe in front of ...

Page 49: ...rface MLIF Parts no MLIF Drawing 51 351998 Wiring diagram 61 351918 Figure 38 Level sensor interface MLIF The level sensor interface MLIF is a component of the MultiLevel level sensor system and evaluates the level sensor sensors temperature sensors and the inclination sensor The entire system is fundamentally structured in accordance with the overall wiring diagram drawing no 11 351906 and depend...

Page 50: ...card reader CCR Parts no CCR Drawing 51 351801 Wiring diagram 51 351751 Figure 40 Chip card reader CCR The chip card reader part no CCR is an auxiliary device that can be connected to both MultiLevel and NoMix The CCR is connected to the main unit display unit MLMAINDISP MLMAINDISP2 NM2MAINDISP via the internal CAN bus The purpose of the chip card reader CCR is to store and read gauge tables and s...

Page 51: ...ly The I O interface receives information from the MultiLevel for the control of a solenoid valve The solenoid valves of the already certified NoMix system are preferably used Second I O Interface In some tank truck types such as measuring system hybrid trucks or trucks with more than 6 compartments and trucks in which the foot valves and in line valves are switched separately it is necessary to i...

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Page 53: ... can be read on the display and the green LED in the main unit display labeled 5V as well as the LEDs on all of the interface modules light up Start screen After switching on the following status display for example appears on the MultiLevel display 8 1 Display interface setup If the MultiLevel system is running the display must be set up first The display interface is set up independently To acce...

Page 54: ...ach actuation of a key the latter is represented with its corresponding identification in the row The test can be exited by pressing the ENTER key twice Contrast The range of values for the contrast of the display is 0 100 and is adjusted with F1 for lower contrast or with F2 for higher contrast and confirmed with F3 for End default value about 40 The display interface features automatic contrast ...

Page 55: ...ches automatically to certain operating conditions e g delivery mode loading mode or calibration mode if the command to do so comes from the NoMix sensors or other units Explanation of the submenus 1 Loading F1 Display during loading page chapter 4 1 Loading 2 Delivery F3 Display during delivery page chapter 4 2 Delivery 3 Print Display during printing page chapter 9 3 Print reports and tables 4 M...

Page 56: ...t of the current display can be generated The loading menu can be used also for inclination tests during the calibration 9 1 1 Temperature compensated measurement during loading At the start of loading it may be necessary to wait for measurement values to stabilize After this the filling procedure runs as before In the lower third of the display Help is displayed as for delivery After filling Exit...

Page 57: ...s displayed for compartment 1 at the bottom of the display By pressing the F2 key you obtain detailed information on the other compartments By pressing the arrow keys on the operating apparatus further detailed information can be called up Display with EMIS during delivery after transmission of presets The presets are displayed instead of the compartment related Help displays Max 6 presets can be ...

Page 58: ... still change the preset quantity transmitted by the EMIS Delivery is started when the preset quantity is confirmed Key ENTER If the Query Preset Quantity parameter 314211 is deactivated delivery is started directly with the preset quantity transmitted by EMIS The preset quantities transmitted by EMIS remain stored in the MultiLevel until the end of delivery printout 9 3 Print reports and tables T...

Page 59: ...011 12 57 29 Device MultiLevel Version 1 23 1 27 DE Sealcounter 000002 Serial no Comp no Seal broken Parameter CRC 77A5 13 User language English 14 Customer lang English Local CAN Bus 3111 Terminals 1 3112 Level IF 1 3114 Wetleg IF 1 3115 IO IF 1 Global CAN Bus 3121 Global node no 1 3122 EMIS node 21 3123 NOMIX node 0 3124 Printer admin 1 Compartments 3131 No of Comp 3 3132111 Level sensor no 1 31...

Page 60: ...itch Slope 3 00 3132343 Min Roll Slope 3 00 3132344 Max Roll Slope 3 00 3132345 Min Dlv Volume 5000 3132346 Max Volume Change 100 3132347 Max Diff V15 0 3132351 Preset Correction 59000 3132352 Default Preset 5000 Comp Monitoring 31351 at Loading OFF 31352 at Delivery OFF MultiLevel Instruction Manual MENU structure Operation Options 31411 Change LPlan always 314211 Preset Query NO 314212 Preset Ty...

Page 61: ...nsation YES continued MultiLevel 16 05 11 12 58 06 351272 Comp Temperature 15 351273 Comp Method 54B 351274 Average Density 836 0 35129 Float Correction 750 351311 Product Name Unleaded 351312 Short Name UL 35132 Product Type Liquid Product 35133 W M Code 3 351371 Compensation YES 351372 Comp Temperature 15 351373 Comp Method 54B 351374 Average Density 741 0 35139 Float Correction 1800 351411 Prod...

Page 62: ...arameter list Only the parameters protected by W M will be printed See also chapter 9 3 1 1 Setup F1 Complete Parameter List Parameter sample printout 16 05 2011 13 18 34 Device MultiLevel Version 1 23 1 27 DE Sealcounter 000002 Serial no Comp no Seal broken Parameter CRC 77A5 Local CANbus 3112 Level IF 1 3114 Wetleg IF 1 Global CANbus Compartments 3131 No of comp 3 3132111 LevelSensor No 1 313211...

Page 63: ...nction Press the F1 key to execute the BACK command returning to the print main menu display 9 3 2 1 Tables 1 Gauging Tables The Print Gauging Tables menu looks like this Press the 1 button to enter the gauging table printing menu or press the 2 button to enter the slope table printing menu The selection of a compartment number can be entered with the numeric keys By pressing the PRINT button the ...

Page 64: ...24 mm 1517 075 L 45 411 193 mm 1564 275 L 46 419 563 mm 1609 181 L 47 428 164 mm 1656 160 L 48 436 525 mm 1700 497 L 49 444 903 mm 1747 005 L 50 453 530 mm 1793 487 L 51 461 928 mm 1840 076 L 52 470 425 mm 1886 553 L 53 478 955 mm 1933 022 L 54 487 504 mm 1980 378 L 55 496 132 mm 2027 724 L 56 504 757 mm 2075 237 L 57 513 218 mm 2122 637 L 58 521 519 mm 2167 868 L 59 530 154 mm 2215 394 L 60 538 6...

Page 65: ...1284 519 mm 6316 129 L 148 1292 919 mm 6358 242 L 149 1301 541 mm 6398 337 L 150 1310 260 mm 6440 689 L 151 1318 578 mm 6480 759 L 152 1327 139 mm 6520 903 L 153 1335 462 mm 6561 017 L 154 1344 273 mm 6603 438 L 155 1353 160 mm 6643 558 L 156 1361 864 mm 6683 784 L 157 1370 276 mm 6724 031 L 158 1379 041 mm 6764 264 L 159 1388 062 mm 6804 509 L 160 1396 392 mm 6842 548 L 161 1404 803 mm 6880 619 L...

Page 66: ...17 68943 77190 85652 94335 103225 112341 121742 30170 26001 22232 18836 15789 13068 10650 8518 6654 5043 3673 2532 1610 901 399 100 100 399 901 1610 2531 3673 5043 6654 8518 10651 13068 15790 18836 22232 25999 30170 No 4 31 000 mm 40969 32592 24601 17037 9969 3506 2142 6572 9801 12055 13398 13840 13356 11865 9104 4977 5567 11586 17983 24709 31732 39030 46587 54390 62429 70698 79188 87902 96820 105...

Page 67: ...5283 53578 62211 71147 80361 89828 99514 109412 119586 54557 47752 41417 35558 30157 25227 20756 16742 13175 10052 7363 5099 3257 1829 812 203 203 812 1829 3257 5100 7363 10053 13176 16742 20756 25226 30157 35559 41418 47752 54560 No 10 91 000 mm 38762 31710 25498 19979 15092 10802 7085 3924 1309 767 2307 3311 3774 3688 3043 1821 2454 5591 9499 14391 20221 26787 33975 41666 49801 58311 67153 76292...

Page 68: ... respective function Press the F1 key to execute the BACK command returning to the print main menu display 9 3 3 1 Logbook 1 Event Logbook The Print Event Logbook menu looks like this Press the 1 button to enter the MultiLevel event logbook print menu The ID and Password for master authorization are required in order to print the event logbook Event Logbook menu Start and End date time input The p...

Page 69: ...lv 1 Test 11 27 40 50 BottomValve 1 OPEN 11 27 48 51 Dlv 1 Lvl1 11 27 52 52 Dlv 1 StartDlv 11 27 57 53 Dlv 1 Dlv 11 27 57 54 Line Valve 1 OPEN 11 28 10 55 Dlv 1 Stop 11 28 10 56 BottomValve 1 CLOSE 11 28 10 57 Line Valve 1 CLOSE 11 28 30 58 Dlv 1 Lvl2 11 28 30 59 BottomValve 1 OPEN 11 28 35 60 Dlv 1 Wait Print 11 28 35 61 BottomValve 1 CLOSE 11 28 35 62 Delivery 1 finished 11 28 49 63 Dlv 1 Print ...

Page 70: ...r Menu 14 52 36 142 Leave Menu 14 52 39 143 Main Mode D 14 52 40 144 Main Mode I etc 9 3 3 3 Logbook 2 Parameter Report List The printout can be selected with Start and End date time for the printing range See also chapter 13 5 Download software Update Parameter report sample printout 09 04 2010 11 22 30 11 05 2011 12 39 43 Device MultiLevel Version 1 23 1 27 DE Sealcounter 000002 Serial no Meter ...

Page 71: ...tween the input fields Select the corresponding print layout with the F1 and F3 buttons By confirming the print layout ENTER button the print job is started Depending on the logbook entry the print out can vary Here for example for loading and delivery MultiLevel Instruction Manual MENU structure Compartment Monitor sample printout 27 01 2011 08 59 12 06 05 2011 11 16 23 Device MultiLevel Version ...

Page 72: ...r Vol 15 C 10695 5 Liter End Delivery note sample printout Copy Start date 09 04 2010 Tanknumber Receipt no 2 Data from W M approved devices is enclosed in asterisks Comp End 01 E Start End 11 52 12 14 52 19 Average Temp 0 0 C Product Diesel Start Account 0 Liter Vol Dlv T 4521 2 Liter Vol 15 C 4578 7 Liter End 9 3 3 6 Logbook 5 Updates The Print Update Logbook menu looks like this The ID and Pass...

Page 73: ...number preceding the respective function If necessary select the corresponding printing layout with the keys F1 and F3 Pressing the F1 key executes the BACK command returning to the print main menu display Update report Sample printout 17 10 2010 14 48 45 07 11 2010 19 38 22 Device MultiLevel Version 1 23 1 27 DE Sealcounte 000003 Serial no 18AB1234 Comp no 1234ABCD Seal broken Remaining attempts ...

Page 74: ... 05 23 123456 123456 0012349 11 12 02L 02 22 123456 123456 0012349 11 12 03L 03 24 123456 123456 0012350 14 48 01L 03 19 123456 123456 0012351 14 48 02G 02 20 123456 123456 0012352 14 48 03L 06 18 123456 123456 Totalizer Vt L V0 L Compartment 1 12345678 12345678 Compartment 2 12345678 12345678 Compartment 3 12345678 12345678 Totalizer Vt Total Day Compartment 1 12345678 12345678 Compartment 2 1234...

Page 75: ...struction Manual MENU structure 9 3 4 2 Report 1 2 Tour report List Example 2 Tour report sample printout 01 07 2010 13 42 45 15 09 2010 12 46 10 Device MultiLevel Version 1 22 1 26 EN Seal number 000004 Serial no 18AB1234 Comp no 4711 0815 Seal OK 01 07 2010 Receipt Time Co Pr Tmp S Vt L V0 L 0012345 13 42 01L 05 23 123456 123456 0012346 13 42 02L 02 22 123456 123456 0012347 13 42 03L 03 24 12345...

Page 76: ...nfiguration of the display is accessed by pressing 1 55 13 User language 14 Customer language Display configuration screen Follow the display instructions for setting the date and time 12 Date and time Then enter the date and time via the numeric keys After the day has been entered e g 13 the cursor automatically jumps to the month etc The year may not be entered in short form as otherwise the ent...

Page 77: ...nterface chapter 7 8 I O interface NM2IO is connected directly to the MultiLevel for the control of the foot and line valves For more information about stand alone mode refer to chapter 7 1 6 Stand alone mode The loading plan must now be entered manually The compartments can be selected with the numeric keys 1 to x and the product adapted accordingly Product selection in stand alone mode The produ...

Page 78: ...t If a parameter has a grey background e g 3132133 then it either does not need to be adjusted or it may only be changed after consulting F A Sening whichever the case may be Explanation of the submenus 1 Devise settings Device specific parameters 2 Printer settings Printer specific parameters 3 Components Adjustment of individual hardware components 4 Form description Form settings 5 Remote acces...

Page 79: ...D red will go out In addition the electronic seal must be set 9 7 1 Device Setting 31 Setting device specific parameters Explanation of the submenus 1 Local CAN bus 2 Global CAN bus 3 Chambers 4 Operating options 5 Calibration restrictions 9 7 1 1 Local CAN bus 311 The parameters for the local CAN bus also known as the internal CAN bus are set here MultiLevel communicates with related interface su...

Page 80: ...ommunication with an on board computer OBC is not yet supported by the EMIS interface After completion of the software node number 21 will be used in future Please ensure that 21 is also set as the dedicated EMIS node number 3123 NOMIX Node The NoMix 2000 node number is set here The factory setting is No 11 Please ensure that the dedicated node number 11 is also set for NoMix 2000 During the calib...

Page 81: ...3 1 Compartments 1 10 3132 Here further parameters are set for the first 10 compartments Only display the number of compartments set for the Number of compartments parameter The following section describes the parameters for the first tank truck compartment They start with selection no 31321xx These parameters must of course also be set for all other compartments That means that the second compart...

Page 82: ...16 Foot Valve Correlation of the foot valve number Selecting from 0 to 32 is possible 3132116 Inline Valve Correlation of the in line valve number Selection is possible from 0 to 32 This correlation changes every time the number of compartments is reset to the factory settings 9 7 1 3 1 1 2 Compartment 1 Installation 313212 Various installation parameters are set here This is described in detail i...

Page 83: ...can be shifted in the X direction longitudinal direction here This can be necessary if the level sensor is shifted in the longitudinal direction due to manufacturing tolerances positive shift towards the front negative shift towards the rear value in mm 3132126 Y shift The inclination table can be shifted in the Y direction transverse direction here This can be necessary if the level sensor is shi...

Page 84: ...surement of the residual volume begins and the fill volume is no longer determined in relation to the fill height value in 1 1000 mm specified 40000 μm 40mm Deviations permitted only in special cases and only on consultation with TechnipFMC 3132135 Float MAX Max fill level that should be reached when calibrating the compartment This value serves to avoid overfilling during calibration by automatic...

Page 85: ...residual volume If this is not the case a printout of the partial volume already measured can be generated and the remaining product metered out into another tank value in mm The value must be within a range where the level sensor can still measure before the residual volume discharge With a standard setting the value should be 45 mm value 0 means that the preliminary switch off is deactivated 313...

Page 86: ...her filling attempts even if the fill level should fall again The interlock is cancelled only when exiting filling mode If a compartment has been locked overfilled this condition is shown on the display For NOMIX operation filling mode chamber set in NOMIX The first time crossing The bottom valve is closed and the loading can not be restarted Parameter Volume VT Overfill to the right of the displa...

Page 87: ...ts 313214 Different compartment dependent calibration limits are set here General information about inclination limits The parameters for the compartment dependent inclination limits are intended to ensure that no residual volumes remain in the compartment and in the piping in the case of an unfavourable inclination of the vehicle To this end limits are entered for each compartment If these limits...

Page 88: ...therefore recommends setting the residual volume de livery to 1 to 1 5 from the ideal drain direction in order to avoid problems with the delivery The procedure must be agreed with the responsible W M official The transverse inclination limits can normally be set to the vehicle dependent inclination limits because the inclination hardly has any influence on the deliv ery of the residues 3132141 Mi...

Page 89: ...d when the wet leg sensor runs dry Example 3 Value in degrees Figure 48 Tank truck inclined positively in a transverse direction by 3 0 3132145 Min Delivery Quantity Entry of the minimum delivery quantity permissible in terms of calibration The specification is made on the basis of the applicable rules If the vehicle is to be used in applications requiring compulsory calibration the specification ...

Page 90: ...lace after delivery of whole compartment residual quantity sensor dry If max deviation is exceeded Warning message to driver If max deviation is exceeded Entry in the event logbook No comparison is made if The switch off is by parameter 313xx47 A product with deactivated temp comp is being delivered Calculation of the V15 quantity is not possible because of an error Failure of temp sensor Failure ...

Page 91: ... Comment OFF No compartment monitoring Without foot valve Level monitoring only FV only at start Can delay the calming of the level since air may be in the piping Not recommended unless expressly desired FV only at end Not recommended unless expressly desired FV at start and end ATTENTION If the foot valves are opened again shortly before printing the receipt residual volumes can lead to the wet l...

Page 92: ...neral 2 Delivery 3 Loading 4 5 6 7 Help screens 9 7 1 4 1 General 3141 Select change of loading plan with 1 9 7 1 4 1 1 Change Loading Plan 31411 The ID and Password for master authorization are required in order to change the loading plan 9 7 1 4 1 2 Change Loading Plan 31411 The selection is made with the PREVIOUS and NEXT keys and confirmed with ENTER ...

Page 93: ... menu for volume preset 31421 Explanation of the submenus 1 Preset Query 2 Preset Type 3 Auto Adjust 9 7 1 4 2 1 1 Preset Query 314211 Possible settings YES NO If set to YES factory setting the preset volume is queried before the start of each delivery The standard preset for the respective compartment parameter 313xx52 is pre entered in the input mask If an interrupted delivery is resumed there i...

Page 94: ...orrection value parameter 313xx51 for the volume presetting takes place after each delivery This correction value is necessary because after the command is given to close the valves a certain amount of time passes before the flow is actually stopped This after run quantity can be entered in the correction value so that the specified preset amount is achieved with significantly greater precision If...

Page 95: ...monitoring To start loading in this case the individual foot valves must be opened manually by entering the compartment number If set to automatic the foot valves are opened automatically when switching to loading mode A loading operation can be stopped foot valve is closed and restarted foot valve is opened by entering the compartment number 9 7 1 4 3 2 Loadplan Query 31432 YES NO only relevant t...

Page 96: ...ges are defined below These have proven themselves in practice and should therefore not be changed Factory setting Param Factory Setting Meaning 3 1 4 7 1 1 11 Page 1 line 1 Fill height in mm 3 1 4 7 1 2 37 Page 1 line 2 Compartment VT volume in litres 3 1 4 7 1 3 38 Page 1 line 3 Wet leg sensor status 3 1 4 7 2 1 1 Page 2 line 1 Current roll in 3 1 4 7 2 2 2 Page 2 line 2 Min permissible roll in ...

Page 97: ...g all available help displays and their numbers ID Description Example 123456789012345678901 0 Blank line 1 Roll Y Roll 0 71 2 Min roll compartment C min roll 3 00 3 Max roll compartment C max roll 3 00 4 Min roll total Tl min roll 5 00 5 Max roll total Tl max roll 5 00 6 Pitch X Pitch 2 51 7 Min pitch compartment C min pitch 3 00 8 Max pitch compartment C max pitch 3 00 9 Min pitch total Tl min p...

Page 98: ...sidual volume until preset litres Res vol 123456 L 44 Remaining delivery time Time left 123 min 45 Program version Vers 01 00 01 00 EN 46 Nomix fault xxxxxxxxxxxxxxxxxxxxx 47 Status of foot valve Bottom valve OPEN 48 Status of throughput valve Line valve CLOSED The light grey fields have not yet been implemented MultiLevel Instruction Manual MENU structure 9 7 1 5 Calibration Restrictions 315 Addi...

Page 99: ... terms of calibration is set here This value is preset in the factory to 5 00 The following four parameters describe the inclination sensor There are two sensor parameters for each direction The first sensor correction value defines the correction factor required by the sensor itself in order to compensate angular deviations relative to its bearing surface The second installation cor rection value...

Page 100: ...on error in the longitudinal direction which must be corrected The value displayed in the Diagnosis menu must be entered here as a negative installation correction for the pitch 31548 Inst Correction Roll Proceed as for the installation correction value in the longitudinal direction See above 9 7 1 5 2 Printing 3155 Additional calibration relevant parameters concerning the receipt printout are lis...

Page 101: ...face 322 Interface specific parameters can be set here 3221 Port Number The interface no is set here COM1 or COM2 can be selected The factory setting is COM1 3222 Interface The type of interface is set here RS232 or RS485 can be selected The factory setting is RS232 3223 Transfer Rate The following data rates can be set 1200 2400 4800 9600 19200 38400 57600 115200 The factory setting is 9600 3224 ...

Page 102: ...r manager parameter 3124 controls access Network The printer is connected only to the printer manager parameter 3124 If other systems want to print they must send the print data via CAN bus to the printer manager The factory setting is Network 3244 Page Width Maximum page width of the printer specification of the print area in characters The factory setting is 35 9 7 2 3 Driver 325 Parameters spec...

Page 103: ...ter string for changing to 10 cpi characters per inch Factory setting 1B501B32 ESC P 10 cpi ESC 2 1 6 inch line spacing 32522 12 CPI Character string for changing to 12cpi Factory setting 1B4D1B32 ESC M 12 cpi ESC 2 1 6 inch line spacing 32523 15 CPI Character string for changing to 15cpi Factory setting 1B671B32 ESC g 15 cpi ESC 0 1 8 inch line spacing 32524 Double width Character string for chan...

Page 104: ...ng 1B34 ESC D Italics ON 32534 Underlined Font Character string for changing to underscore Factory setting 1B2D01 ESC 1 Underscore ON 32535 Superscript Character string for changing to superscript Factory setting 1B5300 ESC 5 0 Superscript ON 32536 Subscript Character string for changing to subscript Factory setting 1B5301 ESC 5 1 Subscript ON 9 7 3 Components 33 The parameters for the individual ...

Page 105: ...he reporting of an old parameter set No The selection options are No In pipework The factory setting is No 9 7 4 Form Description 34 The operation of a level sensor system requires a series of forms for different printing tasks The delivery note in particular is subject to individual user requirements and is therefore flexible in design The forms can be adjusted and changed here via the menu More ...

Page 106: ...ximum page length of the layout specification of the length in lines The factory setting is 55 34113 Columns Offset TShift of the layout in the X direction The factory setting is 0 34114 Lines Offset Shift of the layout in the Y direction The factory setting is 0 34115 Receipt Layout Opens the editor for editing the page layout For more detailed information see chapter 10 3 1 Input dialogue 34116 ...

Page 107: ...Pos X Pos Attr Opt Format Deutsch Format English 01 0001 0000 0000 Formular Nr 1 Layout No 1 02 0050 0000 0000 DW Beleg Titel Receipt Title 03 0051 0001 0009 B K Kopie Copy 04 0107 0002 0000 2 Datum 16 Date 16 05 0101 0003 0000 2 Tanknummer 16 Tank number 16 06 0103 0004 0000 2 Beleg Nr 16 Receipt Nr 16 07 0004 0005 0000 2 Linie Linie 08 0006 0006 0000 2 Eich Anmerkung W M Remark Receipt elements ...

Page 108: ... 1 000mm The factory setting should be changed only after consulting F A Sening The same applies to extension by a new product Product group selection 9 7 5 1 Product List page 1 351 Entry of the products see the following pages for details 9 7 5 1 1 Product Specification 3511 Select the desired product specification with 1 9 MultiLevel Instruction Manual MENU structure ...

Page 109: ... 2 0 0 351177 Factor 3 0 0 351178 Min temp 20 351179 Max temp 50 35119 Float correction 770 No Name Abbr PTB code Comp Density kg m3 Float corr µm Factor 1 Factor 2 Factor 3 Min Temp Max Temp 11 Heating oil EL HEL 1 LIN 835 770 0 84E 3 0 0 0 0 20 50 12 Diesel DK 2 LIN 833 780 0 84E 3 0 0 0 0 20 50 13 Super unleaded SU5 3 LIN 743 1750 1 27E 3 0 0 0 0 20 50 14 Bio fuel E10 SU10 5 LIN 743 1750 1 27E ...

Page 110: ...tion 780 9 7 5 1 5 Product 3 3513 35131 Product name Super Unleaded 35132 Product type Liquid product 35133 PTB code 3 351371 Compensation YES 351372 Comp temperature 15 351373 API table 54B 351374 Average density 743 0 351175 Factor 1 1 27E 3 351176 Factor 2 0 0 351177 Factor 3 0 0 351178 Min temp 20 351179 Max temp 50 35139 Float correction 1750 9 7 5 1 6 Product 4 3514 35141 Product name Bio fu...

Page 111: ...ure 15 351673 API table 54B 351674 Average density 753 0 351175 Factor 1 1 27E 3 351176 Factor 2 0 0 351177 Factor 3 0 0 351178 Min temp 20 351179 Max temp 50 35169 Float correction 1600 9 7 5 1 8 Product 7 3516 35171 Product name Kerosene 35172 Product type Liquid product 35173 PTB code 7 351771 Compensation YES 351772 Comp temperature 15 351773 API table 54B 351774 Average density 807 0 351175 F...

Page 112: ...Min temp 0 351179 Max temp 0 35189 Float correction 1050 9 7 5 1 10 Product 9 3518 35191 Product name Bio Diesel fuel 35192 Product type Liquid product 35193 PTB code 9 351971 Compensation YES 351972 Comp temperature 15 351973 API table 54B 351974 Average density 882 0 351175 Factor 1 0 84E 3 351176 Factor 2 0 0 351177 Factor 3 0 0 351178 Min temp 20 351179 Max temp 50 35199 Float correction 550 9...

Page 113: ...h 5 Factor 1 Linear interpolation LIN V0 VT 1 k0E T Factor 1 k0E defined by the PTB for various products No distinction between summer and winter Factors and temperature range can be adjusted in Setup W M protected With 5 7 Factor 1 3 Polynomial level 3 POL V0 VT 1 A1 T A2 T2 A3 T3 Factor 1 3 A1 A3 defined for various products by the PTB No distinction between summer and winter Factors and tempera...

Page 114: ...rding to API table 6A 6B temperature compensation according to API table 6B LIN temperature compensation with linear approximation method 1 POL temperature compensation with 3rd degree polynomial method 2 Compare also Table of all used abbreviations 9 7 6 Driver List 36 Driver specific parameters can be set here This is shown as an example for one driver Up to 9 driver specific parameters can be e...

Page 115: ...us is displayed if 1 is now pressed e g Seal status screen Using the arrow keys and it is then possible to scroll to other detail displays where for example the serial numbers of the different sensors etc are displayed The display is exited with the Stop key Following calibration and sealing of the vehicle the seal certificate can be printed at this point 412 Print seal The seal is printed by pres...

Page 116: ...can also be switched to OFF before the menu is called up After that menu 414 Set seal must be called up After placing the seal switch in the OFF position confirm this with F1 OK Press 4 for seal setting again and follow the instructions on the display After entering the various IDs the adjacent display appears After pressing F1 OK the following display appears You now have the possibility e g to e...

Page 117: ...ppears as shown on the next page Set seal screen The seal is set by pressing the ENTER key Confirm the subsequent display with F1 OK The operation can be aborted by pressing the Stop key 9 8 2 Calibration 42 The Calibration submenu is accessed from the main menu by pressing 2 The Calibration submenu Level sensor IF is accessed by pressing 1 Calibration functions currently exist only for the level ...

Page 118: ...int Enter the raw value for the level sensor from the Diagnosis menu or enter it automatically with the aid of the F2 key zeroing function 4 Float MAX Fill height up to which the compartment is to be filled at the start of the calibration Determine by measurement or by trial and error when loading Keys F1 and F3 are used to change to the other compartments The adjacent diagram shows how the height...

Page 119: ...specific parameters once for each vehicle 1 Ensure that the vehicle is aligned to 0 2 Enter the sensor corrections from the pre acceptance test certificate 3 Enter the installation corrections on the vehicle Read the value from the Diagnosis menu and enter it such that both inclinations indicate 0 or enter it automatically with the aid of zeroing function Calculation scheme for both directions in ...

Page 120: ...l operating devices are installed the F3 NEXT key is pressed to switch to the next operating device To quit this Diagnostics Menu press the Stop key If an acoustic signal sensor is connected it can be tested by pressing the F2 key 9 8 3 2 Diagnostics Local CAN bus Dipstick interface 4312 The software and hardware versions of the dipstick interface are displayed in this Diagnostics Menu In addition...

Page 121: ...amger for test purposes by disconnecting the plug in connection of the wet leg detector Diagnostics screen for I O interface Run the I O The display for the I O interface signifies Controlling the foot valves in Diagnostics mode MultiLevel Instruction Manual MENU structure Symbol Meaning Compartment status empty Chamber status Filled non empty compartments K Short circuit in detector or in the sen...

Page 122: ...p card to enable these to be re loaded at a later date chapter 9 8 5 Chip card 45 CAUTION As a safety precaution the parameters must always be printed out before every initialization process Initialization screen After selecting the Initialization menu the various IDs must be entered first Then the following screen appears Press the F1 OK key to restore the factory setting or press the F3 BACK key...

Page 123: ...r has been incorrectly inserted into the chip card reader Write parameters screen 452 Write param Insert a chip card into the chip card reader Press F1 in order to write the parameters from the MultiLevel to the chip card All parameters will be overwritten if the chip card is not empty The writing of the parameters takes some time and progress is indicated by a bar chart with a display If all para...

Page 124: ...to the service department since all alarms that refer to possible sources of error or malfunctions are also listed there Displaying the logbooks The Logbooks submenu is accessed from the Service menu by pressing 7 It is then possible to branch off from the Logbooks submenu to further submenus 1 Events 2 Parameters 3 Compartment Monitoring 4 Measurement All device activities especially deliveries a...

Page 125: ...screen page 1 Totals are displayed by calling up menu 7 Functions Compartment related totalizer Resettable daily totalizer shift totalizer Non resettable overall totalizer VT Non compensated volume V15 Compensated volume m Mass Totalizer screen page 2 As it may not be possible for all totals to be displayed on one page switching over to the subsequent pages is via F3 It is possible to scroll back ...

Page 126: ...Page 126 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 Totalizer screen page 2 By pressing key F2 all daily totalizers are reset MultiLevel Instruction Manual MENU structure ...

Page 127: ...ds Furthermore it should be possible to vary the printout of the receipts and also the character representation for example in order to highlight certain texts and hence to change the printout in terms of size width etc In addition to predefined text modules there should also be a possibility to define custom texts For the definition of the character layout attributes are available with whose assi...

Page 128: ...l Instruction Manual Form Layout 10 2 1 Identifier ID for type of receipt element The type of receipt element specifies what is printed The currently available receipt elements are listed and described in the following tables 10 2 1 1 General receipt elements ...

Page 129: ...9 E Page 129 MultiLevel Instruction Manual Form Layout Table 4 Form receipt element types general Fields with a dark gray background are not yet available in the current version since the associated functions have not yet been implemented ...

Page 130: ...1EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Form Layout 10 2 1 2 Compartment or product related detail blocks Table 5 Form receipt element types compartment related details 10 2 1 3 Delivery details ...

Page 131: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 131 MultiLevel Instruction Manual Form Layout ...

Page 132: ...t types delivery details Receipt elements marked with are calibration relevant When saving the layout and before each delivery a check is performed as to whether the form contains the necessary receipt elements see Minimum Layout parameter Fields with a dark gray background are not yet available in the current version ...

Page 133: ... must be noted that the specified positions for the individual receipt elements relate to the origin of the form 2 or to that of a sub layout 3 This form origin can in turn be shifted to the sheet position 1 Diagram 50 Form layout printing position Parameter 3244 page width Parameter 341x2 page length 341x3 columns before print 341x4 lines before print X specified position in the form element Y sp...

Page 134: ...the text is to be printed The text is printed only if the selected conditions are satisfied after starting the print job Here it must be noted that a distinction is made between upper and lower case letters Upper case letters mean Condition satisfied Lower case letters mean Condition not satisfied MultiLevel Instruction Manual Form Layout Attribute Explanantion TM U220 DR 295 TM U295 DR 298 DR 570...

Page 135: ...e g time date delivered volume The placeholders are enclosed in hash marks and the number between the hash marks indicates the number of characters that are reserved for formatting 16 means that a 16 character space is reserved for this value and that the data is inserted right justified into this area 16 2 means that a 16 character space is reserved for this value and that the data is inserted ri...

Page 136: ...t through the list of receipt elements that describe a form and to change or delete receipt elements or to add new ones 11 Number of elements in the layout 02 Current receipt element 53 Receipt element ID Key assignment for controlling the list The field to be edited is indicated by angle brackets Key assignment for controlling the list MultiLevel Instruction Manual Form Layout ...

Page 137: ...control of the delivery receipt 10 3 1 Changing forms after sealing After sealing the MultiLevel the calibration relevant parts of the form description are secured against manipulation This means that those form receipt elements that are specified in the minimum requirement parameter 3 1 5 5 1 are subject to particular monitoring MultiLevel Instruction Manual Form Layout ...

Page 138: ...Page 138 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 Page intentionally left blank ...

Page 139: ...ried out by a service workshop The warnings on the housings and generally EN 60079 and VDE 0165 must be followed An appropriate measuring instrument must be used If necessary this should be Ex protected e g digital multi meter from EX ELEC type DIGEX A Prior to disconnecting or connecting of plug connectors or cables the electronic system must be switched off 11 1 Fault Finding ...

Page 140: ...Page 140 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Info and Errors Messages Table 10 Overview of system error messages 11 2 Messages 11 2 1 Information ...

Page 141: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 141 MultiLevel Instruction Manual Info and Errors Messages ...

Page 142: ...Page 142 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Info and Errors Messages Table 11 Overview of the messages from the category Information 11 2 2 Errors ...

Page 143: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 143 MultiLevel Instruction Manual Info and Errors Messages ...

Page 144: ...Page 144 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Info and Errors Messages ...

Page 145: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 145 MultiLevel Instruction Manual Info and Errors Messages ...

Page 146: ...479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Info and Errors Messages Table 12 Overview of the messages from the category Errors 11 2 3 Seal Breakage Table 13 Overview of the messages from the category Seal breakage ...

Page 147: ...nk vehicles for the delivery of heating oil diesel fuel and biodiesel to consumers 12 1 1 Main Unit Display MLMAINDISP2 Power supply 24V DC nominal voltage operating range from 10 30V DC under 30 Watt from built in battery of corresponding vehicle protected against overvoltage 50V CAN bus circuit external U 24 V I 1 A CAN bus circuit internal U 24 V I 1 A Printer circuit U 24 V I 1 A EC Type Exami...

Page 148: ...Max permissible external capacitance CO 2 29 µF Level gauge sensor circuits In intrinsically safe level of protection II 2 G EEx ia IIB with following maximum values UO 16 8 V IO 179 mA PO 0 75 W Characteristic linear Max permissible external inductance LO 4 5 mH Max permissible external capacitance CO 2 29 µF Temperature inclination sensor circuits In intrinsically safe level of protection II 2 G...

Page 149: ...xamination Certificate Number TÜV 05 ATEX 2867 12 1 5 Level Sensor Interface Power supply 24V DC nominal voltage operating range from 15 30V DC under 30 Watt from built in battery of corresponding vehicle protected against overvoltage 60V CAN bus circuit internal U 24 V I 1 A Level sensor circuit In intrinsically safe level of protection II 2 G EEx ia IIB with following maximum values UO 7 14 V IO...

Page 150: ...nductance are negligibly small Operating temperature 20 C to 60 C EC Type Examination Certificate Number TÜV 02 ATEX 1982 12 2 Printer Classification DR 295 FDW Printer type 7 Pin Shuttle Printer Characters per line 42 35 Printing speed approx 2 3 lines s Printing width 65 mm Paper feeder Platform for sheets Minimum 80 mm x 80 mm Maximum 182 mm x 257 mm Interface serial V 24 with FDW protocol Powe...

Page 151: ... inspection by an expert The operator must arrange that an assigned inspection executed according to sentence 1 is carried out Abstract from Bundesarbeitsblatt 3 1997 page 101 German Labor Bureau Sheet 3 1997 13 2 Maintenance The devices must not be modified mechanically or electronically in any way During cleaning with a steam cleaner orwith pressurised water the devices should be protected from ...

Page 152: ... contacts should be checked for damage bent connection legs The new EPROM is inserted into the base and pressed in with your fingers without canting until it noticeably engages The beveled corner of the EPROM must be aligned with the beveled corner of the base After an EPROM on the main CPU board has been replaced the complete SETUP menu has to be reset checked 13 4 Interface Modules The software ...

Page 153: ...nd non calibration relevant parts are unsorted in the memory One checksum for the entire memory In the case of changes in the non calibration relevant area also new checksum hence new test by PTB Disadvantages Each change in the software leads to a new checksum If changes are made to non calibration relevant parts this has undesired consequences The software must be tested and certified by the PTB...

Page 154: ... Information 13 5 4 Version Name 13 5 5 Update Logbook Saves update events within the calibration relevant area Currently offers 100 entries If the logbook is full no further updates within the calibration relevant area are saved Can be reset if the seal is broken 13 5 6 Update Logbook ...

Page 155: ...on on the MultiLevel a PC does not have to be connected Several updates e g language versions can be stored on the SD card 13 5 8 Operating Procedure to update the software Download Transmission of a program version from a connected PC to the MultiLevel s internal buffer memory Software Update Transmission of a program version from the internal buffer memory to the program memory for execution 13 ...

Page 156: ...ivered with the update file and serves for unambiguous identification as well as for ensuring the correct transmission After checking the checksum the following message appears This message must be confirmed with F1 Subsequently you are requested to input your name who is carrying out the update The input is confirmed with ENTER The name entered is listed later in the update logbook MultiLevel Ins...

Page 157: ...ng F1 executes the update procedure First of all a backup copy of the current memory contents is made The original condition can be restored with this backup copy if the update should fail In the next step the memory is cleared From this point in time onwards a power failure for example would lead to failure of the update procedure Finally the file selected beforehand is transferred to the memory ...

Page 158: ... is completely full In this case the following message appears when menu item 46 is selected The logbook can only be reset after printing out the update logbook with the seal broken after printing the corresponding query appears A new empty logbook is created automatically after the deletion of the logbook MultiLevel Instruction Manual Other Information ...

Page 159: ...pened The PC serial interface employed i e the interface to which the MultiLevel is connected has to be specified in the ComPort selection list Data rate and parity must correspond to the settings on the MultiLevel To this end also compare the settings in menu 322 on the MultiLevel In order to minimize the transmission times the data rate parameter 3223 can be increased for example to 38400 or 576...

Page 160: ... symbol on the first button The MultiLevel should be in the initial state before communication is established If the MultiLevel is in another mode of operation e g loading delivery menu then remote access is not possible Communication is established by clicking the first symbol The successful establishment of a connection can be recognized by the following items Instead of Disconnected the word Co...

Page 161: ...ultiLevel are synchronized to the PC by means of the Sync button Main Window Files If the Files tab is clicked the file window opens and the program then loads the file list from the MultiLevel s SD card All available files as well as the subdirectories are displayed in a table A bar below the table shows the amount of card memory used next to the bar the extent of memory usage used total is displ...

Page 162: ...glich Messung Befüllung incl Kammerüberwachung im NOMIX Betrieb div Fehler beseitigt MultiLevel NOMIX Kammerüberwachung vor Abgabe kann jetzt mit STOP unterbrochen werden 15 02 11 1 23 1 26 CZ DE HU RO SE Measurement incl temperature compensation during loading Monitoring difference between loading delivery Function Loading pre switching during loading Preset control via EMIS Day or route report i...

Page 163: ... of changes of valve states only on changes Print screen function when displaying messages Printer reservation corrected Second language implemented Country specific special characters Print screen error corrected Missing parameters added to the printed parameter list 17 08 07 1 16 1 16 DE Seal breakage on change of the software checksum User guidance for logbook printout adapted Direct exit from ...

Page 164: ...ing factory settings are to be checked on the printer in the event of a fault Switch Position Function SW 1 ON 9600 Baud SW 2 ON SW 3 ON 8 Bit SW 4 ON No Parity SW 5 ON SW 6 OFF Handshake XON XOFF SW 7 ON Printer mode Star SW 8 ON SW 9 OFF Pin 6 Reset inactive SW 10 OFF Pin 25 Reset inactive Any setting is valid Switch Position Function 1 OFF Transfer error print 2 OFF 512 Byte Data buffer 3 ON Ha...

Page 165: ... cable through the union nut Feed cable through terminal insert Place shielding braid over terminal insert Shielding braid must extend over the O ring approx 2 mm MultiLevel Instruction Manual Other Information Switch DSW 1 Position Function 1 OFF Transfer error print 2 ON 40 Byte Data buffer 3 ON Handshake XON XOFF 4 OFF 8 bits 5 ON Use Parity 6 ON Even parity 7 OFF 9600 Baud 8 ON Busy Buffer ful...

Page 166: ...Page 166 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Other Information Step 3 Insert terminal insert into the adapter piece Attach screw connection and tighten it Job done ...

Page 167: ...tment will be happy to assist and can be contacted as follows TechnipFMC FMC Technologies Measurement Solutions F A Sening GmbH Regentstrasse 1 D 25474 Ellerbek Tel 49 0 4101 304 0 Reception Fax 49 0 4101 304 152 Service Fax 49 0 4101 304 133 Sales Fax 49 0 4101 304 255 Customer service E Mail info ellerbek fmcti com Web www fmctechnologies com seningttp ...

Page 168: ...Page 168 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 Page intentionally left blank ...

Page 169: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 169 MultiLevel Instruction Manual Short Overview of Menu System 15 Short Overview of Menu System Main Menu ...

Page 170: ...Page 170 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Short Overview of Menu System 31 Device Settings ...

Page 171: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 171 313 Compartment Settings 1 3 MultiLevel Instruction Manual Short Overview of Menu System ...

Page 172: ...Page 172 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 313xx Individual Compartment 2 3 MultiLevel Instruction Manual Short Overview of Menu System ...

Page 173: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 173 313xx Individual Compartment 3 3 MultiLevel Instruction Manual Short Overview of Menu System ...

Page 174: ...Page 174 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 314 Operating Options MultiLevel Instruction Manual Short Overview of Menu System ...

Page 175: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 175 31421 Volume Preset MultiLevel Instruction Manual Short Overview of Menu System ...

Page 176: ...Page 176 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 3147 Help Displays MultiLevel Instruction Manual Short Overview of Menu System ...

Page 177: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 177 315 Calibration Restrictions MultiLevel Instruction Manual Short Overview of Menu System ...

Page 178: ...Page 178 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 32 Printers MultiLevel Instruction Manual Short Overview of Menu System ...

Page 179: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 179 325 Printer Driver MultiLevel Instruction Manual Short Overview of Menu System ...

Page 180: ...Page 180 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 34 Form Description MultiLevel Instruction Manual Short Overview of Menu System ...

Page 181: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 181 341x Page Layout MultiLevel Instruction Manual Short Overview of Menu System ...

Page 182: ...Page 182 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 35 Products MultiLevel Instruction Manual Short Overview of Menu System ...

Page 183: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 183 35xy Product Information MultiLevel Instruction Manual Short Overview of Menu System ...

Page 184: ...Page 184 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 36 Driver List MultiLevel Instruction Manual Short Overview of Menu System ...

Page 185: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 185 4 Service MultiLevel Instruction Manual Short Overview of Menu System 41 Electr Seal ...

Page 186: ...Page 186 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 42 Calibration MultiLevel Instruction Manual Short Overview of Menu System 43 Diagnosis ...

Page 187: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 187 45 Chip Card MultiLevel Instruction Manual Short Overview of Menu System 47 Logbooks ...

Page 188: ...Page 188 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 PRINT Menu MultiLevel Instruction Manual Short Overview of Menu System ...

Page 189: ...Node number of the On Board computer 0 No communication with OBC not available 21 Standard node number of the OBC 3 1 2 3 NOMIX node M 11 Node number of the NOMIX system 0 No communication with NOMIX not available 11 Standard node number of NOMIX 3 1 2 4 Printer admin M 1 Node number of the printer manager 3 1 2 5 Time target M 1 Node number for time synchronization 3 1 3 Compartments 3 1 3 1 No o...

Page 190: ... Sens Correct Pitch E 0 0 Inclination sensor offset in the longitudinal direction see pre acceptance test certificate 3 1 5 4 6 Sens Correct Roll E 0 0 Inclination sensor offset in the transverse direction see pre acceptance test certificate 3 1 5 4 7 Inst Correct Pitch E 0 0 Longitudinal Installation offset for inclination sensor 3 1 5 4 8 Inst Correct Roll E 0 0 Transverse Installation offset fo...

Page 191: ...acters inch 3 2 5 2 2 12 CPI M 1B4D1B32 Switch to 12 characters inch 3 2 5 2 3 15 CPI M 1B671B30 Switch to 15 characters inch 3 2 5 2 4 Double Width M 1B5701 Switch to double character width 3 2 5 2 5 Double Height M 1B77011B33 36 Switch to double character height 3 2 5 3 Attributes 3 2 5 3 1 Condensed font M 1B671B30 Switch to condensed font 3 2 5 3 2 Bold font M 1B45 Switch to bold font 3 2 5 3 ...

Page 192: ...3 1 Comp volume E 5000 Volume of the compartment 3 1 3 nn 3 2 Pipe Volume E 0 Volume between foot valve line valve determined automatically during calibration 3 1 3 nn 3 3 Residual Volume E 0 Volume between start of gauge table line valve determined automatically during calibration 3 1 3 nn 3 4 Float MIN E 40000 3 1 3 nn 3 5 Float MAX E 1000000 3 1 3 nn 3 6 Correction E 1 0 Correction value for th...

Page 193: ...cters 3 5 nn 2 Product ype E s u Current selection options Disabled Liquid product 3 5 nn 3 W M Code E s u PTB article identification code 3 5 nn 7 Temp Compensation 3 5 nn 7 1 Compensation E s u Activation of the compensation 3 5 nn 7 2 Comp Temperature E s u Selection of the compensation temperature 3 5 nn 7 3 API Table E Determination of the compensation method depending on the product group No...

Page 194: ...age 5 line 3 Product density in kg m 3 1 4 7 6 1 Column 1 M 28 Page 6 line 1 Current flow rate in l min 3 1 4 7 6 2 Column 2 M 29 Page 6 line 2 Average flow rate in l min 3 1 4 7 6 3 Column 3 M 30 Page 6 line 3 Delivered mass in kg 3 1 4 7 7 1 Column 1 M 42 Page 7 line 1 Preset amount in liters VT or V15 3 1 4 7 7 2 Column 2 M 43 Page 7 line 2 Remaining volume until preset in liters 3 1 4 7 7 3 Co...

Page 195: ...ature Kelvin Ave temp 74 1 K 31 Average density 33 Reference temperature Celsius 36 Product name 37 Compartment fill volume VT in litres V15 12345 7 l 38 Wet leg sensor status Wet leg dry 39 Residual volume status Residual vol added Undefined Not defined 16 7 The factory settings include the following products Table of all used abreviations No Name Abbr PTB code Comp Density kg m3 Float corr µm Fa...

Page 196: ...6 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Parameter List 16 7 1 Correction curve for immersion depths Values not listed on this table can be determined using the correction curve ...

Page 197: ...nge SETUP switch Main CPU board conversion instructions E51 351675 Temperature sensor MLDTS 2 E51 351978 MLIF interface E51 351998 Sensor NS 2E complete E51 351307 Wet leg sensor setting behind the NS 2E NS 2A E51 350839 Circuit diagram wet leg sensor interface NM2WET E51 351346 ML wet leg sensor interface complete NMN2WET E E51 351997 Circuit diagram Level sensor interface MLIF E61 351918 I O int...

Page 198: ...Page 198 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 Drawings 17 1 1 71 251579 Equipment parts ...

Page 199: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 199 MultiLevel Instruction Manual Drawings and Approvals 17 1 2 61 251579 Level sensor installation complete ...

Page 200: ...Page 200 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 3 51 351851 Complete Level sensor for MultiLevel ...

Page 201: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 201 MultiLevel Instruction Manual Drawings and Approvals 17 1 4 51 251583 Protective tube ...

Page 202: ...Page 202 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 5 51 251588 Weld in flange TW220 DN65 ...

Page 203: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 203 MultiLevel Instruction Manual Drawings and Approvals 17 1 6 51 251593 Connection flange for Level sensor ...

Page 204: ...Page 204 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 7 61 352025 MultiLevel Main Unit Display complete ...

Page 205: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 205 MultiLevel Instruction Manual Drawings and Approvals 17 1 8 51 351673 Wiring diagram Main Unit Display NM2MAINDISP 2 MSMAINDISP 2 LLGMAINDISP 2 ...

Page 206: ...Page 206 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 9 51 351352 Circuit diagram Display Interface NM2Display ...

Page 207: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 207 MultiLevel Instruction Manual Drawings and Approvals 17 1 10 61 351549 NoMix 2000 Main Unit Display complete NM2MAINDISP ...

Page 208: ...Page 208 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 11 31 352023 NoMix Main Unit Display complete NM2MAINDISP2 ...

Page 209: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 209 MultiLevel Instruction Manual Drawings and Approvals 17 1 12 51 351675 EPROM removal SETUP switch Main CPU Board removal instruction ...

Page 210: ...Page 210 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 13 51 351978 Temperature sensor MLDTS 2 ...

Page 211: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 211 MultiLevel Instruction Manual Drawings and Approvals 17 1 14 51 351998 MLIF interface ...

Page 212: ...Page 212 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 15 51 351307 Sensor NS 2E complete ...

Page 213: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 213 MultiLevel Instruction Manual Drawings and Approvals 17 1 16 51 350839 Wet leg sensor setting behind the NS 2E NS 2A ...

Page 214: ...Page 214 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 17 51 351346 Wiring diagram wet leg sensor interface NM2WET ...

Page 215: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 215 MultiLevel Instruction Manual Drawings and Approvals 17 1 18 51 351997 ML Wet leg sensor interface complete NMN2WET E ...

Page 216: ...Page 216 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 19 61 351918 Circuit diagram Level sensor interface MLIF ...

Page 217: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 217 MultiLevel Instruction Manual Drawings and Approvals 17 1 20 51 351466 I O interface NM2IO ...

Page 218: ...Page 218 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 21 51 351468 Circuit diagram I O interface ...

Page 219: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 219 MultiLevel Instruction Manual Drawings and Approvals 17 1 22 51 351979 Inclination sensors ...

Page 220: ...Page 220 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 23 31 351914 Inclination sensor complete MLIS ...

Page 221: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 221 MultiLevel Instruction Manual Drawings and Approvals 17 1 24 51 351801 Chip card reader CCR ...

Page 222: ...Page 222 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 17 1 25 51 351751 Anschlußplan Signalgeber Chip Card Reader auf Display CPU Platine ...

Page 223: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 223 MultiLevel Instruction Manual Drawings and Approvals 17 1 26 11 351906 Overall wiring diagram NoMix2000 MultiLevel 1 of 2 ...

Page 224: ...Page 224 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 11 351906 Overall wiring diagram NoMix2000 MultiLevel 2 of 2 ...

Page 225: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 225 MultiLevel Instruction Manual Drawings and Approvals 17 1 27 11 352185 Overall wiring diagram MultiLevel 1 of 2 ...

Page 226: ...Page 226 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals 11 352185 Overall wiring diagram MultiLevel 2 of 2 ...

Page 227: ...Issue Rev 1 4 9 18 MNF18001EN DOK 479 E Page 227 MultiLevel Instruction Manual Drawings and Approvals 17 2 Approvals ...

Page 228: ...Page 228 MNF18001EN DOK 479 E Issue Rev 1 4 9 18 MultiLevel Instruction Manual Drawings and Approvals ...

Page 229: ...nctions 45 46 Inclination sensor 49 99 100 119 148 149 197 219 220 Inclination stop 85 Inclination table 31 83 85 162 Inspections 151 Installation 7 37 39 82 192 Interface 44 45 47 49 50 51 53 101 120 136 149 150 152 190 197 206 211 214 215 216 217 218 Internal CAN bus 79 120 121 189 I O interface 50 51 80 121 197 217 218 J Key Functions 45 Keyboard 44 45 Level gauge 147 148 Level sensor 24 28 29 ...

Page 230: ...ek Germany P 49 4101 304 0 The speciﬁcations contained herein are subject to change without notice and any user of said speciﬁcations should verify from the manufacturer that the speciﬁcations are currently in effect Otherwise the manufacturer assumes no responsibility for the use of speciﬁcations which may have been changed and are no longer in effect Contact information is subject to change For ...

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