BERTHOLD TECHNOLOGIES LB 567 User Manual Download

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Chapter 9. Calibration and Advanced

MicroPolar 2 (++) LB 567

9.1.2

Calibration with Two Concentrations

Calibration for two concentrations starts by changing the pro-
cess type as described below.

Starting from the main menu, go to the display shown on the
left via
| SETUP | CALIBRATION |

ADVANCED

PROCESS TYPE

2 CONC

Push the .

√

. button to accept the selected process type and

push the

⌂◄

once to go to the display depicted below.

CALIBRATE CONC (corresponding to concentration 1)

SAMPLING

1 | - |Calibrate Conc1|07.05 –13:25

Sampling

Calibration

Tuning

Result

⌂◄ ▲ ▼ ►

1 | - | Calibration | 07.05 – 13:25

System Adjust

Calibrate Conc

Calibrate Conc2

Advanced

⌂◄ ▲ ▼ ►

1 | - | Calibration | 07.05 – 13:25

System Adjust

Calibrate Conc

Advanced

⌂◄ ▲ ▼ ►

1 | - | Advanced | 07.05 – 13:25

Tare values

Num. Cal. Sweeps

Process type

1 Conc.

⌂◄ ▲ ▼ ►

1 | - | Advanced | 07.05 – 13:25

Process type

1 Conc

2 Conc

Split Conc

ESC

▲▼

√

Summary of Contents for LB 567

Page 1: ...Concentration Moisture Measuring Systems MicroPolar 2 LB 567 User s Guide Hardware Manual 41988BA2 Rev Nr 04 07 2017...

Page 2: ......

Page 3: ......

Page 4: ...comprises mechanical components installation electrical installation technical data electrical and mechanical drawings The software manual comprises operation of the evaluation unit parameter descrip...

Page 5: ...of the Current Input Signals 22 3 7 Mechanical Components 23 3 7 1 Evaluation Units 24 3 7 2 Flow Cell 27 3 7 3 Horn and Spiral Antennas 28 3 7 4 Measuring Chute 30 3 7 5 High frequency Cable 31 3 8 A...

Page 6: ...ing Diagram 74 8 3 Dimensional Drawings Flow Cells 75 8 3 1 Type LB 3543 11 MP nominal width 50 mm options 75 8 3 2 Type LB 3543 11 MP nominal width 50 mm with ASA flange adapter 76 8 3 3 Type LB 3543...

Page 7: ...WARNING CAUTION or NOTICE Indicates imminent danger If it cannot be avoided death or most severe personal injuries may be the consequence Indicates a possibly dangerous situation The consequences may...

Page 8: ...charge Please pay attention to the national safety and accident prevention regulations the national assembly and installation directions the generally recognized engineering rules the information on t...

Page 9: ...s as well as a full knowledge of the behavior of the connected controller and the possible impact on the operating process to be controlled The systems may only be used in perfect technical condition...

Page 10: ...must match the rating specified by the device man ufacturer Short circuiting or manipulation is not permitted IMPORTANT The LB 567 and all additional equipment must be connected to mains via grounded...

Page 11: ...ns in chapter 2 2 Frequency License and chapter 7 1 EC Declaration of Conformity The protection type of the LB 567 to IEC 60529 is max IP 65 The following use is inappropriate and has to be prevented...

Page 12: ...f the type LB 354X XX horn and spiral antenna The LB 567 is not FCC approved IMPORTANT The LB 567 has been manufactured in compliance with the safety requirements for microwave devices It will be the...

Page 13: ...evaluation unit is available in two versions The standard model MicroPolar 2 and the high dynamic version MicroPolar 2 The Micro Polar 2 requires a microwave signal attenu ation of at least 50 dB The...

Page 14: ...litates the calibra tion of the instrument Despite factory setting calibration al ways has to be performed Flow cell Tubular probe for simple integration into the existing pipeline system HF cable Hig...

Page 15: ...nuation Reference path Reference signal Measurement signal Measured value Concentration DS HF sources Receiver Transmitter The prerequisite is that the product being measured shows die lectric propert...

Page 16: ...spective calibration function The LB 567 allows you to calibrate display and output two con centrations Con1 and Con2 You have to enter the calibration coefficients separately for concentration 1 and...

Page 17: ...ected to the evaluation unit and optionally to enable the compensation in the evaluation unit The evaluation unit is designed so that the required TC s can be calculated auto matically The variation i...

Page 18: ...his influence This is done by considering the two pa rameters layer thickness and bulk density which correspond to the weight per unit area Load weight per unit area g cm2 h Eq 3 3 where bulk density...

Page 19: ...Eq 3 5 The area weight signal supplies a 0 4 20 mA signal IMPORTANT Current input 1 must be used for this compensation 3 4 2 Layer Thickness Compensation If only the layer thickness of the product to...

Page 20: ...signal is supplied by an existing weighing sys tem If the weighing system supplies a throughput signal T h either the conveyor belt speed must be constant or the belt speed must be fed as into the ev...

Page 21: ...3 The compensation is then calculated according to Load layer thickness cm weight kg Eq 3 9 The layer thickness and the weight supply a 0 4 20 mA signal each The compensation signal of the weighing s...

Page 22: ...d the product speed The product speed has to be fed via cur rent input For details please see the Software Manual chapter 4 2 11 Mass Flow 3 6 Synchronization of the Current Input Signals The LB 567 o...

Page 23: ...The evaluation unit is available in two versions the standard model MicroPolar 2 LB 567 and the high dynamics ver sion MicroPolar 2 LB 567 see Figure 3 4 and Figure 3 5 The probes antenna pairs are a...

Page 24: ...ifferences between MicroPolar 2 und MicroPolar 2 The MicroPolar 2 evaluation unit has an additional HF ampli fier module in comparison to the standard model Otherwise the evaluation units differ only...

Page 25: ...rough HF connections for signal cable reference cable Interpretation of LEDs Five LEDs on the instrument front panel indicate the current de vice status Figure 3 7 Evaluation unit front view Figure 3...

Page 26: ...ed function of relay 1 possible functions Error alarm min alarm max measurement stopped low load Signal 2 Display depending on the selected function of relay 2 possible functions Error alarm min alarm...

Page 27: ...stainless steel body The micro wave transmitter and receiver are firmly welded to the outside of the pipe The entire product pipe is PTFE coated and thus meets the special requirements for use in foo...

Page 28: ...the flow direction of the material exception steel reinforced belt Vertical position Product being measured General Only homogeneous mate rial for phase measure ment Material with direction de penden...

Page 29: ...antenna Dissemination direction of the magnetic field H Spiral antenna The spiral antenna sends or receives microwaves in circular po larization The spiral antenna is a near field antenna and should...

Page 30: ...plete with assembly plate and antenna fixtures The chute is made of plastic PP H or PVDF The horn antennas are mounted on an assembly plate see Figure 3 14 The plastic chute is fixed to the assembly p...

Page 31: ...th of the sum of the signal cables Two different HF cable types of different lengths are available Version 1 The so called HF cable quad It consists of four single HF cables of equal length whose ends...

Page 32: ...he HF cable is used One cable each connects the evaluation unit with the antenna A third cable serves as ref erence line its cable length corresponds to the sum of the lengths of both antenna cables F...

Page 33: ...the flow cell can either be vertical or horizontal To avoid possible sedimentary deposits vertical in stallation in a riser is preferred see Figure 3 18 The installation should preferably be close to...

Page 34: ...onal cases The evaluation unit is installed in the direct vicinity of the horn antennas in order to limit the length of the antenna cables to 2 m each if possible The shorter the cable connections be...

Page 35: ...reseen for that purpose on the measuring chute The evaluation unit is installed in the direct vicinity of the horn antennas in order to limit the length of the HF cables to max 2 m each The shorter th...

Page 36: ......

Page 37: ...antennas must be protected against mechanical shock For the horn antennas there is a risk that the coupling pins may get bent and the function can be severely impaired After unpacking make sure all pa...

Page 38: ...airly homogeneous flow profile and to rule out possibly occur ring microwave reflections in the pipeline Also not fittings must be installed in these pipe sections No gas inclusions should be present...

Page 39: ...ons max 2 Nm Flange 200 250 Nm Material flow Flow cell min 300 mm Orientation HF connections facing down Sampling point M Tx M Rx M Rx M Tx Correct arrangement Wrong arrangement Figure 4 1 Installatio...

Page 40: ...n of the device from the power supply Provide an automatic separating device line circuit breaker that disconnects the unit from power within 0 03 seconds in case of failure The separating device must...

Page 41: ...vice wall not in sulated This will ensure that all individual cables are exposed to the same ambient conditions and that the compensation of the cable drift works properly Never bend the HF cable The...

Page 42: ...radius min 100 mm 2 x sibnal cable standard 2 m HF connections max 2 Nm Flange 200 250 Nm Hand tighten all screwed connections of the HF cable 2 Nm 0 2 kg m Before tightening carefully screw on the ca...

Page 43: ...ompensation devices are Layer thickness sensor Belt weigher 4 3 2 Measuring Geometry and Conditions Bulk goods are conveyed on a belt The material first passes the layer thickness sensor or the belt w...

Page 44: ...lways sees the same material layer and the layer thickness sen sor correlates with the microwave measurement Figure 4 6 Flat surface in the beam range flat surface 350 mm Figure 4 7 Case study 1 The m...

Page 45: ...he belt the moisture reading is not repre sentative and the sampling e g for calibration can be incorrect see Figure 4 10 Figure 4 10 Two different products e g through different moistures cannot be m...

Page 46: ...Minimum load The minimum load on the conveyor belt is dependent on the product composition and the material structure In a first ap proximation the minimum material thickness can be specified as Eq 4...

Page 47: ...he height sensor is installed before the moisture measurement viewed in the con veying direction See also Figure 4 11 and chapter 8 5 Installa tion Proposal on the Conveyor Belt Figure 4 11 Installati...

Page 48: ...both signal cables Install the antennas as far away as possible from the rollers or other metallic objects The supplied HF cable can be bent depending on your installa tion situation min bending radi...

Page 49: ...uld cause refraction and the transmitted waves may propagate aside the receiving antenna Exception Steel wire reinforced conveyor belt If the conveyor belt is reinforced by metal ropes in the conveyin...

Page 50: ...field Figure 4 14 Alignment of the antenna on a belt with parallel running steel ropes Antenna Steel ropes Adapter Conveyor belt E In contrast to the recommended configuration without steel re inforc...

Page 51: ...ction Belt with product Height sensor M i cr o P ol ar Setup of the Spiral Antennas Install both antennas in diametrically opposite locations Typical antenna distances are approx 10 to 70 cm The conne...

Page 52: ...ce is 5 x v Eq 4 2 where v belt speed m s Max distance The permissible maximum distance of both measuring devices depends on the belt speed and is calculated as follows Belt speed m s Maximum distance...

Page 53: ...ignal and reference cable in the same manner if pos sible parallel so they are exposed to the same temperature temperature compensation of ambient temperature on the an tenna cable this ensures long t...

Page 54: ...d Measuring pipes or chutes must also not be made of conductive material otherwise they have to be provided with an entrance window made of plastic glass or ceramics The standard dimensions of these e...

Page 55: ...inlet and outlet pipes can be shortened the design is done in the project planning stage Assemble the components in accordance with the dimensional drawing in chapter 8 6 Installation Proposal Measuri...

Page 56: ...e LB 567 02 MicroPolar 2 ID no 41988 02 and LB 567 12 MicroPolar 2 ID no 54563 02 When connecting the 24 V DC power supply the and poles must be connected correctly There is no reverse polarity pro te...

Page 57: ...nput no 2 terminals 22 and 10 not insulated Input as 0 4 20 mA signal For example for temperature com pensation or reference signal recording Current output no 1 terminals 27 and 15 insulated Output a...

Page 58: ...ptions No function Start sampling open no action closed unique measurement starts Product selection Relay 1 Terminals 4 5 and 6 and Relay 2 Terminals 16 17 and 18 Changeover contacts SPDT insulated co...

Page 59: ...espective switching state is also signaled via LEDs on the front panel LEDs signal 1 and 2 Relay no Error alarm no product measurement stopped Below load currentless condition Normal 1 2 The relays wi...

Page 60: ......

Page 61: ...ntact the Berthold Service and ap ply for a recycling passport 5 2 Wear Parts The evaluation unit does not include any parts that are subject to wear or components that require special maintenance The...

Page 62: ...nd time information We recommend changing the batter ies immediately The service life of the battery even under continuous stress is approximately 8 years Replacement of batteries must be carried out...

Page 63: ...ype IP 65 Weight approx 8 0 kg Ambient conditions during operation Relative humidity max 85 short term up to 100 no condensation Altitude max 2000 m MicroPolar 2 20 50 C 253 323 K MicroPolar 2 20 45 C...

Page 64: ...ly Cable feed through 2 x M20x1 5 for cable 5 14 mm depending on application 4 x M16x1 5 for cable 5 8 mm depending on application Sensor connection Inputs and outputs for signal and reference channel...

Page 65: ...ection via two DI s DI2 DI3 open P1 DI2 closed DI3 open P2 DI2 open DI3 closed P3 DI2 DI3 closed P4 4 Start sampling open no actions closed single measurement starts Relay outputs 2 x relays SPDT insu...

Page 66: ...x HF connections N female 50 for HF cable with max 10 m length Versions Nominal pipe widths from 50 150 mm Dimensions See dimensional drawings in chapter 8 Overview flow cells Designation ID no Nomina...

Page 67: ...tion 1 x HF connections N connector 50 Dimensions See dimensional drawings in chapter 8 4 1 Accessories antenna fixture ID no 10805 Material Galvanized steel Weight 3 8 kg Dimensions See dimensional d...

Page 68: ...uest Components Chute Assembly plate two brackets two HF angle connectors Fastening material Weight Only the chute Version 1 approx 10 Kg Version 2 on request Measuring chute complete Version 1 approx...

Page 69: ...ration 30 70 C When installing 20 70 C Cable length m ID no 2 43431 4 43432 6 43433 8 43434 10 43435 HF cable Quad solid cable Material Cable sheath Polyethylene PE Protection type IP 68 when unscrewe...

Page 70: ...active 1 still asynchronous 0 all values synchronous 1 Error 2 Time too short for syn 3 Speed outside range 5 Product number X 1 to 4 6 Attenuation dB X XX 7 Phase GHz X XX 8 Dispersion of the phase...

Page 71: ...Chapter 7 Certificates MicroPolar 2 LB 567 71 Chapter 7 Certificates 7 1 EC Declaration of Conformity...

Page 72: ...Chapter 7 Certificates 72 MicroPolar 2 LB 567 7 2 Frequency License...

Page 73: ...Chapter 8 Technical Drawings MicroPolar 2 LB 567 73 Chapter 8 Technical Drawings 8 1 Dimensions Drawings Evaluation Unit Wall Housing...

Page 74: ...Chapter 8 Technical Drawings 74 MicroPolar 2 LB 567 8 2 Electrical Wiring Diagram...

Page 75: ...Chapter 8 Technical Drawings MicroPolar 2 LB 567 75 8 3 Dimensional Drawings Flow Cells 8 3 1 Type LB 3543 11 MP nominal width 50 mm options...

Page 76: ...Chapter 8 Technical Drawings 76 MicroPolar 2 LB 567 8 3 2 Type LB 3543 11 MP nominal width 50 mm with ASA flange adapter...

Page 77: ...Chapter 8 Technical Drawings MicroPolar 2 LB 567 77 8 3 3 Type LB 3543 11 MP nominal width 50 mm adapter...

Page 78: ...Chapter 8 Technical Drawings 78 MicroPolar 2 LB 567 8 3 4 Type LB 3547 11 MP nominal width 65 mm options...

Page 79: ...Chapter 8 Technical Drawings MicroPolar 2 LB 567 79 8 3 5 Type LB 3547 11 MP nominal width 65 mm with ASA flange adapter...

Page 80: ...Chapter 8 Technical Drawings 80 MicroPolar 2 LB 567 8 3 6 Type LB 3545 11 MP nominal width 80 mm...

Page 81: ...Chapter 8 Technical Drawings MicroPolar 2 LB 567 81 8 3 7 Type LB 3545 11 MP nominal width 80 mm with ASA flange adapter...

Page 82: ...Chapter 8 Technical Drawings 82 MicroPolar 2 LB 567 8 3 8 Type LB 3544 11 MP nominal width 100 mm options...

Page 83: ...Chapter 8 Technical Drawings MicroPolar 2 LB 567 83 8 3 9 Type LB 3544 21 MP nominal width 100 mm DN100 PN16...

Page 84: ...Chapter 8 Technical Drawings 84 MicroPolar 2 LB 567 8 3 10 Type LB 3544 21 MP nominal width 100 mm DN100 PN16 with ASA flange adapter...

Page 85: ...Chapter 8 Technical Drawings MicroPolar 2 LB 567 85 8 3 11 Type LB 3548 11 MP nominal width 150 mm...

Page 86: ...Chapter 8 Technical Drawings 86 MicroPolar 2 LB 567 8 3 12 Type LB 3548 11 MP nominal width 150 mm with ASA flange adapter...

Page 87: ...Chapter 8 Technical Drawings MicroPolar 2 LB 567 87 8 4 Dimensional Drawings Horn and Spiral Antennae 8 4 1 Horn Antenna and Horn Antenna Holder...

Page 88: ...Chapter 8 Technical Drawings 88 MicroPolar 2 LB 567...

Page 89: ...Chapter 8 Technical Drawings MicroPolar 2 LB 567 89 8 4 2 Spiral antenna...

Page 90: ...Chapter 8 Technical Drawings 90 MicroPolar 2 LB 567 8 5 Installation Proposal at the Conveyor Belt...

Page 91: ...Chapter 8 Technical Drawings MicroPolar 2 LB 567 91 8 6 Installation Proposal at the Measuring Chute...

Page 92: ...transfer rate 58 Device disposal 61 Digital outputs 59 Distance rail 40 E Evaluation unit 24 Evaluation unit installation flow cell 40 EVU 14 F Factory setting 14 Flow cell 27 Flow cell installation 3...

Page 93: ...on 22 52 T Technical data 63 Technical data HF cable 69 Technical Data Horn and Spiral Antennas 67 Technical Data Measuring Chute 68 Technical data sensors 66 Technical drawings 73 Temperature compens...

Page 94: ...Notes 94 MicroPolar 2 LB 567 Notes...

Page 95: ...Notes MicroPolar 2 LB 567 95 Notes...

Page 96: ......

Page 97: ...Concentration Moisture Measuring Systems MicroPolar 2 LB 567 User s Guide Software Manual 41988BA2 Rev Nr 04 07 2017...

Page 98: ......

Page 99: ...mponent description assembly instructions electrical installation description technical data certificates dimensional drawings The software manual comprises the description of the operation software f...

Page 100: ...nchronization 24 4 2 13 Calibration 25 4 2 14 System Adjust 25 4 2 15 Calibrate Concentration 26 4 2 16 Sampling 27 4 2 17 Sample Data expanded 28 4 2 18 Advanced 28 4 2 19 Calibration 29 4 2 20 Loadi...

Page 101: ...MicroPolar 2 59 Chapter 9 Calibration and Advanced 61 9 1 Calibration 61 9 1 1 Calibration with Load Compensation 64 9 1 2 Calibration with Two Concentrations 65 9 1 3 Calibration with Split Value 69...

Page 102: ......

Page 103: ...Manual es pecially those in chapter 1 Safety Summary Parameter settings Never change the installation and the parameter settings without a full knowledge of these operating instructions as well as a f...

Page 104: ......

Page 105: ...f the individual buttons changes relative to the position in the menu Values and texts are entered via an alphanumeric keyboard The in strument status is indicated by 5 LEDs TIP Click on the help butt...

Page 106: ......

Page 107: ...TIP All analog inputs and outputs have already been set in the factory Therefore no adjustment work is required during commissioning 2 Step Review and edit the software parameters of the application...

Page 108: ......

Page 109: ...he menu structure on the following pages provides an over view of all functions of the LB 567 Using the page numbers indicated you can look up the function of the depicted window You have to enter a p...

Page 110: ...lay Diagnostic Setup Access Level Language Datalog Errorlog Info Print Setup Diagnostic English German French Language See next page Setup See next page Setup Page 16 Page 16 Page 18 Page 19 1 Live Di...

Page 111: ...l sweeps Process type Split value Current Output Current Input Pt100 Digital output Digital Input Current Out 1 Assignment 0 4 mA 20 mA Test Adjust Error current Current at load Current Out 2 Assignme...

Page 112: ...ll measured data of a measurement sweep are averaged over the averaging time see below and stored This time is dependent on the selected log time The contents of the datalog can be displayed on the li...

Page 113: ...is stopped for some time during the datalog then the measurement pause will be interpreted as log time in the log type single For all other log types the measurement pause will be added to the log tim...

Page 114: ...utput via RS232 and RS485 data contents can be selected Product Product selection 1 4 if you select another product the product specific data will be loaded outputs inputs and calibration When you sel...

Page 115: ...elect the dialog language 4 2 6 Configuration General Data Enter date time and tag Measurement Meas Mode batch continuous Start Mode keyboard external Averaging number of measured values used for aver...

Page 116: ...urrent inputs and temperature For the concentration 1 and 2 you can select none specific TS BX g L g cm3 Be For current input 1 you can select none specific C F g cm3 kg t h cm For current input 2 you...

Page 117: ...device can be started or stopped via ex ternal terminals digital input or via keyboard Averaging Enter the number of averaging processes This number in dicates over how many measurements the concentra...

Page 118: ...om a variety of individual measure ments at different frequencies in a wide frequency band called sweep frequency sweep Such a measurement allows an on going review of the measurement results with res...

Page 119: ...dication of the pipe cross section or the internal pipe diameter Massflow calculation Here the calculation is enabled or disabled Cross sectional area Enter the cross sectional area of the pipe Pipe i...

Page 120: ...e selected as the unit for current input 2 Sync config Select the synchronization mode and if necessary enter the conveying speed Current Input 1 2 Enter the distance between compensation measurement...

Page 121: ...8 Advanced 4 2 14 System Adjust Adjust System adjustment is started Phase and attenuation are set to zero and thus for example all cable parameters are considered This adjustment also forms the refere...

Page 122: ...e calculated automatically the calibration coefficients are displayed For more information see chapter 4 2 19 Calibration Tuning Subsequent correction of the reading is possible by enter ing a factor...

Page 123: ...to 999 sample numbers are available Only if all numbers have been assigned you may assign a number for the second time you will be alerted accordingly by a message on the display Next sample Continue...

Page 124: ...e calculation is carried out as fol lows Eq 4 2 and 4 3 Phase Phasemeas Phi Tare Attenuation Attenuationmeas Phi Tare Number of Calibration Sweeps Freely adjustable number of sweeps over which a calib...

Page 125: ...ated auto matically from the entries of the sample table Start Calibr Starts the calibration using the parameters set and the co efficients are calculated automatically from the entries of the sample...

Page 126: ...to zero 4 2 20 Loading Compensation At least one analog input must be active so that the LOADING COMPENSATION menu is displayed Some modes require two analog inputs for display selection Comp Mode Th...

Page 127: ...ughput via current input 1 Speed via current input 2 Units Throughput tons per hour T h Speed m s Min load Kg The unit T h must be selected for current input 1 and the unit m s for current input 2 Com...

Page 128: ...s 4 2 22 Current Output IMPORTANT If a measurement is running enabling a current input which is not used or not adjusted may cause an error 4 2 23 Current Out 1 Assignment The following signals can be...

Page 129: ...unction the system automatically switches back to the live current Error current If the measurement switches to the fault state a fault cur rent is output via the current output this can be set here 2...

Page 130: ...current input Range Change the current output 0 20mA 4 20mA 0 4 mA Display value assigned to 0 4 mA value 20 mA Display value assigned to the 20 mA value Adjust Follow the instructions on the display...

Page 131: ...nked with LED signal 1 and relay 2 with LED signal 2 Relay 1 Different functions can be assigned to relay 1 None Error Hold Alarm min Alarm max Current at load undercut Function Description None Relay...

Page 132: ...2 Function The following functions can be assigned to DI 2 None Hold averaging is stopped Product external product selection DI 3 Function Assignments for DI 3 None Sample external control of sampling...

Page 133: ...ble on the next side Memory Tool Refers to the communication with the external memory tool optional accessory Data transfer takes place via the 9 pole SubD connector on the bottom of the instrument Sa...

Page 134: ...l unchanged default User mode Measurement stopped stopped Password unchanged default PASS1 Product selection unchanged all products deleted Error log not deleted deleted Data log not deleted default s...

Page 135: ...me the enlarged measurement value will be displayed as trend over the entire display The trend display corresponds to the contents of the datalog The datalog has to be enabled for the trend display As...

Page 136: ......

Page 137: ...bration is not pos sible under certain circumstances The current outputs digital outputs can be enabled and configured after the calibration The measuring system includes two separate floating current...

Page 138: ...e measuring by 5 absolute Example The measuring range is 65 95 TS Enter 60 100 TS as process limit The process limits are independent of the current output limits PHASENMESSUNG In the normal measureme...

Page 139: ...the units to the desired dimension UNITS The units of the concentrations conc 1 and 2 and those of the enabled analog inputs can be selected CONC CONC 2 Different units can be set for both concentrat...

Page 140: ...ic 5 1 6 Marker You can set a marker comprising max 5 characters which identify the value set in the live display MARKERS 1 Units 07 05 13 25 Conc TS Conc 2 Current In 1 C 1 Units 07 05 13 25 Current...

Page 141: ...efficients Check the coefficients B and C and correct them if necessary as follows C average measuring range value concentration value B 0 All coefficients that are not needed are automatically set to...

Page 142: ......

Page 143: ...normal throughput and or material flow and the usual material under actual operat ing conditions Prerequisite Chapter 5 Configuration have been completed 6 1 System Adjust Starting from the main menu...

Page 144: ...n process Push OK to confirm and push three times to return to the main menu 1 System Adjust 07 05 13 25 Adjust Ref values Chart Phi Chart Attenuation 1 System Adjust 07 05 13 25 System adjustment now...

Page 145: ...f the analog inputs and in addition the corresponding input has to be enabled If not the product temperature is not stored in the device during sampling If the measuring system is not yet in the measu...

Page 146: ...tion of the samples should be distributed over the entire measuring range For additional temperature com pensation the temperature of the samples should be distributed over the entire temperature rang...

Page 147: ...ALIBRATE CONC 1 Live Display 07 05 13 25 Concentration av 65 50 Conc av Conc act 64 35 ESC SAMPLE ZOOM 1 LB 567 07 05 13 25 Live Display Diagnostic Setup Access Level User Mode Language English STOP 1...

Page 148: ...k to the Calibration menu Short push one page longer push of the button you get back to the Calibration menu immediately 6 3 Calibration Proceed as described in chapter 9 1 1 Calibrate Conc 07 05 13 2...

Page 149: ...he reference path They will be used for the phase adjustment in order to avoid phase jumps that may be caused by a less than optimum geometry Normally the reference measurement is carried out with emp...

Page 150: ...confirm and push three times to return to the main menu 1 Calibration 07 05 13 25 System Adjust Calibrate Conc Advanced 1 System Adjust 07 05 13 25 Adjust Ref values Chart Phi Chart Attenuation 1 Sys...

Page 151: ...particular importance are Sigma 400 reliable microwave transmission Attenuation 25 dB antennas and cable OK belt non conductive Limit values for the reference measurement with full belt chute of parti...

Page 152: ...live display Phi fm GRD GHz Sigma dimensionless amount Attenuation dB Typical values with empty belt chute of particular im portance are Sigma should be less than 400 reliable microwave irradiation A...

Page 153: ...ing whether all available compensation de vices e g height sensor belt weigher have been parameter ized correctly via the analog inputs Watch and check the com pensation signals also with running full...

Page 154: ...equired is dependent on the selected calibration modes If the sample size is too small an er ror message is displayed after you have attempted to run a cali bration Approximately six samples suffice f...

Page 155: ...nuation dBadjustment Attenuation during system calibration dBlive Current attenuation in the measure ment mode Signal cable length e g 4 m HF cable quad results in 8 m signal cable length to and from...

Page 156: ......

Page 157: ...been completed Starting from the main menu go to the display shown on the left via SETUP CALIBRATION CALIBRATE CONC CALIBRATION CAL BASE PHASE Phase measurement Standard for all applications Phase 1...

Page 158: ...In1 In1 In2 In1 PT100 In1 In2 PT100 In2 In2 PT100 PT100 Select None if no compensation is required The automatic calculation of the calibration coefficients starts as soon as you have set the paramet...

Page 159: ...he measured value versus the lab value Output of the correlation between measured value and lab value OK As soon as you confirm this prompt the calibration display appears again from there you get bac...

Page 160: ...layer thickness e g with the ultrasonic sensor select LOADING CIN 1 If loading compensation is selected the Loading limit menu appears LOADING LIMIT Enter here for our example a minimum thickness of...

Page 161: ...sh the button to accept the selected process type and push the once to go to the display depicted below CALIBRATE CONC corresponding to concentration 1 SAMPLING 1 Calibrate Conc1 07 05 13 25 Sampling...

Page 162: ...d enter new value and confirm with NEXT SAMPLE Continue with next sample ACTIVE Disable sample NO 1 1 4 Sample 1 07 05 13 25 Lab value 60 40 ESC DEL 1 1 4 Sample 1 07 05 13 25 Next sample Active Yes M...

Page 163: ...calibration push X to go back one page without calibration OK accepts the calibration and changes to the next display 1 2 4 Sample 2 07 05 13 25 Next sample Active No Measured value 74 35 Lab value 6...

Page 164: ...es have to be enabled again in the sample table Now you have to disable all samples which are not used for concentration 2 SAMPLING 1 Calibration 07 05 13 25 Start Calibr Cal Base PHI Loading comp Com...

Page 165: ...ay depicted below The displayed split value has been set by the manufacturer but has to be adapted to the respective application The sample measurement should be selected such that the last sample of...

Page 166: ...alues have been entered e g after re sampling The assign ment depends on the split value and the lab value IMPORTANT The split value entry allows you to enable samples that have been disabled earlier...

Page 167: ...lower concentration is now calibrated Then select CONC2 and repeat the calibration process Go back to the main menu and start the measurement 1 Calibration 07 05 13 25 System Adjust Calibrate Conc Ca...

Page 168: ...sis value of the lab sample The difference has to be entered as offset with the correct algebraic sign Calculation Analysis value Display Offset Eq 9 1 Push ESC to return to the main menu SETUP CALIBR...

Page 169: ...elect LIVE DISPLAY to get back to the display The reading value should now correspond to the actual value 1 Calibrate Conc 07 05 13 25 Sampling Calibration Tuning Result 1 Calibration 07 05 13 25 Fact...

Page 170: ...m adjustment data calibration data and entries in the sample table For further information on the start up protocol see chapter 12 Start up Protocol 9 4 Typical Calibration Coefficients Start Values C...

Page 171: ...service personnel You have to enter a password to change from Read only to User Mode At the time of delivery this password is PASS1 The password can be changed in the menu SETUP CHANGE PASSWORD 10 1...

Page 172: ......

Page 173: ...nge 20 to 50 C or 45 C 32 Parameter memory faulty Compatibility check after software download A general reset must be carried out 39 HF hardware failure Faulty cable connection between the motherboard...

Page 174: ...et been calibrated or is not yet occupied 70 Concentration out of range The concentration is outside the process limits 71 Concentration 2 out of range Concentration 2 is outside the process limits 72...

Page 175: ...ERROR off signal 1 and 2 no connection Current outputs live Display Error message with error code Hold state Measurement stopped via digital input The evaluation units behave as follows The averaged...

Page 176: ......

Page 177: ...a TXT file using a terminal program To view the log e g in Excel the following data format must be considered Separator Tabulator Decimal separator Thousand separator The following code list helps you...

Page 178: ...Selection loading compensation Disabled Loading Cin 1 Tonnage Speed Mass Height Synchronizer mode 0 1 Synchronization mode Disabled Constant speed Variable speed Measure configuration 0 1 2 Process t...

Page 179: ...1 2 3 4 Digital output the min max alarm is assigned to the following Concentration Concentration 2 Current input 1 Current input 2 PT100 DI Function selection 0 1 2 3 4 Function of digital inputs Non...

Page 180: ...mode 0 Measuring mode see code list Start mode 0 Start mode see code list Filter damping value 2 60 Averaging Current output Filter damping value 3 40 Averaging number when sampling Reset average FAL...

Page 181: ...ess limit plausibility for Conc 2 Calibration mode 0 Calibration variable 0 Calibration basis see code list Phase coefficients 0 Phase coefficient A Attenuation coefficients 0 Attenuation Coefficient...

Page 182: ...15 PT100 in put AI Enabled 3 0 Disabled 0 Enabled 1 Relay 1 DO Function 1 Function see code list DO Assignment 0 Assignment see code list DO Threshold 0 00 DO Hysteresis 5 00 Relay 2 DO Function 2 2 F...

Page 183: ...431 3623 71 3623 71 22 43 3 461 3949 32 3949 32 22 51 3 491 4275 35 4275 35 22 34 3 521 4601 84 4601 84 22 27 3 551 4929 07 4929 07 22 44 3 581 5254 83 5254 83 22 45 3 611 5582 38 5582 38 22 47 3 641...

Page 184: ...apter 12 Start up Protocol 88 MicroPolar 2 LB 567 12 2 Sampling No Ac tive Measured value Lab value Current in 1 Current In 2 PT100 Phi fm Attenua tion 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19...

Page 185: ...Notes MicroPolar 2 LB 567 89 Notes...

Page 186: ...Notes 90 MicroPolar 2 LB 567 Notes...

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BERTHOLD TECHNOLOGIES LB 567, User Manual

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