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Technical Manual MIVI 8001

 

 

 Ref. 128-41/5 

 

38 

9.2. Adaptation 

Mode 

 

ELECTRONIC 8001 N°…………… 

Page 2/4 

B

LOCK

 

C

ODE OR VALUE

 

 

Without 

Temperature

With 

Temperature

 

 

Without 

Temperature

 

With 

Temperature

 

Seuil.1 : 

9999 

9999 

Hyst.1 : 

0.000 

0.000 

Seuil.2 : 

0.000 

0.000 

Hyst.2 : 

0.000 

0.000 

Seuil.3 : 

 

300 

Hyst.3 : 

 

0.000 

ALARME 

Seuil.4 : 

 

-50 

Hyst.4 : 

 

0.000 

Tau E1 : 

50 

band.E1 : 

10 

Tau E2 : 

50 

band.E2 : 

10 

Tau E3 : 

50 

band.E3 : 

10 

Tau E4 : 

50 

band.E4 : 

10 

Tau E5 : 

50 

band.E5 : 

10 

Tau E6 : 

50 

band.E6 : 

10 

Grd S1 : 

 

Grd S2 : 

 

FILTRE 

Grd S3 : 

50 

Grd S4 : 

50 

PRGRAM 

DO NOT MODIFY 

Barvis : 

 

Bartem :  

 

y0 : 

 

a : 

 

PARAM 

b : 

 

 

 

Const.1 : 

 

Const.15 :

-111 

CONST 

Const.16 : 

900 

 

 

TIMER 

UNUSED 

LINEAR 

SEE TABLES BELOW 

CODE = 369 

Global : 

Regul : 

Limite : 

Tune 1 : 

Tune 2 : 

Ges.Gsp : 

Def.Gsp : 

Alarme : 

Filtre :  

Tarage : 

Prgram : 

Param : 

Const : 

Timer : 

Linear : 

M.card : 

SECUR 

Horloge : 

Plg.hor : 

INFO 

UNUSED 

 
 

Summary of Contents for MIVI 8001

Page 1: ...Quality system certified instruments Manuel Technique Technical Manual MIVI 8001 Ref 128 41 5...

Page 2: ...ENSOR ROD 2 BE SURE THE PROCESS IS EMPTY 3 INSTALL THE SENSOR ON THE PROCESS AND FIX IT WITH ITS 4 SCREWS 4 ON VIEW 1 PRESS SIMULTANEOUSLY R L KEYS DURING APPROXIMATELY 3 SECONDS 900 MUST BE INDICATED...

Page 3: ...plant 10 2 2 4 Special mountings 10 2 2 5 Replacement cap 10 2 3 Practical advices 10 2 4 Checking 11 2 5 Sensors wiring 11 2 6 Models and dimensions 13 2 7 Tightness 14 3 THE PROCESSOR 15 3 1 Mechani...

Page 4: ...rams 29 7 3 Alarm Block ALARME 30 7 4 Filter block FILTRE 30 7 5 Cycle information block INFO 31 7 6 Memocard block MCARD 31 7 6 1 Save From the device to the Memocard 31 7 6 2 Load from the Memocard...

Page 5: ...screws See the detailed leaflet 2 1 2 The processor Its functions Powers the sensor Processes the sensor s information Displays and transmits the process information viscosity temperature sensor s fr...

Page 6: ...rmation when a cleaning or rinsing solution is flowing If the original calibration is convenient one of the 2 above mentioned values can be taken as reference for periodic control of the equipment ope...

Page 7: ...es or in presence of combustible dust II 2G gas II 2D dust Ex d IIC T1 to T6 gas Ex tD A21 IP67 T75 C T90 C T125 C T190 C T290 C T300 C dust Be sure the sensor s certification is in accordance with th...

Page 8: ...accessory to be welded on the process line It means it can not be individually certified but with the whole process line 1 6 4 EMC and low voltage directive MIVI 8001 is in agreement with EMC specific...

Page 9: ...ently immersed in the fluid low part of the network or reactor If the fluid temperature varies widely and fast choose the upside down or horizontal position in order to allow a convenient air convecti...

Page 10: ...e flange is welded must be thicker than 5 mm The small sensor size allows numerous personalization of its fitting according to the user s requirements Consult your Distributor Each mounting flange is...

Page 11: ...her the cable connectors their replacing caps and the cable glands The minimal bending radius at the flexible pipe electric outlet is of 100 mm Less radius can generate leakage then failure 2 4 Checki...

Page 12: ...26 25 24 5 4 3 2 1 6 7 1 2 3 4 5 6 7 7 6 5 4 3 2 1 1 2 3 4 5 6 7 Figure 4 1 3 3 4 26 25 24 Sensor socket female Cable plug male Earth terminal Earth terminal Cable Cable Screen Motor coil Pick up coil...

Page 13: ...120 mm 100 mm 17 mm 30 mm Guard tube short slits Pot gas 156 mm 156 mm HIGH PRESSURE HP 200 C HP ex proof 200 C Pot gas Guard tube long slits Low pressure High pressure 76 60 Mounting flange 99 1 o r...

Page 14: ...ical Manual MIVI 8001 Ref 128 41 5 14 2 7 Tightness Material Viton PTFE EPDM Silicone etc on request 76 or 99 17 1 15 4 70 or 99 3 2 Gasket 29 82 1 78 Gasket 21 95 1 78 Gasket 30 00 2 00 Gasket 30 00...

Page 15: ...y Standard power supply 80 265 Vac 100 380 Vdc C 50 60 Hz Optional power supply 21 60 Vac dc 50 60 Hz Consumption lower than 25 VA 3 3 Display Cyclic display on 2 channels View n 1 View n 2 Viscosity...

Page 16: ...16V and 30V The logic inputs are referenced to the same potential and galvanically isolated from all the other potentials at 500 Veff We advise you to connect the logic inputs with shielded cables 3...

Page 17: ...10 3 2 safety relay output board Identical to the 2 relay output board but a security avoids the two contacts to be simultaneously activated even the two relays are driven this way 3 10 4 Current out...

Page 18: ...38 39 40 41 42 43 44 45 46 47 48 V6 Relay 1 Relay 2 REL 3 REL 4 SLOT 1 REL 5 REL 6 SLOT 2 REL 7 REL 8 SLOT 3 Relays 1 and 2 Common EL3 EL4 EL5 24 Volts 100mA 4 sensors power supply RX RX 0 RS485 2 4...

Page 19: ...e Then you have to set the jumpers as shown above On delivery the polarizations are not performed ST6 Polarization RX ST5 Polarization TX ST7 Polarization RX SLOT3 SLOT1 ST4 Polarization TX SLOT 2 MAS...

Page 20: ...on List of the device generic standards Security EN 61010 1 Insulation zones 250 Vac CEM Immunity EN 50082 2 Electro statical discharge Radio frequency Burst quick transients CEM Emission EN 50081 1 R...

Page 21: ...ure the digital output points 1 to 6 1 Lift up the front panel then pull it up to the stop 2 Revolve it so as to accede to the extraction screw 3 Unscrew totally this screw 4 Extract the drawer by pul...

Page 22: ...splay if you press during a while R L enables to adjust the offset in air of the sensor Access Pressing simultaneously two keys VUE Back to CONFIGURATION mode VUE Go to ADAPTATION mode VUE Access to t...

Page 23: ...please refer to 7 6 1 5 2 Adjustment of the brightness of the front panel and increases or decreases the brightness and The brightness level is saved on the memory card Lift up before pulling R L 50 3...

Page 24: ...s TYPE on the green display and the configuration type s code on the red display Key Function for the code VUE Change of digit Code validation and Modification of the flashing digit Key function for t...

Page 25: ..._ High range MES 6 4 Software alarm N 1 to 4 ALRM n This device owns 4 software alarms If an alarm is declared as inactive the following alarm s will also be inactive VISCOSITY TEMPERATURE ALRM 1 High...

Page 26: ...m physical value in cP Pa s C corresponding to the maximum current output when it is at 20 mA for a 4 20 mA Adjustable on the whole display range 6 6 2 Relay board REL n This table only appears if a 1...

Page 27: ...iews allocation The views n 1 and 2 are respectively dedicated to the viscosity and the temperature measurements View with parameter A view with a parameter enables you to visualize an additional para...

Page 28: ...in function Blocks KEYS FUNCTIONS Selection of the parameter block In the selection of the parameter and adjustment block Selects the parameter Block Accedes to the parameters of the selected Block V...

Page 29: ...10 no TABL VUE bloc INFO msec T cycl msec Etape N bloc FILTRE Filt E1 Band E1 Filt E6 Band E6 sec Grd S1 sec Grd S4 bloc M CARD SAUVE Sauve GSP1 M CARD LOAD M CARD Sauve GSP2 Sauve GSP3 Sauve GSP123 S...

Page 30: ...to be adjusted The thresholds that control some programs variables are entered according to the display limits In this case pressing simultaneously on the two keys and you change the decimal point po...

Page 31: ...meters the calibration parameters We advise you to save these data for each device 7 6 2 Load from the Memocard to the device It is possible to load GSP1 GSP2 UNUSED GSP3 GSP123 CONFIG All the device...

Page 32: ...e Vue 10 no TABL Inut TABLE I F Vue 0 POINT 0 000 ABS 0 0 000 ORD 0 1 POINT 0 000 ABSI 1 0 000 ORD 1 Declares a table as valid END VUE If you want to calibrate the sensor use table 2 X values abscissa...

Page 33: ...the two keys and You can adjust the identifier on six digits pressing simultaneously on the two keys VUE and VUE Go to the next digit Change the letter or the figure Validation and go to the next par...

Page 34: ...Bit Word 0810 0812 F081 b8 b14 r EL Logic inputs 0820 0825 F082 b8 b13 r RUPT 1 if process variable is out of its scale 3 0840 084B F084 b8 b11 r Alarms status 0850 0859 F085 b8 b1 rw REL Relays stat...

Page 35: ...w Minimum frequency AFFR_ 999 9999 096D rw Maximum frequency AFFR 999 9999 098F rw Global locking Automatically goes back to its initial value if the unit has not received any order Entire number 0 4...

Page 36: ...000h MSB byte LSB byte Bit N of the Word 15 14 13 12 10 11 9 8 7 6 5 4 3 2 1 0 Offset Bit 7 6 5 4 3 2 1 0 15 14 13 12 11 10 9 8 Example When you read a word in the address F090h the bit N 8 of the wor...

Page 37: ...h Temperature Type 1115 ALRM n Entr n ALRM 1 8001 Entr 1 4001 ALRM 2 8102 Mes 50 ALRM 3 1000 8003 Mes _ 300 ALRM 4 8104 Entr 2 5101 ALRM 5 1000 Mes 0 000 REL n Mes _ 5000 REL 1 1000 Entr 3 5201 REL 2...

Page 38: ...4 50 Hyst 4 0 000 Tau E1 50 band E1 10 Tau E2 50 band E2 10 Tau E3 50 band E3 10 Tau E4 50 band E4 10 Tau E5 50 band E5 10 Tau E6 50 band E6 10 Grd S1 Grd S2 FILTRE Grd S3 50 Grd S4 50 PRGRAM DO NOT M...

Page 39: ...LIBRATION Point 0 abs 00 0 ord 00 0 Point 1 abs 01 9999 ord 01 9999 Point 2 abs 02 9999 ord 02 9999 Point 3 abs 03 9999 ord 03 9999 Point 4 abs 04 9999 ord 04 9999 Point 5 abs 05 9999 ord 05 9999 Poin...

Page 40: ...ge 4 4 Transmitter s outputs measurements Simulator Position N Viscosity Output Compensation Output 1 390 2 mV 2 325 mV 3 259 9 mV 4 194 7 mV 5 129 5 mV 6 65 1 mV Injected Signal Frequency Hz Matched...

Page 41: ...the software configuration In this case boards which are not well configured are ignored Change missing boards or the software configuration 111 Red Offset in the air must be adjusted See 1 5 1 Flash...

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