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Related Manuals for Sofraser MIVI 9610
Summary of Contents for Sofraser MIVI 9610
- Page 1 MIVI 9610 9612 Version Technical Manual Quality System certified...
- Page 2 Technical Manual MIVI 9612 IMPORTANT BEFORE STARTING THE PROCESS, IT IS VERY IMPORTANT TO PROCEED TO THE OFFSET ADJUSTMENT IN AIR: The procedure of the offset adjustment is detailed in the user manual § 5.1: CLEAN AND DRY THE SENSOR ROD. BE SURE THE PROCESS IS EMPTY.
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Page 3: Table Of Contents
Technical Manual MIVI 9612 TABLE OF CONTENT GENERAL PRESENTATION ....................... 5 1.1. T ..........................5 HE SENSOR 1.2. T ......................... 5 HE PROCESSOR 1.3. C .................. 6 HECKING THE EQUIPMENT AT THE RECEIPT 1.4. C ............6 HECKING THE EQUIPMENT WHEN PLACED AT THE PROCESS 1.5. - Page 4 Technical Manual MIVI 9612 COMMUNICATION ........................23 6.1. RS232 ........................23 INTERFACE 6.2. RS485 ........................23 INTERFACE POWER SUPPLY ........................25 7.1. C ........................25 HARACTERISTICS 7.2. S ......................25 AFETY CONSIDERATIONS 7.3. P ......................26 OWER SUPPLY WIRING GENERAL CABLING SCHEMATICS ..................27 SPECIFIC NOTES AND MANUFACTURING PARAMETERS ...........
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Page 5: General Presentation
Configuration block : makes it possible to SOFRASER to configure the processor with the manufacturing data (thermal drift, calibration) and to define the viscosity adjustment data. -
Page 6: Checking The Equipment At The Receipt
Technical Manual MIVI 9612 1.3. Checking the equipment at the receipt a) At first, check the supply conformity with the ordered equipment, mainly the presence of the parts necessary for the equipment mounting. Those to be used at the process will be given to the concerned department, for the installation preparation. -
Page 7: Modification Of The Previous Calibration
Technical Manual MIVI 9612 1.5.2. Modification of the previous calibration The device has been programmed in order to answer to your needs. These features programming steps are noticed on the features specification pages at the end of this document. At first, be sure that the modification is necessary, and not consecutive of a non coherent comparative information (different measuring conditions, bad standards, inaccurate or wrong laboratory measurements,…). -
Page 8: European Pressure Equipment Directive
Technical Manual MIVI 9612 1.6.3. European Pressure Equipment Directive Up to 60 bars, MIVI sensors are in agreement with the article 3.3 of the PED 97/23/EC. In case of higher pressure, sensors are certified one by one. The mounting flange is an accessory to be welded on the process line. It means it can not be individually certified but with the whole process line. -
Page 9: Viscosity Sensor
Technical Manual MIVI 9612 2. Viscosity sensor 2.1. Various models • General-purpose sensors. • Sanitary sensors. • Ex-proof sensors (ATEX, FM, JIS). • High pressure sensors (up to 150 bars). • Special models, according to the requirements (material and design). •... -
Page 10: Elbow Mounting
Manuel Technique MIVI 9612 2.2.1. Elbow mounting • The flange is welded on a right angle tee as indicated in pic.1. • The minimal pipe diameter is of 32 mm. Mounting flange, welded • The flange and the pipe axes have to be the same. •... -
Page 11: Practical Advices
Technical Manual MIVI 9612 2.3. Practical advices Torque at the mounting screws: 9 N.m ± 1 at the M6×100 screws, or 22 N.m ± 1 at the M8 screws (for the high pressure design). Tightness is assured by a O-ring (2 for sanitary model). Connections of ground of the sensor and electronics must be equipotential. - Page 12 Technical Manual MIVI 9612 Standard and explosion proof models are both equipped with cable glands. Those ones can match the ATEX norm, depending on the MIVI version. Earth terminal Cable Shielding Receiving coil Driving coil Temperature probe A B C D E F J K Pic.
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Page 13: Models And Dimensions
Technical Manual MIVI 9612 2.6. Models and dimensions GENERAL PURPOSE HIGH PRESSURE HP ex-proof 200°C Ex-proof 200°C Std 200°C HP 200°C Guard tube long slits 30 mm Guard tube short slits Pot ¼ gas Pot ¼ gas High pressure Low pressure ∅... -
Page 14: Tightness
Technical Manual MIVI 9612 2.7. Tightness Ø 70 or 99 Ø 76 or 79 O’ ring Ø 21.95 x 1.78 O’ ring Ø 29.82 x 2.62 O’ ring Ø 30.00 x 2.00 O’ ring Ø 30.00 x 2.50 Pic.6 Réf. 254-30/0... -
Page 15: Transducer's Mechanical Characteristics
3.2. Transducer’s electronic board wiring The transducer’s board is wired through the connector, which is plugged in the metallic box. Connector linked to the transducer : wired by SOFRASER IMPORTANT : All boards must have the same power supply. Réf. 254-30/0... -
Page 16: Processor Technical Characteristics
Technical Manual MIVI 9612 4. Processor technical characteristics 4.1. Mechanical characteristics Dimensions behind the collar : 138 x 123 x 78.2 mm Collar dimensions : 184 x 155 x 6.7 mm Cut-out for assembly on panel : 141 x 126 mm. Thickness ≤ 5mm Weight : about 515 g Tightness : IP 65 with panel mounting and IP20 on rear panel Operational temperature : 0°C to 45°C... -
Page 17: Consumption
Technical Manual MIVI 9612 4.5. Consumption Typical power consumption : 7,2 W maximum Current consumption : 300 mA maximum 4.6. Power supply wiring 4.7. Connection blocks On the processor back module, various categories are identified (example : Digital Inputs, Analog Outputs). We will call these categories "connection blocks". -
Page 18: Analog Inputs
Technical Manual MIVI 9612 4.8. Analog Inputs 4 analog inputs are available. Resolution : 14 bits. Analog inputs type : voltage 0-10 V, current 0-20 mA or 4-20 mA. These inputs can be used with thermocouple or Pt100. On 9612 electronics, these inputs are connected as 4-20mA and are specific to the plug of a densimeter. -
Page 19: Relay Outputs
Technical Manual MIVI 9612 4.10. Relay outputs 15 relay outputs are available on this device. Based on our configuration, 13 of them are defined, as follow : 12 relay outputs are attributable to the module by the user (cf User Manual § 5.2.2). They can be used as alerts for : LOW viscosity HIGH viscosity... -
Page 20: Outputs Wiring Scheme
4.14. Wastes handling Within the framework of the directive 2002/96-CE application, commonly named directive DEEE, relating to the wastes of electric and electronic equipments, SOFRASER envisages to take in charge the equipments arriving at the end of the lifetime. Do not throw the equipments to the dustbin. If the user does not have the means to take in charge the wastes of our electronic equipments, he should returned these equipments to our factory with a signed letter confirming that it is an equipment that has to be destroyed/recycled. -
Page 21: Mounting The Processor - Installation
Technical Manual MIVI 9612 5. Mounting the processor - Installation Piece of advise : The mounting panel thickness should not be more than 5mm. Make a panel cut-out as follow : Step 1 Connecting the power supply to the Earth : Drill a Ø4 mm hole for the provided NC6-32 screw. - Page 22 Technical Manual MIVI 9612 Push the 4 mounting brackets into their slots on the processor sides, shown as follow. Step 4 Tighten the bracket screws on the panel. Firmly hold the mounting brackets on the Step 5 processor while tightening the screws. Réf.
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Page 23: Communication
Technical Manual MIVI 9612 6. Communication 6.1. RS232 interface 2 RS232 ports are available. The RS232 ports are located on the side of the processor. Serial ports type : RJ-11. • Caution : - Turn off the power before making communication connections. - Do not connect the controller directly to a telephone or a telephone line. - Page 24 Technical Manual MIVI 9612 • Characteristics : Speed from 300 to 115 200 bps Communication capacity up to 32 devices Voltage limits : from -7 V to +12 V, as max differential Pin number Function A signal (+) / red terminal B signal (-) / white terminal * Pins from 2 to 5 are not used for communicating with the RS485.
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Page 25: Power Supply
7. Power supply 7.1. Characteristics The processor requires a 24VDC power supply. An external circuit protection device (fuse) must be used, shown as follows : The power supply is not provided by SOFRASER. 7.2. Safety considerations • Do not touch live wires. -
Page 26: Power Supply Wiring
Technical Manual MIVI 9612 7.3. Power supply wiring • Do not use tin, solder, or any other substance on the stripped wire that might cause the wire strand to break. • Install at maximum distance from high-voltage cables and power equipment. •... -
Page 27: General Cabling Schematics
Technical Manual MIVI 9612 8. General cabling schematics 2 MIVI sensors connected to the 9612 device: Pieces of advice : The transducers must all have the same power supply. Put a 120 Ω resistance at the end of the line (1/4 W power is enough). The RS485 shielding has to be connected to the Earth. - Page 28 Technical Manual MIVI 9612 Réf. 254-30/0...
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Page 29: Specific Notes And Manufacturing Parameters
Technical Manual MIVI 9612 9. Specific notes and manufacturing parameters 9.1. Block Settings ALARMS HIGH 999999.9 Viscosity HYST HYST HIGH 999.9 Temperature HYST HYST Alarms attribution CURRENT OUTPUTS Physical value Current output value Viscosity HIGH 999999.9 BURN Temperature HIGH 999.9 BURN Current outputs attribution... -
Page 30: Block Parameters
Manuel Technique MIVI 9612 9.2. Block Parameters VISCOSITY CORRECTIONS Table C1 Formula C2 Line 0 0,0000 Line 1 999999.9 999999.9 Line 2 999999.9 999999.9 1,0000 Line 3 999999.9 999999.9 Line 4 999999.9 999999.9 0,0000 Line 5 999999.9 999999.9 Line 6 999999.9 999999.9 Line 7... -
Page 31: Block Configuration
Manuel Technique MIVI 9612 9.3. Block Configuration THERMAL DRIFT Line 0 Line 1 Line 2 Line 3 Line 4 Line 5 Line 6 Line 7 Line 8 Line 9 VISCOSITY ADJUSTMENT 1,000 0,000 CALIBRATION DATA SERIAL N° : 0.0000 1.0000 1.0000 Offset Viscosity range...
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