Endress+Hauser Prosonic T FMU 130 Operating Manual Download Page 12 | Manualshive

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Prosonic T - FMU 130, 131, 230, 231, 232

Hauser

Electrical Connection

Cabling

Use shielded two-core instrumentation cable for the current output of the FMU 130, 131,
230 and 231. For optimal protection against electromagnetic interference, the shield
should be grounded in the control room or the nearest earthing point. A good connection
to ground is essential to good shielding.

Under certain circumstances, the digital communication signal may be affected if
unshielded cable is used.

Connection Diagrams

➀

FMU 130, 131, 230, 231: 2-wire “loop-powered”

➁

FMU 230, 231: 4-wire, including main power supply

➂

FMU 232: 4-wire, including power supply

➀

FMU 130, 131, 230, 231

4 to 20 mA

FMX 770
FXN 671

➁

FMU 230, 231
4-Wire, Including Main Power
Supply

4 to 20 mA

18 to 36 V DC
180 to 250 V AC
90 to 127 V AC

➂

FMU 232
4-Wire, Including Main Power
Supply

18 to 36 V DC
180 to 250 V AC
90 to 127 V AC

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Summary of Contents for Prosonic T FMU 130

Page 1: ...prosonic T FMU 130 131 230 231 232 Ultrasonic Level Measurement Operating Manual BA 186F 24 ae 02 02 016810 6000 Software Version 2 2 Endress Hauser The Power of Know How ...

Page 2: ...2 Prosonic T FMU 130 131 230 231 232 Endress Hauser ...

Page 3: ...12 Cabling 12 Connection Diagrams 12 Functional Display 15 Summary of Operating Procedures 16 Key Operation without Display without Matrix 16 Reset 17 Calibration 17 Operating via the Matrix 18 Local Push button Operation with Plug In Display 18 Operation via Commulog VU 260 Z 19 Operation via Universal HART Communicator DXR 275 19 Configuration 20 Calling Up Measured Values and Measuring Point In...

Page 4: ... hazardous areas the equipment must be installed in accordance with local regulations as well as with the technical and safety requirements on the measuring point as specified in the accompanying certificates Installation and Commissioning Installation electrical connection commissioning operation and maintenance may only be carried out by trained and authorized personnel The personnel must read a...

Page 5: ...s area Symbol used in drawings to indicate if necessary non explosion hazardous areas Devices located in safe areas still require a certificate if their outputs run into explosion hazardous areas Electrical Symbols Symbol Meaning Direct voltage A terminal to which or from which a direct current or voltage may be applied or supplied Alternating voltage A terminal to which or from which an alternati...

Page 6: ...eries consists of three transmitters which can be equipped with one of several electronics modules with graduated measuring ranges from 0 82 feet 0 25 m upwards FMU 130 FMU 131 FMU 230 FMU 231 FMU 232 1 2 1 2 4 ft m ft m ft m ft m ft m 0 8 13 1 0 25 4 1 3 23 0 4 7 0 8 13 1 0 25 4 1 3 23 0 4 7 2 49 2 0 6 15 0 8 6 5 0 25 2 1 3 11 5 0 4 3 5 0 8 6 5 0 25 2 1 3 11 5 0 4 3 5 2 23 0 6 7 Without F F A A C...

Page 7: ...Ex isolator Zener barrier operation via handheld terminal protocols INTENSOR or HART FXN 671 operation via Rackbus or handheld terminal protocol INTENSOR Silometer FMX 770 operation via Commutec transmitter protocol INTENSOR FMU 130 FMU 131 only connection to PROFIBUS PA bus for up to 10 transmitters operated by a PC Commubox Interface to a PC for Smart transmitters operated by a PC or protocol HA...

Page 8: ...ice will not measure correctly Never mount two Prosonic T s in a vessel because the instruments may not function correctly Do not mount the sensor in the center of the vessel roof Install the transmitter at right angles to the surface of the material Do not measure through the filling curtain Housing Cable entry Pg 16 Break the cable entry in the housing before mounting Cable diameter 0 2 to 0 35 ...

Page 9: ...ep the height as small as possible The inner surface of the nozzle should be as smooth as possible no edges or welding seams Interference echoes caused by the nozzle can be suppressed by the echo suppression function when a display is used for operation see page 25 Nozzle Height and Diameter Sensor FMU Dmin In mm Lmax In mm 130 230 1 96 50 5 90 150 130 230 3 14 80 9 44 240 130 230 3 93 100 15 0 38...

Page 10: ...unting with Adapter Flange FAU 70 E parallel thread Mounting with Adapter Flange FAU 70 A conical thread FAU 70 E X X X X Process Connection 12 2 DN 50 PN 16 14 3 DN 80 PN 16 15 4 DN 100 PN 16 Sensor Connection 3 G 1 ISO 228 4 G 2 ISO 228 Material 2 1 4435 AISI 316L 7 PPs polypropylene FAU 70 A X X X X Process Connection 22 2 150 psi 44 3 150 psi 25 4 150 psi Sensor Connection 5 NPT 1 11 5 6 NPT 2...

Page 11: ...ing Bracket Order No 942666 0000 Material 304 SS Dimensions in inches mm 2 x M 8x12 and 2 x springs supplied Mounting with Slip On Flange for FMU 232 Order No FAU 60 X0X Process Connection D 4 DN 100 PN 16 A ANSI 4 150 psi J JIS 16 K 100 Material P PP S Steel painted R 1 4571 AISI 316L slip on flange nozzle sensor Dimensions in inches mm ...

Page 12: ...ction to ground is essential to good shielding Under certain circumstances the digital communication signal may be affected if unshielded cable is used Connection Diagrams FMU 130 131 230 231 2 wire loop powered FMU 230 231 4 wire including main power supply FMU 232 4 wire including power supply FMU 130 131 230 231 4 to 20 mA FMX 770 FXN 671 FMU 230 231 4 Wire Including Main Power Supply 4 to 20 m...

Page 13: ...mA FMU 232 16 mA 1 mA Connection and operation of PROFIBUS PA refer also to BA 166F Connecting the Commubox FMU 130 131 230 231 232 PROFIBUS PA Every instrument has a unique address 9 to 32 V DC off Hardware address on Software address Connecting the Commubox Commuwin II optional power pack Commubox power supply 4 to 20 mA total resistance 250 W ...

Page 14: ... 231 232 Endress Hauser Connecting the handheld terminal R Connecting the handheld terminal total resistance 250 W OR Connecting the handheld terminal anywhere along the 4 to 20 mA cable or directly on the compact echo transmitter ...

Page 15: ...is output in V9H0 4 Wire If the Prosonic T Identifies an Alarm the bargraph flashes if the display is plugged the red LED lights up the current output adopts a preselected value 10 2 4 mA 110 HOLD an error code is output in V9H0 If the Prosonic T Identifies a Warning the red LED flashes the instrument continues to measure an error code is output in V9H0 LED off LED on Function Green LED Red LED Ba...

Page 16: ... in the vessel Configuration against a flat wall The level is detected over the distance between Prosonic T and the wall Operating Procedures Operating without matrix Operating with matrix without display Function and operation via the Operating without display is via the matrix are always identical four push buttons V and H Page 18 forward Access to the matrix differs Local Operation via Operatin...

Page 17: ...obtain a steady measured value Locking a short time must elapse before the empty Protects the entries against unwanted and full calibration and unauthorized changes 2 wire approx 35 s simultaneously press and 4 wire approx 20 s Empty calibration 0 Unlocking fill tank to empty point simultaneously press and simultaneously press and Full calibration 100 fill tank to full point simultaneously press a...

Page 18: ...Elements VH position Parameter Bar display Display current or echo quality flashes on alarm Push Buttons Push button Function Selecting the Matrix Field Selecting the vertical matrix position Selecting the horizontal matrix position and The display jumps to V0H0 Entering Parameters or Activates the appropriate matrix position The selected position flashes Changes the value of the flashing position...

Page 19: ...e error message in plain text Operation via Universal HART Communicator DXR 275 For the HART protocol an interactive menu is used which is supported by the matrix see also the operating manual for the handheld terminal The menu Group Select calls up the matrix The lines show menu headings Parameters are set using submenus LCD with parameter VH position bar display Function keys Diagnosis Home Entr...

Page 20: ...izontal tank Set current output Continuous Switch Echo quality Delay time Fixed target suppression First echo factor 21 22 24 Simulation Measured Values Information on the Measuring Point Matrix Field Display Matrix Field Display V0H0 Main measured value V9H0 Actual error code V0H8 Measuring distance distance V9H1 Last error code between sensor and material bar graph shows echo quality V0H9 Height...

Page 21: ... a reset all linearization parameters V2H0 V2H3 the Tag number VAH0 the m ft selection V8H2 Note V8H2 Units of Length Units of length remain unchanged after carrying out a reset They may only be entered directly after a reset If the units of length are changed at a later date then all subsequent entries must be repeated Display V0H0 Level in V0H8 Distance in meters feet V0H9 Level in meters feet C...

Page 22: ...es an error and the instrument stops measuring The following error messages may be shown E605 Display when entering the linearization curve The error message disappears when the linearization curve is activated E602 The linearization curve rise not continuously The number of the last correct pair of values is automatically shown in V2H1 Enter the new values in the next line in V2H2 and V2H3 E604 T...

Page 23: ...VH Entry Text 1 V2H0 4 H Delete 2 V2H0 3 H Semi automatic 3 V2H1 7 H Line No 4 V2H2 e g 13 1 ft H Level 4 000 m 5 V2H3 e g 1320 gal H Volume input 5000 l 6 V2H1 6 H Line No After entering all pairs of values V2H0 1 H Activate table 13 1 ft Full e g 1320 gal Empty Empty e g 26 4 gal 1 31 ft Full VH Entry Text 1 V2H0 4 H Delete 2 V2H0 2 H Manual 3 V2H1 1 H Line No 4 V2H2 e g 1 31 ft H Level input 0 ...

Page 24: ...Errors and Warnings in V9H0 E620 The current output is outside the set range smaller than 3 8 mA greater 20 5 mA Check the calibration and settings of the current output Two Types of Measurement Continuous Current Output The current from 4 to 20 mA is assigned to a measuring range Switch Current Output The current values 4 and 20 mA or 8 and 16 mA are set as switchpoints 4 wire 2 wire 4 to 20 mA 4...

Page 25: ...ecting a different sensor position or activating the fixed target suppression function Fixed Target Echo Suppression The fixed target suppression function is used when the level echo is not detected because a fitting is generating a stronger interference echo Up to three interference echoes can be suppressed The suppression should be activated with the tank as empty as possible V H V H Distance Ec...

Page 26: ... smaller than 30 s Factory setting 60 s Selectable 0 to 255 s Actual Height Falsifications in height in V0H9 e g by temperature effects can be corrected by entering the correct height the actual height in V3H1 Entering the actual height then automatically corrects empty calibration First Echo Factor Vessels with tightly rounded roofs dome covers can cause double echoes giving rise to a display sho...

Page 27: ...V9H6 1 H Simulation height 2 V9H7 e g 6 600 ft H Simulated 2 000 height e g 6 6 ft 2 m 3 V9H8 Display of current also shown on bargraph V0H0 Display of height level or volume 4 V9H6 0 H Simulation off VH Entry Text 1 V9H6 3 H Simulation current 2 V9H7 e g 14 H Simulated current e g 14 mA 3 V9H8 Display of current also shown on bargraph 4 V9H6 0 H Simulation off Simulation of Current VH Entry Text ...

Page 28: ...rogress Wait until completed E 110 Alarm Reset instrument if error remains electronic instrument error E 121 Contact Endress Hauser Service E116 Alarm Error with download Carry out reset or restart download with corrected data E125 Alarm Defective sensor Check sensor connection Contact Endress Hauser Service if error remains E261 Alarm Error in temperature sensor Contact Endress Hauser Service E 5...

Page 29: ... sensor position See pages 8 11 25 Incorrect linearization Re enter linearization curve See pages 22 23 Incorrect current output Check values in V0H5 and V0H6 and re enter if necessary See page 24 Measured value in Distance D in V0H8 Interference from internals in the V0H0 too large too small measuring range Instrument mounted in nozzle Check dimensions of nozzle See page 9 Check sensor position S...

Page 30: ...nt level and agitator blades With agitator blades in measuring turbulence or agitator range check sensor position blades see page 8 11 25 Select application parameter 0 or 2 in V0H3 See page 21 The measured value Multiple echoes Select application parameter 2 jumps to a lower value in V0H3 or remains continuously See page 21 too low with constant Select a larger first echo factor 1 level or 2 in V...

Page 31: ...31 Endress Hauser Prosonic T FMU 130 131 230 231 232 Matrix INTENSOR ...

Page 32: ...32 Prosonic T FMU 130 131 230 231 232 Endress Hauser Matrix HART ...

Page 33: ...nce DIN IEC 68T2 6 Tab 2 C 10 to 55 Hz Electromagnetic Compatibility Interference emission according to EN 61326 apparatus of class B interference immunity according to EN 61326 app A industrial area and NAMUR recommendation EMV NE 21 Explosion Protection FMU 130 131 2 wire Ex EEx ia IIC T6 FRG Zone 1 only FMU 230 231 2 wire not Ex and 4 wire without FMU 232 4 wire Dust Ex Zone 10 FRG only BVS not...

Page 34: ...wer consumption 2 5 W 2 wire 12 to 36 V DC Ripple Smart devices INTENSOR max ripple measured at 500 W 0 to 100 kHz Vpp 30 mV HART max ripple measured at 500 W 47 Hz to 125 Hz Vpp 200 mV Max noise measured at 500 W 500 Hz to 10 kHz Veff 2 2 mV Electric Isolation The evaluation electronics is electrically isolated from the power supply terminals with all four wire versions ...

Page 35: ...D 9 9 8 0 m o r f 2 2 2 2 5 7 7 1 m o r f e h t o t s e g n a h c o N n o i t a t n e m u c o d T c i n o s o r P A B W S t n e m u r t s n I d n a o N e r a w t f o S 3 H 9 V 5 7 2 R X D s n o i t a c i f i d o M s k r a m e R 6 9 3 0 m o r f 0 1 0 1 4 7 e c i v e D 1 n o i s i v e R D D 2 n o i s i v e R e h t o t s e g n a h c o N n o i t a t n e m u c o d n w o d p u o N n e e w t e b d a o l ...

Page 36: ...tallation 8 Mounting on a Nozzle 9 Mounting with Adapter Flange 10 Mounting with Counter Nut 9 Mounting with Mounting Bracket 10 11 Mounting with Slip On Flange 11 Mounting with Welded Sleeve 9 K Key Operation 16 L Linearization 22 Linearization Table 23 Locking 17 27 Lost Echo Delay Time 26 M Matrix 18 HART Matrix 32 INTENSOR Matrix 31 Measuring Distance 20 Measuring Point Information 20 Measurin...

Page 37: ... To get a Return Authorization number in Canada call 800 668 3199 Please be sure to include the following information when requesting a Return Authorization number This information will help us speed up the repair and return process Customer name Customer address Customer phone number Customer contact Equipment type Original sales order or purchase order number Reason for return Failure descriptio...

Page 38: ...9292 800 668 3199 FAX 905 681 9444 Endress Hauser Paseo del Pedregal No 610 Col Jardines del Pedregal 01900 Mexico D F MEXICO Phone 525 568 2405 FAX 525 568 7459 United States Canada Mexico BA 186F 24 ae 02 02 2002 Endress Hauser Inc For application and selection assistance in the U S call 888 ENDRESS For total support of your installed base 24 hours a day in the U S call 800 642 8737 Visit us on ...

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