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7.5 Error limits

Measuring uncertainty under reference conditions

Pulse output

0.5% o.r.

0.01% o.f.s. (full-scale value

10 m/s)

(Promag 30 D: plus

0.2% o.r.)

Current output

plus typ.

Repeatability

0.1% o.r.

0.005% o.f.s.

Options

Promag 30 A and F:

0.2% o.r.

0.05% of Q

Promag 30 D:

0.45% o.r.

0.05% of Q

= desired reference flow rate for

calibration (v = 2...10 m/s).
Please quote Q

when ordering

Power supply voltage

Within the specified range, fluctuation of
the supply voltage has no effect.

Reference conditions (DIN 19200 and VDI/VDE 2641)

Medium temperature

+28 °C

2 K

Ambient temperature

+22 °C

2 K

Heating-up time

30 minutes

Installation at

inlet length >10 x DN

reference conditions

outlet length >5 x DN
Sensor and transmitter are earthed.
The sensor is mounted centrally in the pipe.

Medium velocity
[m/s]

Error [% o.r.]

ba0

08y

0.5%

0.2% (option)

Fig. 65

7. Technical Data

Promag 30

Hauser

Summary of Contents for promag 30

Page 1: ...promag 30 Electromagnetic Flow Measuring System BA 008D 06 e 06 96 No 50063716 valid from software version V3 01 XX measuring amplifier Operating Manual ...

Page 2: ...plosion hazardous area are supplied with a separate Ex documentation which is an integral part of this Operating Manual The instructions and connected loads provided in this supplement must absolutely be observed An appropriate icon is shown on the front of this document according to the approval given and the test centre Safety Instructions Promag 30 2 Endress Hauser ...

Page 3: ...tion 25 3 8 Earthing in an area with severe interference 26 4 Electrical Connection 27 4 1 General information 27 4 2 Connection to the transmitter 27 4 3 Connection of the remote version 28 4 4 Wiring diagrams 29 4 5 Cable specifications 31 5 Operation and Commissioning 33 5 1 Instrument Functions 33 5 2 Setting unit parameters with miniature switches 37 5 3 Local display 42 5 4 Commissioning 44 ...

Page 4: ...Promag 30 4 Endress Hauser ...

Page 5: ...eter is not used for the purpose it was designed for or is used incorrectly Please carefully note the information provided in this Operating Manual indicated by the pictograms Warning A warning indicated actions or procedures which if not performed correctly may lead to personal injury or a safety hazard Please strictly observe the instructions supplied and proceed carefully Caution A caution indi...

Page 6: ...g a description of the fault the application and the chemical and physical properties of the product being measured Remove all residue which may be present Pay special attention to the gasket grooves and crevices where fluid may be present This is especially important if the fluid is dangerous to health e g corrosive poisonous carcinogenic radioactive etc No instrument should be returned to us wit...

Page 7: ...ced voltage is proportional to the flow velocity and is fed to the measuring amplifier by a pair of electrodes Across the cross section of the pipe the flow volume is calculated The DC magnetic field is generated by a switched direct current of alternating polarity Together with the patented Integrated Autozero Circuit this assures a stable zero point and makes the measurement independent of the m...

Page 8: ... Promag 33 measuring system in the Technical Information Promag 33 TI No 027D 06 e Caution The Promag 30 and the Promag 33 measuring systems are available with various hazardous area approvals Your E H representative will be pleased to supply further information on the available approvals Approval relevant information can be found in the supplement to this operating manual which can also be ordere...

Page 9: ...ed version FS version or FL version The transmitter is mounted remote from the sensor FS version Up to 10 m distance meduim conductivity min 5 µS cm From 10 200 m distance max cable length in terms of the medium conductivity 5 200 µS cm FL version Max cable length 200 m not dependent on conductivity No EPD available The electrical connection between transmitter and sensor is made in the connection...

Page 10: ...ble to select and activate various functions A small pin is used to press the keys down keep pressed for approx 0 5 0 8 s Power supply 85 260 V AC 45 65 Hz 20 55 V AC 16 62 V DC Cable entry Sensor Measuring electrodes Reference electrode Screw cover of electronic compartment 6 parameters can be set here with internal miniature switches Option local display Screw cover Terminal compartment ba008y04...

Page 11: ...maximum safety and optimum ease of operation when components of the equipment are exchanged Safety A comprehensive self monitoring facility of the measuring system assures high safety Any system error messages coil current error amplifier error DAT error EEPROM error ROM error RAM error or a power supply failure that do occur are emitted at the configured status output In the event of a power supp...

Page 12: ...nichts nichts Promag 30 12 Endress Hauser ...

Page 13: ...n must possess the stipulated outside diameter see page 59 60 66 Tighten the cable entry see Fig 5 Loop the cable before inserting This prevents moisture from penetrating the cable entry see Fig 5 Any cable entries not used must be stopped with a screw plug The protective grommet must not be removed from the cable entry Caution The screws of the Promag sensor housing must not be released otherwise...

Page 14: ... and mounting the sensor in the piping The sensor should not be lifted by the connection housing The sensor should not be lifted by the sheet casing using a forklift truck This can buckle the casing and damage the internal magnetic coils Base of the sensor The sensor should stand on a base which is sufficiently strong to withstand its weight Note The sensor must not be supported by the sheet casin...

Page 15: ...ting brief insulation of the electrodes by entrained air bubbles Electrode axis The plane in which the electrode axis lies with regard to the Promag 30 measuring transmitter is identical for the measuring sensors A D F and Promag H also Vibration Fasten the piping before and after the sensor Caution Excessive vibration necessitates separate mounting of the sensor and transmitter see chapter 3 6 Wi...

Page 16: ...pe outlet in a downward line The installation shown in Fig 12 however permits such a location Partly filled pipes For inclines a mounting similar to a drain should be adopted Do not mount at the lowest point risk of solids collecting Added security is offered by Empty Pipe Detection EPD This option has an extra electrode in the measuring pipe standard with Promag F sensor Note Here too the inlet a...

Page 17: ...iameter when suitable adaptors reducers and expanders to DIN 28545 are fitted The resultant increase in the rate of flow increases the accuracy of measurement with slowly flowing fluids The adjacent nomogram can be used to determine the pressure loss caused Procedure 1 Determine the ratio of the diameters d D 2 From the nomogram read off the pressure loss at the flow velocity and d D ratio Note Th...

Page 18: ...stub The skirted nut thereby experiences a fixed stop 3 Mounting and Installation Sensor 1 threaded stub ISO 228 not required with flange joints O ring of Viton or Kalrez or silicone flat gasket aseptic version Nominal diameters DN 2 25 ba008y15 Internal thread external thread PVC adhesive coupling hose connection and welded nipples are screwed on with a skirted nut Tri clamp connection are fitted...

Page 19: ...wards 6 Now tighten up the hex nuts Screw tightening torques The listed tightening torques apply to greased threads Screws tightened up too tightly deform the sealing surface pay special attention with soft rubber lining Gaskets With soft rubber Teflon PTFE linings a flange gasket can be dispensed with With soft rubber linings the mating flange should have a thin film of sealing grease applied Use...

Page 20: ... from the process connector 3 Weld the process connector into the pipe 4 Once again install the sensor into the pipe make sure everything is clean and the gasket is correctly positioned Note If the welding process is correctly executed the gasket will not be damaged by the heat even when mounted Nevertheless we recommend you remove the sensor and gasket first For the mounting the pipe has to be op...

Page 21: ...ipe this could result in an electrically conductive layer forming which would short circuit the measuring signal DN Pressure stages Screws Max tightening torque Nm DIN mm ANSI inch DIN bar ANSI Ibs AWWA JIS Hard rubber Soft rubber EPDM Teflon PTFE 15 25 32 40 50 1 2 1 11 2 2 PN 40 Class 150 20K 20K 20K 20K 10K 4 x M 12 4 x M 12 4 x M 16 4 x M 16 4 x M 16 25 40 50 64 5 8 11 15 15 33 53 67 84 65 80 ...

Page 22: ... with a new one A set of new electrodes can be ordered from E H Assembling the electrode 1 Slide the new electrode e through the holding cylinder g from below Gaskets at the tip of the electrode must be in place and clean 2 Connect the rotary arm b and electrodes toge ther using the pins h Ensure that the small coil spring is in place 3 Pull back the electrode as far as possible so that the tip do...

Page 23: ...sor To do this the corresponding marking notches on the side of the bayonet flanges should be brought into alignment Do not da mage the cable to the sensor when lifting the transmitter housing 4 Turn the transmitter housing into the desired position Engage the bayonet catch and re tighten the two screws ba008y18 Fig 22 Turning the local display Warning Danger from electric shock Switch off the pow...

Page 24: ...ig 24 Fix the cable run or lay it in conduit When the conductivity of the medium is low cable movements can cause serious changes in capacitance and thereby falsify the measuring signal Do not lay cable in the vicinity of electrical machines or switching elements Pay attention to potential equalization between the transmitter and the sensor Please connect the cable as described on page 27f Cable l...

Page 25: ...ence electrode in the sensor Promag F Potential equalisation for some special cases is described below Potential equalisation for lined pipes with cathodic protection When the medium cannot be earthed for operational reasons the measuring unit must be installed that it is potential free Fig 26 Please pay attention to national regulations regarding potential free installation e g VDE 0100 It is als...

Page 26: ... interference In order to make the most of the electromagnetic compatibility EMC of the Promag 30 it is advisable to provide two flange to flange links and to connect them jointly with the transmitter housing to earth potential Example Promag 30 F ba008y25 6 mm2 Cu Fig 28 Example Promag 30 D ba008y26 6 mm2 Cu Fig 29 ba008y27 6 mm2 Cu Fig 30 3 Mounting and Installation Promag 30 26 Endress Hauser ...

Page 27: ...plate with the local mains voltage and frequency Also pay attention to the national rules for installation 1 Release the safety grip of the screw cover of the terminal compartment using a 3 mm Allen key Then unscrew the cover from the terminal compartment of the transmitter 2 Push the supply cable and signal cable in through the appropriate cable entries 3 Make the connection in accordance with th...

Page 28: ...of the sensor and transmitter by unscrewing the screw cover or the four Phillips screws Note The terminals of Promag A are situated inside its housing 3 Push both cables signal and coil current cable in through the appropriate cable entries 4 Make the connection between the sensor and transmitter in accordance with the wiring diagrams 5 Tighten the cover of the connection housing securely ba008y29...

Page 29: ...t output active Earth terminal screen of signal cable fmax 400 Hz max 30 V 250 mA max 30 V 250 mA System process fault indication Flow direction 3 30 V DC Ri 1 8 kΩ Measured value suppression External reset for totaliser 0 4 20 mA RL 700 Ω Fuse Supply cable Earth terminal for ground wire Earth terminal for cable screen Signal cable ba008y30 Fig 33 Promag 30 4 Electrical Connection Endress Hauser 2...

Page 30: ...ransmitter Promag 30 D H and F FS version Transmitter Promag 30 A FS version Transmitter Promag 30 D H and F FL version Transmitter Promag 30 A FL version Transmitter Sensor Sensor Sensor Sensor ba008e66 Fig 34 4 Electrical Connection Promag 30 30 Endress Hauser ...

Page 31: ...able with common screen Conductor resistance 37 Ω km Capacitance core core screen earthed 120 pF m Permanent operation temperatur 20 C 70 C Cable specifications for use in areas with severe electrical interference The Promag 30 measuring equipment fulfils all general requirements for electromagnetic compatibility EMC according to EN 50081 Part 1 and 2 EN 50082 Part 1 and 2 when installed in accord...

Page 32: ...Promag 30 32 Endress Hauser ...

Page 33: ...minal diameter Cut in point Cut off point DIN mm ANSI inch at v 0 02 m s in m3 h at v 0 04 m s in m3 h 2 1 12 0 0002 0 0005 4 5 32 0 0009 0 0018 8 5 16 0 004 0 007 15 1 2 0 013 0 025 25 1 0 035 0 071 32 11 4 0 058 0 116 40 11 2 0 090 0 181 50 2 0 141 0 283 65 21 2 0 239 0 478 80 3 0 362 0 724 100 4 0 565 1 131 125 5 0 884 1 767 150 6 1 272 2 545 200 8 2 262 4 524 250 10 3 534 7 069 300 12 5 089 10...

Page 34: ...losed transistor conducting see Fig 36 Note The behaviour of the outputs in the event of a fault is described in section 6 1 System units Works setting SI units Switch No 3 OFF SI units volume in dm3 m3 US units volume in US gal 1 US gallon 3 7854 dm3 Litre Configuration of status output Status Behaviour of open collector output Signalling of system and process errors System OK closed Fault signal...

Page 35: ... the total volume flow to be determined The pulse pause ratio is approx 1 1 The pulse width is limited to a maximum of 2 s 0 25 Hz At f 400 Hz the maximum pulse width is 1 ms For the Promag 30 measuring system eight preset pulse value steps can be selected in terms of the nominal diameter Setting is made by means of three miniature switches see page 37 Configuration of status output Operating mode...

Page 36: ...he auxiliary input can also be configured as an external reset for the totaliser using a jumper only with local display see page 42 43 Electrode Cleaning Circuit ECC Option Conductive material build up on the electrodes e g magnetite can lead to errors in measurement The electrode cleaning circuit ECC has therefore been developed to prevent such a build up The cleaning cycles are carried out every...

Page 37: ...ectronics area securely on the transmitter housing ON Creep suppression On OFF Creep suppression Off ON Status output Flow direction OFF Status output System process fault indication ON US technical units gal OFF SI technical units m3 dm3 ON 0 20 mA current range OFF 4 20 mA current range Setting pulse weighting For switch settings see Tables A and B on Pages 38 and 39 Scaling the end value flow a...

Page 38: ...10 dm 3 100 dm 3 100 dm 3 100 dm 3 100 dm 3 100 dm 3 1 m 3 1 m 3 1 m 3 1 m 3 1 m 3 10 m 3 10 m 3 10 m 3 10 m 3 10 m 3 10 m 3 10 m 3 100 m 3 100 m 3 100 m 3 100 m 3 100 m 3 100 m 3 100 m 3 100 m 3 100 m 3 1 dm3 10 dm 3 100 dm 3 100 dm 3 1 m 3 1 m 3 1 m 3 1 m 3 1 m 3 10 m 3 10 m 3 10 m 3 10 m 3 10 m 3 100 m 3 100 m 3 100 m 3 100 m 3 100 m 3 100 m 3 100 m 3 1000 m 3 1000 m 3 1000 m 3 1000 m 3 1000 m ...

Page 39: ...00 gal 1000 gal 1000 gal 1000 gal 1000 gal 1000 gal 1000 gal 10000 gal 10000 gal 10000 gal 10000 gal 10000 gal 10000 gal 10000 gal 10000 gal 100000 gal 100000 gal 100000 gal 100000 gal 1 gal 1 gal 10 gal 100 gal 100 gal 100 gal 100 gal 1000 gal 1000 gal 1000 gal 1000 gal 1000 gal 10000 gal 10000 gal 10000 gal 10000 gal 10000 gal 10000 gal 100000 gal 100000 gal 100000 gal 100000 gal 100000 gal 1000...

Page 40: ...0 m 3 h 4000 m 3 h 6000 m 3 h 8000 m 3 h 12000 m 3 h 16000 m 3 h 20000 m 3 h 20000 m 3 h 0 025m 3 h 0 1 m 3 h 0 5 m 3 h 1 5 m 3 h 5 m 3 h 7 5 m 3 h 10 m 3 h 20 m 3 h 30 m 3 h 50 m 3 h 75 m 3 h 100 m 3 h 150 m 3 h 250 m 3 h 500 m 3 h 750 m 3 h 1000 m 3 h 1000 m 3 h 1500 m 3 h 2000 m 3 h 3000 m 3 h 4000 m 3 h 5000 m 3 h 5000 m 3 h 7500 m 3 h 10000 m 3 h 15000 m 3 h 20000 m 3 h 25000 m 3 h 25000 m 3 ...

Page 41: ...al min 30000 gal min 40000 gal min 60000 gal min 80000 gal min 100000 gal min 100000 gal min 0 125gal min 0 5 gal min 2 5 gal min 7 5 gal min 25 gal min 37 5 gal min 50 gal min 100 gal min 150 gal min 250 gal min 375 gal min 500 gal min 750 gal min 1250 gal min 2500 gal min 3750 gal min 5000 gal min 5000 gal min 7500 gal min 10000 gal min 15000 gal min 20000 gal min 25000 gal min 25000 gal min 375...

Page 42: ...EPD Empty Pipe Detection Starting the empty full pipe adjustment for Empty Pipe Detection ba008y37 LCD 8 character All measured values operating and status indications are shown here 11 Display segments The appropriate segments serve to provide clear information on technical units and current instrument function Current technical unit Creep too low Low flow cut off Velocity of fluid 12 5 m s Syste...

Page 43: ...rwise the ADJ_ERROR message is displayed During adjustment the message ADJ_BUSY is displayed for about 0 5 s After any adjustment ADJ_DONE is displayed tESt Test function Accessing this function activates an automatic test sequence of all display elements the following displays are shown 1 88 888 888 incl display segments 2 00 000 000 without display segments 3 All display elements are blank 4 Flo...

Page 44: ...he terminals Compare the data on the nameplate with the local mains voltage and frequency Does the direction of the arrow on the nameplate sensor agree with the actual direction of flow in the piping If the results of these checks are satisfactory switch on the supply voltage The unit is ready for operation 5 Operation and Commissioning Promag 30 44 Endress Hauser ...

Page 45: ...asuring system reacts to faults or an alarm in the following manner Type of fault Behaviour of the outputs Status output open i e open collector not conducting see page 34 System error fault failure Process error alarm Supply failure Pulse output No output of pulses until the fault has been cleared Current output The current is set to a definite value until the fault has been cleared 0 20 mA 0 mA ...

Page 46: ...37 Does the status output have a high impedance Open collector not conducting ERROR segment visible Is the LED in the electronics compartment flashing see page 48 No system or process error is present Check the connections to the outputs Check the parameter settings i e switch positions see page 37 There is a system error Please contact Endress Hauser Service Organisation There is a process error ...

Page 47: ...e power supply board at the same time Fig 43 V4 5 Remove the cable board of the screened signal cable from the amplifier board Fig 44 V5 6 Loosen the two Phillips screws of the board support plate Carefully remove the support plate approx 4 5 cm out of the transmitter housing 7 Remove the coil current cable plug from the power supply board Fig 43 V1 8 Remove the ribbon cable plug connection cable ...

Page 48: ...e ba008y45 Fig 43 Pin base for connecting the flow simulator Flowjack Pin base for DAT module Miniature switches 1 10 Socket base Sockets for flat ribbon plugs connecting with terminal compartment fixing screw Pin base for electrode signal cable Fixing screw Test point 2 ba008y46 Switch for ECC Fig 44 LED for system status 6 Fault Location and Remedies Promag 30 48 Endress Hauser ...

Page 49: ...ion Please carry out the following before you return the Promag 30 unit for repair Remove all traces of the medium still adhering This is particularly important if the medium is harmful for health i e caustic poisonous cancerogenous radioactive etc Please ensure that full handling details i e Fluid Data Sheets are enclosed We must request you not to return a unit if it is not completely certain th...

Page 50: ...Promag 30 50 Endress Hauser ...

Page 51: ... These are given in the Ex supplement to this manual Promag 30 A Compact version Remote mounted version FS FL Weights Compact version 5 kg without insert parts Promag 30 transmitter 3 kg 5 kg when wall mounted Promag A sensor 2 kg Electrode axis Mounting available as accessory ba008y41 Fig 45 ba008y42 Fig 46 Promag 30 7 Technical Data Endress Hauser 51 ...

Page 52: ... 25 25 69 32 DN L D di LW 2 15 30 14 5 8 9 13 2 15 30 17 5 12 6 16 2 15 30 21 0 16 1 19 LW hose inner diameter DN L D s 2 15 20 21 3 2 6 Dimensions for aseptic version are identical DN L D di 25 30 33 7 26 DN L D di 2 8 1 2 24 25 9 5 15 3 4 24 25 16 2 8 1 24 50 4 22 1 15 1 24 50 4 22 1 25 1 24 50 4 22 1 Flange as per DIN 2501 PN 40 DN L D di LK 2 15 52 5 95 17 3 65 25 52 5 115 28 5 85 Flange as pe...

Page 53: ... 47 ba008y45 Fig 48 DN L K A B B1 C H Weight mm inch mm mm mm mm mm mm mm kg 25 32 40 50 65 80 100 1 11 4 11 2 2 21 2 3 4 100 100 100 150 150 70 85 100 130 160 345 5 360 5 375 5 405 5 435 5 310 5 318 0 325 5 340 5 355 5 256 0 263 5 271 0 286 0 301 0 35 0 42 5 50 0 65 0 80 0 291 0 306 0 321 0 351 0 381 0 4 0 5 0 5 0 7 5 10 0 Weight of compact version Promag 30 7 Technical Data Endress Hauser 53 ...

Page 54: ...M x X Weight mm inch DIN bar mm mm mm mm mm mm mm mm kg 25 40 50 65 80 100 1 11 2 2 3 4 16 16 16 16 16 16 140 140 140 140 200 200 318 318 343 343 393 393 254 0 254 0 266 5 266 5 291 5 291 5 158 5 158 5 171 0 171 0 196 0 196 0 64 0 64 0 76 5 76 5 101 5 101 5 128 128 153 153 203 203 222 5 222 5 247 5 247 5 297 5 297 5 M 6 x 4 M 6 x 4 M 8 x 4 M 8 x 4 M 12 x 4 M 12 x 4 6 0 6 5 9 0 9 0 19 0 18 5 7 Tech...

Page 55: ...63 9 77 4 90 9 118 9 75 0 92 0 105 0 121 0 147 0 168 0 68 6 68 6 68 6 68 6 68 6 68 6 56 71 83 5 100 121 141 5 DN di G D L LK 25 40 50 65 80 100 22 5 35 5 48 5 60 5 72 0 97 6 40 x 1 6 60 x 1 6 70 x 1 6 85 x 1 6 98 x 1 6 132 x 1 6 75 0 92 0 105 0 121 0 147 0 168 0 60 63 65 70 75 70 56 71 83 5 100 121 141 5 DN di G D L LK 25 40 50 65 80 100 22 6 35 6 48 6 60 3 72 9 97 6 50 5 50 5 64 0 77 5 91 0 119 0...

Page 56: ...0 250 250 300 350 450 500 340 5 340 5 340 5 340 5 340 5 390 5 390 5 390 5 471 5 471 5 526 5 576 5 626 5 256 5 256 5 256 5 256 5 256 5 281 5 281 5 281 5 321 5 321 5 346 5 371 5 396 5 84 84 84 84 84 109 109 109 150 150 180 205 230 120 120 120 120 120 180 180 180 260 260 324 400 460 94 94 94 94 94 94 94 94 140 140 156 166 166 14 16 18 18 20 18 20 22 24 24 26 28 28 11 2 14 2 17 5 19 1 23 9 23 9 25 4 2...

Page 57: ... 1230 1267 1362 1412 282 308 333 358 5 410 5 512 512 533 5 610 686 712 811 912 987 1011 1056 1093 1188 1238 564 616 666 717 821 1024 1024 1067 1220 1372 1424 1622 1824 1974 2022 2112 2186 2376 2476 276 276 292 292 402 589 626 647 785 862 912 992 1252 1252 1392 1482 1482 1632 1732 26 26 28 28 30 32 34 34 28 32 34 36 38 34 9 36 5 39 7 42 9 47 6 33 3 34 9 38 1 41 3 41 3 44 5 44 5 54 0 57 2 63 5 66 7 ...

Page 58: ... 32 40 50 65 80 100 200 200 200 200 200 200 200 250 340 5 340 5 340 5 340 5 340 5 390 5 390 5 390 5 256 5 256 5 256 5 256 5 256 5 281 5 281 5 281 5 202 202 202 202 202 227 227 227 84 84 84 84 84 109 109 109 120 120 120 120 120 180 180 180 94 94 94 94 94 94 94 94 286 286 286 286 286 336 336 336 6 5 7 3 8 0 9 4 10 6 12 0 14 0 16 0 7 Technical Data Promag 30 58 Endress Hauser ...

Page 59: ...tection electrodes Measuring and reference electrodes Option Measuring reference and empty pipe detection electrodes Min conductivity 5 µS cm 5 µS cm Gasket material Viton Kalrez optional Silicon aseptic version Housing material 1 4435 incl threaded stub see also dimensions on page 52 Varnished steel Option stainless steel Type of protection IP 67 IP 68 option NEMA 4X NEMA 6P as option IP 67 IP 68...

Page 60: ... Rhodium 80 20 Hastelloy C 22 Tantalum Electrodes fitted Measuring and empty pipe detection electrodes DN 15 2000 Measuring reference and EPD electrodes standard for 1 4435 and Hastelloy C 22 Min conductivity 5 µS cm 5 µS cm Gasket material EPDM Silicone Housing material 1 4301 DN 25 300 powder coated die cast aluminium DN 350 2000 varnished steel Type of protection IP 67 NEMA 4X IP 67 IP 68 optio...

Page 61: ...700 800 900 1000 1200 1400 1600 1800 2000 1 2 1 11 2 2 3 4 6 8 10 12 14 16 18 20 24 28 30 32 36 40 42 48 54 60 66 72 78 40 40 40 40 40 16 16 16 16 16 10 10 10 10 10 10 10 10 10 10 10 6 6 6 6 6 Class 150 Class 150 Class 150 Class 150 Class 150 Class 150 Class 150 Class 150 Class 150 Class 150 Class 150 Class 150 Class 150 Class 150 Class 150 20K 20K 20K 20K 10K 10K 10K 10K 10K 10K 10K 10K 10K Class...

Page 62: ...0 0 0 0 0 25 50 65 80 100 1 2 3 4 PTFE Teflon 0 0 0 0 0 40 130 110 130 170 Promag H 25 100 1 4 PFA 0 0 0 0 0 0 Promag F 65 1200 25 1200 3 78 1 78 Hard rubber Soft rubber EPDM 0 0 0 0 0 0 15 50 65 80 100 125 150 200 250 300 350 400 1 2 2 3 4 6 8 10 12 14 16 PTFE Teflon 0 0 0 135 200 330 400 470 540 0 0 40 135 240 290 400 500 600 670 100 130 170 385 410 530 630 730 800 450 600 18 24 Vacuum not permi...

Page 63: ...H Ambient temperature 20 60 C Medium temperature 20 150 C PFA 20 130 C with EPDM gaskets Promag F Ambient temperature 20 60 C Medium temperature 40 130 C PTFE Teflon 20 120 C soft rubber EPDM 0 80 C hard rubber Caution At high medium and ambient temperatures it is necessary to mount the Promag F H sensor and Promag 30 transmitter separately Risk of the electronics becoming over heated Fig 57 Ambie...

Page 64: ... material steel 37 2 Fig 58 Temperature C Pressure bar ba008y52 Pressure limitations due to fluid temperature DIN 2413 and 2505 Flange material stainless steel 1 4571 Fig 59 Temperature C Pressure psi ba008y53 Pressure bar Pressure limitations due to fluid temperature ANSI B16 5 Flange material steel A 105 Fig 60 7 Technical Data Promag 30 64 Endress Hauser ...

Page 65: ... to fluid temperature AWWA C207 Class D Flange material steel A105 Fig 62 Temperature C Pressure bar ba008y56 Promag A sensor Pressure limitations due to fluid temperature Flange material steel 1 4404 1 4435 PVDF PVC Fig 63 Temperature C Pressure bar ba008y56 Promag H sensor Pressure limitations due to fluid temperature Flange material steel 1 4435 Fig 64 Promag 30 7 Technical Data Endress Hauser ...

Page 66: ...er Full scale value scaling 0 4 10 m s Current output 0 4 20 mA adjustable galvanically separated RL 700 Ω Time constant automatically assigned full scale value can be set Temperature coefficient 0 01 o r C additional error 0 3 o r Pulse output open collector fmax 400 Hz Umax 30 V Imax 250 mA galvanically separated pulse value adjustable pulse pause ratio appr 1 1 pulse width max 2 s Status output...

Page 67: ... 15 25 32 40 50 65 80 100 125 150 200 250 300 350 400 450 500 600 700 800 900 1000 1200 1400 1600 1800 2000 1 12 5 32 5 16 1 2 1 11 4 11 2 2 21 2 3 4 5 6 8 10 12 14 16 18 20 24 28 32 36 40 48 56 64 72 78 0 005 m3 h 0 02 m3 h 0 1 m3 h 0 3 m3 h 1 m3 h 1 5 m3 h 2 m3 h 4 m3 h 6 m3 h 10 m3 h 15 m3 h 20 m3 h 30 m3 h 50 m3 h 100 m3 h 150 m3 h 200 m3 h 200 m3 h 300 m3 h 400 m3 h 600 m3 h 800 m3 h 1000 m3 ...

Page 68: ...n v 2 10 m s Please quote Qk when ordering Power supply voltage Within the specified range fluctuation of the supply voltage has no effect Reference conditions DIN 19200 and VDI VDE 2641 Medium temperature 28 C 2 K Ambient temperature 22 C 2 K Heating up time 30 minutes Installation at inlet length 10 x DN reference conditions outlet length 5 x DN Sensor and transmitter are earthed The sensor is m...

Page 69: ... 67 Flow velocity 67 Full scale value 36 Full scale values settings 40 G Gaskets 13 18 19 21 Grounding potential equalisation 25 Grounding discs 25 Grounding with severe electrical interference 26 I Instrument functions description 33 Instrument functions setting with switches 37 L Lining vacuum resistance 62 Load diagrams pressure temperature 64 M Measured value suppression 36 Measuring electrode...

Page 70: ...tion behaviour 34 System error status output 34 System units SI US 37 T Technical data 51 Technical data sensor 59 Technical data transmitter 66 Temperature ranges sensor 63 Temperature ranges transmitter 66 Totaliser display 43 Totaliser overrun 43 Totaliser reset via auxiliary input 43 Transmitter housing turning 23 Transport instructions for sensor DN 350 14 14 Troubleshooting 45 46 Type of fau...

Page 71: ......

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