Electromagnetic Flowmeter dg: www.oryana.com.ar NEW Sensor Wafer MUT 1 EL DS12-1-ENG 1 / 1
Sensor MUT 1 EL MUT 1 EL sensors represent the state of the art of EUROMAG INTERNATIONAL production for water cycle and process applications. The new structure for the generation of the magnetic field, the innovative route of the signal generated by the electrodes, is giving a sensor with an extremely wide measurement range, keeping the extremely compact dimensions. EL= Extended Linearity. This new sensors series follows the successful tradition of the MUT 1, introducing a measurement range of more than 1:1 without linearization software. These kinds of performances allow doing very accurate measures on a wide flow rate range and to count lower flow rates that before would have bee reset because of the effect of the converters cut off. This flanged sensors series bases its operation on the Faraday Principle, by which a conductor crossing a magnetic field generates a potential perpendicularly orientated to the same field. In this case the flow tube made in stainless steel AISI 34, two coils are installed on the top and inferior part; the magnetic field, generated by the electric current crossing the coil, induces in the electrodes a difference in the potential proportional to the flow rate. With the aim of measuring such potential of very low values, the interior of the flow tube is electrically insulated, thus the process liquid is no longer in contact with the material of the flow tube. The converter used generates the current supplying the coil, acquires the electrodes difference of potential, processes the signal to calculate the flowrate and manages the communication with the exterior. The entire sensor, when installed in the separate version, has a degree of protection IP 68 suitable for a permanent immersion in water up to a depth of 1.5m, thanks to a welded plate structure containing the coil and the electrodes. 1. Body and connection 3. Electrodes and grounding MUT 1EL SENSORS have the flow tube made in stainless steel AISI 34 and the structure is made in acrylic painted carbon steel. This treatment gives the sensor an excellent resistance to water, even in permanent immersion. It is equipped with a junction box to connect the cables to the converter. Its standard degree of protection is IP68, suitable for a permanent immersion in water at 1,5m. It is installed between flanges UNI 2223 from PN 16 to PN 4 or between flanges ANSI 15, 3. The standard electrodes are in astelloy C and, therefore, guarantee a wide compatibility with the process liquids, if required they may be supplied in the materials shown in Table 2. If these sensors are inserted in a plastic or lined pipe line, they require the use of two grounding rings for the liquid, which are inserted at each side of the sensor or the installation of the grounding electrode. An empty pipe electrode may also be provided on request to monitor conditions of partly filled pipe. 2. Internal lining The standard internal insulating lining is in PTFE for diameters from ND to ND 15, in hard rubber for food stuff (ebonite for food) for diameters of more than ND 15. On request the sensors may be supplied coated with PTFE for diameters of more than ND 15. The temperature of the liquid to be measured is limited by the kind of internal lining used. 4. Coupling and connecting to sensor MUT 1 EL sensors may be coupled with any EUROMAG converters shown in Table 3. In the separate version the sensor is connected to the converter by means of two cables whose length depend on the liquid conductivity; the maximum length not exceeding 1 metres as shown in Figure 1. 2 / 1
5. Choice of diameter In order to select the correct diameter use figure 3, the recommended full scale velocity, in normal applications, is around 2 3 m/s. It should be noted that the full scale flowrate can be selected in the field through the converter keyboard. The maximum value that may be selected is the one corresponding to a velocity of 1 m/s. 6. Maximum temperature of the liquid Maximum lenght of cables according to the liquid conductivity In the separate version the maximum liquid temperature allowed is 12 18ºC. In the compact version instead, the maximum temperature 1 allowed depends on the ambient temperature. This is due to the required cooling of the electronics. The maximum liquid temperature allowed for the compact version should be 8ºC. Maximum operating temperature for ebonite lined sensors is 8 C. Maximum lenght of cables (m) 8 6 4 2 5 1 15 2 3 Conductivity ( us/cm ) 7. Calibration and maximum error figure 1 MUT1 EL sensors belong to the reference Group B1 (ISO 11631). Each sensor is calibrated by a hydraulic bench equipped with a Diametri standard reference weighting system and SIT certified. The uncertainty of the measure is equal to.2% of the read flowrate value when the millimetri (mm) 4 5 8 1 15 2 3 velocity of the liquid is more than.2 m/s. The repeatability of the pollici ( " ) 1" 1.1/2" 2" 2.1/2" 3" 4" 5" 6" 8" 1" 12" measure is in the order of.1%. table 1 8. Reference standards Available electrodes The EUROMAG magnetic meters are marked CE and are manufactured according to the following standards: * CEI EN 611-1 * UNI EN ISO 6817 * EN 1434 * EN 581-1 * EN 582-1 * 26//CE, 93/68 (LVD) * 24/98/CE, 92/31 (EMC) * astelloy C (standard) * Titanium * astelloy B * Tantalum * Platinum table 2 Converters coupling Version of MUT1 EL MC 16 A [1] MC 16 B [1] MC 38 [1] [2] MC 38 C [2] MC 18 [2] MC 68 [2] SEPARATE COMPACT [1] Case in abs [2] Case in alluminium [3] Case in stainless steel table 3 3 / 1
Usable FLANGE, Diameter and Number of bolts with maximum set torque. DN [ " ] 1" 4 1" 1/2 5 2" 2" 1/2 8 3" 1 4" 5" 15 6" 2 8" 1" 3 12" PN16 PN PN4 ANSI15 ANSI3 Db Nb T [Nm] Db Nb T [Nm] Db Nb T [Nm] Db Nb T [Nm] Db Nb T [Nm] M12 M2 M2 M22 M22 4 4 4 4 8 8 8 8 12 12 12 2 3 35 48 35 48 61 85 11 11 13 M12 M2 M22 M22 M22 M27 M27 The nuts and bolts are considered new and correctly greased. 4 24 M12 4 28 1/2" 4 18 5/8" 4 23 4 35 4 41 1/2" 4 23 3/4" 4 3 4 4 4 47 5/8" 4 33 5/8" 8 23 8 38 8 38 5/8" 4 47 3/4" 8 3 8 4 8 47 5/8" 4 6 3/4" 8 48 8 98 M2 8 116 5/8" 8 47 3/4" 8 68 8 15 M22 8 3/4" 8 67 3/4" 8 9 8 11 M22 8 131 3/4" 8 81 3/4" 12 9 12 M27 12 15 3/4" 8 18 7/8" 12 82 12 135 M3 12 7/8" 12 1" 16 9 16 23 M3 16 3 7/8" 12 18 1" 1/8 16 11 table 4 General characteristics of MUT 1 EL sensors Available diameters Joints: coupling flanges Maximum pressure Liquid temperature Degree of protection Converters compatibility Dimensions Parts in contact with the liquid Electric connections 1] Compact version Tmax 8 C. mm 4 mm 5 mm mm 8 mm 1 mm mm 15 mm 2 mm mm 3 mm 1" 1.1/2" 2" 2.1/2" 3" 4" 5" 6" 8" 1" 12" UNI2223 ANSI 15 ANSI 3 4 bar for diameters inferior to DN15 16 bar for diameters DN2 Lining: PTFE -4 C +18 C [1] IP67/IP68 continuous immersion at a 1,5 m (IEC 529) MC 16 A MC 16 B MC 38 MC 38 C MC 18 MC 68 See figure 2 Liner: PTFE / Ebonite Cable gland PG 11 + terminal box + sealing resin table 5 Weight of mut 1 EL sensors in the separate version without package. DN DN PESO [ " ] [kg] 1" 2,1 4 1" 1/2 2,5 5 2" 3, 2" 1/2 4,5 8 3" 6,5 1 4" 7,5 5" 9,5 15 6" 11,5 2 8" 17 1" 21 3 12" 26 table 6 4 / 1
Fig. 2 - Overall dimensions. 88 = = No. 2 PG11 74 = = 3 = = Ø D5 J 87 23 6 = = MUT 1 EL Separate Ø D5 J 64 9 96 119 77 9 12.5.5 4 82 9 15 128 5 98 9 113 136 114 121 144 8 127 127.5 15.5 1 152 11 14 163 178 11 153 176 15 26 13 167 19 2 7 192.5 215.5 311 219.5 242.5 3 362 15 245 268 table 7 5 / 1
Fig. 3 - MUT 1 EL Compact - Converter MC 16 / 38 ABS orizontal 142 158 1 MC 16 - MC 38 ABS 66 116 122.5 182 168.5 9 9 3 4 191 9 1 5 133 141 199 27 9 8 147.5 213.5 92 1 16 226 11 173 239 11 15 187 3 2 212.5 278.5 239.5 35.5 3 2 331 15 table 8 Fig. 4 - MUT 1 EL Compact - Converter MC 38 ABS orizontal 222 149 1 MC 38 ABS 99.5 4 116 122.5 215.5 222 224.5 9 9 9 5 133 2.5 9 3 1 8 141 147.5 24.5 247 92 1 16 9.5 11 173 272.5 11 15 187 286.5 2 212.5 312 239.5 339 3 2 364.5 15 table 9 6 / 1
Fig. 5 - MUT 1 EL Compact - Converter MC 38 ABS Vertical 154 149 46.5 17.5 1 MC 38 ABS 128 134.5 35 356.5 9 9 4 137 359 9 222 5 153 367 375 9 8 159.5 381.5 92 1 1 172 394 11 12 185 47 11 15 199 421 2 224.5 446.5 1.5 473.5 3 277 499 15 table 1 Fig. 6 - MUT 1 EL Compact - Converter MC 18 / 38 Aluminium Vertical 169.5 176 46.5 123 1 MC 18 / 38 Aluminium 126 1.5 381 387 9 9 5 4 5 135 143 39 398 9 9 151 46 1 8 1 157.5 17 412.5 4 92 11 183 438 11 1 15 2 197 222.5 249.5 452 477.5 54.5 3 275 53 15 table 11 7 / 1
EUROMAG INTERNATIONAL SRL - 3535 MESTRINO (PD) Vía Torino, 3 (Italy) - Tel. +39 49 64 Fax +39 49 97764 - http://www.euromag.it Fig. 7 - MUT 1 EL Compact - Converter MC 38 C 117 175 1 MC 38 C 113 294 181 4 119.5 122 3.5 33 5 13 311 138 319 1 5 8 144.5 3.5 1 157 338 17 351 81 15 184 3 2 29.5 236.5 39.5 417.5 DN 3 262 443 table 12 POSSIBLE ROTATION SUPERIOR VIEW 8 / 1
Fig. 8 - Flowrate expressed in m3/h, according to the liquid velocity, available for all diameters of sensors MUT1 EL. 1, MUT 1 EL Flowrate 1, 1, DN 3 DN DN 2 DN 15 DN DN 1 DN 8 DN DN 5 DN 4 DN 1, Flowrate (m3/h) 1,,1,,,1,1 1, 1, Velocity (m/s) 9 / 1
The data shown in this catalogue are subject to modification without prior notice. 1 / 1 EUROMAG INTERNATIONAL srl 3535 Mestrino (Padova) Via Torino, 3 Italy Tel. +39 49 64 Fax +39 49 97764 www.euromag.com