Vacon 640-974 User Manual Download Page 14 | Manualshive

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vacon • 14

Filter types

Local contacts: https://www.danfoss.com/en/contact-us/contacts-list/

2.2

dU/dt filters

2.2.1

General

The VACON

®

NX drives use IGBT transistors as an output element. These semiconductors create

the correct voltage to the motor switching it at very high speed (4 - 6 kV/s) with an unloaded IGBT.
This high speed will, under certain circumstances, cause extra voltage stress on the main insulation
of the motor.

Usually there are no problems with motors designed for a 400 V supply. Such motors are usually
designed for a voltage level of 1200 V, which exceeds the AC drive induced stress.

In 500 V supplies the motor has to withstand at least 1600 V. A dU/dt filter is often required with
these motors in order not to exceed the allowable voltage stress. In 690 V supplies the motor has to
withstand at least 1800 V, and a dU/dt filter is required in these cases.

NOTE!

In uncertain cases, confirm the rating of the motor in AC drive application with the motor

manufacturer.

NOTE!

Set the switching frequency parameter to correspond to the value printed on the nameplate

of the filter and the output voltage level. Do not increase the switching frequency above the rated
value of the filter. Decreasing it below is allowed.

The high switching speed (about 2 kV/s) with the motor and cable connected, creates a travelling
wave in the cable. The speed of this wave is set by the cable's wave impedance, usually about 50 -
100 Ω. This is less than the motor's wave impedance, which is on the order of 1 kΩ. As the travelling
voltage wave hits this discontinuity, it is reflected back, increasing the instantaneous voltage on the
motor winding. The wave is reflected back and forth between motor and drive and finally the steady
state voltage is reached.

Winding voltage stresses

The rapid change in voltage is not distributed equally over all windings, but the first windings show
higher voltage stresses than the inner ones, due to the capacitive coupling between the windings.
Modern motors can withstand a voltage rise times of < 2 kV/µs. In case of doubt, use a dU/dt filter
or contact the motor manufacturer.

Figure 5. Change of the voltage shape in winding

#

Reference

#

Reference

A

Incoming pulse

B

Winding voltage

B

A

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Summary of Contents for 640-974

Page 1: ...vacon nx ac drives rfi du dt and sine filters user manual ...

Page 2: ......

Page 3: ...3 3 Installation 32 3 Drawings and diagrams 36 3 1 Dimension drawings 36 3 1 1 RFI footprint filters 36 3 1 2 External RFI filters 40 3 1 3 dU dt and sine filters 43 3 2 dU dt filters in enclosed drive 51 3 3 Safe operating area for dU dt filters 57 3 4 Output current for frequency operation 62 NOTE Download the English and French product manuals with applicable safety warning and caution informat...

Page 4: ... other I O terminals may carry high voltages even if the AC drive is not connected to the mains NOTE Do not perform any high pot tests megger on the filters The VACON RFI filters are intended for use in grounded supplies only For ungrounded IT supplies contact our representative or us WARNING Installation and service work only by qualified electricians WARNING No work on an operating unit Contact ...

Page 5: ...y coupled interference may have to be filtered in order to achieve EMC compliance The VACON NX range of AC drives contain an internal filter for bringing the drives into compliance with the standard specifically IEC 61800 3 2004 In some cases additional filtering is required Both input and output filters are available for the VACON NX range of drives The drive may also have to be protected against...

Page 6: ...e 1 Type code for VACON NX filters DUT 0012 6 0 P UL UL UL listed accessories P Manufacturer identification 0 Enclosure class 5 nominal voltage 0012 Maximum current A 0 IP00 2 IP20 5 IP54 2 200 V 5 520 V 6 690 V DUT filter type RFI radio frequency filter DUT du dt filter SIN sinusoidal filter 7118_uk ...

Page 7: ...building fed from a dedicated transformer are typical examples of the second environment locations IEC 923 04 EMC designation C fulfils the requirements of category 1 PDS power drive system AC drive plus motor of rated voltage less than 1000 V intended for use in the first environment EMC designation H fulfils the requirements of category 2 PDS of rated voltage less than 1000 V which is neither a ...

Page 8: ...e code Drawing number Manufacturer s part code Rated vol tage 3 50 60 Hz V AC Nominal current at 50 C A Dimensions W x H x D mm W kg IP class RFI 0012 5 IP54 70CTC1100857 FS32821 16 99 520 16 128 x 395 x 61 5 2 8 IP54 RFI 0031 5 IP54 70CTC1100865 FS32821 42 99 520 42 144 x 490 x 61 5 4 4 IP54 RFI 0061 5 IP54 70CTC1100869 FS32821 75 99 520 75 195 x 625 x 90 8 2 IP54 RFI 0105 5 IP54 70CTC1100887 FS3...

Page 9: ...print RFI filter types can be installed in two ways Back installation procedure is shown in Figure 3 and side installation procedure is shown in Figure 4 Figure 3 RFI filter back installation Reference Reference 1 Ø7 2 Maximum screw length for AC drive mounting M6x16 7120_00 1 1 2 2 2 1 1 2 ...

Page 10: ... danfoss com en contact us contacts list Figure 4 RFI filter side installation Dimension data Detailed dimension drawings in Chapter 3 1 Reference Reference 1 Ø7 2 Maximum screw length for AC drive mounting M6x16 A minimum 20 mm 7121_00 1 1 1 2 2 A ...

Page 11: ...00 RFI 0042 6 0 FN258HV 42 33 690 42 46 30 IP20 RFI 0100 6 0 FN258HV 100 35 690 100 109 5 30 IP20 RFI 0180 6 0 FN3359HV 180 28 690 180 197 34 IP00 RFI 0300 6 0 FN3359HV 320 99 690 320 350 19 IP00 RFI 0400 6 0 FN3359HV 400 99 690 400 438 29 IP00 RFI 0600 6 0 FN3359HV 600 99 690 600 657 44 IP00 RFI 1000 6 0 FN3359HV 1000 99 690 1000 1095 60 IP00 200 V AC drive Filter 500 V AC drive Filter 690 V AC d...

Page 12: ... be done through a large area If several drives are used check if it is feasible to use one common filter for all drives In that case additional filtering of the drives is unnecessary The cable between the filter and the drives should be kept as short as possible This usually means that the drives and filter are mounted adjacent to one another Ground the filter over a large surface to the mounting...

Page 13: ...0 221 122 60 25 6 15 40 11 10 5 RFI 0600 5 0 70CMC10376 70CMC10379 300 260 135 210 120 235 12 2 43 M12 20 20 510 241 177 60 25 8 15 40 11 11 RFI 1000 5 0 70CMC10376 70CMC10379 350 280 170 230 145 255 12 3 53 M12 25 25 510 241 177 60 40 8 20 50 14 18 RFI 0042 6 0 70CMC10378 329 70 185 300 314 45 7 2 25 M6 35 130 AWG8 500 10 12 2 6 RFI 0100 6 0 70CMC10378 379 90 220 350 364 65 7 2 45 M10 45 130 5 6 ...

Page 14: ...quency parameter to correspond to the value printed on the nameplate of the filter and the output voltage level Do not increase the switching frequency above the rated value of the filter Decreasing it below is allowed The high switching speed about 2 kV s with the motor and cable connected creates a travelling wave in the cable The speed of this wave is set by the cable s wave impedance usually a...

Page 15: ...ive is in a regenerative braking mode If this voltage stress is too high it is recommended to use the dU dt filters A dU dt filter is an undammed serial LC filter with a resonance frequency of about 120 kHz this will limit the voltage rise speed to 1000 V µs If lower speeds are required the capacitance can be increased The filter cable and motor form a complex high frequency circuit which causes a...

Page 16: ...re is only one range of filters suitable for the voltage range from 380 to 690 V The filters can also be used at lower voltages if required NOTE The dU dt filters are designed for a switching frequency of 1 5 kHz for 690 V AC and 3 6 kHz for 500 V AC voltage level DO NOT EXCEED THIS VALUE as there is a risk of overheating Using lower switching frequencies is not a problem NOTE The dU dt filters ar...

Page 17: ...tions of dU dt usage based on the voltage class and NEMA motor insulation system NEMA MG1 Part 31 Nominal voltage Un Filters and motor isolation requirements Un 420 V No filters required if the motor insulation is according to curve A 500 V IEC60034 25 420 V Un 500 V dU dt filter is needed for motor insulation according to curve A 500 V IEC60034 25 or No filters required if the motor insulation is...

Page 18: ... 958 936 200 690 350 310 410 IP00 DUT 0420 6 0 P 958 934 200 690 420 370 450 IP00 DUT 0600 6 0 P 959 904 200 690 600 530 580 IP00 DUT 0820 6 0 P 959 905 200 690 820 720 750 IP00 DUT 1200 6 0 P 978 925 200 690 1200 1055 980 IP00 DUT 1500 6 0 P 983 916 200 690 1500 1320 1100 IP00 DUT 2300 6 0 P 998 917 200 690 2300 2020 2900 IP00 DUT 0012 6 2 P 917 964 S1 200 690 12 10 5 65 IP21 DUT 0034 6 2 P 918 1...

Page 19: ...0 V AC drive Filter IP00 class 500 V AC drive Filter IP 21 class Filter IP 54 class NX_0003 0012 5 DUT 0012 6 0 NX_0003 0012 5 DUT 0012 6 2 P DUT 0012 6 5 P NX_0016 0022 5 DUT 0025 6 0 NX_0016 0031 5 DUT 0034 6 2 P DUT 0034 6 5 P NX_0031 0045 5 DUT 0055 6 0 NX_0038 0045 5 DUT 0055 6 2 P DUT 0055 6 5 P NX_0061 0072 5 DUT 0080 6 0 NX_0061 0087 5 DUT 0100 6 2 P DUT 0100 6 5 P NX_0087 0105 5 DUT 0130 ...

Page 20: ... 0820 6 2 x DUT 0420 6 0 P 2 x DUT 0420 6 0 S NX_0920 1080 6 DUT 1200 6 0 P DUT 1250 6 0 S NX_1500 6 2 x DUT 0820 6 0 P 2 x DUT 0820 6 0 S NX_1900 2250 6 2 x DUT 1200 6 0 P 2 x DUT 1250 6 0 S 500 V AC drive Filter IP00 class 500 V AC drive Filter IP 21 class Filter IP 54 class NX_0016 0022 5 DUT 0025 6 0 NX_0016 0031 5 DUT 0034 6 2 P DUT 0034 6 5 P NX_0031 0045 5 DUT 0055 6 0 NX_0038 0045 5 DUT 00...

Page 21: ...ed in accordance with the actual capacitance of the cable In case of multiple cables the capacitance is defined as a sum of the cable capacitances NOTE Cooling of P type dU dt filters is based on natural air convection AN Therefore proper ventilation and placement inside the enclosure must be ensured during assembly Suitability for base or wall mounting is show in Table 17 690 V AC drive Filter IP...

Page 22: ...or other purposes you can also connect the fault contact in series with the RUN or the RUN ENABLE command for their terminal assignment see the relevant application manual Figure 10 Wiring schematic of the S type dU dt filter external fan supply and thermal supervision NC connection 3 L 3 4 W V U U1 U1 V1 V1 W2 W2 PE PE PE L1L2 L3 L1L2 L3 x10 N L EXTERNAL FAULT EXTERNAL FAN SUPPLY 230VAC N 1 2 A1 ...

Page 23: ...suitability table and details of enclosure restrictions for UL listed accessories dU dt filters Illustration figures are shown in Chapter 3 2 Filter IP00 class UL listed accesories Compatible VACON NX drive enclosure sizes Figures of the enclosure and quantity of dU dt filters in the same enclosure DUT 0012 6 0 FR4 FR6 No enclosure restrictions DUT 0025 6 0 FR4 FR5 FR6 DUT 0055 6 0 FR5 FR6 FR7 Fig...

Page 24: ...49 2 177 2 250 2 154 1 132 1 64 2 293 2 200 2 20 0 5 14 0 5 min 45 DUT 0600 6 0 P 300 2 243 2 449 2 192 2 250 2 169 1 147 1 68 2 389 2 200 2 20 0 5 14 0 5 min 45 DUT 0820 6 0 P 300 2 257 2 499 2 192 2 250 2 169 1 147 1 66 2 443 2 200 2 14 0 5 min 55 14 0 5 22 0 5 DUT 1200 6 0 P 420 2 325 2 499 2 253 2 350 2 214 1 196 1 220 2 410 2 280 2 14 0 5 min 65 17 0 5 26 0 5 DUT 1500 6 0 P 480 2 358 2 599 2 ...

Page 25: ... 4 16 mm 6 7 2 5 3 0 13 1 x x DUT 0130 6 0 P 50 95 mm M6 6 12 8 10 22 x x DUT 0210 6 0 P 35 150 mm M8 12 20 22 25 32 x x DUT 0280 6 0 P 70CMC10254 busbar Ø14 mm M10 25 30 40 50 40 x DUT 0350 6 0 P busbar Ø14 mm M10 25 30 40 50 50 x DUT 0420 6 0 P busbar Ø14 mm M10 25 30 40 50 52 x DUT 0600 6 0 P busbar Ø14 mm M12 25 30 75 85 76 x DUT 0820 6 0 P busbar Ø14 mm M12 25 30 75 85 92 x DUT 1200 6 0 P bus...

Page 26: ... 2 256 4 2 133 2 200 2 230 2 150 1 9 0 5 19 27 87 2 60 2 240 DUT 0055 6 5 P 300 2 356 4 2 215 2 300 2 330 2 250 2 9 0 5 19 27 150 2 80 2 340 DUT 0100 6 5 P 600 2 456 4 2 215 2 400 2 431 2 550 2 9 0 5 24 35 100 2 90 2 645 DUT 0210 6 5 P 70CMC10257 440 2 610 2 460 2 520 2 240 2 400 2 11 0 5 38 48 340 2 120 2 30 15 Filter type code Drawing number Connection size Connection torque Nm Weight kg Mountin...

Page 27: ...oltage at nominal speed The voltage drop can also be compensated by using an active front end drive increasing the DC link voltage NOTE The sine filters are designed for a switching frequency of 1 5 kHz for 690 V AC and 3 6 kHz for 500 V AC which corresponds to the nominal switching frequency of VACON NX drives It is safe to increase the switching frequency but IT IS NOT ALLOWED TO DECREASE THIS V...

Page 28: ...942 690 7 5 6 6 80 IP00 SIN 0014 6 0 P 927 943 690 14 12 140 IP00 SIN 0023 6 0 P 941 922 690 23 20 180 IP00 SIN 0035 6 0 P 945 1021 690 35 31 210 IP00 SIN 0052 6 0 P 957 966 690 52 45 350 IP00 SIN 0085 6 0 P 969 940 690 85 75 540 IP00 SIN 0122 6 0 P 970 944 690 122 107 600 IP00 SIN 0185 6 0 P 978 938 690 185 160 820 IP00 SIN 0287 6 0 P 983 923N 690 287 250 1100 IP00 SIN 0390 6 0 P 984 963N 690 390...

Page 29: ...8 5 5 P NX_0007 6 SIN 0008 6 0 P NX_0022 0031 5 SIN 0032 5 0 P NX_0009 0012 5 SIN 0012 5 5 P NX_0010 0013 6 SIN 0014 6 0 P NX_0038 0045 5 SIN 0048 5 0 P NX_0016 5 SIN 0016 5 5 P NX_0018 0022 6 SIN 0023 6 0 P NX_0061 0072 5 SIN 0075 5 0 P NX_0022 5 SIN 0023 5 5 P NX_0027 0034 6 SIN 0035 6 0 P NX_0087 0105 5 SIN 0110 5 0 P NX_0031 5 SIN 0032 5 5 P NX_0041 0052 6 SIN 0052 6 0 P NX_0140 0168 5 SIN 018...

Page 30: ...0 P NX_0016 5 SIN 0016 5 5 P NX_0170 6 SIN 0185 6 0 P NX_0022 0031 5 SIN 0032 5 0 P NX_0022 5 SIN 0023 5 5 P NX_0208 0261 6 SIN 0287 6 0 P NX_0038 0045 5 SIN 0048 5 0 P NX_0031 5 SIN 0032 5 5 P NX_0325 0385 6 SIN 0390 6 0 P NX_0061 0072 5 SIN 0075 5 0 P NX_0038 5 SIN 0038 5 5 P NX_0416 0460 6 SIN 0460 6 0 P NX_0087 00105 5 SIN 0110 5 0 P NX_0045 5 SIN 0046 5 5 P NX_0502 0590 6 SIN 0620 6 0 P NX_01...

Page 31: ... 15 135 2 SIN 0061 5 5 P 560 2 660 2 590 2 600 2 310 2 520 2 11 0 5 24 35 500 2 90 2 30 15 135 2 SIN 0072 5 5 P 560 2 660 2 590 2 600 2 310 2 520 2 11 0 5 24 35 500 2 90 2 30 15 135 2 SIN 0010 5 0 P 70CMC10330 190 2 144 5 211 2 82 2 170 2 62 1 54 1 8x12 SIN 0018 5 0 P 210 2 171 5 236 2 107 2 180 2 85 1 77 1 8x12 SIN 0032 5 0 P 240 2 182 5 271 2 121 2 190 2 99 1 85 1 11x15 SIN 0048 5 0 P 240 2 205 ...

Page 32: ... 0460 6 0 P 480 2 420 2 580 2 300 2 425 2 262 2 244 2 13 575 2 320 2 398 2 SIN 0620 6 0 P 660 2 430 2 600 2 290 2 575 2 252 2 208 2 18 625 2 440 2 404 2 SIN 0780 6 0 P 660 2 450 2 640 2 300 2 575 2 262 2 198 2 18 625 2 440 2 450 2 SIN 0920 6 0 P 660 2 540 2 650 2 330 2 575 2 292 2 248 2 18 625 2 440 2 479 2 SIN 1180 6 0 P 660 2 590 2 681 2 350 2 575 2 312 2 268 2 18 725 2 440 2 498 2 Filter type c...

Page 33: ... 0048 5 0 P 2 5 35 mm 4 16 mm 2 5 5 0 1 5 1 8 24 x x SIN 0075 5 0 P 2 5 35 mm 4 16 mm 2 5 5 0 1 5 1 8 48 x SIN 0110 5 0 P 16 70 mm M8 6 0 7 0 20 25 71 5 x SIN 0180 5 0 P 25 95 mm M8 6 0 12 20 25 90 5 x SIN 0005 6 0 P 0 22 4 0 mm 0 2 6 0 mm 0 5 0 8 0 5 1 0 5 9 x x SIN 0008 6 0 P 0 22 4 0 mm 0 2 6 0 mm 0 5 0 8 0 5 1 0 7 7 x x SIN 0014 6 0 P 0 5 10 mm 0 2 6 0 mm 1 5 1 8 1 5 1 8 13 5 x x SIN 0023 6 0 ...

Page 34: ...ure 11 70CTC1100857 Rev B enclosure size 4 Reference Reference A Wire 4x2 5 mm2 B Line connector Minimum 5 mm2 Maximum 16 solid 25 mm2 Stripping length 16 mm Tightening torque 2 2 3 Nm C Maximum screw length for AC drive mounting M6x16 7128_00 61 5 15 2 57 5 100 5 70 1 10 1 40 1 30 1 320 15 128 100 1 30 1 14 313 0 8 378 1 378 1 10 43 5 10 395 Ø13 Ø7 C A B 70CTC1100857 Rev B ...

Page 35: ...e Reference A Stripping for all wires Cable 4x10 mm2 B Load C Line connector Minimum 0 5 mm2 Maximum 16 solid 25 mm2 Stripping length 16 mm Tightening torque 2 2 3 Nm D Maximum screw length for AC drive mounting M6x16 61 5 1 Ø7 144 1 115 1 30 1 37 1 70 1 10 1 40 1 55 5 90 5 15 1 60 5 400 5 473 1 490 1 10 473 1 10 1 7130_00 B C A D 70CTC1100865 Rev C ...

Page 36: ...nce A Yellow Green B Stripping for all wires C Load D Line connector Minimum 16 mm2 Maximum 50 mm2 Stripping length 24 mm Tightening torque 6 8 Nm E Cable 4x10 mm2 F Maximum screw length for AC drive mounting M6x16 61 5 1 Ø7 195 1 160 1 55 1 50 1 110 1 10 1 40 1 95 5 1 70 5 55 5 18 1 415 5 608 1 625 1 10 1 608 1 17 5 1 7131_00 F A B C D E 70CTC1100869 Rev B ...

Page 37: ...0887 Rev B enclosure size 7 Reference Reference A Load B Line connector Minimum 35 mm2 Maximum 95 mm2 Tightening torque 15 20 Nm C Maximum screw length for AC drive mounting M6x16 100 Ø9 M8 Ø16 230 190 1 65 1 50 1 140 1 17 5 1 Ø9 18 2 80 1 630 15 608 1 745 10 1 725 1 5 113 5 17 5 1 7132_00 A B C 70CTC1100887 Rev B ...

Page 38: ...cts https www danfoss com en contact us contacts list 3 1 2 External RFI filters Figure 15 70CMC10375 Rev A Figure 16 70CMC10376 Rev A I J H C L F G B K E A D 7133_00 70CMC10375 Rev A 7134_00 M J G E E F H O C L A I N D K U U B 70CMC10376 Rev A ...

Page 39: ...1 Local contacts https www danfoss com en contact us contacts list Figure 17 70CMC10377 Rev A Figure 18 70CMC10378 Rev A 7135_00 M J G E E F H O C L A I D U U N K B 70CMC10377 Rev A 7136_00 D A E I J H F G K L C B 70CMC10378 Rev A ...

Page 40: ...vacon 42 Drawings and diagrams Local contacts https www danfoss com en contact us contacts list Figure 19 70CMC10379 Rev A 7137_00 W Z V X Y 70CMC10379 Rev A ...

Page 41: ...wings and diagrams vacon 43 Local contacts https www danfoss com en contact us contacts list 3 1 3 dU dt and sine filters Figure 20 70CMC10253 Rev A E G H C F D B A PEU1U2V1V2W1W2 7138_00 70CMC10253 Rev A ...

Page 42: ... 44 Drawings and diagrams Local contacts https www danfoss com en contact us contacts list Figure 21 70CMC10254 Rev A G H C A K L M N B D I J U M M M M M M N N N V S S Q T R P x E F 7139_00 70CMC10254 Rev A ...

Page 43: ...wings and diagrams vacon 45 Local contacts https www danfoss com en contact us contacts list Figure 22 70CMC10255 Rev A Reference Reference H Cable maximum diameter G H C A D B E F 7140_00 70CMC10255 Rev A ...

Page 44: ... 46 Drawings and diagrams Local contacts https www danfoss com en contact us contacts list Figure 23 70CMC10256 Rev A Reference Reference H Cable maximum diameter G E K H A D B J C I 7141_00 70CMC10256 Rev A ...

Page 45: ... and diagrams vacon 47 Local contacts https www danfoss com en contact us contacts list Figure 24 70CMC10257 Rev A Reference Reference H Cable maximum diameter F E G H K I A D B J M L C 7142_00 70CMC10257 Rev A ...

Page 46: ...on 48 Drawings and diagrams Local contacts https www danfoss com en contact us contacts list Figure 25 70CMC10258 Rev A Reference Reference H Cable maximum diameter F E G H A D B C 7143_00 70CMC10258 Rev A ...

Page 47: ...tacts https www danfoss com en contact us contacts list Figure 26 70CMC10321 Rev A Figure 27 70CMC10322 Rev A E I H K C G F F A W V U W1 V1 U1 D B 7144_00 70CMC10321 Rev A E I H M L B A G G F F W V U C K J W1 V1 U1 D 7145_00 70CMC10322 Rev A ...

Page 48: ...s list Figure 28 70CMC10330 Rev A Figure 29 70CMC10331 Rev A E H A G F D B C 7146_00 70CMC10330 Rev A E A D B N C V X W P PE PE PE U2 U2 U2 U2 U2 U1 V2 V2 V2 V2 V2 V1 W2 7147_00 W2 W2 W2 W2 W1 U1 V1 W1 U1 U1 V1 V1 W1 W1 U1 V1 W1 P U U J K H I G F R S T P P Q L M Q Q Q Q Q Q 70CMC10331 Rev A ...

Page 49: ... drive Figure 30 represents a dU dt filter with drive and main switch in enclosure The main dimensions of the drive are 2200 x 600 x 600 mm HxWxD This representation includes all dU dt filters up to 600 A with or without drive in enclosure Figure 30 dU dt filter with drive and main switch in enclosure 7148_00 UV W UV W 2205 X ...

Page 50: ...uses The main dimensions of the drive are 2000 x 400 x 600 mm HxWxD In IUS_12_DUT CTRL is shown 2 x dU dt filter up to 600 A each in a single enclosure with control plate control units control auxiliaries and other accessories The main dimensions of the drive are 2000 x 400 x 600 mm HxWxD Figure 31 Chokes and dU dt filters in enclosure 7158_00 200 210 208 100 2100 210 400 580 400 208 650 690 ...

Page 51: ...gure 32 represents a dU dt filter with drives in enclosure The main dimensions of the drive are 2200 x 800 x 600 mm HxWxD This representation includes all dU dt filters up to 1500 A with or without drive in enclosure Figure 32 dU dt filter with drives in enclosure 7160_00 U L1 L2 L3 PE V U V W 638 W ...

Page 52: ... in a single enclosure The main dimensions of the drive are 2200 x 400 x 600 mm HxWxD This representation includes two dU dt filters up to 600 A in single enclosure Figure 33 Two dU dt filters in single enclosure Reference Reference A Rittal SK3243 200 B Fandis FPF20KUG 7159_00 292 292 50 292 74 392 400 220 292 1811 5 2177 5 220 50 A B ...

Page 53: ... 34 represents a dU dt filter with drive and main switch in enclosure The main dimensions of the drive are 2000 x 400 x 600 mm HxWxD This representation includes all dU dt filters up to 2x80 A or 1x210 A with or without drive in enclosure Figure 34 dU dt filter with or without drive in enclosure 7157_00 ...

Page 54: ...ntact us contacts list Figure 35 represents a dU dt filter up to 1500 A in a single enclosure with control plate control units control auxiliaries and other accessories The main dimensions of the drive are 2000 x 600 x 600 mm HxWxD Figure 35 dU dt filter in enclosure 7156_00 ...

Page 55: ...f 750 pf m The values should be scaled in accordance with the actual cable capacitance In case of multiple cables the capacitance is the sum of the cable capacitances Figure 36 Safe operating area for DUT 0280 6 0 S 16 690 VAC 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 5 0 1 5 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 200 260 300 480 VAC 400 VAC 7149_en Switching frequency kHz Cable length m S...

Page 56: ... should be scaled in accordance with the actual cable capacitance In case of multiple cables the capacitance is the sum of the cable capacitances Figure 37 Safe operating area for DUT 0420 6 0 S 16 Switching frequency kHz 690 VAC 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 5 0 1 5 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 200 260 300 480 VAC 400 VAC 7150_en Cable length m Safe Operation Area for d...

Page 57: ... should be scaled in accordance with the actual cable capacitance In case of multiple cables the capacitance is the sum of the cable capacitances Figure 38 Safe operating area for DUT 0590 6 0 S 16 690 VAC 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 5 0 1 5 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 200 260 300 480 VAC 400 VAC 7151_en Switching frequency kHz Cable length m Safe Operation Area fo...

Page 58: ... should be scaled in accordance with the actual cable capacitance In case of multiple cables the capacitance is the sum of the cable capacitances Figure 39 Safe operating area for DUT 0820 6 0 S 16 690 VAC 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 5 0 1 5 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 200 260 300 480 VAC 400 VAC 7152_en Switching frequency kHz Cable length m Safe Operation Area fo...

Page 59: ... should be scaled in accordance with the actual cable capacitance In case of multiple cables the capacitance is the sum of the cable capacitances Figure 40 Safe operating area for DUT 1250 6 0 S and DUT 1600 6 0 S 16 690 VAC 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 5 0 1 5 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 200 260 300 480 VAC 400 VAC 7153_en Switching frequency kHz Cable length m Saf...

Page 60: ... us contacts list 3 4 Output current for frequency operation P type dU dt filters Figure 41 P type dU dt filters output current derating as a function of output frequency 60 80 100 120 140 0 10 20 30 40 50 60 70 80 90 100 110 160 180 200 220 240 260 280 300 320 7154_en f Hz I In ...

Page 61: ...ontacts https www danfoss com en contact us contacts list S type dU dt filters Figure 42 S type dU dt filters output current derating as a function of output frequency 0 20 40 60 60 80 80 70 100 100 90 110 120 135 140 120 7129_en f Hz I In ...

Page 62: ...agrams Local contacts https www danfoss com en contact us contacts list Sine filters Figure 43 Sine filters output current derating as a function of output frequency 60 80 70 110 100 90 80 70 60 50 40 100 90 7155_en f Hz I In ...

Page 63: ...Document ID DPD01805C Rev C Vacon Ltd Member of the Danfoss Group Runsorintie 7 65380 Vaasa Finland www danfoss com ...

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