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Mitsubishi Electric FR-A700 Series, Installation Manuallines

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Mitsubishi Electric FR-A700 Series Installation Manuallines Download Page 81

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FR-E740-3.7K, FR-E5NF-H3.7K

 

 

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Conducted interference 

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(Carrier frequency: 1kHz)

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Frequency (MHz)

Peak value

EN61800 - 3 2nd Environment Category C3 QP level

 

(Note) The QP value will not exceed the peak value. 

 
 

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Radiated interference(10m site)

 

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(Carrier frequency: 1kHz)

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EN61800 - 3 2nd Environment Category C3 QP level

Frequency (MHz)

Peak value

 

(Note) The QP value will not exceed the peak value. 

 
 
 
 

Summary of Contents for FR-A700 Series

Page 1: ...INVERTER EMC Installation Guidelines FR A700 FR A701 FR F700 FR E700 FR D700 BCN A21041 204 C E 1303 MEE Printed in Japan ...

Page 2: ...classified into WARNING and CAUTION WARNING Incorrect handling may cause hazardous conditions resulting in death or severe injury CAUTION Incorrect handling may cause hazardous conditions resulting in medium or slight injury or may cause only material damage The CAUTION level may even lead to a serious consequence according to conditions Both instruction levels must be followed because these are i...

Page 3: ...2 3 3 Precaution for wiring 3 4 3 4 Others precautions 3 8 4 EMC measure options 4 1 4 1 EMC Directive compliant EMC filter 4 1 4 2 Other precautions 4 4 4 3 List of the EMC Directive compliant filters and their applicable inverters 4 7 5 EMC data 5 1 FR A720 5 1 FR A740 5 9 FR A741 5 21 FR F720 5 28 FR F740 5 36 FR E720 5 48 FR E740 5 55 FR E720S 5 61 FR D720 5 65 FR D740 5 70 FR D720S 5 76 ...

Page 4: ...tions regarding enclosure specification grounding earthing wiring and installation in the enclosure Model names and specifications of the EMC measure options which are explained in Chapter 3 are explained in Chapter 4 The EMC data collected by Mitsubishi is explained in Chapter 5 Follow this EMC Guidelines when similar explanation regarding EMC measures exists in an Inverter Instruction Manual Lis...

Page 5: ...ter can conform with the EMC Directive easier To comply with the EMC Directive in the environment described in Chapter 5 the installation method and the EMC measure option which are explained in Chapter 5 must be used Supplementary information EC Directives and CE marking The EC Directives are issued by the Council of the European Union to standardize different national regulations of the EU Membe...

Page 6: ...he EC Directives the product must conform with the applicable regulation of the European Standards and appropriate measures must be taken to ensure the safety of the product The European Standards was constituted to remove trade barriers for the people goods capital and service in Europe which had received increased interest since the EC market integration in 1992 European Standards are harmonized...

Page 7: ...ized representative in the EU must hold the declaration of conformity and the technical documentation for at least ten years after the date the product was last manufactured Technical documentation The manufacturer or the authorized representative in the EU of the applied product is required to draw up technical documentation stating that the product is being produced with conformance and to hold ...

Page 8: ...es described in this guideline are primarily intended to control emissions but they are also effective in increasing immunity Various EMC measures exists but main measures are the following EMC measures become effective by applying the following measures 1 Install equipment in a closed metal enclosure Keep the radiant interference inside 2 Use an EMC filter Reduce conducted interference 3 Ground e...

Page 9: ...nclosure that the EMI gasket touches should be conductive EMI gasket 3 It is recommended to use the inverter with the EMC filter which is already embedded or available as an option When using an option EMC filter mask the painting or plate the area of the enclosure where the EMC filter is mounted so that the electrical connection can be established between the EMC filter and the ground earth of th...

Page 10: ...hese material ensure not to loose the electric connection by using anti conductive metal or material One faulty example of this is a connection between painted areas enclosure Metal board or punching metal Mask the painting The connection should be conductive Connection between painted area is invalid 5 Use a thick short wire to connect the earth terminal of the control device to the earth termina...

Page 11: ...er cable use a shielded cable or use metal conduit to shield the cable 2 When connecting the shield or the metal conduit of the power cable to the enclosure use a P clip or U clip to ground earth as close as possible P clip or U clip should be placed within 10cm from the enclosure as a reference 3 The cable between the inverter and the EMC filter should be 50cm or less Example of a cable gland Enc...

Page 12: ...sing a cable gland Earthed grounded enclosure Ground earth Cable gland Shielded cable Motor When using an U clip Inverter P clip or U clip Should be 10cm or less Shielded cable Earthed surface As short as possible Motor Ground earth Earthed grounded enclosure ...

Page 13: ...3 6 Unfavorable shield grounding earthing Shielded cable Less effect with longer shield earth Motor Filter Inverter Earthed grounded enclosure ...

Page 14: ...rt as possible EMC filter Inverter Metal panel for shielding PLC etc Separate for 30cm or more Minimum 10 cm Separate as far as possible Do not wire in parallel nor bind them Cross them if there is no other choice Separate the input cable and output cable for more than 30cm Shielded cable or metal conduit Power supply Motor Power supply for control circuit Connection Limit switch sensor etc Do not...

Page 15: ... Increase the input filter time constant Pr 74 of the inverter by the parameter setting Immunity measure Some models allow their filter time constant settings which are used for the frequency setting signal input to be changed The frequency setting signals are given by external voltage or current input Set this filter time constant higher if the operation is unstable because of the interference No...

Page 16: ...k that the EMC filter has not been damaged during transportation 2 Rating plate on the filter Rating plate is located next to the terminal block or on the side of the EMC filter Example of the rating plate next to the terminals EMC filter type name Terminal symbol Terminal Rated current Rated voltage Power supply frequency Example of the rating plate on the side or the front of the EMC filter EMC ...

Page 17: ...verter EMC filter To enclosure To enclosure b Wiring and connection Check the filter terminal symbols and connect as shown in the figure below Inverter Example of three phase input model Example of single phase input model Earth ground Connect to power supply For some filters LINE is written For some filters LINE is written EMC filter Connect inverter to filter To motor For some filters LOAD is wr...

Page 18: ...r supply EMC filter Inverter Motor Earth ground Earth ground 5 Environment Surrounding air temperature 10 C to 50 C Ambient humidity 90 RH or less non condensing Storage temperature 20 C to 50 C Atmosphere Indoors free from corrosive gas flammable gas oil mist dust and dirt Altitude vibration Maximum 1 000m above sea level Maximum 0 6G ...

Page 19: ...ay installed on top of the EMC filter may operate unnecessarily Countermeasures to the above Take the following countermeasures to the above effects a Connect the EMC filter to the ground earth before connecting the power supply Confirm that the grounding earthing is securely performed through the ground earth of the enclosure b Select an earth leakage circuit breaker or an earth leakage circuit r...

Page 20: ...nt breaker with the inverter circuit select its rated sensitivity current as follows independently of the PWM carrier frequency Breaker designed for harmonic and surge suppression Rated sensitivity current I n 10 Ig1 Ign Igi Ig2 Igm Standard breaker Rated sensitivity current I n 10 Ig1 Ign Igi 3 Ig2 Igm Ig1 Ig2 Leakage currents in wire path during commercial power supply operation Ign Leakage curr...

Page 21: ...th ground fault in the inverter output side Earthing Grounding must conform to the requirements of national and local safety regulations and electrical codes NEC section 250 IEC 536 class 1 and other applicable standards When the breaker is installed on the output side of the inverter it may be unnecessarily operated by harmonics even if the effective value is less than the rating In this case do ...

Page 22: ... to 1 5K 110 200 36 5 0 7 10 7 3 FR E720 2 2K 3 7K FR E5T SF1309 FR E720S 2 2K FR E7AT03 200 282 57 2 1 15 15 SF1320 FR E720S 0 1K to 0 4K 70 168 30 5 0 4 10 2 7 SF1321 FR E720S 0 75K 110 168 36 5 0 6 10 3 8 FR E5NF H0 75K FR E740 0 4K 0 75K 140 210 46 1 1 22 6 5 5 FR E5NF H3 7K FR E740 1 5K to 3 7K 140 210 46 1 2 44 5 8 FR E5NF H7 5K FR E740 5 5K 7 5K 220 210 47 2 68 4 15 FR S5NFSA 1 5K FR E720S ...

Page 23: ...7 0 7 9 5 11 Outline dimension Unit mm EMC filter model name Applicable inverter model name Intercompatibility attachment 1 W H D D1 Mass kg Leakage current mA 2 reference value Loss W SF1260 FR D720 5 5K to 11K FR A5AT03 222 468 80 29 5 440 118 SF1261 FR D720 15K FR AAT02 253 600 86 28 5 9 3 71 37 SF1175 FR D740 11K 15K FR AAT02 253 530 60 25 4 7 76 56 1 When the intercompatibility attachment is ...

Page 24: ...ucted according to the conditions of the product standard of EN61800 3 2nd environment Output wire length 5m Operation frequency 30Hz Output cable Shielded cable Carrier frequency Refer to the each graph Enclosure No door type L1 L2 L3 U V W Motor earth cable is connected to the inverter Motor Inverter FR A720 Shielded cable 5m Enclosure metallic Shielded cable is earthed grounded with P clip or U...

Page 25: ...ue will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value Carrier frequency 2kHz FR A720 0 75K 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value dB V m EN61800 3 2nd Environment QP level Frequency MHz Peak value Carrier frequency 2kHz Radiated interference 10m site ...

Page 26: ...xceed the peak value dB V EN 61800 3 2nd Environment QP level Frequency MHz Peak value Conducted interference FR A720 3 7K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 27: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A720 7 5K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 28: ...he QP value will not exceed the peak value dB V EN 61800 3 2nd Environment QP level Frequency MHz Peak value FR A720 11K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 29: ...nvironment QP level Frequency MHz Peak value FR A720 22K Carrier frequency 0 7kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site The 22K model does not conform with the EN61800 3 Second Environment under Real sensorless vector control or the vector control ...

Page 30: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A720 45K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 31: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A720 90K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 32: ...ard of EN61800 3 2nd environment Output wire length 5m Operation frequency 30Hz Output cable Shielded cable Carrier frequency Refer to the each graph Enclosure No door type L1 L2 L3 U V W Motor earth cable is connected to the inverter Motor Inverter FR A740 Shielded cable 5m Enclosure metallic Shielded cable is earthed grounded with P clip or U clip to the enclosure ...

Page 33: ... 100 Note The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A740 3 7K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 34: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A740 7 5K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequenc y MHz Peak value dB V m Radiated interference 10m site ...

Page 35: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A740 15K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 36: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A740 18 5K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Freque ncy MHz Peak value dB V m Radiated interference 10m site ...

Page 37: ...nvironment QP level Frequency MHz Peak value FR A740 22K Carrier frequency 0 7kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site The 22K model does not conform with the EN61800 3 Second Environment under Real sensorless vector control or the vector control ...

Page 38: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A740 55K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 39: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A740 90K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 40: ...The QP value will not exceed the peak value dB V EN 61800 3 2nd Environment QP level Frequency MHz Peak value FR A740 132K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 41: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A740 185K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 42: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A740 280K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 43: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR A740 355K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 44: ...d environment Output wire length 20m Operation frequency 30Hz Output cable Shielded cable Carrier frequency Refer to the each graph Equipment is installed in the enclosure EMC filter L1 L2 L3 U V W Motor earth cable is connected to the inverter Motor L1 L2 L3 Inverter FR A741 Shielded cable 20m Enclosure metallic Shielded cable is earthed grounded with P clip or U clip to the enclosure ...

Page 45: ...cy MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value FR A741 7 5K Carrier frequency 14 5kHz Note The QP value will not exceed the peak value ...

Page 46: ...alue EN61800 3 2nd Environment Category C3 QP level FR A741 15K Carrier frequency 14 5kHz Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value FR A741 15K Carrier frequency 14 5kHz Note The QP value will not exceed the peak value ...

Page 47: ...ue FR A741 22K Carrier frequency 14 5kHz Note The QP value will not exceed the peak value Radiated interference 10m site Note FR BLF 2 turn is installed in the input side 0 20 40 60 80 100 10 100 1000 FR A741 22K Carrier frequency 14 5kHz EN61800 3 2nd Environment Category C3 QP level dB V Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 48: ...nment Category C3 QP level FR A741 30K Carrier frequency 14 5kHz Note The QP value will not exceed the peak value Radiated interference 10m site Note FR BLF 4 turn is installed in the input side 0 20 40 60 80 100 10 100 1000 dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value FR A741 30K Carrier frequency 14 5kHz Note The QP value will not exceed the peak value ...

Page 49: ...nment Category C3 QP level FR A741 45K Carrier frequency 14 5kHz Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value FR A741 45K Carrier frequency 14 5kHz Note The QP value will not exceed the peak value ...

Page 50: ...dB V Frequency MHz Peak value EN61800 3 2nd Environment Category C3 QP level FR A741 55K Carrier frequency 14 5kHz Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value FR A741 55K Carrier frequency 14 5kHz Note The QP value will not exceed the peak value ...

Page 51: ...dard of EN61800 3 2nd environment Output wire length 5m Operation frequency 30Hz Output cable Shielded cable Carrier frequency Refer to the each graph Enclosure No door type L1 L2 L3 U V W Motor earth cable is connected to the inverter Motor Inverter FR F720 Shielded cable 5m Enclosure metallic Shielded cable is earthed grounded with P clip or U clip to the enclosure ...

Page 52: ... 100 Note The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F720 1 5K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 53: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F720 5 5K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 54: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F720 11K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 55: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F720 15K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 56: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F720 30K Carrier frequency 0 7kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 57: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F720 55K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 58: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F720 110K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 59: ...dard of EN61800 3 2nd environment Output wire length 5m Operation frequency 30Hz Output cable Shielded cable Carrier frequency Refer to the each graph Enclosure No door type L1 L2 L3 U V W Motor earth cable is connected to the inverter Motor Inverter FR F740 Shielded cable 5m Enclosure metallic Shielded cable is earthed grounded with P clip or U clip to the enclosure ...

Page 60: ... 100 Note The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F740 5 5K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 61: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F740 11K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 62: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F740 18 5K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 63: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F740 22K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 64: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F740 30K Carrier frequency 0 7kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 65: ...The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F740 75K Carrier frequency 2kHz dB V m Radiated interference 10m site ...

Page 66: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F740 110K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 67: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F740 160K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 68: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F740 220K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 69: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F740 315K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 70: ... The QP value will not exceed the peak value dB V EN61800 3 2nd Environment QP level Frequency MHz Peak value FR F740 400K Carrier frequency 2kHz 0 20 40 60 80 100 10 100 1000 Note The QP value will not exceed the peak value EN61800 3 2nd Environment QP level Frequency MHz Peak value dB V m Radiated interference 10m site ...

Page 71: ...rd of EN61800 3 2nd environment Output wire length 5m Operation frequency 30Hz Output cable Shielded cable Carrier frequency Refer to the each graph Enclosure No door type Enclosure metallic Motor earth cable is connected to the inverter Motor Inverter FR E720 Shielded cable 5m Shielded cable is earthed grounded with P clip or U clip EMC filter L1 L2 L3 U V W L1 L2 L3 ...

Page 72: ...ak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 1kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value QP level is within the standard level Note The QP value will not exceed the peak value ...

Page 73: ...N61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 1kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value QP level is within the standard level Note The QP value will not exceed the peak value ...

Page 74: ...61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value QP level is within the standard level Note The QP value will not exceed the peak value ...

Page 75: ...cy MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 1kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 76: ...cy MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 1kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 77: ...Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 1kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value QP level is within the standard level Note The QP value will not exceed the peak value ...

Page 78: ...rd of EN61800 3 2nd environment Output wire length 5m Operation frequency 30Hz Output cable Shielded cable Carrier frequency Refer to the each graph Enclosure No door type Motor earth cable is connected to the inverter Motor Shielded cable 5m Shielded cable is earthed grounded with P clip or U clip L1 L2 L3 U V W Inverter FR E740 EMC filter L1 L2 L3 Enclosure metallic ...

Page 79: ...z dB V Frequency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 1kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 80: ...quency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 1kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 81: ...quency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 1kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 82: ...quency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 1kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 83: ...quency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 1kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 84: ...00 3 2nd environment Output wire length 5m Operation frequency 30Hz Output cable Shielded cable Carrier frequency Refer to the each graph Enclosure No door type Enclosure metallic Motor earth cable is connected to the inverter Motor Inverter FR E720S Shielded cable 5m Shielded cable is earthed grounded with P clip or U clip EMC filter L1 L2 U V W L1 L2 Ferrite core 2 turns FR PU07 ...

Page 85: ...Hz dB V Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site Note Ferrite core is wrapped two turns around the parameter unit connection cable 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V Frequency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the p...

Page 86: ...equency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site Note Ferrite core is wrapped two turns around the parameter unit connection cable and one turn at the input side 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V Frequency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note...

Page 87: ...ncy MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site Note Ferrite core is wrapped two turns around the parameter unit connection cable 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the p...

Page 88: ...efer to the each graph Enclosure No door type For radiated interference ferrite core is wrapped 2 turns around the parameter unit connection cable Motor Inverter FR D720 Shielded cable 20m L1 L2 L3 U V W Ferrite core Type ZCAT3035 1330 Manufacturer TDK Parameter unit connection cable Type FR CB201 1m Manufacturer MITSUBISHI ELECTRIC CORPORATION FR PU07 Enclosure metallic L1 L2 L3 Shielded cable is...

Page 89: ... Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site Note FR BIF and FR BSF01 2 turn are installed in the input side 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 90: ...y C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site Note FR BIF and FR BSF01 2 turn are installed in the input side 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value QP level is within the standard level Note The QP value will not exceed the peak value ...

Page 91: ...y C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site Note FR BIF and FR BSF01 2 turn are installed in the input side 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value QP level is within the standard level Note The QP value will not exceed the peak value ...

Page 92: ...Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site Note FR BIF and FR BSF01 2 turn are installed in the input side 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 93: ...d of EN61800 3 2nd environment Output wire length 20m Operation frequency 30Hz Output cable Shielded cable Carrier frequency Refer to the each graph Enclosure No door type Motor earth cable is connected to the inverter Motor Inverter FR D740 Shielded cable 20m Shielded cable is earthed grounded with P clip or U clip L1 L2 L3 U V W L1 L2 L3 EMC filter Enclosure metallic ...

Page 94: ...z Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value QP level is within the standard level Note The QP value will not exceed the peak value ...

Page 95: ...quency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 96: ...Hz dB V Frequency MHz EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 97: ...quency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 98: ...quency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 99: ... Refer to the each graph Enclosure No door type For the radiated interference ferrite core is wrapped 2 turns around the parameter unit connection cable Motor earth cable is connected to the inverter Motor Inverter FR D720S Shielded cable 20m Shielded cable is earthed grounded with P clip or U clip EMC filter L1 L2 U V W Ferrite core Type ZCAT3035 1330 Manufacturer TDK L1 L2 Parameter unit connect...

Page 100: ...4 5kHz dB V Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site Note FR BIF and FR BSF01 2 turn are installed in the input side 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V Frequency MHz Peak value EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value ...

Page 101: ...ronment Category C3 QP level Carrier frequency 14 5kHz dB V Peak value Note The QP value will not exceed the peak value Radiated interference 10m site Note FR BIF and FR BSF01 2 turn are installed in the input side 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value Note The QP value will not exceed the peak value ...

Page 102: ...lue EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site Note FR BIF and FR BSF01 2 turn are installed in the input side 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V Frequency MHz Peak value EN61800 3 2nd Environment Category C3 QP level QP level is within the standard level Note The QP value will not exceed ...

Page 103: ...EN61800 3 2nd Environment Category C3 QP level Note The QP value will not exceed the peak value Radiated interference 10m site Note FR BIF and FR BSF01 2 turn are installed in the input side 0 20 40 60 80 100 10 100 1000 Carrier frequency 14 5kHz dB V EN61800 3 2nd Environment Category C3 QP level Frequency MHz Peak value QP level is within the standard level Note The QP value will not exceed the ...

Page 104: ...INVERTER EMC Installation Guidelines FR A700 FR A701 FR F700 FR E700 FR D700 BCN A21041 204 C E 1303 MEE Printed in Japan ...

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