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Mitsubishi Electric FR-A701 Installation Manuallines

Emc
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INVERTER
EMC Installation
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Summary of Contents for Mitsubishi Electric FR-A701

  • Page 1 INVERTER EMC Installation Guidelines FR-A700 FR-A701 FR-F700 FR-E700 FR-D700...
  • Page 2 In this EMC Installation Guidelines, handling and precautions for compliance with the EC EMC Directive are explained. Incorrect handling might cause an unexpected fault. Before using an inverter, always read this EMC Instruction Guidelines carefully to use the equipment to its optimum performance. This section is specifically about safety matters Do not attempt to install, operate, maintain or inspect the inverter until you have read through the EMC Instruction Guidelines and appended documents carefully and can use...

  • Page 3: Table Of Contents

    Contents 1. Introduction ......................1-1 2. Compliance to the EMC Directive of the inverter ........... 2-1 3. EMC measures ...................... 3-1 3. 1 Basics of the EMC measures............... 3-1 3. 2 Precaution for inverter mounting to the enclosure ........3-2 3.

  • Page 4: Introduction

    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. ●List of applicable inverters FR-A700 series FR-A720 FR-A740 FR-A701 series FR-A741 FR-F700 series FR-F720 FR-F740 FR-E700 series FR-E720...

  • Page 5: Compliance To The Emc Directive Of The Inverter

    2. Compliance to the EMC Directive of the inverter A general-purpose inverter is not designed to operate by itself, but is a component designed to be installed in a control enclosure in combination with other devices to operate a machine or equipment. Many organizations including the European Committee of Manufacturers of Electrical Machines and Power Electronics (CEMEP) interpreted that components were not directly subject to the EMC Directive under the EMC Directive (89/336/EEC).
  • Page 6 ● EMC Directive (2004/108/EC) The new Directive was issued on December 15, 2004 by reviewing the provisions in the EMC Directive (89/336/EEC) issued on May 3, 1998. The new Directive has been effective since July 20, 2007. Main changes from the EMC Directive (89/336/EEC) are the following.
  • Page 7 ●Declaration of conformity and technical documentation Declaration of conformity To affix CE marking on a product, the "technical documentation," which states that the product conforms with the EMC Directive, is required. In most cases, the manufacturer, which declares the conformity, is not required to submit the declaration to a third party, and only required to hold the declaration.

  • Page 8: Emc Measures

    3. EMC measures 3. 1 Basics of the EMC measures EMC (Electromagnetic compatibility) means both emissions and immunity as shown below. Emissions (EMI) Radiated interference (Electromagnetic interference) Conducted interference *EMC (Electromagnetic compatibility) Immunity (EMS) Electrostatic discharge immunity (Electromagnetic susceptibility) Radio frequency electromagnetic field immunity Electrical fast transient/burst immunity ·...

  • Page 9: Precaution For Inverter Mounting To The Enclosure

    3. 2 Precaution for inverter mounting to the enclosure Enclosure design and layout are important points for controlling EMC. Perform installation by considering the following points. (1) Use a metal enclosure. (2) Use EMI gasket or other conductive packing to where the enclosure door touches the enclosure body.
  • Page 10 or screw the main board, side boards and such without leaving space. The Weld space between each connecting section (welding section or screws) should be less than 10cm. If the space exists between boards, the shielding effect may be lost. The dimension of holes in the enclosure, such as ventilation holes, should be less than 10cm.

  • Page 11: Precaution For Wiring

    3. 3 Precaution for wiring The power cable and the control cable of an inverter can act as antennas to radiated interference, and on the contrary, they can radiate interference to outside, so the appropriate measures must be taken. Especially, the cable between the inverter and the motor can be a strong interference source.
  • Page 12 ●Recommended shield grounding (earthing) When using a cable gland Earthed (grounded) enclosure Inverter Cable gland Ground (earth) Motor Shielded cable When using an U-clip Earthed (grounded) enclosure Inverter P-clip U-clip Should be 10cm or less Ground Earthed surface (earth) Shielded cable Motor As short as possible 3 - 5...
  • Page 13 ●Unfavorable shield grounding (earthing) Earthed (grounded) enclosure Filter Inverter * Less effect with longer shield earth. Shielded cable Motor 3 - 6...
  • Page 14 (4) Separate power cable from the control signal cable, and input side of the power cable from the output side. Separate them by at least 10cm. (30cm or more is recommended.) (5) Route the control cables inside the enclosure. If a control cable extends outside the enclosure, use a shielded cable, and connect the earth shield to the control terminal common and do not ground (earth) it.

  • Page 15: Others Precautions

    3. 4 Others precautions (1) Set the PWM frequency (Pr.72) low by the parameter setting. Some models allow their PWM frequencies to be set lower. Doing this can reduces the interference generated from the inverter, but increases the acoustic noise generated from the motor.

  • Page 16: Emc Measure Options

    4. EMC measure options The following options are available for the EMC measures. 4.1 EMC Directive compliant EMC filter The EMC Directive compliant EMC filter is recommended to be used to conform with the EMC Directive. (1) Pre-installation check (a) Check the rating plate on the EMC filter and ensure that the model and the rating meets your order.
  • Page 17 (4) Precaution for handling (a) Mounting This EMC filter is designed to be mounted to the back of an inverter. Place an inverter to the EMC filter as shown below and fix it securely with screws. Then, securely fix the EMC filter to the enclosure using the screws and the installation holes of the EMC filter.
  • Page 18 (c) Wiring diagram [Example of three-phase input model] EMC filter Inverter Motor Power supply Earth (ground) [Example of single-phase input model] EMC filter Inverter Motor Power supply Earth (ground) (5) Environment Surrounding air -10 ° C to +50 ° C temperature Ambient humidity 90%RH or less (non-condensing)

  • Page 19: Other Precautions

    4.2 Other precautions Leakage current EMC filter reduces conductive interference to the power supply when it is inserted to the power line of the inverter. The internal circuit of the EMC filter consists of coils, capacitors and resistors, and these reduce conductive interference to the power supply.
  • Page 20 ●Selection of rated sensitivity current of earth (ground) leakage current breaker When using the earth leakage current 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 ×...
  • Page 21 Selection example for FR-E700 series and FR-D700 series (mA) Breaker Designed Standard for Harmonic and Breaker Surge Suppression Leakage current Ig 33 × = 0.17 1000m Leakage current Ign × 5m × 50m 15 (with noise filter SF1309) 5.5mm 5.5mm Noise Leakage current Igi filter...

  • Page 22: List Of The Emc Directive Compliant Filters And Their Applicable Inverters

    4.3 List of the EMC Directive compliant filters and their applicable inverters ●FR-A701 series Outline Leakage dimension current EMC filter Applicable inverter Mass (Unit: mm) (mA) * model name model name (kg) (reference D D1 value) SF1174B FR-A741-5.5K, 7.5K 213 360 38...
  • Page 23 ●FR-D700 series Outline Leakage dimension current EMC filter Applicable inverter Intercompatibility Mass Loss (Unit: mm) (mA) *2 model name model name attachment*1 (kg) (reference value) SF1306 FR-D720-0.1K to 1.5K 36.5 FR-D720-2.2K, 3.7K FR-E5T SF1309 FR-D720S-2.2K FR-E7AT03 FR-E5NF-H0.75K FR-D740-0.4K, 0.75K 22.6 FR-E5NF-H3.7K FR-D740-1.5K to 3.7K 44.5...

  • Page 24: Emc Data

    5. EMC data This Chapter explains about the EMC data examples when the inverter-embedded EMC filter is used. FR-A720 FR-A720 <<Conditions>> This inverter conforms with the product standard of EN61800-3. Measurement was conducted according to the conditions of the product standard of EN61800-3 2 environment.
  • Page 25 <<Measurement result>> ・FR-A720-0.75K Conducted interference FR-A720-0.75K (Carrier frequency: 2kHz) EN61800- 3 2 nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A720-0.75K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 26 ・FR-A720-3.7K Conducted interference FR-A720-3.7K (Carrier frequency: 2kHz) EN 61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A720-3.7K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 27 ・FR-A720-7.5K Conducted interference FR-A720-7.5K(Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A720-7.5K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 28 ・FR-A720-11K Conducted interference FR-A720-11K (Carrier frequency: 2kHz) EN 61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A720-11K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 29 ・FR-A720-22K Conducted interference FR-A720-22K (Carrier frequency: 0.7kHz) EN 61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A720-22K (Carrier frequency: 0.7kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 30 ・FR-A720-45K Conducted interference FR-A720-45K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A720-45K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 31 ・FR-A720-90K Conducted interference FR-A720-90K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A720-90K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)

  • Page 32: Fr-A740

    FR-A740 FR-A740 <<Conditions>> This inverter conforms with the product standard of EN61800-3. Measurement was conducted 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 Enclosure (metallic) Inverter...
  • Page 33 <<Measurement result>> ・FR-A740-3.7K Conducted interference FR-A740-3.7K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A740-3.7K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 34 ・FR-A740-7.5K Conducted interference FR-A740-7.5K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A740-7.5K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequenc y(MHz)
  • Page 35 ・FR-A740-15K Conducted interference FR-A740-15K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A740-15K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 36 ・FR-A740-18.5K Conducted interference FR-A740-18.5K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A740-18.5K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Freque ncy(MHz)
  • Page 37 ・FR-A740-22K Conducted interference FR-A740-22K (Carrier frequency: 0.7kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A740-22K (Carrier frequency: 0.7kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 38 ・FR-A740-55K Conducted interference FR-A740-55K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A740-55K (Carrier frequency: 2kHz) EN61800- 3 2nd En vironment QP level Peak value 1000 Frequency(MHz)
  • Page 39 ・FR-A740-90K Conducted interference FR-A740-90K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A740-90K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 40 ・FR-A740-132K Conducted interference FR-A740-132K (Carrier frequency: 2kHz) EN 61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A740-132K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000...
  • Page 41 ・FR-A740-185K Conducted interference FR-A740-185K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A740-185K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 42 ・FR-A740-280K Conducted interference FR-A740-280K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A740-280K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 43 ・FR-A740-355K Conducted interference FR-A740-355K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-A740-355K (Carrier frequency: 2kHz) EN61800- 3 2nd Environment QP level Peak value 1000 Frequency(MHz)

  • Page 44: Fr-A741

    FR-A741 FR-A741 <<Conditions>> This inverter conforms with the product standard of EN61800-3. Measurement was conducted according to the conditions of the product standard of EN61800-3 2nd 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.
  • Page 45 ・FR-A741-7.5K, SF1174 ◎ Conducted interference FR-A741-7.5K (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎ Radiated interference(10m site) FR-A741-7.5K (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000...
  • Page 46 ・FR-A741-15K, SF1175 ◎ Conducted interference (Note) FR-BLF(4-turn) is installed in the input side. FR-A741-15K (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) FR-A741-15K (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level...
  • Page 47 ・FR-A741-22K, SF1176 ◎ Conducted interference (Note) FR-BLF(2-turn) is installed in the input side. FR-A741-22K (Carrier frequency: 14.5kHz) Peak value Frequency (MHz) (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. FR-A741-22K (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value...
  • Page 48 ・FR-A741-30K, SF1177 ◎ Conducted interference (Note) FR-BLF(4-turn) is installed in the input side. FR-A741-30K (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (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.
  • Page 49 ・FR-A741-45K, SF1178 ◎ Conducted interference FR-A741-45K (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) FR-A741-45K (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)
  • Page 50 ・FR-A741-55K, SF1179 ◎ Conducted interference (Note) FR-BLF(1-turn) is installed in the input side, and FR-BLF(1-turn) is installed in the output side. FR-A741-55K (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎...

  • Page 51: Fr-F720

    FR-F720 FR-F720 <<Conditions>> This inverter conforms with the product standard of EN61800-3. Measurement was conducted 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 Enclosure (metallic) Inverter...
  • Page 52 <<Measurement result>> ・FR-F720-1.5K Conducted interference FR-F720-1.5K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR -F720-1.5K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 53 ・FR-F720-5.5K Conducted interference FR-F720-5.5K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR -F720-5.5K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 54 ・FR-F720-11K Conducted interference FR-F720-11K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR -F720-11K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 55 ・FR-F720-15K Conducted interference FR-F720-15K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR -F720-15K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 56 ・FR-F720-30K Conducted interference FR-F720-30K (Carrier frequency: 0.7kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-F720-30K (Carrier frequency: 0.7kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 57 ・FR-F720-55K Conducted interference FR-F720-55K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-F720-55K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 58 ・FR-F720-110K Conducted interference FR-F720-110K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR -F720-110K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)

  • Page 59: Fr-F740

    FR-F740 FR-F740 <<Conditions>> This inverter conforms with the product standard of EN61800-3. Measurement was conducted 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 Enclosure (metallic) Inverter...
  • Page 60 <<Measurement result>> ・FR-F740-5.5K Conducted interference FR-F740-5.5K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-F740-5.5K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 61 ・FR-F740-11K Conducted interference FR-F740-11K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR -F740-11K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 62 ・FR-F740-18.5K Conducted interference FR-F740-18.5K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-F740-18.5K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 63 ・FR-F740-22K Conducted interference FR-F740-22K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR -F740-22K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 64 ・FR-F740-30K Conducted interference FR-F740-30K (Carrier frequency: 0.7kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-F740-30K (Carrier frequency: 0.7kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 65 ・FR-F740-75K Conducted interference FR-F740-75K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-F740-75K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000...
  • Page 66 ・FR-F740-110K Conducted interference FR-F740-110K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR -F740-110K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 67 ・FR-F740-160K Conducted interference FR-F740-160K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR -F740-160K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 68 ・FR-F740-220K Conducted interference FR-F740-220K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR-F740-220K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 69 ・FR-F740-315K Conducted interference FR-F740-315K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR -F740-315K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)
  • Page 70 ・FR-F740-400K Conducted interference FR-F740-400K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. Radiated interference (10m site) FR -F740-400K (Carrier frequency: 2kHz) EN61800 - 3 2nd Environment QP level Peak value 1000 Frequency(MHz)

  • Page 71: Fr-E720

    FR-E720 FR-E720 <<Conditions>> This inverter conforms with the product standard of EN61800-3. Measurement was conducted 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 EMC filter...
  • Page 72 <<Measurement result>> ・FR-E720-0.75K, SF1306 ◎ Conducted interference (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value QP level is within the standard level.
  • Page 73 ・FR-E720-2.2K, SF1309 ◎ Conducted interference (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level QP level is within the standard level.
  • Page 74 ・FR-E720-3.7K, SF1309 ◎ Conducted interference (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level QP level is within the Peak value standard level.
  • Page 75 ・FR-E720-5.5K, SF1260 ◎ Conducted interference (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)
  • Page 76 ・FR-E720-7.5K, SF1260 ◎ Conducted interference (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)
  • Page 77 ・FR-E720-15K, SF1261 ◎ Conducted interference (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level QP level is within the Peak value standard level.

  • Page 78: Fr-E740

    FR-E740 FR-E740 <<Conditions>> This inverter conforms with the product standard of EN61800-3. Measurement was conducted 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 EMC filter...
  • Page 79 <<Measurement result>> ・FR-E740-0.75K, FR-E5NF-H0.75K ◎ Conducted interference (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)
  • Page 80 ・FR-E740-2.2K, FR-E5NF-H3.7K ◎ Conducted interference (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)
  • Page 81 ・FR-E740-3.7K, FR-E5NF-H3.7K ◎ Conducted interference (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)
  • Page 82 ・FR-E740-5.5K, FR-E5NF-H7.5K ◎ Conducted interference (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)
  • Page 83 ・FR-E740-7.5K, FR-E5NF-H7.5K ◎ Conducted interference (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 1kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)

  • Page 84: Fr-E720S

    FR-E720S FR-E720S <<Conditions>> This inverter conforms with the product standard of EN61800-3. Measurement was conducted 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 FR-PU07...
  • Page 85 ・FR-E720S-0.4K, SF1320 ◎ Conducted interference (Note) Ferrite core is wrapped two turns around the parameter unit connection cable. (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency(MHz) (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.
  • Page 86 ・FR-E720S-1.5K, FR-S5NFSA-1.5K ◎ Conducted interference (Note) Ferrite core is wrapped two turns around the parameter unit connection cable and one turn at the input side. (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value.
  • Page 87 ・FR-E720S-2.2K, SF1309 ◎ Conducted interference (Note) Ferrite core is wrapped two turns around the parameter unit connection cable. (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎...

  • Page 88: Fr-D720

    Shielded cable is earthed (grounded) with P-clip or U- Ferrite core clip. Type: ZCAT3035-1330 Manufacturer: TDK Parameter unit connection cable Type: FR-CB201 (1m) Shielded cable 20m Manufacturer: MITSUBISHI ELECTRIC CORPORATION Motor Motor earth cable is connected to the inverter. 5 - 65...
  • Page 89 ・FR-D720-0.75K, SF1306 ◎ Conducted interference (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (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. (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value...
  • Page 90 ・FR-D720-2.2K, SF1309 ◎ Conducted interference (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (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. (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value...
  • Page 91 ・FR-D720-3.7K, SF1309 ◎ Conducted interference (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (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. (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value...
  • Page 92 ・FR-D720-7.5K, SF1260 ◎ Conducted interference (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (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. (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value...

  • Page 93: Fr-D740

    FR-D740 FR-D740 <<Conditions>> This inverter conforms with the product standard of EN61800-3. Measurement was conducted according to the conditions of the product standard 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 L1 L2 L3 EMC filter...
  • Page 94 <<Measurement result>> ・FR-D740-0.75K, FR-E5NF-H0.75K ◎ Conducted interference (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level QP level is within the Peak value standard level.
  • Page 95 ・FR-D740-2.2K, FR-E5NF-H3.7K ◎ Conducted interference (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)
  • Page 96 ・FR-D740-3.7K, FR-E5NF-H3.7K ◎ Conducted interference (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)
  • Page 97 ・FR-D740-5.5K, FR-E5NF-H7.5K ◎ Conducted interference (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎Radiated interference(10m site) (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)
  • Page 98 ・FR-D740-7.5K, FR-E5NF-H7.5K ◎ Conducted interference (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎ Radiated interference(10m site) (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value 1000 Frequency (MHz)

  • Page 99: Fr-D720S

    Shielded cable is earthed L1 L2 (grounded) with P-clip or U-clip. Ferrite core Type: ZCAT3035-1330 Manufacturer: TDK Parameter unit connection cable Type: FR-CB201 (1m) Shielded cable 20m Manufacturer: MITSUBISHI ELECTRIC CORPORATION Motor Motor earth cable is connected to the inverter. 5 - 76...
  • Page 100 ・FR-D720S-0.4K, FR-S5NFSA-0.75K ◎ Conducted interference (Note) FR-BIF and FR-BSF01(2-turn) are installed in the input side. (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency(MHz) (Note) The QP value will not exceed the peak value. ◎...
  • Page 101 ・FR-D720S-0.75K, FR-S5NFSA-0.75K ◎ Conducted interference (Note) FR-BIF and FR-BSF01(2-turn) are installed in the input side. (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency(MHz) (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.
  • Page 102 ・FR-D720S-1.5K, FR-S5NFSA-1.5K ◎ Conducted interference (Note) FR-BIF and FR-BSF01(2-turn) are installed in the input side. (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (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.
  • Page 103 ・FR-D720S-2.2K, SF1309 ◎ Conducted interference (Note) FR-BIF and FR-BSF01(2-turn) are installed in the input side. (Carrier frequency: 14.5kHz) EN61800 - 3 2nd Environment Category C3 QP level Peak value Frequency (MHz) (Note) The QP value will not exceed the peak value. ◎...
  • Page 104 BCN-A21041-204-C(E)(1303)MEE Printed in Japan...

This manual is also suitable for:

Fr-f700Fr-a700Fr-e700Fr-d700

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