+8618117273997weixin
EnglishEnglish
中文简体 中文简体 en English ru Русский es Español pt Português tr Türkçe ar العربية de Deutsch pl Polski it Italiano fr Français ko 한국어 th ไทย vi Tiếng Việt ja 日本語

REQUEST A QUOTE

=

RF Conducted Immunity Test System

Product No: RFCI61000-6

  • Specifications
  • Videos
  • Downloads
  • Applications
  • Standards
  • Installations
  • Tech Articles
  • RFCI61000-6 RF Conducted Immunity Test System is specially developed for civilian RF field induced conducted immunity testing. It fully complies with domestic and foreign civil electromagnetic compatibility standards such as IEC61000-4-6, GB/T 17626.6, etc. It is mainly used for power lines and signal lines of lighting, medical, electric power, industrial control, new energy, communications and other types of civilian electronic equipment at 150kHz~230MHz. The RF conducted interference immunity test evaluates the working stability and reliability of the equipment in a continuous RF conducted interference environment. It is widely adapted to enterprise research and development, product finalization and third-party laboratory compliance testing.

    RFCI61000-6 RF Conducted Immunity Test System has built-in a signal generator, a three-channel high-precision power meter, an RF power amplifier and a dual directional coupler. It is compatible with CW, AM, PM modulation and unmodulated signal modes. It supports average mode or pulse mode to detect amplitude modulated or pulse modulated signals. It can be equipped with CDN coupling decoupling network, electromagnetic injection clamp, and current injection clamp for multiple injection methods. One-click fully automatic full-band calibration takes less than 1 minute.

    Standards:

    Standards No. Standards Name
    IEC 61000-4-6:2023 Electromagnetic compatibility (EMC) – Part 4-6: Testing and measurement techniques – Immunity to conducted disturbances, induced by radio-frequency fields
    EN 61000-4-6:2023 Electromagnetic compatibility (EMC) – Part 4-6: Testing and measurement techniques – Immunity to conducted disturbances, induced by radio-frequency fields
    GB/T 17626.6-2017 电磁兼容 试验和测量技术 射频场感应的传导骚扰抗扰度

    Specifications:

    Signal Generator
    Frequency Range 100kHz~300MHz
    Frequency Resolution 1Hz
    Frequency-temperature Stability ±0.5ppm
    Harmonics ≤-30dBc
    Anharmonic ≤-50dBc
    Output Power Range -100dBm~3dBm
    Amplitude Modulation Modulation frequency: 1 Hz~10 kHz; modulation depth: 1%~99%; internal/external modulation
    Pulse Modulation Modulation frequency: 1 Hz~10 kHz; Duty cycle: 1%~99%
    Three-channel High-precision Power Meter
    Frequency Range 100kHz~300MHz
    Input Tange -85dBm~+10dBm
    Accuracy ±0.5 dB
    Sampling Mode Average, Integration, Pulse
    Input Interface Front-panel SMA, rear-panel N-type connector
    RF Power Amplifier
    Standards IEC61000-4-6
    Frequency Range 100kHz~300MHz
    Output Power 85W
    Output Interface Rear panel N-type connector
    Dual Directional Coupler
    Frequency Range 100kHz~300MHz
    Attenuation Ratio 50dB
    Maximum Input Power 100W
    General Parameters
    Output Frequency Range 150kHz~230MHz
    Output Voltage (CDN method) 1~30Vrms
    Output Voltage (EM clamp method) 1~18Vrms
    Output Voltage (current clamp method) 1~10Vrms
    Included Accessories Attenuator: Frequency range DC~3 GHz, N-type connector
    Communication Interface LAN、USB、RS485
    Control System 10.1-inch Android capacitive touchscreen display (Chinese/English) + supports remote control via PC software
    Operating Environment Temperature: 10°C~40°C, Humidity: 30%~70%
    Power Supply AC:100~250V@50Hz/60Hz
    Dimension 4U/19″ Standard Chamber
    BCI Measured Waveform

    IEC 61000-4-6 Measured Waveform

    Instructions:
    Please refer to Figure 20 in Clause 7.4.2 of GB/T 17626.6-2017 or IEC 61000-4-6:2023 to select one of the following injection methods: CDN method, EM clamp method, or current clamp method.

    Figure 20 – Rules for selecting the injection method

    Recommendation 1:
    RFCI61000-6 main unit, when used with the LISUN CDN (Coupling/Decoupling Network) models listed below, enables CDN injection testing on the EUT (Equipment Under Test). (Note: Please refer to Section 6.2.2 and Table 4 of GB/T 17626.6-2017 to select the appropriate CDN for testing.):

    CDN for RF Conducted Immunity Test

    CDN Types LISUN Model Test Ports Power
    Power Supply Cables CDN-M1-16 Single -phase single-wire power cable (L) 220V/16A
    CDN-M1-32 Single -phase single-wire power cable (L) 220V/32A
    CDN-M2-16 Single -phase two-wire power cable (L/N) 220V/16A
    CDN-M2-32 Single -phase two-wire power cable (L/N) 220V/32A
    CDN-M2-100 Single -phase two-wire power cable (L/N) 220V/100A
    CDN-M3-16 Single -phase three-wire power cable (L/N/PE) 220V/16A
    CDN-M3-32 Single -phase three-wire power cable (L/N/PE) 220V/32A
    CDN-M3-100 Single -phase three-wire power cable (L/N/PE) 220V/100A
    CDN-M3-32-3 Three -phase and three-wire power cable (3L) 380V/32A
    CDN-M4-32 Three -phase and four-wire power cable (3L/1N) 380V/32A
    CDN-M4-100 Three -phase and four-wire power cable (3L/1N) 380V/100A
    CDN-M4-32-PE Three -phase and four-wire power cable (3L/1PE) 380V/32A
    CDN-M5-32 Three -phase and five-wire power cable (3L/1N/1PE) 380V/32A
    CDN-M5-100 Three -phase and five-wire power cable (3L/1N/1PE) 380V/100A
    Unscreened Balanced Lines CDN-T2 2 line 100V/5A
    CDN-T4 4 line 100V/5A
    CDN-T8 8 line with RJ45 port 100V/5A
    Unscreened Unbalanced Lines CDN-AF2 2 line 100V/5A
    CDN-AF4 4 line 100V/5A
    CDN-AF8 8 line 100V/5A
    Screened Cables CDN-S1 single line with BNC port 100V/5A
    CDN-S4 4 line with USB ports 100V/5A
    CDN-S8 8 line with RJ45 port 100V/5A
    CDN calibrating jigs CDN-CS100 Including 150Ω-50Ω adapter resistors. Note: If one or more CDNs are purchased, one set of CDN-CS100 must be selected.

    Recommendation 2:
    RFCI61000-6 main unit, when used with LISUN’s AB-EM electromagnetic injection clamp, enables electromagnetic clamp injection testing on the Equipment Under Test (EUT), fully complying with Section 6.2.3.3 of GB/T 17626.6-2017

    LISUN Model Specifications
    AB-EM-20MM Frequency range: 100 kHz–230 MHz; maximum attenuation: 10 dB; maximum input power: 80 W; maximum wire diameter: 20 mm.
    AB-EM-60MM Frequency range: 100 kHz–230 MHz; maximum attenuation: 10 dB; maximum input power: 120 W; maximum conductor diameter: 60 mm.
    AB-EM Electromagnetic Clamp for RF Conducted Immunity Test

    AB-EM Electromagnetic Clamp for RF Conducted Immunity Test

    Recommendation 3:
    When paired with LISUN’s high-current injection probe, the RFCI61000-6 main unit can test signal lines of any specification, fully complying with Section 6.2.3.2 of GB/T 17626.6-2017. It supports testing for a wide range of signal lines, including unshielded balanced lines (T2, T4, T8), unshielded unbalanced lines (AF2, AF4, AF8), communication signal lines (RJ11, RJ11S, RJ45, RJ45S, USB-C, USB-P), and other signal lines of any specification.

    LISUN Model Specifications
    LIS-BCP310 Bulk Current Injection Probe: frequency range 4kHz~300MHz; maximum attenuation 10 dB; N-type connector
    LIS-CCF500 Bulk Current Injection Probe Fixture: frequency range DC~500 MHz, VSWR 2:1
    LIS-BCP310 Bulk Current Injection Probe

    LIS-BCP310 Bulk Current Injection Probe

    Tags: , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,
  • RFCI61000-6-35 Calibration Certificate CDN-M5-32 Calibration Certificate CDN-M2-16 Calibration Certificate AB-EM Calibration Certificate CDN-T8 Calibration Certificate EN61000-4-6 2014 Standard Free Download
  • Motor-Operated Tool Test Solutions

    LISUN's Motor-Operated Tool | Power Tool Testing solutions strictly comply with a range of core...

    Electric Toys Test Solutions

    LISUN's electric toys test solutions are engineered to meet the stringent requirements of key...

    Transformer Test Solutions

    LISUN's transformer test solutions are designed to meet the comprehensive requirements of...

    Energy Meter Test Solutions

    LISUN's energy meter test solutions are designed to ensure the accuracy and reliability of...

  • IEC 61326-1:2020 is the general EMC standard for measuring, control and laboratory electrical devices below AC 1000 V / DC 1500 V. It sets unified conducted and radiated emission limits by Class A...
    IEC 60255-1:2022 establishes the general technical requirements for measuring relays and protection equipment used in power systems. It defines basic terms, rated values, construction, safety,...
    IS 16102 (Part 2): 2026 specifies the performance requirements for self‑ballasted LED lamps used for general lighting services in India, complementing the safety provisions defined in Part 1. This...
    CISPR 14-2:2020 is a product family standard under the International Special Committee on Radio Interference (CISPR), dedicated to the electromagnetic immunity requirements of household appliances,...
    As a revised edition released in 2023, IEC 61869-1:2023 supersedes the 2007 version of the same standard as well as IEC 61869-6:2016, updating technical content to meet the latest industry needs of...
    IEC 60730-1:2010 defines general safety and performance requirements for automatic electrical controls used in or with household and similar equipment, encompassing energy sources like electricity,...
    UL 1447:2020 is a safety standard developed by Underwriters Laboratories (UL) for electric lawn mowers, covering both corded (rated voltage ≤250V) and battery-powered models. It specifies...
    IEC 62841-1:2014 "Electric Motor-Operated Hand-Held, Transportable Tools and Lawn and Garden Machinery - Safety - Part 1: General Requirements" establishes foundational safety guidelines for handheld...
    IEC 62115:2017 Electric toys—Safety is an international standard established by the International Electrotechnical Commission (IEC), specifying safety requirements for electric toys designed or...
    IEC 62041:2010 sets forth the electromagnetic compatibility (EMC) requirements for transformers, power supplies, reactors, and similar products. This standard covers a wide range of equipment,...
  • Indonesia – LISUN support customer to set up EMI/EMC test lab

    21 Oct, 2024

    This Indonesia-based product certification body and testing laboratory is one of the leading quality testing and...

    Indonesia – LISUN engineer provide installation and training for EMI/EMC test equipment

    10 Mar, 2025

    In the field of testing, certification, and inspection, this testing laboratory has consistently proven to be a...

    South Korea – Customer Successfully Installed and Used LISUN EMC Electromagnetic Compatibility Testing Equipment

    20 Jul, 2025

    The customer in this case is a leading high-quality sensor manufacturer in South Korea, specializing in the field of...

    Russia – LISUN Engineer Provide Installation and Training for EMI and EMC Testing Equipments

    10 Aug, 2025

    As a leading benchmark in Russia’s lighting industry, this enterprise is positioned around providing...

    The In-depth Cooperation between Russia’s Leading Lighting Enterprise and Professional Testing Equipment Supplier

    10 Apr, 2026

    I. Company Overview: A Benchmark in Full-Scene Lighting Solutions As a leading lighting enterprise and prominent LED...

  • Explain RF conducted immunity test system

    26 Dec, 2022

    One of the electromagnetic compatibility tests is a continuously performed radio­frequency (RF)...

    What is RF Immunity Test? An In-depth Analysis of the RF Conducted Immunity Test System Based on the LISUN RFCI61000-6

    22 May, 2025

    Abstract As the complexity of electronic devices continues to increase, ensuring electromagnetic...

    Exploring What is RF Immunity Test: The Significance of RF Conducted Immunity Testing System

    16 Oct, 2023

    What is RF Immunity Test: RF Conducted Immunity Testing is a common electromagnetic compatibility...

    Immunity to Conducted Disturbances: LISUN RFCI61000-6 RF Conducted Immunity Test System

    02 Jun, 2025

    Abstract The RF conducted immunity test system is a crucial tool for assessing the immunity to...

    RF Conducted Immunity Test System: A Detailed Overview of LISUN RFCI61000-6

    15 Apr, 2025

    Introduction The RF Conducted Immunity Test System is an essential component in the field of...