The MI Technologies RF Test System is a modular test platform combining the MI 3102, 4190, 1797, and 4192 modules to deliver RF component and system validation across diverse measurement requirements. Built for engineers and laboratories, the system’s modular architecture enables flexible configuration for production testing, product development, and installation safety verification.
Technical Specifications
The MI 3102 BT EurotestXE integrates electrical installation testing per IEC/EN 61557 standards with the following measurement capabilities:
• Insulation resistance: DC voltage 50 V to 1000 V
• Continuity of PE conductors: 200 mA DC test current with polarity change
• Continuity testing: 7 mA test current without RCD tripping
• TRMS voltage and frequency measurement
• Line/loop impedance measurement
• Loop impedance with Trip Lock RCD function
• Phase sequence verification
• Power and harmonics analysis
• RCD testing: general and selective types AC, A, F, B, B+
• Earth resistance via 3-wire and 2-clamps methods
• TRMS leakage and load currents (optional)
• First fault leakage current (ISFL)
• Insulation Monitoring Device (IMD) testing
• Illumination measurement (optional)
– Key Features
• AUTO SEQUENCE testing for TN, TT, and IT earthing systems
• Built-in fuse tables for automatic line/loop impedance evaluation
• Real-time on-line voltage monitoring (all 3 phases)
• Automatic polarity reversal on continuity test
• Loop impedance measurement without RCD tripping
• Integrated rechargeable battery with built-in charger
• Bluetooth connectivity to PC, Android tablets, and smartphones
• EuroLink PRO PC software for data acquisition and report generation
• EuroLink Android APP for field data management
• Built-in contextual help screens
– Typical Applications
The system supports electrical installation commissioning, safety verification, production testing, and product development environments requiring multi-parameter RF and electrical validation.
– Compatibility & Integration
The modular design accommodates integration with NSI-MI Technologies Compact Range Systems (CATR) for far-field RF measurements and positioning products, enabling both indoor controlled-environment testing and field applications.
