Schleich MTC2 R7 15kV Surge Tester

The Schleich MTC2 R7 15kV Surge Tester is a high-performance winding test instrument designed for testing electric motors, generators, stators, armatures, coils, and other wound components. Combining advanced surge testing with resistance, inductance, and capacitance measurement capabilities, it delivers fast, reliable fault detection for manufacturing, maintenance, and repair applications. Its patented analysis technology helps identify turn-to-turn insulation faults with exceptional accuracy, while the intuitive touchscreen interface simplifies complex testing procedures.

• 15kV surge testing capability for comprehensive winding insulation assessment
• Integrated resistance, inductance, and capacitance (RLC) testing functions
• Patented peak-to-peak analysis technology for highly sensitive fault detection
• Automatic test method switching for faster, more efficient testing workflows
• 15.6″ Full HD touchscreen display with intuitive operation
• Optional partial discharge testing during surge tests
• High-voltage DC and insulation resistance testing up to 15kV
• Suitable for electric motor manufacturing, repair workshops, and quality assurance environments
• Rack-mountable 19″ enclosure for easy integration into test systems and production lines
• Automatic reporting and data management capabilities for streamlined documentation

• Key Specifications
• 15 kV Surge Test Voltage
• 15 kV DC Insulation Resistance Testing
• Resistance, Inductance, and Capacitance (RLC) Measurement
• Patented Peak-to-Peak Fault Analysis
• 15.6″ Full HD Touchscreen Display
• Automated Test Sequences
• Integrated Data Storage and Reporting
• 19″ Rack-Mount Design
• Suitable for Motors, Generators, Coils, Stators, and Transformers

• Detects winding insulation faults early: Identifies turn-to-turn, coil-to-coil, and winding insulation defects before they lead to equipment failure.
• Comprehensive testing in one unit: Combines surge, resistance, insulation resistance, inductance, and capacitance testing to reduce the need for multiple instruments.
• Improves maintenance efficiency: Automated test sequences and result analysis help technicians complete testing faster and with greater consistency.
• Reduces downtime and repair costs: Early fault detection allows maintenance teams to address issues before they become critical failures.
• User-friendly operation: Large touchscreen interface simplifies test setup, operation, and result interpretation.
• Supports quality assurance programs: Ideal for production testing, motor repair workshops, and preventive maintenance applications.
• Advanced fault analysis: Patented surge comparison technology provides highly sensitive detection of winding defects.
• Reliable documentation: Integrated reporting and data storage capabilities support compliance, traceability, and asset management requirements.

• Electric motor manufacturing
• Motor rewind and repair workshops
• Generator testing and maintenance
• Production quality control
• Industrial maintenance programs
• Research and development laboratories
• Transformer and coil testing