5 kV Insulation Tester - Fluke

The Fluke 1550C 5 kV Insulation Tester is engineered for professional technicians and mechanics requiring precise, safe, and efficient insulation resistance testing of high-voltage equipment. This robust instrument is designed to enhance safety and reduce testing time during the installation and maintenance of critical electrical systems.

Key Features

• High Voltage Testing: Provides selectable test voltages up to 5 kV, with steps of 50V from 250V to 1000V and 100V steps above 1000V, enabling comprehensive testing across various applications.
• Broad Measurement Range: Accurately measures insulation resistance up to 2 T?.
• Advanced Diagnostic Functions: Automatically calculates Dielectric Absorption (DAR) and Polarization Index (PI), simplifying trend analysis and diagnostic evaluations without additional setup.
• Enhanced Accuracy: Features a guard system that effectively eliminates the influence of surface leakage currents on high-resistance measurements, ensuring reliable results.
• Superior Safety Ratings: Built with a CAT III 1000 V and CAT IV 600 V safety rating, offering robust protection for users in demanding industrial environments. A warning function also alerts the user to the presence of line voltage, displaying readings up to 600V AC or DC for increased safety.
• Fluke Connect Compatibility: When paired with the optional Fluke Connect® IR3000 FC Connector, the tester allows for remote testing, real-time data trending, storage, and analysis via a smartphone, reducing time in hazardous zones and streamlining record-keeping.
• Long Battery Life: Delivers over 750 tests on a single charge, ensuring extended operational periods between recharges.
• Data Storage: Stores up to 99 measurements in internal memory with user-defined labels for easy recall and analysis.

Applications

The Fluke 1550C is an essential tool for preventative and predictive maintenance programs, troubleshooting, and commissioning tasks. It is ideally suited for verifying the integrity of insulation in a wide range of high-voltage equipment, including:

• Industrial motors and generators
• Transformers and switchgear
• High-voltage cables in various industrial and automotive settings
• Electrical systems requiring adherence to IEEE 43-2000 test voltage specifications