True-RMS Industrial Logging Multimeter w/ TrendCapture - Fluke

The Fluke 289 True-RMS Industrial Logging Multimeter with TrendCapture is a professional-grade diagnostic tool designed for industrial and automotive technicians. This high-performance multimeter provides advanced logging capabilities, allowing users to capture and analyze data over time, crucial for identifying intermittent issues and optimizing system performance. With its rugged construction and comprehensive feature set, the Fluke 289 is built to withstand demanding environments while delivering precise measurements.

Key Features

• True-RMS Accuracy: Delivers precise AC voltage and current measurements on complex, non-linear signals, paired with a 0.025% basic DC accuracy and 100 kHz AC bandwidth for reliable data.
• TrendCapture Logging: Automatically logs measurements over time and graphically displays trends directly on the large, backlit 50,000 count display, enabling faster fault isolation for intermittent problems.
• Advanced Diagnostic Functions: Features LoZ Volts to prevent ghost voltage readings and a Low Pass Filter for accurate measurements on variable frequency drives (VFDs) and other noisy electrical equipment.
• Data Management & Analysis: Includes an optical USB PC communication interface for easy download of logged data, compatible with FVF software for detailed documentation, storage, and analysis of measurements.
• Enhanced Safety: CAT III 1000 V and CAT IV 600 V safety ratings ensure reliable and safe operation in high-energy industrial settings.

Applications

The Fluke 289 is engineered for a wide range of professional applications, including:

• Electrical Troubleshooting: Diagnosing complex electrical systems in industrial machinery, commercial buildings, and automotive systems.
• Power Distribution: Verifying voltage, current, and frequency in panels and circuits.
• Machine Maintenance: Performing preventative and corrective maintenance on motors, control systems, and other industrial equipment.
• Process Control: Monitoring and troubleshooting sensors, actuators, and control loops in automated processes.
• Motor Winding Resistance: Measuring and comparing differences in motor winding resistance with its dedicated 50-ohm range, aiding in motor fault diagnosis.