Digital Data Logging Triple Axis EMF Tester - General Tools & Instruments

The General Tools & Instruments EMF1394DL Digital Data Logging Triple Axis EMF Tester is a professional-grade instrument designed for accurately measuring electromagnetic field (EMF) levels in various settings, particularly around power lines, appliances, and industrial devices. Its triple-axis measurement capability ensures accurate readings regardless of the sensor's orientation, making it a reliable tool for professional technicians and mechanics. This versatile device is engineered to assess ELF magnetic fields within a 30Hz to 2000Hz bandwidth.

Key Features

• Triple-Axis Measurement: Utilizes three orthogonal sensors to measure magnetic field intensity independent of the measurement angle, providing comprehensive data without needing to reorient the device.
• Wide Frequency Range: Capable of measuring magnetic field radiation from 30Hz to 2000Hz, covering common extremely low frequency (ELF) magnetic fields encountered in professional environments.
• Dual Unit Display: Displays readings simultaneously in both micro Tesla (µT) and milli Gauss (mG), offering flexibility for diverse professional standards and reporting requirements.
• Data Logging and Memory Functions: Features data hold, Min/Max hold, and internal memory for manual storage of up to 99 readings. It also offers data logging capabilities, complete with included software and a CDCable for detailed analysis and record-keeping on a computer.
• Robust and Informative Display: Equipped with a triple LCD display for clear readouts and an over-input display to indicate when measurements exceed the selected range, ensuring reliable operation.
• Efficient Power Management: Includes an auto power-off function after approximately 15 minutes of inactivity to conserve the six included AAA 1.5V batteries, extending operational life.

Applications

The EMF1394DL is an indispensable tool for professionals in numerous fields, including automotive diagnostics, industrial safety, and facilities management. It is ideally suited for:

• Assessing magnetic field radiation levels around power lines, industrial machinery, and large appliances to ensure compliance with safety standards and identify potential hazards.
• Identifying sources of electromagnetic interference in vehicle electrical systems, particularly crucial for electric vehicles (EVs) where low-frequency EMFs generated by high-voltage batteries and electric motors require precise evaluation.
• Ensuring worker safety by monitoring EMF exposure in manufacturing facilities that utilize induction heating, welding, and high-frequency automation systems.
• Troubleshooting electromagnetic anomalies and ensuring a safe working environment in offices, laboratories, and other commercial settings by detecting radiation from computers and other electrical equipment.