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General| Units | V/m |
|---|---|
| Accuracy | ±1 dB |
| Power Supply | 9V battery |
| Operating Temperature | -10°C to +50°C |
| Display | LCD |
Details of manual revisions, including release and updates.
Specifies the one-year warranty against defects in material and workmanship.
Outlines the procedure for obtaining warranty repairs and returning the instrument.
Advises caution when working near high voltage or current circuits.
Introduces the ELF Survey Meter system for evaluating electric and magnetic fields.
Highlights datalogging, waveform output, auto-ranging, and dual sensors.
Explains the use of a displacement current sensor for electric fields.
Describes the coil sensor and electronic compensation for magnetic fields.
Details the True RMS detector for accurate complex waveform measurements.
Details the electric and magnetic field sensors used in the instrument.
Provides the sensitivity and measurement ranges for electric and magnetic fields.
Lists key features like auto-ranging, max-hold, and front panel controls.
Describes the instrument's response to waveform amplitude and field polarization.
Details battery requirements and available output signals.
Shows frequency response plots for magnetic and electric fields.
Explains how instrument accuracy is derived from field calibration.
Information on programmable units and magnetic field unit conversions.
Guidance on handling the sensor and starting up the instrument.
Explains the LCD display, bargraph, and digital filtering features.
Describes how to switch between E and H field measurement modes.
Details the functions of the main keypads like SCALE, MAX, E/H, MODE SELECT.
Explains LOG, PREV, NEXT, CLEAR DATA, and DISP functions for data logging.
Information on BarGraph range indicators like 'Below Range' and 'Over Range'.
Discusses using the HI-3604 to evaluate fields around power transmission lines.
Explains how power lines generate fields and their complex spatial distributions.
Describes how the human body can affect electric field measurement accuracy.
Provides detailed steps for measuring electric field strength, including positioning.
Explains body proximity effects and the importance of free space values.
Illustrates correct and incorrect sensor orientation for different field types.
Details how to use the waveform output to observe field signal shapes.
Explains connecting a frequency counter to measure field frequency.
Step-by-step guide for replacing the instrument's batteries.
Explains why and how to use the remote control for isolated measurements.
Details turn-on procedure, communication, and fiber optic cable care.
Describes the use of the 3.5mm jack for recording field values.
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