Product Review: TriField EMF Meter Model IC-TF2
About Electromagnetic Fields (EMF)
Electromagnetic fields occur both in nature and from human-made sources. Examples in nature include electrical charges from thunderstorms and the Earth's magnetic field. TV antennas, electrical wiring, and electrical appliances are common human-made sources.
Electric fields exist whenever a positive or negative electrical charge exerts forces on other charges within a field. The standard unit for measuring electric field strength is volt per metre (V/m).
Magnetic fields arise from the motion of electric charges. The most common unit for measuring magnetic field strength is in amperes per meter (A/m). In electromagnetic field research, it's more common for scientists to specify a related quantity: i.e., the flux density (microtesla, µT).
Introducing the TriField EMF Meter IC-TF2
The IC-TF2 is an all-in-one magnetic field meter, electric field meter, and radiofrequency meter that's perfect for quickly capturing EMF measurements.The Trifield Meter TF2 offers three frequency response modes. Of these, we are particularly impressed by the easy-to-interpret, frequency-weighted mode that appropriately scales magnetic and electric field readings. This mode is in addition to the more standard measurement modes.
Here are some possible applications of the instrument's response modes:
- Magnetic Field Mode: Use this setting for measuring sources of emissions such as powerlines, appliances, wiring in walls, and motors.
- Electric Fields: Good targets for electric field measurement that could include fluorescent lights, wall outlets, wiring, and switches.
- Radio Frequency: This mode is great for testing phones, WIFI routers, microwaves, radios, and televisions.
Taking Measurements of EMF Using the TriField EMF Meter IC-TF2
Video 1: Watch an Instrument Choice Scientist use the Trifield Meter IC-TF2 to make EMF measurement-taking look easy. Click here for the demonstration.
Summary of the Features and Benefits TriField EMF Meter IC-TF2
- The IC-TF2 Trifield meter detects three types of EMF: AC magnetic, AC electric, and Radiofrequency.
- The large liquid-crystal display (LCD) simultaneously displays all the information for each type of frequency - without the need to change screens or adjust settings. View results for peak measurement, peak percentage indicator, field percentage indicator, and the field measurement at a glance.
- The peak hold function captures, displays, and retains onscreen (for 5 seconds) the most recent maximum measurement. This feature helps when tackling rapid pulses, such as emissions from mobile phones or WIFI-enabled equipment.
- The IC-TF2's AC magnetic measurements are recorded and reported on 3-axis. This feature facilitates quick readings, regardless of a meter's orientation.
- A user-adjustable backlight makes the meter readable, and therefore operational in high and low-light environments.
- An onboard audio indicator emits a sound to help you zero-in on EMF sources.
- The 9V battery offers over 20 hours of battery life. A battery indicator is always visible - to help you avoid power failure.
TriField EMF Meter IC-TF2 Specifications
AC Magnetic |
|
| Sensor Type | 3 axis, true magnitude |
| Frequency Range | 40 Hz to 100 kHz |
| Accuracy | ±4% at 50/60 Hz |
| Maximum Range | 100.0 milligauss |
AC Electric |
|
| Sensor Type | 1 axis, true magnitude |
| Frequency Range | 40 Hz to 100 KHz |
| Accuracy | ±5% at 50/60 Hz |
| Maximum Range | 1000 V/m |
| Sensitivity (Resolution) | 1 V/m |
| Sensitivity (Resolution) | 0.1 milligauss |
Radiofrequency/Microwave |
|
| Sensor Type | 1 axis |
| Frequency Range | 20 MHz to 6 GHz |
| Accuracy | ±20% at 1 GHz |
| Maximum Range | 19.999 mW/m2 |
| Sensitivity (Resolution) | 0.001 mW/m2 |
Conclusion
The Trifield EMF Meter IC-TF2 is an easy-to-use EMF meter that's ideal for investigating all forms of EMF - in almost any environment.
Want more information on Trifield Meters or other EMF Meters? Speak with an Instrument Choice Scientist! We're here to help! Call 1300 737 871 or email [email protected].
Additional Links
- View the International Commission on Non-Ionizing Radiation Protection (ICNIRP) full guidelines here.
- For more on EMF, read the Instrument Choice article What are Electromagnetic Fields, and What are Some Common Sources of EMF?
- Learn why so many people trust Instrument Choice for their scientific instruments
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