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| Management number | 211162866 | Release Date | 2026/04/04 | List Price | $38.00 | Model Number | 211162866 | ||
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EMF Meter: Your Essential Tool for Electromagnetic Field Detection In today’s technologically advanced world, electromagnetic fields (EMF) are everywhere, from household appliances to wireless communication devices. An EMF Meter is a professional tool designed to measure and monitor electromagnetic field strength, ensuring environmental safety. Features: ★ Measures and detects three types of EMF pollution: AC magnetic, AC electric, and RF/microwave radiation. ★ Large liquid-crystal display (LCD) and adjustable backlight for clear and precise reading. ★ The audio sound feature assists you in locating the sources of EMFS. ★ The Peak hold function assists in pinpointing digital EMF sources. ★ Can measure both standard and weighted measurements. Special frequency weighted mode for measuring electric current from EMF in the human body. ★ Magnetic field strength is measured in milligauss (mG) for 3 axis X, Y, and Z. MF Mode covers 40 Hz - 100 kHz with range of 0.1 - 100.0 milligauss (mG). ★ Electric field strength is measured in volt per meter (V/m). EF Mode covers 40 Hz - 100 kHz with range of 1 - 1000 volts per meter (V/m) ★ RF field strength is measured in millivolt per meter (mW/m²). RF Mode covers 20 MHz - 6 GHz with range of 0.001 - 19.999 milliwatts per square meter (mW/m²). ★ RF mode that is sensitive for gauging mobile phones and Wi-Fi EMF. It can ddetect 5G signal and radio frequency up to 10Ghz. ★ EMF Meter with 9V alkaline battery included. 【The Standard Modes】 In standard modes for magnetic fields (MAG) and electric fields (ELEC), the field measurement will measure fields using a flat frequency response. The frequencies range from 40 Hz to 100 kHz, with equal sensitivity at 100 kHz. 【The Weighted Modes】 In weighted modes, the field measurement displays a proportional number corresponding to the average electric current induced within the human body from the fields. The number is equivalent to the amount of 60 Hz magnetic or electric field that would be required to induce that amount of current. 【RF Modes】 To measure an RF field, adjust the knob to the RF setting and point the top of the meter towards the potential source. Alternatively, you can simply hold the meter vertically. The RF Mode uses the same plate sensor as the AC Electric Mode. 【The Peak Measurement】 The large numerals (at the bottom) show the field measurement in real time and match the field percentage indicator graph. The Peak Measurement (small numerals in the upper-left of the display) captures the highest number and holds it for 5 seconds or until a higher number is detected. For measuring magnetic and electric fields, the field measurement numbers are effective. For cell phones, cell towers and wifi routers which emit in pulses, the peak measurement numbers are more helpful. 【Frequently Questions and Answers】 Q: Do I measure on Standard or Weighted or both? A: Both. Standard MAG or ELEC measures the intensity of the field without taking frequency into consideration (40Hz-100kHz). Weighted MAG or ELEC puts more emphasis on the frequencies above 60Hz. These higher frequencies will generate more electric current in the human body. For instance, at 60Hz, the body is exposed to field pulses 60 times per second, whereas at 120Hz, the body is subjected to twice the number of pulses, or 120 times per second, even though the field remains the same. Q: When to use MAG,ELEC or RF? A: To determine when to use Magnetic (MAG), Electric (ELEC) or Radio (RF) fields, it is important to understand the typical sources of each. ☛ MAG fields are usually emitted by motors, appliances, wiring and power lines. ☛ ELEC fields come from power lines, lights, wall outlets, electrical switches, and ungrounded appliances. ☛ RF fields are often found near transmitting cell phones and wifi routers, cell phone towers, microwave ovens, smart meters, wireless landline phones or walkie talkies, and radio/tv stations. Smart meters from power companies typically pulse once per minute, so watch for the peak number. To reduce exposure, one should either avoid high-field areas or use shielding, as each type of field has its own specific shielding techniques. Q: What is considered a safe level? A: There is no absolute safe level that has been established. However, based on our research, there have not been any issues reported when staying below the following: -- 3mG Standard Magnetic or 5mG Weighted Magnetic -- 50 V/m Standard or Weighted Electric -- 0.200 mW/m² RF (field measurement) or 1.000 mW/m² (peak measurement) These exposure levels are the typical readings taken from homes and offices that have relatively low total electromagnetic fields. The legal maximum exposure levels are much higher than the levels mentioned above. Some practitioners may suggest different levels.
| Item Weight | 11.3 ounces |
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| Manufacturer | PSB0H0 |
| Package Dimensions | 7.8 x 6.61 x 2.32 inches |
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