---
product_id: 124412520
title: "New Improved EMRSS Cornet Plus ED88T Trimode Meter: RF/LF Electrosmog Field Strength Power Meter with Built-in Gauss Meter, Electric Field Meter and Frequency Display"
brand: "safe living technologies"
price: "Rp7351625"
currency: IDR
in_stock: true
reviews_count: 5
category: "Safe Living Technologies"
url: https://www.desertcart.id/products/124412520-new-improved-emrss-cornet-plus-ed88t-trimode-meter-rf-lf
store_origin: ID
region: Indonesia
---

# 50Hz-50kHz electric field sensing 100MHz-8GHz RF range 50Hz-10kHz magnetic field detection New Improved EMRSS Cornet Plus ED88T Trimode Meter: RF/LF Electrosmog Field Strength Power Meter with Built-in Gauss Meter, Electric Field Meter and Frequency Display

**Brand:** safe living technologies
**Price:** Rp7351625
**Availability:** ✅ In Stock

## Summary

> 📊 Stay ahead of invisible waves—measure, monitor, and master your EMF environment!

## Quick Answers

- **What is this?** New Improved EMRSS Cornet Plus ED88T Trimode Meter: RF/LF Electrosmog Field Strength Power Meter with Built-in Gauss Meter, Electric Field Meter and Frequency Display by safe living technologies
- **How much does it cost?** Rp7351625 with free shipping
- **Is it available?** Yes, in stock and ready to ship
- **Where can I buy it?** [www.desertcart.id](https://www.desertcart.id/products/124412520-new-improved-emrss-cornet-plus-ed88t-trimode-meter-rf-lf)

## Best For

- safe living technologies enthusiasts

## Why This Product

- Trusted safe living technologies brand quality
- Free international shipping included
- Worldwide delivery with tracking
- 15-day hassle-free returns

## Key Features

- • **Portable & Ready:** Lightweight design with included battery and carrying case—your on-the-go EMF guardian.
- • **Peak Pulse Capture:** Instantly detects and holds peak RF pulses, revealing hidden wireless signal spikes.
- • **Data-Driven Decisions:** Built-in data logging with USB export empowers you to track and analyze EMF exposure trends over time.
- • **Multi-Mode Versatility:** Seamlessly switch between RF, electric, and magnetic field modes to pinpoint electro-pollution sources.
- • **Broad Spectrum Precision:** Covers RF, magnetic, and electric fields from 50Hz up to 8GHz for comprehensive EMF insight.

## Overview

The Cornet ED88TPlus is a versatile trimode meter designed for professionals and enthusiasts to measure RF (100MHz-8GHz), low-frequency magnetic (50Hz-10kHz), and electric fields (50Hz-50kHz). It features high sensitivity (-60dBm to +5dBm), peak pulse detection, and data logging with USB export, making it ideal for identifying and analyzing electromagnetic pollution in homes or workplaces. Compact and portable with included battery and carrying case, it offers a cost-effective solution trusted by EMF mitigation experts.

## Description

he Cornet ED88TPlus is designed for a quick measurement of high frequency Radio Frequency power density and low frequency Electric and Magnetic Fields. The ED88TPlus is a broadband measuring instrument with a frequency range from 100 MHz to 8 GHz. In addition, it also measures low frequency Magnetic Fields ranging from 50Hz to 10kHz and low frequency Electric Fields ranging from 50 Hz to 50 kHz. This meter will give a home or business owner a basic understanding of RF and EMF exposure in their environment and help to identify the primary sources of electro-pollution in an environment. Note: If you are comparing your measurements to the Institute for Building Biology Guidelines and wish to achieve levels in the no concern range, a more sensitive meter is required. Please see our RF Meter or EMF Meter page or consult with one of our technical experts.

Review: Excellent meter with extensive features, data logging. Outstanding tech support. - If you Google Cornet ED meter on the web (select the videos tab), you will find many recommendations by EMF mitigation experts. They are fond of Cornet meters because at a reasonable price, they offer a huge number of features not even found with meters at twice the cost. I have found Cornet tech support / email response to be stellar, with replies coming back the same day. Such support is not often found with consumer level electronics. What I particularly value with this meter are the three modes (RF, magnetic, and electric), the peak hold feature, and the ability to also capture the RF emitting frequency that produced the peak. This is valuable when dealing with several competing signal sources. This meter also displays signal strength in multiple helpful ways: colored LED bar graph, digital (current and peak), sound output, and HISTOGRAM, which is very useful for seeing intensity patterns over time. A built-in data logging feature can make recordings over a period of time. And then the data can be uploaded to a spreadsheet over the side USB port. This feature is described in a downloadable document on the Cornet website. Such recordings are invaluable for RF signals that are only infrequently transmitting, such as utility "smart meters". PHYSICS NOTE: Several users posting reviews here are confused by what is called the inverse square law for electromagnetic radiation. This dictates that field strength falls off, inversely proportional to the distance from the source, squared. So yes, the measured values do fall off rapidly as you move away from the source. This no deficiency of the meter, it is just plain physics.
Review: Reasonably accurate RF, not-so-good magnetic. - I have access to various types of equipment I used to test this meter. The ED88Tplus from Cornet accurately reads RF (radio frequency) strength from ~1.5G Hz to ~ 2.5 GHz, and it reads somewhat low outside that frequency range. At a lower frequency of 300 MHz, it reads ~90% low, and it also reads ~90% low at ~ 5 GHz. That is actually reasonable performance for a low-cost meter, and is sufficient to detect most frequencies of RF typically encountered, except TV transmitters below channel 14, and FM and AM radio, which are below 300 MHz. Also not measurable are the not-yet-implemented 5G devices (up to 25 GHz). When placed in an cage that is shielded from all RF, the 88Tplus correctly reads less than .001 mW/m² and it is accurate at frequencies around 2 GHz when the RF level is increased above zero.. There is a peak RF capture feature which displays the height of quick RF pulses (typically from cell towers, wireless devices, etc.). However, there is a problem with the way this peak capture is implemented-- the main displayed number shows each pulse height for 1/2 second before reverting to the actual RF field strength (a lower number) and the pulse height is also "permanently" shown a secondary number underneath the main number. If the pulses of digital information occur faster than 2 per second (typical of cell towers and routers), the main and secondary numbers both show the peak without ever getting a chance to show what the actual RF level is. Even the row of LEDs and the bar graph both remain elevated to the pulse height and there is no indication of what the average is, which is typically 1/10 to 1/100 of the pulse height. There is also no indication of whether the RF that is being measured is pulsing or constant. If you are only interested in the pulse heights (and not the average value) this meter works well on RF. The E-field (AC electric field) measures the E field at 60Hz (North American powerline frequency) fairly accurately. At zero E field, the meter reads 2 V/m (volts per meter) instead of 0 V/m. This error is tolerable because the resolution is 1 V/m. (Oddly, the manual claims that the resolution is a more crude 10 V/m.) The meter is not equally sensitive at frequencies from 50 Hz to 50KHz, as the manual implies. Instead, at 3000 Hz, the meter reads ~1500% too high, dropping back to correct sensitivity at ~800 KHz. The E field is single-axis, in the same direction as the long dimension of the meter. A single axis sensor works well for E field, because the field is created by charged particles, or "monopoles" (electrons and protons). Simply point the top face of the meter outward in the direction you want to measure the E field, and the reading is generally correct. If an E field source is due north of you, the field direction at your location will generally be along a north-south line. That is why you point an E field meter toward the source (north in this example). However, the correct measurement of magnetic field is more tricky, because magnetic monopoles don't exist. If a magnetic field source is due north, the field at your location may be north-south or east-west or up-down or even a diagonal direction. Therefore, if you point a single-axis magnetic meter toward a magnetic source, the meter may just read zero even if the field is strong. In order to measure this field accurately, you would need to point the meter in various directions until you see a maximum. This takes some time. The ED88Tplus is only single-axis in magnetic. It also reads 0.6 milligauss (0.06 uT) in a true zero field, and is therefore not usable below 0.6 mG. It also has a slow response time (~1 second) and the mG readings are only accurate at ~55 Hz (between 50 Hz and 60 Hz). At higher frequencies, it reads up to about 1000% high, and the 10mG overrange limit in the sensitive range is annoying. Overall, the meter is good for measuring the higher-frequency RF, especially the peak height of pulsed signals. The electric field mode works reasonably well and is accurate at 60 Hz. The magnetic field mode, however, has multiple problems. The screen has good visibility in daylight and a backlight can be turned on for indoors. However, the screen is small and is in the form of square pixels. The numerals 0,8, and 5 run together and are difficult to read if next to each other. The manual is incorrect about certain specs and doesn't explain everything about the displayed parameters. Also, it has several grammatical errors and strange phrases. I would guess the writer's primary language is not English, which leads me to question the "Made in USA" printed on the back of the meter. Full disclosure: I am affiliated with a US company that manufactures various lab instruments, including electromagnetic measurement equipment.

## Features

- Measures RF HF Electromagnetic fields, Low frequency Magnetic and Electric Fields
- RF/HF - 100MHz-8GHz. Electric Fields - 50Hz - 50KHz. Magnetic Fields 50Hz - 1KHz
- Shows Both Signal level and Frequency in the range
- High sensitivity, -60dBm to +5dBm
- Carrying case and battery included

## Technical Specifications

| Specification | Value |
|---------------|-------|
| ASIN | B07PY4ZRYC |
| Batteries | 1 9V batteries required. (included) |
| Best Sellers Rank | #487,693 in Industrial & Scientific ( See Top 100 in Industrial & Scientific ) #283 in EMF Meters |
| Date First Available | September 2, 2016 |
| Is Discontinued By Manufacturer | No |
| Item Weight | 7.4 ounces |
| Item model number | ED88TPlus |
| Manufacturer | CORNET Microsystems |
| Package Dimensions | 6.42 x 3.35 x 1.54 inches |

## Images

![New Improved EMRSS Cornet Plus ED88T Trimode Meter: RF/LF Electrosmog Field Strength Power Meter with Built-in Gauss Meter, Electric Field Meter and Frequency Display - Image 1](https://m.media-amazon.com/images/I/51cfd6c3JTL.jpg)
![New Improved EMRSS Cornet Plus ED88T Trimode Meter: RF/LF Electrosmog Field Strength Power Meter with Built-in Gauss Meter, Electric Field Meter and Frequency Display - Image 2](https://m.media-amazon.com/images/I/41m6R0dt2wL.jpg)
![New Improved EMRSS Cornet Plus ED88T Trimode Meter: RF/LF Electrosmog Field Strength Power Meter with Built-in Gauss Meter, Electric Field Meter and Frequency Display - Image 3](https://m.media-amazon.com/images/I/31Dbh-5B0nL.jpg)
![New Improved EMRSS Cornet Plus ED88T Trimode Meter: RF/LF Electrosmog Field Strength Power Meter with Built-in Gauss Meter, Electric Field Meter and Frequency Display - Image 4](https://m.media-amazon.com/images/I/61UKxJ3PbzL.jpg)
![New Improved EMRSS Cornet Plus ED88T Trimode Meter: RF/LF Electrosmog Field Strength Power Meter with Built-in Gauss Meter, Electric Field Meter and Frequency Display - Image 5](https://m.media-amazon.com/images/I/61RlvNjuDsL.jpg)

## Questions & Answers

**Q: Is it a big deal that it does not have a 3 axis measurement?**
A: 3 axis meters are definitely more convenient to work with. However, for this price point, you will just need to rotate the meter in all directions and use the highest reading.

**Q: How is this different from the ED-88T?**
A: Here is an excellent video tutorial on this meter, recorded in June 2018. https://www.youtube.com/watch?v=oggnOVI3Q_8

**Q: when can i receive this product in florida if ordered right now?**
A: 4-6 business days. Note it is the Easter long weekend.

**Q: does this product measure ultrasound frequencies? thx**
A: No it will not measure Ultrasound. Sound is a vibration that travels as an audible wave of pressure. This meter measures energy levels of field strength.

## Customer Reviews

### ⭐⭐⭐⭐⭐ Excellent meter with extensive features, data logging. Outstanding tech support.
*by W***T on August 28, 2018*

If you Google Cornet ED meter on the web (select the videos tab), you will find many recommendations by EMF mitigation experts. They are fond of Cornet meters because at a reasonable price, they offer a huge number of features not even found with meters at twice the cost. I have found Cornet tech support / email response to be stellar, with replies coming back the same day. Such support is not often found with consumer level electronics. What I particularly value with this meter are the three modes (RF, magnetic, and electric), the peak hold feature, and the ability to also capture the RF emitting frequency that produced the peak. This is valuable when dealing with several competing signal sources. This meter also displays signal strength in multiple helpful ways: colored LED bar graph, digital (current and peak), sound output, and HISTOGRAM, which is very useful for seeing intensity patterns over time. A built-in data logging feature can make recordings over a period of time. And then the data can be uploaded to a spreadsheet over the side USB port. This feature is described in a downloadable document on the Cornet website. Such recordings are invaluable for RF signals that are only infrequently transmitting, such as utility "smart meters". PHYSICS NOTE: Several users posting reviews here are confused by what is called the inverse square law for electromagnetic radiation. This dictates that field strength falls off, inversely proportional to the distance from the source, squared. So yes, the measured values do fall off rapidly as you move away from the source. This no deficiency of the meter, it is just plain physics.

### ⭐⭐⭐ Reasonably accurate RF, not-so-good magnetic.
*by S***T on April 23, 2018*

I have access to various types of equipment I used to test this meter. The ED88Tplus from Cornet accurately reads RF (radio frequency) strength from ~1.5G Hz to ~ 2.5 GHz, and it reads somewhat low outside that frequency range. At a lower frequency of 300 MHz, it reads ~90% low, and it also reads ~90% low at ~ 5 GHz. That is actually reasonable performance for a low-cost meter, and is sufficient to detect most frequencies of RF typically encountered, except TV transmitters below channel 14, and FM and AM radio, which are below 300 MHz. Also not measurable are the not-yet-implemented 5G devices (up to 25 GHz). When placed in an cage that is shielded from all RF, the 88Tplus correctly reads less than .001 mW/m² and it is accurate at frequencies around 2 GHz when the RF level is increased above zero.. There is a peak RF capture feature which displays the height of quick RF pulses (typically from cell towers, wireless devices, etc.). However, there is a problem with the way this peak capture is implemented-- the main displayed number shows each pulse height for 1/2 second before reverting to the actual RF field strength (a lower number) and the pulse height is also "permanently" shown a secondary number underneath the main number. If the pulses of digital information occur faster than 2 per second (typical of cell towers and routers), the main and secondary numbers both show the peak without ever getting a chance to show what the actual RF level is. Even the row of LEDs and the bar graph both remain elevated to the pulse height and there is no indication of what the average is, which is typically 1/10 to 1/100 of the pulse height. There is also no indication of whether the RF that is being measured is pulsing or constant. If you are only interested in the pulse heights (and not the average value) this meter works well on RF. The E-field (AC electric field) measures the E field at 60Hz (North American powerline frequency) fairly accurately. At zero E field, the meter reads 2 V/m (volts per meter) instead of 0 V/m. This error is tolerable because the resolution is 1 V/m. (Oddly, the manual claims that the resolution is a more crude 10 V/m.) The meter is not equally sensitive at frequencies from 50 Hz to 50KHz, as the manual implies. Instead, at 3000 Hz, the meter reads ~1500% too high, dropping back to correct sensitivity at ~800 KHz. The E field is single-axis, in the same direction as the long dimension of the meter. A single axis sensor works well for E field, because the field is created by charged particles, or "monopoles" (electrons and protons). Simply point the top face of the meter outward in the direction you want to measure the E field, and the reading is generally correct. If an E field source is due north of you, the field direction at your location will generally be along a north-south line. That is why you point an E field meter toward the source (north in this example). However, the correct measurement of magnetic field is more tricky, because magnetic monopoles don't exist. If a magnetic field source is due north, the field at your location may be north-south or east-west or up-down or even a diagonal direction. Therefore, if you point a single-axis magnetic meter toward a magnetic source, the meter may just read zero even if the field is strong. In order to measure this field accurately, you would need to point the meter in various directions until you see a maximum. This takes some time. The ED88Tplus is only single-axis in magnetic. It also reads 0.6 milligauss (0.06 uT) in a true zero field, and is therefore not usable below 0.6 mG. It also has a slow response time (~1 second) and the mG readings are only accurate at ~55 Hz (between 50 Hz and 60 Hz). At higher frequencies, it reads up to about 1000% high, and the 10mG overrange limit in the sensitive range is annoying. Overall, the meter is good for measuring the higher-frequency RF, especially the peak height of pulsed signals. The electric field mode works reasonably well and is accurate at 60 Hz. The magnetic field mode, however, has multiple problems. The screen has good visibility in daylight and a backlight can be turned on for indoors. However, the screen is small and is in the form of square pixels. The numerals 0,8, and 5 run together and are difficult to read if next to each other. The manual is incorrect about certain specs and doesn't explain everything about the displayed parameters. Also, it has several grammatical errors and strange phrases. I would guess the writer's primary language is not English, which leads me to question the "Made in USA" printed on the back of the meter. Full disclosure: I am affiliated with a US company that manufactures various lab instruments, including electromagnetic measurement equipment.

### ⭐⭐⭐⭐⭐ Easy to use, convenient sizing to measure electromagnetic fields anywhere
*by M***I on June 4, 2019*

I've owned a Cornet ED-88TPlus previously and also an older version. I gave away my first to a friend whose young child was complaining of migraines, transient headaches and difficulty sleeping to see if electromagnetic fields in her home may be contributing to those symptoms. This device is my favorite EMF / RF meter, because it is so easy to use. I recommend this meter to anyone who is sensitive to electromagnetic fields or worried about the ever increasing density of electromagnetic frequencies in our world with all of our new and convenient technology. Anyone with chronic symptoms or illness can be helped by a greater awareness of the effect of their environment on their symptoms. We rarely / never think about the effects of a wifi router that is close by or the fields generated by electronic appliances to be of consequence. Simple changes can vastly improve one's quality of life and this meter is one tool that can be very helpful. For those wondering if they are electrosensitive, there are many books available on Amazon that are wonderful resources. I am an MD who became (what felt like) suddenly sensitive three years ago (after 20 years of cell phone use, 8 years of driving a hybrid car, 5 years of installing a smart home). Now much improved with simple lifestyle changes that allow me to still use technology when needed and live and work normally. (Also many chronic symptoms and allergies that I attributed to aging have disappeared with the smarter use of technology and better awareness of my environment.) Highly recommend this meter as a tool to help live a healthier lifestyle!

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*Product available on Desertcart Indonesia*
*Store origin: ID*
*Last updated: 2026-02-27*