Order instructions

 

If you are ready to order simply select your product on the store.

If you still have questions about which switch is right for you ie measuring, # circuits, Neutral & Power (NP) vs. Power Only (PO) wiring, PQFilters™, type of enclosure etc. read the info here.

If you still have questions give us a call.

A close up of the electrical box with wires
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Important Payment Info

 

If your order doesn’t go through (due to security checks for purchases over $1,000):

  • Don’t keep resubmitting—leave the window open.
  • Your bank may text you for verification.
  • Call your bank or card provider if needed.
  • Wait a few minutes, then retry your order.

Which EMFSafeSwitch Is right for you?

Easy as 1, 2, 3 (4, 5)

  1. Measure: know what your EMF situation is - be equipped and empowered to make an informed decision. 
  2. How many circuits do you want/need to cut off?
  3. Neutral & Power or Power Only disconnect? If you are EMF sensitive we recommend NP.
  4. Do you want/need a whole house “DE” power quality PQFilter?
  5. Will your enclosure be on the wall, in the wall or outside?
A diagram of the four phases of an electrical circuit.

The Process

A person holding up a black and white device.

#1 Measure

 

Before taking any action, it's important to measure the EMF levels in your home and identify the circuits affecting you that need to be switched off.

The Building Biology Institute (BBI) recommends that your sleep area should have a Body Voltage (BVK) reading below 100 mV. Many people, however, find that their current reading is much higher—often above 2,000.

Lay in bed, take the BV reading. Turn off circuits to get the reading below 100mV.

2. How many Circuits?

 

How many circuits did you need to turn off for each room to be mitigated. Add them up to determine the right size EMFSafe switch for you.

NP disconnect for 2, 4, 6 or 8 circuits

PO disconnect for 4, 8, 12 or 16 circuits 

A view of the electrical panel from above.
A person holding a remote control in their hand.

3. Wiring Options: NP vs PO

 

NP = Neutral & Power

NP switch disconnects both the power and neutral lines, which reduces electric, magnetic, RF, and "dirty electricity" (DE) across the entire circuit. This is particularly beneficial for individuals who are sensitive to EMFs. There is one circuit per relay giving maximum control.

PO = Power Only

PO switch disconnects the power line only leaving the neutral in place. There can be ground effects and “DE” on the neutral. There are two PO circuits per relay that will always be switched together.

4. PQFilter™ for “dirty electricity”

 

If you’re concerned about “Dirty Electricity” (DE), you may want to add a whole-house EMI/DE filter like the EMFSafe PQFilter™. This filter works 24/7 to reduce DE on all your circuits, both from external sources (like utility lines) and internal sources (such as household devices). Independent testing has shown that the PQFilter™ is as effective, if not more so, than other whole-house DE filters but at a significantly lower price point.

You can choose from the following PQFilter™ models based on your home’s needs:

  • PQFilter™1: For smaller homes with light DE loads (no solar, pool pumps, etc.)
  • PQFilter™2.1: For larger homes or homes with higher DE loads (mini-split heaters, smart meters, solar inverters, etc.)
  • PQFilter™3: For large homes with a 400AMP panel or heavy DE loads

The PQFilter™ is an excellent addition to the EMFSafeSwitch for comprehensive EMF and DE protection.

A collage of different electrical panels and controls.
A picture of the inside and outside of an electrical box.

5. Type of Enclosure: Choosing the Right Installation

When purchasing an EMFSafeSwitch, you will also choose the type of enclosure that best fits your installation needs. The EMFSafeSwitch comes with a 4” deep electrical enclosure, and you can select from the following options:

  • Surface Mounted: Installed on the wall
  • Flush Mounted: Installed in the wall
  • Outdoor/Weatherproof: Suitable for installation outside or in areas exposed to the elements

High Power 240V Switches

 

If you have any 240V circuit that need to be switch off, we need to know.

For high-voltage circuit for  electric dryers, water heaters, or stoves, additional "HP" (High Power) switches are necessary. These switches are designed to handle 240VAC circuits and ensure that these heavy-duty appliances are powered off safely and effectively.

Remote FOB vs. Manual Control

 

EMFSafeSwitches can be controlled through two primary methods: a remote FOB (key fob) or a manual switch. The RF remote FOB functions similarly to a garage door opener, sending a momentary pulse to control the switch. Units typically come with two remote FOBs, offering convenience and flexibility.

Alternatively, you can use a hard wired manual switch. These are more expensive to install and not practical in larger homes.