Gigahertz Solutions Ultima 8 16 Amp automatic field switch

The Gigahertz Solutions Ultima 8 16 Amp automatic field switch (also known as a bioswitch or mains decoupling relay) is installed on the electrical panel.

It automatically disconnects the circuit for which it was designed if there is no current demand. The circuit thus separated from the power supply network is no longer live and no longer creates electric fields.

Similarly, as soon as a user requests power, the field switch instantly restores the flow.

This means you can easily and effectively protect sleeping areas, children's bedrooms or any other part of your home.

This Ultima 8 model is recommended when appliances are connected to the stand-by circuit (electric shutters, chargers, etc.). Their sensitivity is adjustable.

Light switches (max. 1.5 W) and nightlights also operate in "interrupted" mode.

Interrupted" mode indicator light.

Easy, safe assembly.

Features

• Current: 16 A
• Monitoring voltage: 0.230 VDC max 8 mA
• Single-pole
• Width: 2 P or 35 mm
• Weight: 108 g
• Size: 35 x 70 x 76 mm (W x H x D)
• Sensitivity: 0-3 mA
• Switch-off delay: 3 s
• Connection delay: 0.1 s
• Indicator lights: Green = circuit protected / Red = circuit under load

Supplied with a control light that plugs into the relevant room and goes out when the light is switched off or the bedside lamp is turned off, for example, or stays on if a power consumer is forgotten.

Supplied with a 1 µF Gigahertz Solutions filter, to be fitted directly to the automatic field switch (at the electrical panel). This filter reduces the voltage peaks of the public electricity supply that pollute the home's electrical network ("dirty power"), while increasing the stability of the current and the reliability of the automatic field switch, particularly when using LED bulbs.

Warranty: 2 years

Made in Germany by Gigahertz Solutions

Agara advice

Call in a qualified electrician to install and commission the field switch.

To find out on which circuit(s) to install it (or them), we recommend that you first measure your body's induced voltage by standing in the room you wish to protect (for example, in your bedroom, lying on your bed). Switch off (or if you can get help, have the circuits switched off one by one at the electrical panel) and identify those that have an effect on your induced voltage. It's on the circuit(s) that will reduce it as much as possible that you should install an automatic field switch.

Automatic field switches should only be used by qualified personnel. We accept no liability for damage to property or personal injury resulting from incorrect use of automatic field switches. 
It is up to the professional to carry out the installation in compliance with the standards of each country and in accordance with good practice.

What is the purpose of an automatic field switch (and how do I know which circuit(s) to switch off)?

How do I choose my automatic field switch?