Measurements at sleeping berth

Our Gabriel-Object-Consultants carry out measurements among other things at your sleeping berth. It is of special importance to know the individual electro smog situation at this place and eventually dejam the place because it is the site where our body regenerates. Optimum regeneration of our body, however, is bound to an unstressed environment.

Because of this fact the Institute for Building Biology and Ecology (IBN) formulated already in the year 2008 bulding biological standard values for sleeping berth. “Building biological standard values are providence values. They refer to sleeping areas, the particular sensitive regeneration time of humans and the herewith combined long time risk.” (Building biologist Maes in charge of the IBN (2008): building biological standard values for sleeping areas (supplement to the standard of the building biological measuring technique SBM-2008, page 1).

The Gabriel-object-consulting orients with respect to sleeping berth to section A of the standard values listed in the forenamed paper with respect to alternating electric fields, alternating magnetic fields and unidirectional magnetic fields. In order to make it more easy to interpret the results of our measurements the obtained data are refined in coloured pictures and presented - according to the arrangement of the risk by the IBN - as inconspicuous values, weak conspicuous values, conspicuous values and strongly conspicuous values using the traffic light colour principle.

Alternating electric fields (low frequency)

Pre-measurements

To the left you can see the actual situation as obtained in a pre-measurement of the real local alternating low frequency electric fields including possible interactions and influences by other fields. The measurements are performed with a 3D probe and also evaluated in form of diagrams. In a grid measurement comprising nine measuring points the distribution of the low frequent magnetic flux density at one point given in nano Tesla is seized for the aches x, y and z which affords only one measuring procedure. Then the data gained are transferred to a personal computer. A special software calculates from these values a space value (isotopic measuring procedure) that is afterwards presented as a coloured image.

Post-measurement

To the left you can see the actual-state after avoidance performances and application of dejam arrangements as obtained during the post-measurements of the real local alternating low frequent electric fields including possible interactions and influences of other fields.

Alternating magnetic fields (low frequency)

Pre-measurements

To the left you can see the actual situation as obtained in a pre-measurement of the real local alternating low frequency magnetic fields including possible interactions and influences by other fields. The measurements are performed with a 3D probe and also evaluated in form of diagrams. In a grid measurement comprising nine measuring points the distribution of the low frequent magnetic flux density at one point given in nano Tesla is seized for the aches x, y and z which affords only one measuring procedure. Then the data gained are transferred to a personal computer. A special software calculates from these values a space value (isotopic measuring procedure) that is afterwards presented as a coloured image.

Post-measurement

To the left you can see the actual-state after avoidance performances and application of dejam arrangements as obtained during the post-measurements of the real local alternating low frequent magnetic fields including possible interactions and influences of other fields.

Unidirectional magnetic fields (magneto static)

Pre-measurements

To the left you can see the actual situation as obtained in a pre-measurement of the real local unidirectional magnetic fields including possible interactions and influences by other fields. The measurements are performed with a 3D probe. In a grid measurement comprising nine measuring points the given deviations with respect to the normal geo-magnetic field are seized in nano Tesla for the three space axes x, y and z and then transferred to the personal computer. A special software calculates from these values a space value (isotopic measuring procedure) that is afterwards presented as a coloured image.

Post-measurement

To the left you can see the actual-state after avoidance performances and application of dejam arrangements as obtained during the post-measurements of the real local unidirectional magnetic fields including possible interactions and influences of other fields. The measurements are performed with a 3D sonde.

All measurements are performed according to the following standards in a standardized way:

Measurement according to DIN EN 50413      European basic standard

Measurement according to DIN VDE 0848-1  Federal-immission-protection law

Measurement according to BGV B11              workmen´s compensation board rules

Analysis according to IBN (SBM-2008)            building-biological standard value

Analysis according to GFG e.V.                      Gabriel standard value (working and living)

Do you have more questions or would you like to obtain an offer for a Gabriel-Object-Consultation? If so, please use our contact form. We ourselves or our Gabriel-Object Consultants would be pleased to help you.

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