Cardiac pacemakers in magnetic fields of a shunt reactor at a 400 kV substation.
The use of cardiac pacemakers (PMs) increases in Western countries. The aim of the study is to investigate cardiac pacemakers (PMs) using a human-shaped phantom in magnetic fields of a shunt reactor at a 400 kV substation. We performed seven PM experiments using a phantom. Two locations close to the shunt reactors were chosen. The magnetic field exposure was over 1000 µT in one location and over 600 µT in the other one. The magnetic field exposure did not disturb the tested five different PMs (in unipolar or bipolar configurations). It can be stated that in our experiment, the magnetic field exposure (over 600 µT and over 1000 µT) did not disturb the PMs (in unipolar or bipolar configurations). Since we only studied some PMs, it is possible that the magnetic field exposure at 400 kV substations can cause disturbances to other PMs. However, the risk of disturbances does not seem to be high.
a Tampere University of Technology , Finland.
Leena
L
Korpinen
Harri
H
Kuisti
Hiroo
H
Tarao
Jarmo
J
Elovaara
Vesa
V
Virtanen
D004784:Environmental Monitoring / Q000379:methods*; D006801:Humans; D060526:Magnetic Fields; D008348:Manikins; D010138:Pacemaker, Artificial
cardiac pacemakers; magnetic fields; reactor; substation