Besides chest compressions, what critical intervention distinguishes CPR performed on a tower worker potentially exposed to RF energy?

Besides chest compressions, the critical intervention that distinguishes CPR performed on a tower worker potentially exposed to RF (Radio Frequency) energy is ensuring the area is confirmed to be RF-safe before initiating contact and CPR. This involves verifying that all transmitting antennas in the vicinity are powered down and locked out to prevent further RF exposure to both the victim and the rescuer. RF energy can cause burns and other health hazards. Before approaching the victim, it is crucial to use an RF monitor to confirm that the levels are within safe limits. If it is not possible to confirm that the area is RF-safe, CPR should not be initiated until the antennas are de-energized. The rescuer's safety is paramount to prevent becoming a second victim. Once the area is confirmed safe, CPR can be performed according to standard protocols, including chest compressions and rescue breaths, but the initial and overriding priority is ensuring that no one is exposed to hazardous RF radiation.