
19
CTSAFE PME IN RESCUE OPERATIONS
The ActSafe PME also functions as a source of power for lifts
during rescue operations. Its greatest advantage compared to
other products is, in addition to its simplicity and lightweight,
that the rescuer who assists the stretcher controls the machine.
A common problem in rescue operations is the communication
breakdown. Communication problems can occur between the
person who steers the stretcher past obstacles and the person
who handles the winch, particularly in narrow spaces. Both
training exercises and actual rescue operations have shown that
this can have disastrous results especially if the “winch operator”
does not perceive a command to stop. The stretcher can get
stuck, and considerable pressure can be placed on the rope, the
karabiners, on the casualty, or the rescue worker who assists the
stretcher.
When the ActSafe PME is used with heavy loads (up to 600 k
), and in rescue
operations, it is necessary to split the forces onto several ropes. This is possible
by building a pulley system, in which the pressure is distributed on several
points. Attach a rope to the top hole of the machine’s body by tying a loop
(figure of eight) and connecting the rope to the top hole with a karabiner. You
can also connect an I’D (Petzl) to the top hole for descending possibilities. The
attachment on the top should if possible be attached to two separate anchor
points, but most important is that the anchor point must withstand a shock
load of 15 kN.
Rescue operations with ActSafe PME demand trained rescue personnel. The
rescuer has to be trained according to ActSafe PME-RESCUE.
The machine should not be used in areas where there is a risk of explosion, or
where ventilation is inadequate. The stretcher that is used should be approved
for lifts, and all other components approved as PPE (Personal Protective
Equipment)
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