Operating instructions
ScanAfia X TK, S, ICU Version 1.5
Copyright © Lojer Oy, 2015
35
Figure 75.
Stress on the sleeve of the IV stand
Also other manufacturers' IV stands that fit in the sleeve can be used while
taking into consideration the sleeve's maximum load shown in Figure 75. Make
sure the stand fits in the sleeve. At the head of the bed, the maximum bending
moment of the sleeve is 10Nm and the maximum bending moment of the rear
end sleeves, available as accessories, is 5Nm.
7.6 Operating the nurse's control board (58128)
The nurse's control board is a separate control device for controlling the
operations of the bed the same way as the hand-held control or, if needed,
preventing the operations of the hand-held control. The nurse's control board is
located in a pipe at the foot end of the hospital bed.
The movement functions of the hand-held control can be prevented by locking
the equivalent function on the nurse's control board. Correspondingly, the
operating switches of the nurse's control board allow you to bypass the locking
mode of the hand-held control, e.g. use of the Trendelenburg function in an
emergency situation.
IMPORTANT!
If the hand-held control is within the reach of the patient,
operating it may cause danger to the patient or others so we
recommend the use of the nurse's control and locking board.
IMPORTANT!
The adjustment functions of beds with a battery system work
after the mains power is unplugged or during a power outage
as long as there is power in the batteries. The operations of
the bed may be prevented using the nurse's control or locking
board.
IMPORTANT!
When you are using the nurse's control or locking board,
make sure that the functions are switched off on the hand-held
control.
IV STAND BRACKET
MAX LOAD 10Nm
THE SLEEVE OF IV STAND CAN BE
STRAINED ACCORDING TO THIS
BASIC DIAGRAMME. CHECK THE
SWL LOAD AND APPLICABIITY OF
THE IV STAND YOU USE AND TAKE
INTO CONSIDERATION THE
EFFECT OF TILTING THE BED
WHEN UNDER MAXIMUM LOAD.
NOTE! When tilting the bed the moment
arm increases.
1,25m x 10Nm=125Nm!!!
(1kg=10N)
