Mounting Of Accessories; Safety Information; Mounting On The Sides Of The Device Column - Dräger Perseus A500 Instructions For Use Manual

Mounting of accessories

Information on mounting accessories is described
in the assembly instructions.

Safety information

CAUTION
Risk of tipping over
When support arms are used, the end stops must
be in perfect condition. Otherwise there is a risk
that the support arms will swing out of control.
Check the functional integrity of the support arm
end stops after the following activities:
– After fitting accessories
– After transporting the device
Mounting on the sides of the device
column
Depending on the arm length, the following
maximum weights are permissible:
Maximum weight
Version with
Arm
plug-in connec-
length
tions for 2
vaporizers
215 mm 20 kg
(8.5 in) (44 lbs)
300 mm 15 kg
(11.8 in) (33 lbs)
400 mm 15 kg
(15.7 in) (33 lbs)
570 mm 15 kg
(22.4 in) (33 lbs)
Instructions for use Perseus A500 SW 2.0n
Note the following information in addition:
– If more than one arm is installed on a device
– Maximum weight on the right side of the
– Maximum weight on the left side of the device:
– Maximum installation height: 1400 mm
The maximum tilting moment is calculated based
on the following equation:
Variants with plug-in connections for 2 vaporizers:
One attached
component:
Multiple attached
components:
Versions with plug-in connections for 3 vaporizers:
One attached
Version with
component:
plug-in connec-
tions for 3
Multiple attached
vaporizers
components:
13.5 kg
(29.8 lbs) Explanation:
8.5 kg
A:
(18.7 lbs)
8.5 kg
B:
(18.7 lbs)
8.5 kg
P:
(18.7 lbs)
Assembly and preparation
side, the weights or arm lengths must be
reduced. Do not exceed the maximum tilting
moment.
device: 35 kg (77 lbs)
– Versions with plug-in connections for
2 vaporizers: 25 kg (55 lbs)
– Versions with plug-in connections for
3 vaporizers: 15 kg (33 lbs)
(55.1 in)
P= (A * B) <8500 mm*kg
(<738 in*lbs)
P1 + P2 + P... <8500 mm*kg
(<738 in*lbs)
P= (A * B) <5000 mm*kg
(<434 in*lbs)
P1 + P2 + P... <5000 mm*kg
(<434 in*lbs)
Distance (including arm length) to outer edge
of the attached component
Arm weight (B1) + weight of attached compo-
nent (B2)
Product of distance and weight
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