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8
8. TECHNICAL DATA AND COMPONENTS
Note: Spencer Italia S.r.l. reserves the right to make changes to specifications without notice.
See Callout Image P2 – P3 – P4 – P5
No. Description Material No. Description Material
1 Frame – Stretcher supporting
structure
Steel 16 Crossbar for front fixing – Element
needed to secure the stretcher to the
fixing system
Steel
2 Trendelenburg control lever, tilts the
foot end of the patient bed Steel/Plastic 17 Variable height unlocking lever –
Unlocks movement toward the outside
of the front leg, allowing the stretcher
to be positioned at the intermediate
height position
Nylon
3 Feet side patient bed PE 18 Sidebar unlocking lever – Allows the
siderails to be lowered
Nylon
4 Sidebars – Lateral restraining of the
patient during transport. Nylon/Al/Steel
19 Complete fifth wheel – Element
needed for coupling with the fixing
systems
Al/Nylon
5 Backrest piston – Adjusts the backrest
inclination
Steel 20 Trendelenburg/Fowler Lever – If
present, it excludes the presence of the
former. In addition to the former, it
also allows the Fowler position
Steel
6 Backrest PE 21 Trend./Fowler Board – If present, it is
the TF version of the patient bed
PE
7 Loading trolley wheels – These rest
on the ambulance floor during
stretcher loading, supporting it while
the front legs fold down.
PU 22 Sharp System (if present) – Optional
mechanical system that allows the
stretcher to be released from the fixing
without intervening on the fixing itself
Nylon/PE/Steel
8 Front leg – When closed, it allows the
stretcher to be loaded into the
ambulance; two wheels are attached
to the stretcher, which are necessary
for its movement.
Steel 23 Sharp system drive handle
(if present) – Control part of the Sharp
System
Nylon/Steel
9 Front wheel - needed to move the
stretcher PU 24 TEC TH Rear leg unlocking lever Nylon/steel
10 Front piston – element needed to
move the leg
Steel 25 TEC TH Front leg unlocking lever Nylon/steel
11 Rear leg – When closed, it allows the
stretcher to be loaded into the
ambulance; two wheels are attached
to the stretcher, which are necessary
for its movement.
Steel 26 Telescopic handle On the TH version
only, allows the stretcher to be raised,
for example for climbing steps.
Steel/PVC
12 Rear wheel with bracket - These
steer the stretcher by pivoting; they
have a brake to stabilise the stretcher
when it is not being moved
PU/FE 27 Stretcher shortening unlocking
mechanism – Allows the loading trolley
to be folded to facilitate handling in
confined spaces
Al
13 Rear piston – element needed to
move the leg
Steel 28 Folding loading trolley – The loading
trolley can be folded downwards when
the release mechanism is activated
Steel
14 Front leg unlocking handle - Unlocks
the movement of the front legs,
allowing stretcher loading into the
ambulance
Steel/Nylon 29 Spine board – B-bak pin – inserted into
the dedicated Carrera Pro slot
PE
15 Rear leg unlocking handle - Unlocks
the movement of the rear legs,
allowing stretcher loading into the
ambulance
Steel/Nylon 30 Spine board stop sleeves PU