Section
2 Requirements for assignment of ECL(1)
2.1 General
2.1.1 A ship designed
to carry containers that is provided with safe access and securing
arrangements in accordance with the requirements of Sections 1 and
2 of these Rules will be eligible to be assigned the special features
notation ECL(1).
2.2 Working areas
2.2.2 Access to
working areas is to be in accordance with the requirements for access
and movement about the ship as defined in these Rules.
2.2.3 Isolated
pedestals for outboard container fixing are not generally acceptable
as places to perform securing tasks. Where possible, a fixed platform
is to be provided to enable access to the pedestal from the adjacent
hatch cover, see
Figure 1.5.3 Outboard working area. Where this is not possible, isolated pedestals may be
accepted provided they have adequate access, fall protection and work
platforms.
2.2.4 Working areas
are to provide a firm and level working surface. Trip hazards, where
unavoidable, are to be clearly marked, see
Ch 1, 2.6 Signs and indications.
2.2.5 Where lashing
is from the hatch cover, a suitable platform should be provided, where
practicable, preferably at the same level as the top of the hatch
cover.
2.2.6 Working areas
are to have anti-slip surfaces or coatings.
2.3 Fall protection
2.3.1 Openings
and edges into, through or over which a person may fall are to be
fitted with fall protection.
2.3.2 Where fall
protection is required, any horizontal gaps in fall protection are
not to exceed 300 mm.
2.3.3 Any openings
in lashing positions through which people can fall should be possible
to be closed on all occasions when it is necessary to access the lashing
position.
2.3.4 Fencing is
to be permanently installed except where this either interferes with
cargo handling operations or damage to the fencing is likely, in which
case permanently attached folding or hinged fencing may be permitted.
Removable fencing arrangements providing an equivalent level of protection
will be specially considered.
2.3.5 The top rail
of fencing is to have a height of at least 1000 mm from the base.
2.3.6 The intermediate
rail(s) of fencing are to be positioned so that vertical spacings
do not exceed 500 mm.
2.3.7 Fencing is
to be of sufficient strength to prevent persons from falling and sufficiently
robust to withstand operation.
2.3.8 Fittings
for folding, hinged or removable fencing are to be robust and capable
of ensuring that the fencing remains upright in operational use. Fasteners
are to be captive to prevent their loss or fall.
2.3.9 Any non-rigid
railing such as chain or wire rope is to have a sag at the mid-point
between posts of not more than 150 mm. Wires are to be made taut by
means of turnbuckles.
2.3.10 Where fencing
forms part of a walkway that is subject to the requirements of the International Convention on Load Lines the requirements of
that Convention are to be satisfied.
2.3.11 Toeboards
are to be provided where persons below could be exposed to falling
objects, such as around the sides of elevated lashing bridges and
platforms, or where persons may be working near an edge.
2.4 Transit areas
2.4.2 Walkways,
transit areas, steps and ramps are to have anti-slip surfaces or coatings.
2.5 Movement between levels
2.5.1 Safe means
are to be provided to enable movement between locations that are on
different decks, or at different heights.
2.5.2 Ramps, steps
or ladders are to be provided where the elevation changes abruptly
by more than 300 mm.
2.5.3 Ladders should
be provided to enable access to hatch coamings and pedestals where
access is required for lashing operations.
2.5.4 Access openings
which are situated in transit areas are to be protected by fencing.
2.6 Signs and indications
2.6.1 Deck obstructions,
head-height obstructions and protrusions in access ways, such as cleats,
ribs and brackets, that may give rise to a trip hazard are to be highlighted
in a bright, conspicuous colour. Where necessary, warning signs are
to be posted.
2.6.2 Changes in
walkway height, edges, access openings and other fall or trip hazards
(e.g. deck obstructions) are to be identified by yellow paint or black
and yellow stripe hazard marking.
2.6.3 Openings
that may present a trip or fall hazard should be highlighted in a
contrasting colour around the rim of the opening.
2.6.4 Where necessary
for safety, walkways on deck are to be delineated by painted lines
or otherwise marked by signs.
2.6.5 Signs relating
to safe access are to be pictorial where possible.
2.6.6 Where practicable,
fences and handrails are to be highlighted with a contrasting colour
to the background.
2.6.7 Any specific
lashing requirements are to be displayed at or near to the lashing
position.
2.7 Access openings
2.7.1 Where a fixed
ladder gives access to a lashing position through an opening in the
platform, the opening shall be protected with a hinged cover which
can be closed after access. Alternatively, the opening is to be protected
by fencing. Grabrails should be provided to ensure safe access through
the opening.
2.7.2 Where covers
are near vertical when in the open position, or where a handhold is
fitted to the underside of the cover, the cover is to be fitted with
a vertical locking dead-stop.
2.7.3 Access opening
covers should preferably be gratings or equivalent rather than solid
plates.
2.8 Ladders
2.8.1 Ladders with
a potential fall height exceeding 6,0 m are to be fitted with a positive
fall arrest device, such as safety rails or cables that can be secured
to a safety harness.
2.8.2 Ladders with
a potential fall height exceeding 3,0 m are to be provided, where
possible, with safety cages.
2.8.3 Ladders from
which a person may fall into a hold are to be provided, where possible,
with safety cages.
2.8.4 Ladders are
to be large enough for persons to safely enter and leave.
2.8.5 Handholds
are to be provided at the top of ladders to enable safe access to
the platform to be gained.
2.8.6 The upper
rung is to be level with the platform or no more than 300 mm below
the level of the platform.
2.8.7 Where a fixed
ladder gives access to the outside of a lashing position, the stringers
are to be connected at their extremities to the fencing of the lashing
position, where practicable, irrespective of whether the ladder is
sloping or vertical.
2.8.8 Where a fixed
ladder gives access to a lashing position from the outside of the
platform, the stringers of the ladder are to be opened above the platform
level, where practicable, to give a clear width of between 700 mm
to 750 mm.
2.8.9 Ladders are
to be mounted at least 150 mm from the nearest permanent object at
the back of the ladder.
2.8.10 Safety
cages, where required, are to meet the following requirements:
-
The distance from
the ladder rung to the back of the safety cage is not to exceed 750
mm.
-
Hoops are to be uniformly
spaced at intervals not exceeding 900 mm.
-
Hoops are to be connected
by vertical strips secured to the inside of the hoops, each equally
spaced around the circumference of the hoop.
-
At the cage entrance,
the distance from the ladder rung to the back of the safety cage may
be increased to not more than 800 mm.
-
Where practicable,
stringers are to be carried above the floor level of the platform
by at least 1,0 m and the ends of the stringers are to be given lateral
support.
-
The top step or rung
is to be level with the floor of the platform unless the steps or
rungs are fitted to the ends of the stringers.
2.9 Steps
2.9.1 No requirements
for ECL(1).
2.10 Lashing bridges
2.10.1 No requirements
for ECL(1).
2.11 Sightlines and signalling
2.11.1 No requirements
for ECL(1).
2.12 Lashing equipment
2.12.1 Three high
lashing rods are not permitted.
2.12.2 Extension
pieces are not permitted. This requirement may be waived provided
there is clear indication in the CSM.
2.12.3 Anchor
points of turnbuckles should be positioned such that there is no bending
of the lashing rods.
2.12.4 Stowage
places, such as bins, are to be provided for lashing equipment.
2.12.5 Bins for
defective lashing equipment are to be provided and clearly identified.
2.12.6 Stowage
bins and their carriers should be designed and of sufficient strength
to be lifted off the vessel and re-stowed.
2.13 Electrical requirements
2.13.1 Electrical
arrangements and equipment are to satisfy the applicable requirements
of Pt 6, Ch 2 Electrical Engineering of the Rules for Ships
in addition to the requirements of this Section.
2.13.2 Lighting
is to provide adequate illumination of walkways, transit areas, ladders,
ramps and lashing positions. Account is to be taken of shadows created
by containers which may be stowed in that area, for example different
length containers in or over the work area. The illumination intensity
should take into consideration the distance to the uppermost reaches
where lashing equipment is utilised.
2.13.3 A separate
lighting system is to be provided for each working space between container
bays.
2.13.4 Lighting
is to be permanently installed, where possible, and guarded against
breakage.
2.13.5 Where lighting
required by this Section is controlled by switches, the switches are
to be readily accessible.
2.13.6 Reefer
power outlets are to provide safe, watertight electrical connection.
2.13.7 Reefer
power outlets are to be heavy duty and interlocked such that the outlet
cannot be energised until a plug is fully engaged and the actuator
rod has been pushed to the ‘on’ position. Pulling the
actuator rod to the ‘off’ position must manually de-energise
the circuit.
2.13.8 Reefer
power outlets are to de-energise automatically if the plug is withdrawn
while in the ‘on’ position. Also, the interlock mechanism
must break the circuit while the pin and sleeve contacts are still
engaged.
2.13.9 The design
and positioning of reefer power outlets are to ensure that the Operator
is not standing directly in front of the socket when switching takes
place.
2.13.10 The positioning
of reefer power outlets is to allow for cabling to be laid out without
causing a trip hazard. The cables should be protected from lashing
equipment falling on them during lashing operations.
2.14 Surveys
2.14.1 The arrangements
and equipment referred to in these Rules, excluding loose container
securing fittings, are to be examined and tested on completion of
the installation and annually thereafter.
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