Section 4 Requirements for assignment of ECL(3)
Clasification Society 2024 - Version 9.40
Clasifications Register Rules and Regulations - Rules for Ergonomic Container Lashing, July 2022 - Chapter 1 Rules for Ergonomic Container Lashing - Section 4 Requirements for assignment of ECL(3)

Section 4 Requirements for assignment of ECL(3)

4.1 General

4.1.1 A ship designed to carry containers that is provided with safe access and securing arrangements in accordance with the requirements of Ch 1, 1 General, Ch 1, 2 Requirements for assignment of ECL(1), Ch 1, 3 Requirements for assignment of ECL(2) and Ch 1, 4 Requirements for assignment of ECL(3) of these Rules will be eligible to be assigned the special features notation ECL(3).

4.1.2 The requirements of this Section are to be applied in addition to those defined in Ch 1, 1 General, Ch 1, 2 Requirements for assignment of ECL(1) and Ch 1, 3 Requirements for assignment of ECL(2).

4.2 Working areas

4.2.1 Dimensions of working areas are to be in accordance with Table 1.5.1 Container securing dimensions - ECL(1), ECL(2) and ECL(3).

4.2.2 The height of working areas is, in general, to be approximately level with the lashing plate to enable dimension ‘E’ in Table 1.5.1 Container securing dimensions - ECL(1), ECL(2) and ECL(3) to be satisfied. A raised working platform may be necessary. See also Ch 1, 2.12 Lashing equipment 2.12.3.

4.2.3 Required dimension ‘H’ may be waived provided there is clear indication in the CSAP and at the position.

4.2.4 Working areas are to be increased as necessary where an access opening onto a working area would restrict the available working space.

4.3 Fall protection

4.3.1 Intermediate rails of fencing are to be in accordance with Ch 1, 3.3 Fall protection 3.3.1.

4.3.2 Fencing is to be capable of withstanding a force of at least 1,0 kN applied in any direction at mid-span of the top rail, or at the uppermost point if there is no top rail. Stanchions are to be capable of withstanding a force of at least 1,0 kN applied horizontally at the top in any direction.

4.3.3 Handrails for permanent fencing are to be rounded and easy to grasp.

4.3.4 The design of folding, hinged or removable fencing is to provide means to ensure that it is properly fitted and secured in place prior to accessing the protected space.

4.4 Transit areas

4.4.1 Dimensions of transit areas are to be in accordance with Table 1.5.1 Container securing dimensions - ECL(1), ECL(2) and ECL(3).

4.4.2 Vertical clearance of walkways and transit areas is to be at least 2,1 m. Vertical clearance of not less than 2,0 m may be accepted provided there is clear indication in the CSAP and at the position.

4.4.3 Required dimension ‘H’ may be waived provided there is clear indication in the CSAP and at the position.

4.5 Movement between levels

4.5.1 Trip hazards and small changes in elevation are to be avoided.

4.5.2 Angles of ascent for ramps, steps and ladders are to be in accordance with Table 1.4.1 Angles of ascent.

Table 1.4.1 Angles of ascent

Description Angle
Ramps 7° – 15° from horizontal
Steps 30°– 50° from horizontal
Ladders 0° – 25° from vertical

4.5.3 Doors are to open inwards and away from the change of height where this is not in conflict with any escape requirements.

4.5.4 Where there is a direct line between the doorway and the steps or ladder, additional fall protection is to be provided between the doorway and the steps or ladder.

4.6 Signs and indications

4.6.1 Where access openings open into transit or working areas, warning signs are to be displayed on the underside of the cover or at another appropriate prominent place.

4.6.2 Where it is necessary to locate steps or ladders directly behind doors, a warning sign is to be provided on the door.

4.7 Access openings

4.7.1 An access opening giving access to a ladder is to have a clear opening, where practicable, of not less than 600 mm by 600 mm. There is to be a clear space of at least 400 mm either side of the opening, and preferably on all sides, to allow easy access.

4.8 Ladders

4.8.1 Ladders of height exceeding 3,0 m from which a person may fall overboard are to be provided, where possible, with safety cages. Alternatively, a positive fall arrest device should be provided, such as safety rails or cables that can be secured to a safety harness.

4.8.2 The vertical height of a ladder is not to exceed 9,0 m. Where the difference in levels is greater than 9,0 m, intermediate landings and multiple ladder runs of equal length are to be provided.

4.8.3 There is to be no change in direction of a ladder without an intermediate landing.

4.8.4 Landings between ladders are to be not less than 600 mm in width. Landings at the top and bottom of inclined ladders are to be at least 760 mm in length.

4.8.5 Stair ladders are not recommended and will be specially considered.

4.8.6 Ladders are not to interfere with the opening and closing of hatches and doors.

4.8.7 Where it is intended that ladders are to be climbed from one side only, the opposite side of the ladder is to have a barrier.

4.8.8 Ladder rungs are to be at least 410 mm in width, and are to be slip-resistant or of grid/mesh construction.

4.8.9 If ladder rungs are of round cross-section, the diameter is to be at least 25 mm. If ladder rungs are of square cross-section, the sides are to be a minimum of 25 mm.

4.8.10 The vertical spacing of ladder rungs is to be uniform and between 275 mm and 300 mm apart.

4.8.11 Ladders are to be mounted at least 205 mm from the nearest permanent object at the back of the ladder.

4.8.12 There is to be at least 760 mm clearance in front of a ladder for climbing space.

4.8.13 Ladders that lead to hatches or passageways are to have horizontal or vertical handgrabs that extend at least 1,0 m, where possible, above the level or landing platform served by the ladder.

4.8.14  Safety cages are to be constructed in accordance with 2.8.10 and the following additional requirements:

  1. The vertical strips connecting the hoops are to be spaced at intervals not more than 240 mm.

  2. Safety cages are to start at a height of 2,1 m above the deck.

4.9 Steps

4.9.1 Steps are to have appropriate slope, spacing, width and size of tread. Wherever possible the slope for steps is to be 38° from the horizontal, with a tread height of 170 mm, a depth of 290 mm and step width of at least 710 mm.

4.9.2 A vertical clearance of at least 2,1 m is to be provided above all steps.

4.9.3 A clear landing at least as wide as the tread width and a minimum of 915 mm long is to be provided at the top and bottom steps.

4.9.4 A continuous handrail is to be provided on all steps.

4.9.5 The height of the top handrail for steps is to be between 910 mm and 990 mm, with 940 mm preferred.

4.9.6 Handrails for steps are to be rounded and easy to grasp.

4.10 Lashing bridges

4.10.1 Where lashing rods are to be stowed on the lashing bridge walkway, the storage area is to be provided with hoops or equivalent.

4.10.2 Where lashing rods are to be stowed in the space between the lashing bridge and the container stack, the arrangements are to prevent the rods becoming trapped or difficult to access when containers are secured.

4.10.3 Access opening covers are to be gratings or equivalent rather than solid plates.

4.10.4 Hooks to secure turnbuckles during unloading/loading are to be provided on the fencing. The design of hook is to ensure that the turnbuckle will not fall out accidentally.

4.11 Sightlines and signalling

4.11.1 Where sightlines necessitate the use of a signaller, provision is to be made for a safe operating area on deck and fall protection provided as necessary.

4.12 Lashing equipment

4.12.1 Dimensions of lashing and stowage arrangements are to be in accordance with Table 1.5.1 Container securing dimensions - ECL(1), ECL(2) and ECL(3).

4.12.2 Lashing equipment is to be easy to use, inspect and maintain. Lashing equipment is to be such that the condition may be determined by visual inspection.

4.12.3 The length and weight of lashing rods are to be such that the Operator is to be able to fit and remove the rods without reaching above shoulder height. Table 1.5.1 Container securing dimensions - ECL(1), ECL(2) and ECL(3) Dimension ‘E’ defines the maximum height to which a lashing rod may be lifted while inserting into the container corner casting. Required dimension ‘E’ may be waived provided there is clear indication in the CSM and at the lashing position.

4.12.4 Lashing equipment for use at the twenty foot ‘ISO gap’ position should be stored at that location, not at the forty foot position. This requirement may be waived provided there is clear indication in the CSM.

4.13 Electrical requirements

4.13.1 Lighting arrangements for cargo operations are to be appropriate for the activities to be carried out, e.g. container securing points as well as the working area.

4.13.2 The level of lighting is to be sufficient to enable obvious damage to, or leakage from, containers to be seen.

4.13.3 The level of lighting is to be sufficient to read labels or container plates or to distinguish between them where required, or provision is to be made for other means of illumination. Alternative lighting arrangements providing an equivalent level of illumination may be specially considered.

4.13.4 Openings in deck surfaces and walkways are to be illuminated, see Ch 1, 4.13 Electrical requirements 4.13.8.

4.13.5 Warning signs are to be illuminated sufficiently to readily identify the sign and to read its content, day and night.

4.13.6 Light fittings are to be accessible for maintenance.

4.13.7 Where it is proposed to use portable (wander) lights to satisfy the requirements of this Section, the arrangements are to be provided with:

  1. Dedicated socket-outlets satisfying the requirements of Pt 6, Ch 2, 12.6 Charging facilities of the Rules for Ships;

  2. Secure mounting locations to provide the required lighting;

  3. Means to locate light cables such that they will not be damaged or present a hazard when mounted; and

  4. Dedicated storage area for the lights when not mounted.

4.13.8 Minimum light levels are as follows;

  1. Where the dangers of tripping or falling are greater than usual – 30 lux.

  2. Where inspecting and repairing lashing equipment – 540 lux.

4.14 Surveys

4.14.1 No additional requirements for ECL(3), see Ch 1, 2.14 Surveys.


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