Marine Elevator & Lift Inspection in Egypt.

Marine elevator and lift inspection

Marine elevator and lift inspection covers the examination, testing and maintenance of passenger lifts, service and goods lifts, provision lifts and engine-room lifts installed on ships. Shipboard lifts operate in a moving, vibrating and corrosive environment, which accelerates wear on ropes, guides, door equipment and safety circuits.

The consequences of failure are serious. The Australian Maritime Safety Authority issued Marine Notice 2020/01 after two fatal accidents in which crew members were crushed by a moving elevator while working between the casing and the car, highlighting poor manuals, weak risk assessment and untrained personnel. vslSafety arranges lift engineers and maker-trained technicians to attend the vessel in port.

Regulatory requirements and standards

SOLAS does not contain a dedicated lift regulation, but it affects lifts in several ways. Chapter II-2 governs the fire integrity of lift trunks, and regulation II-2/13 states that lifts shall not be considered as forming one of the required means of escape. Technical requirements come from class rules, flag requirements and industry standards:

• ISO 8383 (Lifts on ships – specific requirements) addresses the marine-specific aspects of lift design, installation and inspection, such as ship motions and environmental conditions.
• EN 81 series standards for lift safety are often used as the base standard, particularly on ships built in Europe and on passenger ships; EN 81-20 and EN 81-50 have superseded the older EN 81-1 and EN 81-2 for new installations.
• Class standards, for example DNV-ST-0495 on certification of lifts in ships, mobile offshore units and offshore installations, cover design, installation, testing and periodical inspection where the lift is class-certified.
• Flag requirements vary. On UK-flagged ships the Merchant Shipping and Fishing Vessels (Lifting Operations and Lifting Equipment) Regulations 2006, with guidance in MGN 332, require thorough examination at least every six months for equipment used for lifting persons.

New SOLAS regulation II-1/3-13 on lifting appliances entered into force on 1 January 2026, supported by MSC.1/Circ.1663. Whether a particular goods or provision lift falls within the ship’s lifting appliance register should be confirmed with flag and class, as the answer depends on the installation and the Administration’s interpretation.

Inspection and testing intervals

Intervals should always be confirmed against the lift’s approved documentation and the flag Administration’s requirements rather than assumed.

What the service includes

• Review of certificates, maintenance records, defect log, drawings and maker instructions
• Inspection of traction machine, gearbox, brake, motor, sheaves and hoisting ropes, or hydraulic power unit, cylinder, hoses and valves
• Examination of guide rails, car and counterweight guide shoes, car frame, sling, pit, buffers and trunk structure, including corrosion
• Test of landing and car door interlocks, door operators, final limit switches and safety circuit continuity
• Overspeed governor tripping test and safety gear engagement check
• Test of alarm button, two-way communication, emergency lighting, emergency lowering or rescue operation
• Levelling accuracy, ride quality, controller and inverter fault history, and capacity plate check
• Load test with certified weights where due, followed by thorough examination and report

Lift types and makers covered

Technicians commonly attend traction and hydraulic passenger lifts on cruise ships, ferries and offshore units; accommodation lifts on large container ships, tankers and bulk carriers; engine-room lifts between the control room and machinery flats; and goods, provision and dumbwaiter lifts serving galleys and stores. Marine lift makers encountered include Schindler, KONE, TK Elevator, Alimak and specialist marine suppliers. Spare parts are often maker-specific, so sourcing through spare parts supply should start early.

Common defects and PSC deficiencies

• Door interlocks bypassed, worn or out of adjustment, allowing doors to open without the car at landing
• Corroded or dry hoisting ropes with broken wires, and worn sheave grooves
• Emergency alarm, telephone or emergency lighting inoperative
• Missing or expired inspection certificates and load test records
• Oil leaks and hose deterioration on hydraulic lifts
• Lift trunk fire integrity compromised by unsealed penetrations or damaged landing doors
• No lift-specific risk assessment, permit or lock-out procedure in the SMS

Certificates and documents you receive

• Inspection report listing each item checked, measurements and defects
• Load test certificate with test load, method and weight certificates where a test is performed
• Safety gear and governor test record
• Defect list with recommended rectification and priority
• Updated entries for the planned maintenance system

How to prepare the vessel

Plan the attendance for a port call where the lift can be taken out of service for several hours. Arrange isolation and lock-out with the electrical officer, provide access to the machine room, pit and trunk, and have manuals, wiring diagrams and fault logs available. If a load test is due, arrange certified test weights and a way to load them into the car. Electrical faults may need electrical and automation services, and rope renewal can be combined with wire rope and rigging services. Crew should not enter the trunk or pit unless the lift is isolated under a permit.

Information needed for a quotation

• Vessel name, IMO number, flag and class
• Port, ETA/ETD and time the lift can be out of service
• Lift maker, model, serial number, type (traction or hydraulic) and year of installation
• Rated load, speed and number of stops
• Date of last thorough examination and last load test
• Current faults, alarms or error codes and any spare parts already on board
• Whether class or flag attendance is required

vslSafety coordinates a suitable lift technician at the vessel’s port and confirms scope, test weights and parts before attendance.

Frequently asked questions

How often must a ship’s elevator be inspected?

There is no single international interval. Annual thorough examination by a competent person is common marine practice, and some flags require more frequent examination; on UK-flagged ships, equipment for lifting persons is examined at least every six months. Class and maker instructions add routine maintenance and test requirements. Check the vessel’s flag and class requirements and the lift’s approved documentation.

Does a ship lift need a five-year load test?

Many class and flag regimes call for periodic load testing, often at five-year intervals, and a test is normally needed after major repairs, rope renewal or modification of safety components. The exact test load and method depend on the lift standard and approval. Confirm requirements before mobilising test weights.

Which standard applies to lifts on ships?

ISO 8383 covers marine-specific requirements for lifts on ships, and it is normally used with a base lift standard such as the EN 81 series. Class societies publish their own standards for lift certification, and the flag may add national requirements. The approved documentation for the installation defines which apply.

Can the crew maintain the ship’s lift?

Crew can carry out routine tasks the maker allows, such as cleaning and visual checks, if trained and working under a documented procedure. Work inside the trunk, on safety devices or on controllers should be done by trained lift technicians. AMSA recommends deferring elevator maintenance to port and using a maker-trained technician.