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pravilnik o zvanjima i ovlašćenjima o osposobljenosti pomoraca

pravilnik o zvanjima i ovlašćenjima o osposobljenosti pomoraca

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193<br />

– fire pump and emergency systems<br />

– bilge pumps<br />

– lifeboats, engines, pumps<br />

– lifesaving equipment<br />

– emergency steering gear<br />

UNFINISHED TASKS**<br />

SERIAL<br />

NUMBER OF<br />

THE TASK<br />

DATE<br />

TASK DONE<br />

AUTHORISED<br />

PERSON<br />

SIGNATURE<br />

REMARKS<br />

** This is the table for the tasks which have not been passed during apprentice service onboard. Those tasks have to be passed<br />

during consultations before exam.<br />

Logbook contains two pages mentioned above.<br />

ENGINEER’S RESPONSIBILITY DURING WATCHKEEPING<br />

Chief engineer is responsible for maintenance and work of all installation including electrical equipment as well.<br />

He gives orders for:<br />

– work of all installation and electrical distribution<br />

– maintenance of installation and equipment, periodical and planed inspections;<br />

– safe work<br />

In addition he will give special orders depending of the situation.<br />

Such orders must be well known and accepted by engineers on watch<br />

Under command of the chief engineer, engineer on duty is responsible for working control and testings of all installation and<br />

equipment during the watch. He is representative of chief engineer and he cares about efficiency and maintenance of the installation<br />

and about safety of the ship. He is responsible for the engineroom, beside chief engineer until he releases him from duty.<br />

WATCHKEEPING IN THE NAVIGATION<br />

Takeover of the watch<br />

Engineer on duty must not give over duty to another engineer if this one in not capable to takeover the watch, in that case he must<br />

inform chief engineer.<br />

Engineer who is taking over the watch must check working stability of the installation. He must have control of main engine, auxiliary<br />

installations and equipment. He must be satisfied with work of engineroom stuff, and must give them orders what to do during the<br />

watch. He must be sure that each member of the watch is well informed with his duties, each member of the have to;<br />

– know how to use internal communication system<br />

– know all exits from engineroom<br />

– know alarm system and difference between alarms, especially co2,<br />

– know position and use of firefighting equipment in the engineroom<br />

– avoid all possibilities of sea pollution.<br />

On the beginning of the watch he must accept operational parameters and condition of all installation.<br />

Engineer who taking over the watch must not do so, until he checks state in the logbook and compares it with virtual state.<br />

He must check:<br />

– usual orders of the chief engineer considering ship and installation<br />

– water level in all tanks (bilges, slops, sewage, potable water, etc)<br />

– sewage system, (working condition and instruments)<br />

– work of boilers (automatic flame control, feed water control, fuel delivery etc.)<br />

– possible warning about bad weather, ice or usage of the sea for potable water producing.<br />

– special working condition caused by equipment failure or condition of the ship<br />

– report all measures agreed<br />

– firefighting system<br />

Engineer on duty must keep under control main engine and auxiliary installation until his replacement.<br />

He must regularly make a tour around installation and steering gear room as well to locate possible failure, make some adjustments<br />

etc.<br />

Periodical control must confirm that:<br />

– main engine and auxiliary engine control work properly

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