HK Engine Operator Grade 3 flashcards
HK Engine Operator Grade 3 · Build recall with a focused review session.
31 cards. Read the term and the definition here. The deck at the top of this page is optional.
- Watch handover acceptance
- The relieving engineer takes responsibility only after a face-to-face briefing on plant status, defects, ongoing work, and standing orders, and both parties record the handover in the logbook.
- UMS alarm testing
- Before leaving the machinery space unattended, alarm and safety systems are proven in test and any defeated alarm is logged with justification and a standing instruction covering the risk.
- Engine room bell book
- A record of every telegraph order and its time and response during manoeuvring, written when the order is received rather than reconstructed later, supporting later investigation.
- Engine standby readiness
- The condition in which the main engine has been tested ahead and astern and the bridge has been told the engine is ready for immediate manoeuvring orders.
- Deviation response order
- A sequence for abnormal readings: verify the instrument, find the cause, reduce load or change over, inform the bridge if manoeuvrability is affected, then record the event.
- Watchkeeping round records
- Logged readings covering main engine parameters, auxiliary loads, pressures and temperatures against limits, tank levels, bilge state, and observed leaks or abnormal noise.
- Refusal of handover
- The right of an arriving engineer to decline responsibility when the plant state is unclear or unsafe, leaving the outgoing engineer on watch until the situation is resolved.
- Manoeuvring telegraph log
- The timed record of bridge orders and engine responses during port arrival and departure, used to show compliance and to reconstruct events after an incident.
- Scavenge pressure diagnosis
- Scavenge air pressure should rise with load; a fall at constant load points to air cooler fouling, blower fault, or leaking scavenge trunking rather than a fuel problem.
- Peak pressure adjustment
- Cylinder peak pressure is compared with shop trial values and corrected by changing compression ratio or fuel timing as the engine maker specifies.
- Fuel viscosity at engine
- Residual fuel is heated so inlet viscosity stays in the maker's band, commonly around 10 to 15 cSt; too high spoils atomisation and too low risks seizure.
- Purifier gravity disc
- The disc is chosen from fuel density at the separating temperature; too small a disc loses oil to the sludge side, too large a disc leaves water in the cleaned oil.
- Lube oil trend analysis
- Single samples matter less than trends: rising iron or copper, rising water, falling TBN, and rising insolubles each indicate a specific wear or contamination path.
- Jacket water temperature
- Cooling water is treated against corrosion and scale and held near the maker's temperature; a sudden rise with falling pressure suggests air ingress or pump fault.
- Air receiver draining
- Condensate is drained from starting air receivers at intervals, and safety valves and gauges are checked; capacity must allow the maker's number of consecutive starts.
- Planned maintenance basis
- Maintenance intervals are set by running hours, condition monitoring, and maker's recommendations; deferred items are risk-assessed and recorded with a new target date.
- Indicator diagram use
- A pressure-volume diagram taken from a cylinder shows combustion and compression quality and is compared with trial values to detect timing, injector, or ring faults.
- Fuel density and separation
- Separation temperature is set so the fuel's density at that temperature stays below the disc rating; density rises as temperature falls, so cold fuel separates poorly.
- Enclosed space entry permit
- A permit issued before entry after testing oxygen near 20.9 percent, hydrocarbons, and toxic gas, with a competent standby person at the entrance and rescue gear ready.
- Fixed CO2 release condition
- Fixed CO2 is released into an engine room only after all personnel are accounted for, fuel and ventilation are shut off, and the space is fully sealed.
- Oil record book entries
- Bunkering, transfers, separater discharges below 15 ppm, sludge disposal, and soundings are recorded and signed by the officer in charge and the master.
- Oily water separator limit
- Machinery space bilge water may be discharged only through 15 ppm equipment fitted with an alarm and automatic stopping device, and never in special areas.
- Enclosed space rescue rule
- Rescuers never enter an atmosphere without breathing apparatus; unprotected rescue attempts are the main cause of multiple fatalities in tank and hold incidents.
- Emergency equipment testing
- Emergency generator, emergency fire pump, and emergency lighting are tested at set intervals with results recorded, and failures are rectified before the next voyage.
- Garbage segregation at sea
- Garbage is separated by category and recorded in the garbage record book or management plan; plastics are never discharged overboard under any circumstances.
- Engine room fire first actions
- Raise the alarm, stop fuel supply and ventilation, close all openings, and fight the fire with the appropriate medium while accounting for every person on board.
- Local Vessels Ordinance
- Hong Kong's Merchant Shipping (Local Vessels) Ordinance, Cap. 548, and its regulations govern certification, manning, and operation of local vessels in Hong Kong waters.
- Marine Department licensing
- The Marine Department issues the Certificate of Survey and the vessel licence; both must be valid and consistent with the vessel's type and intended use.
- Local manning scale
- The licence conditions set the certificate of competency and crew numbers for the vessel type, tonnage, and propulsion power, and the engine room watch must meet them.
- Hong Kong bunkering safety
- Bunkering in Hong Kong waters follows local safety requirements: notification, spill contingency arrangements in place, scuppers plugged, and transfer supervised throughout.
- Accident reporting duty
- The master must report marine accidents and dangerous occurrences to the Marine Department promptly, and the engine department supplies the technical facts for that report.