Steam Boiler Alarm System and Duty Engineer actions in case of different Alarms

Currency: Buy a course Well:

course title

Speaker and author of the course: senior mechanic, technical superintendent Temnikov Alexander Sergeevich

Additional information:

• Course duration: 1 hour 47 min.
• The ability to download the course
• File weight: 433 MB

Description of the course In the process of carrying out the shift or when watching in UMS mode, the shutty mechanic, in case of activation of the APS boiler, must make the right decision aimed at eliminating the cause of the signal activation and returning the boiler to normal operation. This course discusses the main signals of the emergency-preventive alarm of the steam boiler and the action of the watch mechanic in the event of an “Alarm” release. Particular attention is aimed at describing the actions of the watch mechanic when the following APS signals output: - Flame Failure - Boiler Motor Overload - High Oil Pressure - Low Oil Pressure - Low Combustion Air Pressure - High Oil Temperature - Low Oil Temperature - Low Steam Pressure - Too High Water Level - High Water Level - Low Water Level - Too Low Water Level - Auto ST-By Oil Transfer Pump Started - Auto ST-BY FEED WATER PUMP Started - High Salinity in Feed Water - High Oil Content in Feed Water - High Temperature in Uptake This course will be interesting both to those who are just starting their career path in the sea, and those who already have experience and are preparing for the position of shift mechanics on board the vessels equipped with steam boilers. This course will fully give the concepts of the main types of APS signals and the actions of the watch mechanic to eliminate “Alarms” in order to prevent emergency situations on board.

The following courses may also be interesting to you.

Signals of the APS of the steam boiler and the actions of the business mechanic by Alexander Temnikov ">

courses “Promotion” by Alexander Temnikov "">

courses “Amos for Engineers”

">

courses “Provisional refrigerated installations”

">

Course 9 “Two-stroke engines” by Alexander Temnikov ">

course 8 “Two-stroke engines” by Alexander Temnikov "">

7 “Two-stroke engines” by Alexander Temnikov ">

course 2 “WARTSILA 50DF Engines” by Alexander Temnikov "">

course 1 “WARTSILA 50DF Engines” by Alexander Temnikov "">

design features of the gas carrier LNG by Alexander Temnikov