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109 Cards in this Set
- Front
- Back
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SESEF |
Shipboard Electronic Systems Evaluation Facility land-based test facility used to facilitate testing of EM transmitting/receiving equipment |
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OCSOT |
Overall CS Operational Test provides immediate FB on readiness covers many systems involved w/ CS monthly inport, weekly U/W, 72hrs prior to U/W |
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Purpose of Mag Sprinks |
Provides cooling in case of fire around mags Not designed to combat ammo fires |
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Who must be notified before conducting Mag Sprinks PMS |
CO WEPS DCA |
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Mag Sprinks cert granted by |
ISIC |
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PRPV |
Pneumatically Released Pilot Valve monitors spaces automatic operation of sprinks can be exposed to outside 48hrs 8oz P will set it off |
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Manual Control Valve |
3-way: Open, Closed, Neutral (usual posn) must have locking key |
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CLA Valve |
controls/provides H2O to mag sprinks system min. 40psi WFIP 52- smooth log guidance |
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Valve Test Casting |
prevents flow of SW to sprink heads during PMS disables when test casting installed |
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Types of Sprinkler Heads (2) |
Pigtail Standard |
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VLS Deluge System |
in each cell- set off at 190deg |
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How long does the FW accumulator run until reassessing need for deluge of VLS cell? |
90-110sec |
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Most common type of corrosion control? |
Galvanic |
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When is GFE required? |
work in the bilges opening confined space after fire HAZMAT spill toxic gas leak painting |
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What are the safe levels of O2? |
19.5-22% |
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What GFE items require CO permission (3)? |
entering IDLH space GFE for civilians hotwork w/in 5' of mag |
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What is the most important quality of LO? |
viscosity |
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What is required in a GF certificate? |
space/operation test results CO's signature |
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How often does the Safety O evaluate the GFE program? |
annually |
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Requirements for GF Engineer (DCA), GFEA, GFPO |
CO designation CPR qualed DCA: E-7+, 40hrs U/I GFEA: Fire Marshal, E-7+ GFPO: E-6, 1 per IET |
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IDLH spaces/systems |
AFFF VCHT spaces Fuel/sewage tanks Spaces with Freon |
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IDLH entry conditions |
2 person rule PPE resp equipment rescue control pt comms requirements cont/periodic testing |
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Duration of gas free certificate |
8hrs |
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Where is the gas free certificate distributed? |
All accesses to the space GFE files Division requesting services DC Central OOD |
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H2S found where: |
AFFF Trash VCHT |
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How long to gas free space that has been spray painted? |
10min |
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GFE training conducted: |
indoc annually quarterly toxic gas drills semiannual rescue drill/training |
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Components of EOSS program |
EOP (EUG) EOCC |
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Types of EOSS FB |
Urgent- safety related Routine- Cat A (EOSS materials), Cat B (Non-urgent tech discreps) |
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When is deviation from EOSS warranted? |
endangerment to personnel or equipment EOSS doesn't match actual config component/system inop or DFS issued adherence to advisory msg RMD |
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How is deviation from EOSS authorized? |
CO signature on each line changed/bottom of procedure
OR
CO signature on cover letter explaining auth change |
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HIP |
Hardware Installation Procedure provides detailed guidance on reqs for placement of all EOCC/EOP books located in Book 1 after EUG |
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EOSS program management (6) |
training discreps addressed/corrected materials accessible/maintained dept priority EOSS fund ref procedural compliance |
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Viscosity Index |
resistance to change in viscosity w/ change in temp |
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centistokes |
time reqd for a specific volume of fluid to flow thru a calibrated capillary tube at a spec temp |
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cloud point |
pt at which LO waxes begin to precip out and become evident in the liquid as a cloud |
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pour point |
pt at which LO will no longer flow or be efficiently pumped |
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flash point |
temp at which sufficient vapor concentration exists above the surface of the lubricant so that ignition with a test flame is possible |
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fire point |
temp at which sufficient vapors are present above the surface of lubricant to sustain combustion upon ignition |
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demulsibility |
ability to readily separate from water |
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emulsion |
state of LO that results from organic acids combining with water in LO |
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mineral oils |
steam turbine oil (2190) diesel oils hydraulic oils |
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synthetic oils |
gas turbine oil (23699) hydraulic oils |
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clear (visual test) |
absence of water (haziness/cloudiness) |
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bright (visual test) |
absence of visible particulate matter |
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BS&W (for 2190) |
bottom sediment and water centrifuge spin sample for 30min at 1500rpm provides measure of sediment/water in sample sediment: <0.1%, combined: <0.2% max- SAT combined: <0.4% max- Warning |
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Max temp LO heated to during purification |
180deg F |
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When prepping for U/W, what temp should the LO in sump be (at least)? |
90deg F |
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Max fuel dilution for 9250 LO (used in diesel engines) |
5% |
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Testing requirements for hydraulic oil |
Purify system for 48hrs |
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JOAP requirements |
Joint Oil Analysis Program preventative maint tool send samples off-ship for analysis sampling requirements differ with equipment/set by PMS |
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Methods of LO/HO purification |
Continuous- purifier takes suction from sump/tank while equipment is operating
Batch- LO transferred from sump to settling tank |
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Sampling periodicity for 2190 TEP LO (2000 MRC) |
PTS PTT PTO Daily Casualty Weekly Unusual Cond Purifier |
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F/O used by USN |
JP-5/F-44- Turbine Jet Fuel, kerosene type MOGAS- Turbine Jet Fuel, gasoline type F-76/DFM- Middle Distillate Fuel, gasoline type for propulsion |
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Types of fuel sampling |
line- obtained from designated location w/in system while fuel is flowing
sound- sounding tape and WIP to determine water level
bottom- take on the bottom surface of the tank at lowest point |
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Reasons for F/O testing |
est level of contamination ensure that fuel can be stored safely est the density of fuel for weight dist and heating value |
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Impact of contamination of F/O to propulsion plant |
inc starting difficulty fuel nozzle spray distortion/plugging inc corrosion
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F/O samples take during what evolutions (3) |
receipt of fuel prior/during transfer prior/during use |
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DCPO quals |
PQS: 3M Maint Man, QA Craftsman, Basic DC, DCPO DCPO NKO Course XO approval Responsible E-5+ |
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ER09 Equipment |
watertight doors/hatches/scuttles deck drains firemain/fire sta equipment battle lanterns port fire extinguishers EEBD's compartment/space inspection OVBD discharge flammable storage lockers ladders/handrails/bonding straps |
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DCPO responsibilities |
works on gear for one div/dept ensures emergency equipment/fittings are maint properly inspects DC closures verifies mat condition set maintains CCOL receive/provide training |
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SISCAL |
Shipboard Instrumentation and System Calibration performs cal on instruments not w/in ship's capability requested by ship 12mo- pressure/remote thermometer/alarm switches 48mo- bi-metallic thermometers |
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SGCP |
Shipboard Gage Calibration Program |
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METCAL |
Metrology and Calibration |
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TMDE |
Test Measurement Diagnostic Equipment |
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FCA |
Field Calibration Activity provides OB cal capability PMS for WC FCA1 Cert FCA's grad from Surface Shipboard Gage Calibration school |
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GPETE |
General Purpose Electronic Test Equipment |
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SPETE |
Special Purpose Electronic Test Equipment |
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MCMS |
METBENCH Calibration Management System |
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CRL |
Calibration Requirements List pri technical document for shipboard installed instrumentation IDs what gets calibrated, when, who, where, how |
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RCC |
Regional Calibration Cener cal and/or repair TMDE including cal standards ensure all TMDE repaired by RCC are completely recalibrated before returned to service ensure all lab standards are properly cal at the lowest appropriate level |
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Critical Gage |
parameter being monitored is essential for the safe operation and maint of the applicable ship system required to be w/in a specified range to min hazards to human safety or fail of mission essential equipment set by the SISCAL EA |
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Non-critical Gage |
calibrated when they fail or prior to initial installation must have a "Calibration Not Required" sticker on it sight-compared with a critical instrument/SGCP standard when: readings out of specified range, reading accuracy is in doubt |
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Cal periodicity for: Alarm switches P/T gages Switchboard meters/transducers Bi-metallic thermometers |
12mo: P/T/Alarm switches 36mo: P/T Gages and SWBD meters/transducers 48mo: Bi-metallic thermometers |
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Calibrated sticker |
Black letters on white Instrument attached is w/in tolerance on all scales Used on crit instruments IAW shipboard CRL |
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Inactive Calibration sticker |
Calibrate before use Green on White E.g. radiacs |
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Calibration Not Reqd sticker |
Orange on White Non-crit instruments IAW SHBD CRL |
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Special Calibration sticker |
Black on Yellow some unusual or special condition in the calibration should be noted |
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Rejected sticker |
Black on Red instrument fails to meet acceptance criteria and cannot be repaired reasons attached label left on until repaired/recalibrated |
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Out of Calibration/Out of Commission sticker |
OOCalibration- instrument gives inaccurate measurement bc out of cal; may use only w extreme caution
OOCommission- gives incorrect measurements bc it is defective or isolated from system; do not use until replaced/paired/connected to system |
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ICAS |
Integrated Condition Assessment System provides ability to determine the operating condition and monitored equipment allows for trend analysis, event reconstruction 6mo of data stored on ICAS hard drive out of parameter readings in red |
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Retention of operating logs |
* Main Engine Operating Log 2 Years
* Reduction Gear Operating Log 2 Years * Distilling Plant Operating Log 2 Years * Fuel and Water Report 30 Days * Heat Stress Survey Forms 1 Year * Lube Oil Sample/Test Log 2 years * Lube Oil Sounding/Transfer Log 6 Months * Boiler Water Treatment Log 2 years |
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Legal Records (2) |
Engineering Log Bell Book
Must be kept OB for 3yrs
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Eng Log reviewed how often by CHENG |
Daily |
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IDENTIFY the five basic principles of the QA Program. |
The following principles must be adhered to for repairs to be conducted reliably and with utmost quality: • Process that guides the performance of maintenance • Training so that work can be completed safely and effectively • Proper technical direction • Proper materials • Appropriate testing to establish confidence in essential/critical systems |
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Maintenance Procedure Work Document |
An MP is a technically endorsed procedure such as PMS, SHIPALT, TECH MAN, etc. |
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Formal Work Procedure Work Document |
Coordinates in a single document the correct materials, initial conditions, step-by-step procedures, test and inspections, and system restoration process for a particular job. Details may vary based on the complexity of the task, the experience of the craftsmen, extent of the tests, etc. |
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Controlled Work Package Work Document |
An FWP and Objective Quality Evidence (OQE) results in CWP which must be retained on file for the life of the ship (i.e. MHE manufacture and repair), providing an unambiguous history of work. |
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non-nuclear Level I systems and boundaries |
• Gaseous oxygen systems > 100psig • Liquid O2N2 systems • Main and catapult steam > 775 degrees F • Feed systems with design pressure > 600psig |
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the difference between Audit and Surveillance |
• Audits are internal systematic comparisons of records and requirements to ensure compliance with technical and administrative requirements. Vertical audits assess all aspects of a maintenance action, while horizontal audits assess one aspect of a maintenance action. • Surveillance focuses on in-process work or a specific area of concern as scheduled by the QAO. |
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noise hazardous area |
Any space where SPL >= 85dB(A) or 140dB(P) where “A” is A-weighted or time-weighted average and where “P” is peak sound pressure level |
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STS |
A change by 10dB or more @ 2,000-4,000Hz in BOTH ears or by 15dB or more @ 1,000-4,000Hz in either ear |
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PPE for noise hazards |
single for 85-95dB double for 96+dB shorten stay time 100+dB |
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When do you conduct a noise survey |
• As directed by the CO • Whenever a HS injury occurs • Prior to commencing ECC drills (if greater than 3 hours in length) • PHEL I-III and temperature >=90, Watch >=4 hours • PHEL I-III and temperature >=100, watch <=4 hours • PHEL IV-VI and DB 85+ degrees |
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LIST the requirements for double valve protection. |
• >1000 psi system (i.e. HP Air) • >200 degrees system (i.e. Bleed Air, Steam) • Hazardous System, i.e. toxic vapor • Hydraulic Fluid • Oxygen system • All hull penetrations below the waterline except electrical and mechanical penetrations • All sea connected systems > 1⁄2 inch |
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2 Lima |
= Method for adding drawings to work candidate record |
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R-Supply |
= online database which serves as an inventory, logistics, and financial management tool and provides access to supply functions including ordering, reviewing, and issuing supplies/material; maintaining financial records; reconciling supply, inventory, & financial records with the shore activity. |
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2 Kilo |
= Work candidate; request for accomplishment of work, including corrective/preventative maintenance, etc.
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• APL/AEL |
= identifies all parts or equipage necessary to support preventive and corrective maintenance of a particular configuration item
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• Configuration Change |
= Installation, removal, relocation, or modification of any system, equipment, component, or unit
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• Job Control Number (JCN) |
= the reference number for a work candidate off-ship, i.e. UIC-WC-JSN
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• Job Sequence Number (JSN) |
= sequential control number assigned to a work candidate
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• Work Candidate |
= request for work accomplishment
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• Navy Stock Number (NSN) |
= Navy’s identification number for a particular part or single unit; the last nine numbers of the NSN are the NIIN
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• Work package |
= request for maintenance to be accomplished by offship activity and which typically requires extensive planning, i.e. DFS/WAF/etc.
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• Coordinated Shipboard Allowance List (COSAL) |
= provides a complete list of all parts required to operate and maintain the equipment installed onboard ships/shore activities
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• Configuration |
= end-to-end identification and mapping of a ship’s equipment system, etc.
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• Availability Number (AVL) |
= specific period of time, established by TYCOM, for maintenance to be accomplished; triple alphanumerical code which identifies the fiscal year, type of avail, and sequential avail number of that fiscal year respectively
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• Equipment Identification Code (EIC) |
= 7-character code that identifies equipment in the following order: system, subsystem, equipment category, equipment part/engineering information
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