Chapter 1 General Information, Equipment Description, and Theory of Operation - TM-55-1925-285-13-P0015MAINTENANCE FORMS, RECORDS, AND REPORTS - TM-55-1925-285-13-P0017LIST OF ABBREVIATIONS/ACRONYMS - TM-55-1925-285-13-P0018QUALITY OF MATERIAL - TM-55-1925-285-13-P0019EQUIPMENT CHARACTERISTICS, CAPABILITIES, AND FEATURES - TM-55-1925-285-13-P0021Figure 1. OCM and OWS Major Component Locations (Plan View)Figure 2. OCM and OWS Major Component Locations (Profile View)DIFFERENCES BETWEEN MODELS - TM-55-1925-285-13-P0024Table 1. Oil Water Separator Technical CharacteristicsFigure 1. Normal Processing ModeTable 1. Approved Short-Lived Detergents for Bilge CleaningOIL DISCHARGEFigure 3. Oil Content Monitor System, Block DiagramFigure 4. Nozzle Sampler, General ArrangementFigure 5. Sample and Detection Subassembly (SDA)Figure 6. Sampling/Sensor AssemblyREMOTE INDICATOR (ALARM) ASSEMBLYFigure 7. Remote Indicator (Alarm) Assembly, ExternalREMOTE RELAY ASSEMBLYOCM PRINCIPLE OF OPERATIONCHAPTER 2 Operator Instructions - TM-55-1925-285-13-P0039Figure 1. Oil Water Separator (OWS) and Oil Content Monitor (OCM), Engine RoomTable 1. Oil Water Separator (OWS) and Oil Content Monitor (OCM), Engine Room (refer to figure 1)Table 1. Oil Water Separator (OWS) and Oil Content Monitor (OCM), Engine Room (refer to figure 1) - CONTFigure 2. OCM Sampling/Sensor AssemblyTable 2. OCM Sampling/Sensor Assembly (refer to figure 2)Table 3. Remote Indicator (Alarm) Assembly (refer to figure 3)OPERATING PROCEDURES - TM-55-1925-285-13-P0047Figure 2. 120V Distribution Panel No. 4 - TM-55-1925-285-13-P0048Figure 3. OWS, OB, and OCM Piping - TM-55-1925-285-13-P0049Table 1. Valve Positions During Operation Under Usual ConditionsFigure 4. Sampling/Sensor Assembly Interior - TM-55-1925-285-13-P0051Figure 5. OCM Diverter Valve Position IndicatorFigure 6. Remote Indicator (Alarm) AssemblyFigure 7. Sampling/Sensor Assembly IndicatorsOPERATING PROCEDURES - TM-55-1925-285-13-P0055OWS SHUTDOWN - TM-55-1925-285-13-P0056UNUSUAL OPERATING CONDITIONSFigure 1. OWS Control PanelFigure 2. 120V Distribution Panel No. 4 - TM-55-1925-285-13-P0059Figure 3. OWS, OB, and OCM Piping - TM-55-1925-285-13-P0060Table 1. Valve Positions During OCM Operation In Test ModeFigure 4. Sampling/Sensor Assembly Interior - TM-55-1925-285-13-P0062OWS SHUTDOWN - TM-55-1925-285-13-P0063Figure 6. OWS, OB, and OCM PipingTable 2. Valve Positions For Manual Backflush During Operation Under Unusual ConditionsMANUAL BACK FLUSH SHUTDOWNCHAPTER 3 Troubleshooting Procedures - TM-55-1925-285-13-P0067USE OF TROUBLESHOOTING PROCEDURESTable 1. Operator Troubleshooting PreoceduresTable 2. Unit Troubleshooting Procedures - TM-55-1925-285-13-P0071INTRODUCTION - TM-55-1925-285-13-P0073Procedure 1. OCM Has No PowerProcedure 2. OCM Will Not StartProcedure 3. OWS Control Panel Has No PowerProcedure 4. OWS Pump Will Not Start (Sheet 1 of 2)Procedure 4. OWS Pump Will Not Start (Sheet 2 of 2)Malfunction/Symptom - TM-55-1925-285-13-P0079Procedure 1. Vacuum Unusually High During Normal ProcessingProcedure 2. Vacuum Unusually Low During Normal ProcessingProcedure 3. OWS Pump DeadheadedProcedure 4. Low Or No Effluent Discharge (Sheet 1 of 2)Procedure 4. Low Or No Effluent Discharge (Sheet 2 of 2)Procedure 5. High Oil Content In EffluentProcedure 6. OWS Relief Valve Opens Or Fails To ReseatProcedure 7. OWS Fails To Operate In MAN Mode (Sheet 1 of 2)Procedure 7. OWS Fails To Operate In MAN Mode (Sheet 2 of 2)Procedure 8. Frequent Oil DischargeProcedure 9. Oil Does Not Discharge (Backflush) From OWS (Sheet 1 of 2)Procedure 9. Oil Does Not Discharge (Backflush) From OWS (Sheet 2 of 2)Procedure 10. Pump NoisyProcedure 11. OCM POWER ON Indicator Does Not Light (Sheet 1 of 3)Procedure 11. OCM POWER ON Indicator Does Not Light (Sheet 2 of 3)Procedure 11. OCM POWER ON Indicator Does Not Light (Sheet 3 of 3)Figure 1. OCM Sampling/Sensor Assembly Wiring DiagramProcedure 12. OCM WARNING 1 (Red LED) LitProcedure 13. OCM WARNING 2 (Red LED) LitProcedure 14. OCM WARNING 3 (Red LED) LitProcedure 15. OCM WARNING 2 And WARNING 3 (Red LEDs) LitProcedure 16. Unstable Oil Content Display, PPM Valves Jump High, Then LowProcedure 17. OWS Discharge Is Diverted Inboard When OCM Detects Less Than Alarm LimitFigure 2. Sampling/Sensor Assembly, Power PCB Jumper InstallationProcedure 18. Remote Indicator (Alarm) Assembly Indicators Inoperative While OCM Is OperatingFigure 3. Remote Indicator (Alarm) AssemblyProcedure 19. PUSH TO CHANGE ALARM LIMIT Switch A2S1 Does Not Change Alarm Limit Of OCMProcedure 20. Audible Alarm Inoperative When OCM Is In ALARM Mode (Sheet 1 of 2)Procedure 20. Audible Alarm Inoperative when OCM Is In ALARM Mode (Sheet 2 of 2)Procedure 21. Diverter Solenoid Valve Works Opposite To Intended Control FunctionCHAPTER 4 Maintenance Instructions - TM-55-1925-285-13-P0111SERVICE UPON RECEIPT AND PREPARATION FOR STORAGE - TM-55-1925-285-13-P0113ITEM NUMBER COLUMNLEAKAGE CLASSIFICATIONS I, II, III - TM-55-1925-285-13-P0116INSPECTION - TM-55-1925-285-13-P0117OPERATOR PREVENTIVE MAINTENANCE CHECKS AND SERVICES INCLUDING LUBRICATION - TM-55-1925-285-13-P0119OPERATOR PREVENTIVE MAINTENANCE CHECKS AND SERVICES INCLUDING LUBRICATION - TM-55-1925-285-13-P0120OPERATOR PREVENTIVE MAINTENANCE CHECKS AND SERVICES INCLUDING LUBRICATION - TM-55-1925-285-13-P0121OPERATOR PREVENTIVE MAINTENANCE CHECKS AND SERVICES INCLUDING LUBRICATION - TM-55-1925-285-13-P0122TM-55-1925-285-13-P Oil Water Separator Inland and Coastal Large TUG (LT) NSN 1925-01-509-7013 (EIC XAG) Manual