Odme S3000 Manual Pdf |best| May 2026

Product Identity

The ODME S3000 is a Surface Mount Device (SMD) Tape & Reel Packaging System (specifically a Spooling/Taping Machine). It is used in the electronics manufacturing industry to package components onto reels for automated assembly.

• System Overview (Chapter 1): Diagrams of the measuring cell, flow path, and control unit layout.
• Installation Drawings (Chapter 2): Piping and instrumentation diagrams (P&ID) for integrating the S3000 with the oily water separator.
• Operation Procedures (Chapter 3): Step-by-step startup, manual mode, automatic mode, and stand-by procedures.
• Calibration and Maintenance (Chapter 4): How to clean the measuring cell, replace the UV lamp, and perform the zero-point calibration using distilled water.
• Error Codes & Troubleshooting (Chapter 5): A comprehensive table of every fault code with mechanical and electrical fixes.
• Parts List & Exploded Views (Appendix): Part numbers for the pump, lamps, seals, and PCB boards.
• Electrical Wiring Diagram: Critical for troubleshooting 24V DC power issues or output signal failures (4-20mA to the ESD).

Introduction

The KSB Seil Co., Ltd. ODME S3000 is a MARPOL-compliant, scattered infrared-based system designed to monitor and control oily water discharge, ensuring oil content remains below 30 litres per nautical mile. The system integrates a main controller, oil content meter, hydraulic panel, and pump assembly to automate compliance in the engine and pump rooms. For the full technical guide, refer to the ODME S-3000 Operation Manual ODME S-3000 Operation Manual | PDF | Oil Tanker - Scribd odme s3000 manual pdf

and using keys 0-9 to enter specific parameters, including cargo type, operational limits (1/30,000 ratio), and flow rate settings. Operational Procedures S-3000 – Oil Discharge Monitoring Equipment Product Identity The ODME S3000 is a Surface

Core Functions of the S3000:

• Oil Content Measurement: It measures oil in water (in parts per million – PPM) during tank washing and de-ballasting operations.
• Flow Rate Calculation: It integrates with a flow meter to calculate the total quantity of oil discharged.
• Data Logging: It stores records of every discharge, which are mandatory for Port State Control (PSC) inspections.
• Overboard Discharge Control: If the PPM exceeds the limit (typically 15 PPM for non-special areas), the system triggers an alarm and automatically diverts the water back to the slop tank.

Tips and Tricks

• Error 40 / Error 41: Often related to the Sample Pump speed sensor. This usually indicates the pump is running too slow or the sensor is dirty.
• Error 23: Turbine Flow Meter failure. This is a critical error because if the unit cannot measure the flow rate of water being discharged, it cannot calculate the total oil discharged, and