: Manages the flow of samples and provides an automatic back-flushing sequence . Operational Procedures ODME SEIL – SERES S 3000 - beMPC
The troubleshooting tree will likely point to a firmware reboot procedure (specific key combination) or a faulty power supply card (Part number S3-PS-01).
The operator must input essential parameters into the MCU, such as the total volume of cargo carried during the voyage.
Automatically switch to redirect water back to the slop tank if the oil content or discharge rate exceeds legal limits. 3. How to Operate the ODME S3000 odme s3000 manual pdf
The S-3000 system is comprised of several integrated units that work together to sample, analyze, and regulate discharge: ODME S-3000 Operation Manual | PDF | Oil Tanker - Scribd
Operating the ODME S3000 requires strict adherence to safety and environmental protocols. Before starting any discharge operation, the officer in charge must verify system readiness. Phase 1: Pre-Operational Checks
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 : Manages the flow of samples and provides
Enter required voyage data, including the type of oil (black or white) and the total quantity of cargo previously carried.
| Component | Function | |---|---| | | The central processing unit that controls system logic, manages alarms, and interfaces with the ship's bridge systems. | | Oil Content Meter | The "heart of the system" that uses an intrinsically safe multi-cell detection system to measure the actual parts per million (PPM) of oil in the sample. | | Sampling Pump Assembly | Draws a continuous, representative sample of the water being discharged from the overboard line. | | Flow Meter | Measures the volumetric flow rate of the discharge, a critical input for calculating the 30 liters/nautical mile limit. | | Hydraulic Panel | Controls the overboard and slop tank valves, automatically diverting flow when limits are reached. | | GPS Interface | Feeds the ship's position and speed into the controller, allowing it to calculate liters of oil discharged per nautical mile. | | Data Recording Unit | Provides tamper-proof data logging for a minimum of 3 years, creating an official record of all discharge operations for inspections and audits. |
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 Automatically switch to redirect water back to the
Power on the MCU and wait for the self-test function to complete without errors. Initiating Discharge
Download historical data to an external USB or print out mandatory logs before clearing space.