Deckma Omd11 Manual [upd]
Meets International Maritime Organization (IMO) Resolution A.393(X) requirements.
The is a widely used, high-performance oil-in-water monitor designed to monitor bilge water discharge, ensuring compliance with international environmental regulations . As a critical component of oily water separators (OWS) on ships, understanding the Deckma OMD-11 manual is essential for marine engineers and operators.
: Use 10 mm OD copper or stainless steel pipe. Sampling points should be on vertical pipe sections to minimize air entrainment.
Periodically flush the unit with clean, oil-free water to verify the "Zero" reading.
Use a soft bottle brush dipped in a mild liquid detergent or a specialized solvent (like petroleum ether). deckma omd11 manual
: Repairs and installation should only be performed by skilled personnel. A Manual Cell Clean Unit (Part No. 60580) is a common spare part for maintaining the measuring cell.
The DECKMA OMD-11, while a legacy device, remains a critical piece of equipment on many vessels. Understanding its operation, from simple startup to advanced troubleshooting, is essential for any marine engineer. With its robust solids suppression and user-friendly design, the OMD-11 was a significant advancement in its time and continues to be fully supported by the industry today. This guide consolidates key information from various official and operational sources. For complex repairs or official certification, always engage an authorized Deckma service provider.
The Deckma OMD-11 is a legacy 15ppm (parts per million) bilge alarm monitor widely used in the maritime industry to comply with MARPOL regulations. Finding a comprehensive operational guide can be difficult since the manufacturer now focuses on newer models like the OMD-2005 and OMD-24.
According to the manual, periodic maintenance is required to ensure accurate readings, specifically in compliance with IMO MEPC.107(49) requirements. Meets International Maritime Organization (IMO) Resolution A
Sensors measure the amount of light scattered by oil droplets in the water.
This comprehensive guide serves as an operational reference based on the official protocols, detailing the device specifications, installation requirements, system programming, maintenance routines, and troubleshooting procedures. Key Technical Specifications
Oily film build-up on the internal glass tube of the measuring cell is the primary cause of inaccurate readings. Clean the cell weekly or whenever a calibration error occurs.
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Some error messages are generic. For example, “System Fault” may require cross-referencing multiple sections. A fault code table with voltage checks would be helpful.
A 3-way cock connects the OMD-11 to the separator’s clean water outlet for cleaning and calibration. Piping Material: Use OD copper or stainless steel pipe.
of the oily water separator to ensure a response time of under 20 seconds. Positioning: