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Babcock Wanson
Operating Assistance Module (OAM)

Operating Assistance Module (OAM)

Product catalog summary

Overview
The Babcock Wanson Operating Assistance Module (OAM) is an integrated system designed for the supervision and operation of boiler plants. It encompasses monitoring, regulation, recording, display, and communication functionalities, making it ideal for statutory inspection, maintenance, and operation.

Monitoring
The OAM continuously monitors all boiler plant operating parameters, including burner conditions, boiler pressure and temperature, water levels, and emissions. It also tracks O2 and CO levels, water treatment processes, and reagent consumption.

Display
The user-friendly interface provides operators with easy access to boiler plant status and alarms through interactive menus and mimic diagrams. A PC-transmitted mimic diagram offers a comprehensive view of all operating parameters.

Statutory Inspection
The OAM facilitates compliance with statutory requirements by indicating boiler efficiency, burner operating time, atmospheric emissions, and maintenance history. It also replaces the traditional boiler plant log-book.

Modularity
The OAM's software is modular, allowing for customization based on operator needs. It manages parameters such as gas, electricity, and water consumption, and supports additional I/O and modem boards for network communication.

Characteristics
The system features multiple communication ports, analog I/O boards, and touch-sensitive screens. It supports interoperability with local and remote systems.

Regulation
The OAM includes PID regulating loops for optimal boiler operation, with a focus on reliability and rapidity through network automation and task programming.

Recording
All defaults and alarms are recorded, with data accessible via a flash card for further analysis.

Communication
The OAM enables data transmission to monitoring stations or remote management centers via intranet or modem.

Catalog excerpts

All the boiler plant operating parameters are monitored continuously: Burner Correction ranges, start-up conditions (P, T, power, time), power limitation, bur- ner shut-off delay, min./max. set-point values, upper and lower limits, regulation according to atmospheric conditions, re-starting, return to technical minimum,shut-down, etc ŕ monitoring; regulation; Օ recording; display;Օ communication.Due to its extensive modularity, it is the perfect tool for statutory inspection, maintenance and operation. Boiler Correction ranges, pressure measurements, temperature, water levels, self-checking of probes, conductivity, variation of steam demands, flue gas temperature, actual efficiency, CO > 2 emissions, etc O > 2 and CO probe ,regulation, dead time, proportionality factor, measurement/set-point deviation, etcŅ water treatment if integrated in the system, follow-up of reagent consumption,follow-up of condensate return rates, feed-water quality, thermal de-aerating quality. > WATERSTEAM CONDITIONING PRODUCTSVENTCONDENSATES size="-2">

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The OAM integrates the PID regulatingloops necessary for optimum operation of the boiler (boiler water level, boiler pres- sure, burner, etc.); The regulator front face views provide allthe valve measurements, set-points andoutputs; The high technological level enables network automation, with a task programming structure, which separates the critical tasks to increase reliability and rapidity. The OAM monitoring interface, both user-friendly and ergonomic, was developedfor the boiler plant operator. A series of menus and mimic diagrams is accessible via an interactive display which enables rapid...

Open the catalog to page 2

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