IMSED01R IMSED01 Sequence of Events Module BAILEY

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Essential details：IMSED01R IMSED01 Sequence of Events Module BAILEY

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Harmony sequence of events (SOE) provides distributed event monitoring, recording, and reporting capabilities for the Symphony™ Enterprise Management and Control System. An SOE event
is a transition of a digital signal from either on to off or from off to on. A series of SOE modules
collect and time-stamp these digital transition events which are then made available to the system.
Figure 1 shows the distributed sequence of events system architecture.

An SOE module consists of a single printed circuit board that occupies one slot in a module
mounting unit (MMU). In general, jumpers and switches on the printed circuit board and jumpers
and dispshunts on the termination unit configure the module and its I/O channels. A cable connects the SOE module to its termination unit. The physical connection points for field wiring are
on the termination unit.

IMSED01

INSEM01
The INSEM01 Sequence of Events Master module communicates with the INNIS11 Network Interface module and the INTKM01 Time Keeper Master module. The INNIS11 module is the front end for all Cnet (control network) communication interfaces and is the intelligent link between a node and Cnet. The INSEM01 module communicates directly with the INNIS11 module. The INSEM01 module is responsible for managing the distributed sequence of events system, which includes managing:
■ 1,500 points coming from the SOE I/O modules in up to 1,000 Harmony control units (HCU).
■ 256 complex triggers with 16 operands each.
■ 3,000 simple triggers. The INSEM01 module is configured using the following function codes:
■ Executive block (FC 243).
■ Addressing interface definition (FC 244).
■ Input channel interface (FC 245).
■ Trigger definition (FC 246).
The INSEM01 module monitors Harmony control units for data on an exception report basis, collects and sorts data it acquires, and provides SOE data to human system interfaces for report presentation after some predefined trigger condition occurs. Digital state transitions are collected at the HCU level by IMSED01 and INSET01 modules, then forwarded to the INSEM01 module.
The INSEM01 module records the information and sorts it according to time in an internal database. When a trigger condition occurs, the human system interface is notified and data transfer occurs.

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