Model M1760A Maxiflex 32SOE Module (9-30V)0 pages

MAXIFLEX 32SOE Digital Input Module
Model M1760A (24Vdc) & M1761 (48Vdc) 32 way Sequence-of-Events Input Module

DATASHEET
FEATURES
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Individually programmable time delays
on each input

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Debounce and chatter filtering on each
input

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Easy local or remote configuration

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32 Digital Inputs per module

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Install up to 15 modules for 480 inputs
per Maxiflex system.

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The Maxiflex M1760A 32SOE Sequence-of-Events
Module monitors 32 Digital Inputs and creates timestamped events to a resolution of 0.2ms upon change of
state.
By using multiple 32SOE modules with the Maxiflex P3
CPU, powerful Sequence-of-Events systems can be
constructed with up to 480 Time-Stamped inputs per
system. Multiple systems can be linked and time
synchronised for larger distributed systems.
The 32 inputs can be used as regular digital inputs
within the P3 processor as well as independently
generating change-of-state events on the module.
A buffer of up to 9362 events on each module ensures
that avalanche conditions in the application cannot
overflow the module.
Events from all 32SOE modules in a single system are

Captures input changes to 0.2ms
resolution

Link Systems together for larger
installations.

sorted by the P3 CPU into correct time order, and then
passed to the event logging computer for display and
storage.
The 32SOE module is connected to the field wiring
through a multicore cable (Model C1467A) connected to
a remote terminal board (Model C6332A). This has the
advantage of providing compact field termination in the
most convenient location in the wiring cubicle saving
panel wiring cost, space and construction time.
The 32SOE module and P3 processor are compatible
with the Omniflex Conet OPC Server and Omni-4000
Alarm and Event Management Supervisory Software.
The Conet OPC server reads the events time-stamped
within the 32SOE module to 1ms and passes these
events with time-stamp right up to the OPC Client.

Applications
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Store events leading up to process shutdowns
or other abnormal plant conditions for faster
fault diagnosis to reduce plant downtime.

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Send events over wide areas using the
networking capability of Maxiflex to record plant
data in a central database.

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Use event analysis as a predictive maintenance
tool by pinpointing minor problems before they
develop into major ones.

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Time stamping events at source removes timing
errors caused by the latency in communications
systems allowing sequence of events from fast
acting systems such as electrical distribution
systems to be reliably monitored.

Copyright Omniflex ♦ Subject to change without notice

Datasheet DSM1760AR04 sheet 1 of 4

http://www.omniflex.com

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