Please ensure Javascript is enabled for purposes of website accessibility
Powered by Zoomin Software. For more details please contactZoomin

AVEVA™ Simulation for Foxboro Control

Alarm

  • Last UpdatedApr 20, 2020
  • 1 minute read

Block

Description

SCP Software Limitations or Notes

ALMPRI

Alarm Priority Change block dynamically reassigns the specified priority of an alarm point.

BLNALM

Boolean Alarm block provides independent state-change alarm messages for 8 Boolean- type inputs.

MEALM

Measurement Alarm block provides an alarm message for one measurement input with limit indicators for Intelligent Field Devices: high-low absolute alarming, rate-of-change alarming, and high-high/low-low alarming.

MSG

Message Generator block provides a state change message for each of eight inputs from Intelligent Field Devices.

PATALM

Pattern Alarm block compares the relationship of up to 8 Boolean inputs to up to 8 unique user-specified patterns.

REALM

Real Alarm block supports 3 types of alarming: high/low absolute alarming on the measurement, rate-of-change alarming on the measurement, high/low deviation alarm on the measurement/set point difference.

STALM

State Alarm block provides state alarming for event changes received from an Intelligent Field Device.

TRISOE

Triconex Sequence of Events blocks capture SOE data and send the events to the FoxGuard SOE application program. They which identify the event variables to be used in the Triconex SOE block configuration.

The block loads, but it has no ability to receive and process some messages from a Triconex system.

TitleResults for “How to create a CRG?”Also Available in