SE_P14x_OC

MiCOM P14x shaped phase overcurrent element (ANSI 50/51) with the four IEC 60255-151 inverse-time curves, definite time and an instantaneous high set.

Validated application blockPSUB·SchneiderIEC 61131-3IEC 61499v1.0.0

When to use it

Use SE_P14x_OC when a feeder, transformer incomer or motor circuit needs a graded phase-overcurrent characteristic modelled in the PLC — for interlocking, load-shedding logic, a digital twin of a substation, or an operator-training simulator — alongside the real relay that does the tripping.

Interface

The published port signature. This is the whole of what the block exposes to your program — the implementation body is not shown here and ships with the download.

Inputs

PortTypeUnit
ENABLEBOOL—
IAREALx In
IBREALx In
ICREALx In
IPUREALx In
TDREALTMS
CURVEINT—
TDEFTIME—
IHS_MULTREALx Ipu
TRESETTIME—
DO_RATIOREALx pickup
CT_OKBOOL—
BLKBOOL—
ACKBOOL—

Outputs

PortTypeUnit
TRIPBOOL—
STARTBOOL—
TOPTIME—
MREALx Ipu
BLOCKEDBOOL—
VALIDBOOL—
ALM_MEAS_FAULTBOOL—
ALM_INHIBITEDBOOL—
ALM_CFG_ERRBOOL—

IEC 61499 event interface

EI INIT, REQ·EO INITO, CNF

Supervised control write

SE_P14x_OC commands a real actuator. It is written to sit underneath your own interlock, permissive and protection logic — not to replace it. Commission it as you would any control block you wrote yourself.

Validation evidence

Tests
14
Simulated scans
584
Simulator
v0.1.0

Complete IEC 61131-3 implementation with a published test suite that runs on the vplant simulator. The counts above are that suite, executed on this build.

  • Conforms to IEC 61131-3
  • Conforms to IEC 61499

Download SE_P14x_OC — free

Create a free Ri Tech account to download the block. You get the Structured Text body, the Rockwell Add-On Instruction (.L5X), the Schneider Control Expert DFB (.XDB), PLCopen XML, the IEC 61499 function block type (.fbt) and the datasheet.

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Source is never published on this page. The implementation is released to a signed-in Ri Tech account — free of charge, but never anonymously.