LIVEdataset releasetasks 552models 18last submission … · built …
task library
built templatearc-flashwith-tool

Incident Energy

Calculates arc flash incident energy, arcing current, arc flash boundary distance, and required PPE category using the IEEE 1584-2002 empirical method for systems from 208 V to 15 kV. Models both low-voltage and medium-voltage arcing current equations and normalized energy formulas, supporting electrical safety assessments and arc flash labelling per NFPA 70E.

inputs

6 fields

context

4 archetypes

engine

with-tool

outputs

4 scored fields

contract fields

Parameter Map

6 inputs to 4 scored outputs

  • system_voltage_v

    float

    System three-phase RMS voltage

    208 to 15000V

  • bolted_fault_current_ka

    float

    Available bolted (symmetrical) three-phase fault current

    0.5 to 106kA

  • clearing_time_s

    float

    Protective device clearing time (arc duration)

    0.01 to 2s

  • working_distance_mm

    float

    Distance from arc source to worker

    300 to 1800mm

  • electrode_gap_mm

    floatfrom archetypehidden in hard

    Electrode gap (conductor spacing)

    6 to 254mm

  • enclosure_type

    enumfrom archetypehidden in hard

    Equipment enclosure type

    openboxMCC
arcing_current_katol 0.05

Predicted arcing fault current (kA)

incident_energy_cal_cm2tol 0.05

Incident energy at working distance (cal/cm2)

arc_flash_boundary_mmtol 0.05

Arc flash boundary distance where E = 1.2 cal/cm2 (mm)

ppe_categorytol 0.01

Required PPE category (0-4 per NFPA 70E)

visibility contract

Difficulty Ladder

all_giveneasy

Low voltage box/MCC with all parameters given, moderate fault levels

all fields visible
all_givenmedium

Any voltage level and enclosure type, all parameters given

all fields visible
partialhard

Enclosure type and electrode gap hidden, agent must infer from equipment context

enclosure_typeelectrode_gap_mm

scenario bands

Archetype Atlas

lv_switchboard

2 contexts

Low voltage switchboard (400-480 V)

system_voltage_v400 to 480
bolted_fault_current_ka10 to 65
clearing_time_s0.03 to 0.5
working_distance_mm450 to 610

commercial-building-switchroom / industrial-plant-mcc-room

lv_mcc

2 contexts

Low voltage motor control centre (400-480 V)

system_voltage_v400 to 480
bolted_fault_current_ka15 to 50
clearing_time_s0.02 to 0.3
working_distance_mm450 to 610

industrial-plant-mcc-lineup / water-treatment-mcc

lv_panelboard

2 contexts

Low voltage panelboard or distribution board (230-480 V)

system_voltage_v230 to 480
bolted_fault_current_ka0.5 to 25
clearing_time_s0.02 to 0.5
working_distance_mm450 to 610

office-building-db / retail-distribution-board

mv_switchgear

2 contexts

Medium voltage switchgear (4160-13800 V)

system_voltage_v4160 to 13800
bolted_fault_current_ka1 to 40
clearing_time_s0.05 to 1
working_distance_mm610 to 910

substation-switchgear-room / industrial-hv-switchroom

rendered task

Generation Preview

commercial-building-switchroom-lv-switchboard-preview

difficulty
hard
visibility
partial
archetype
lv_switchboard
site context
commercial-building-switchroom
instruction excerptincident-energy_calc.py

visible fields

  • system_voltage_v400 to 480 V
  • bolted_fault_current_ka10 to 65 kA
  • clearing_time_s0.03 to 0.5 s
  • working_distance_mm450 to 610 mm

withheld schema

enclosure_typeelectrode_gap_mmarcing_current_kaincident_energy_cal_cm2arc_flash_boundary_mmppe_category
Low voltage switchboard (400-480 V). commercial-building-switchroom. Required outputs: arcing_current_ka, incident_energy_cal_cm2, arc_flash_boundary_mm, ppe_category