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Complex electrical system reliability analysis in a simple visual environment.

Analyst reliability analysis from a single line electrical schematic -no complicated reliabilty block diagrams

Single line schematics
Prior reliability experience not required Create libraries of designs and components ac and dc power systems - including design, planning and sizing Lead-acid battery model Intelligent components

Analyst applications

analysis of ac and dc electrical systems
data centers
telcos
power utilities
consultants
reliability of multi-storey buildings
electrical schematics
HV reticulation systems
telecommunications & computer power systems
unmatched for doing A-B comparisons
HV generation & distribution
building services
HV substation design
power distribution systems with complex switching
systems with time elements eg batteries
systems with repair
systems with redundancy
single point of failure analysis (SPOF)
aid to FMECA
re-engineering design process
ac and dc power system design
site design database
site audits
training
sizing of generators, batteries, rectifiers, cb's
ac & dc power calculations
single and balanced 3-phase calculations
complex voltage and current
power factor, watts, VARS, kVA
kwatt-hrs, maximum load demand
visual tool

Feature	Analyst
ac & dc electrical system reliability analysis by non-experts
one-line electrical schematics
analogue & statistical simulation
visual & audio effects
ac & dc systems (including lead-acid batteries)
system MTBF, MTTR, Availability, Unavailability
SPOF analysis
unlimited components
create customised component libraries
built-in components

Features	unique technology handles complex reliability problems no reliability block diagrams, logical graphs or modelling special reliability skills not required rapid reliability analysis no calculations required of the user system and component MTBF & MTTR system & component availability & unavailability variety of distributions incl Weibull, norm, lognorm fast and simple one-line electrical schematics world's first comprehensive lead-acid battery model genset component with definable fuel consumption fuses & cb's training tool object-oriented software temperature adjusted battery capacities current/voltage/time battery charge & discharge run, pause, single-step simulation control property manager programmable logic controller multimeter component on-line help designed and developed in Australia wide selection of standard components printing, print-preview & report generation paste schematics into other apps
Audio/Visual	visual simulation voltage/current alarms audible change of component state
Applications	analysis of ac and dc electrical systems telecommunications & computer power systems unmatched for doing A-B comparisons HV generation & distribution building services HV substation design power distribution systems with complex switching systems with time elements eg batteries systems with repair systems with redundancy single point of failure analysis (SPOF) aid to FMECA use it to re-engineering your design process ac and dc power system design site design database site audits training sizing of generators, batteries, rectifiers, cb's ac & dc power calculations single and balanced 3-phase calculations complex voltage and current power factor, watts, VARS, kVA kwatt-hrs, maximum load demand
Event Log	History of the simulation with colour coded icons.
System Requirements	Microsoft Windows 98/NT/2000 IBM PC or compatible Pentium processor, high speed Pentium recommended 64M Ram Hard Disk, 10M free VGA card, 256 colours
Other	circuits with loops loads may be defined as mixture of constant I,Z or P time-varying & cyclic loads in-rush current for applicable components fuel consumption for gensets user adjustable alarm warnings

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