Businesses in Finnish may use CareLabs’ Motor start research and analysis service. Our motor start analysis service’s primary goal is to discover what unusual events occur when a big motor is started. Other variables to check before starting an electric motor include ensuring that the electric motor is appropriately linked to the line voltage.
SFS 6000 · IEEE 1584 · IEC 60909 · ETAP
Arc flash analysis is a critical study identifying potential risks hidden in an electrical system. It is one study with many benefits.
Enhance workplace safety through risk assessment and mitigation strategies in arc flash analysis.
Ensure your facility meets Tukes, SFS 6000, and IEEE standards for electrical safety compliance.
Identify and mitigate risks that could cause costly equipment damage from arc flash incidents.
Prevent unplanned outages and reduce costly downtime through proactive arc flash risk assessment.
Determine the correct Personal Protective Equipment requirements for every point in your electrical system.
We gather electrical drawings, equipment nameplates, utility fault current data, and protective device settings.
Our engineers build a detailed power system model in ETAP software, validating against field measurements.
We calculate available fault currents at every bus — required inputs for IEEE 1584 arc flash calculations.
We verify or optimize protective device settings to minimize incident energy through reduced clearing times.
Using the validated ETAP model, we perform arc flash calculations per IEEE 1584-2018 for all equipment in scope.
We deliver a complete engineering report, SFS 6000 arc flash labels, and a presentation to your team.
Carelabs offers all-inclusive arc flash analysis services for industries across Finland. We offer bespoke power system solutions to suit your specific needs.