Our on-site service saves you money with less machine downtime.
We also offer monthly, quarterly, semi-annual and annual predictive maintenance services so you do not have to provide them in-house.
Failure Prevention Associates offers an extensive range of predictive maintenance services including:
We test and measure the physical assets in your Data Center. Find out what the actual heat patterns produced by your server racks. Our analysis of your cooling and power generator can decrease maintenance costs and increase reliability. Since cooling uses 50-60% of most data center's power consumption, this can result in substantial savings and other benefits.
Our vibration analysis services include monitoring Rotating Equipment (e.g. cooling towers, gear boxes, pumps electric motors, blowers, turbines, etc.) and acceptance testing for new equipment installations (building floors, piping, rotating equipment). If vibration monitoring is crucial to your facility, we can test it for you.
From sugar plants in California to Oil Refineries in Alaska, we pride ourselves on cracking problems no one could.
Our on-site balancing is the faster and least expensive option to ensure rotating equipment, like fans, drums, draw works, brush cutters, work as designed. Anywhere in the world, we come to you.
Our best practice analysis of electrical systems, switches, transformers, etc.
We do best practice analysis of electric motor/generators (stator windings, rotor, air gap, insulation, power quality and power circuit) and are PdMA electric motor and generator testing experts.
Our ultrasound analysis uses best practices for finding compressed air/gas leaks, vacuum leak, electrical faults (arcing, tracking & destructive corona), slow-speed bearings etc.
We use best practices for alignement of motor shafts or belts. Done properly during installation or after a repair, laser alignment helps eliminate increased energy consumption and bearing wear.
Our oil analysis detects when transformer components need repair. Also an excellent detection method for early gearbox wear.