Today’s companies rely more than
ever on complex facility support systems to keep their critical
loads operating. Down-time and the adverse affect on productivity
and profitability is simply unacceptable.
Mission critical facilities are complex in design and
dynamic by nature. Critical grade power and air equipment are individual
units which collectively support, back-up and protect the primary
mission of the organization. Much thought, design, energy, and capital
has been invested in the functional processes and operational sequencing
of this equipment to perform as one complete inter-dependant and integrated
system.
Titan Power’s Consolidated Maintenance Management program
offers a wide range of specialized testing options, each designed
for a specific purpose and performed under controlled conditions.
Periodic testing not only gives you peace of mind, but also allows
you the flexibility to be proactive rather than reactive in your risk
management practices.
Load Bank TestingGenerator, battery run time, acceptance testing,
burn-in testing.
UPS Acceptance Testing The purpose of the test is to verify that the UPS
system is performing to manufacturer’s design specifications. The
test is normally performed within 72 hours after equipment installation
and successful start-up. However, this test may be conducted at any
point in the UPS design life to establish a benchmark (snapshot) of
performance.
Facility Roll-Over Testing The purpose of the test is to confirm
that all facility critical emergency back-up systems perform correctly
during a real-world power outage. Critical buss loads should not lose
power at any point and all non-critical facility loads should re-establish
within 7-10 seconds after loss of utility power. An integral part
of the test is to ensure that all equipment performs a successful
roll-back after re-establishing utility power.
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Infrared ThermographyThe purpose of the test is to identify
and document abnormally warm or cool connectors, conductors,
or components that may be a potential problem in electrical
systems. Exceptions are normally caused by loose or deteriorated
connections, short circuits, overloads, load imbalances,
or faulty, mismatched, or improperly installed components.
Electrical system failures, whether they involve a single
branch circuit or a major switchgear component, can be very
costly. Infrared thermography can identify the incipient
problems caused by poor electrical connections and defective
equipment before they progress to catastrophic failure.
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