UPS Acceptance Testing

UPS Acceptance Testing

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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.

UPS Acceptance Testing FAQ

Q: Is there a plan/contract that tests for UPS acceptance on a regular basis?

A: Yes, this can be added into the contract if the customer requires this service.

More Testing Services

Data Center Arc Flash Prevention and Safety
The technical team at Titan Power, together with Emerson Network Power, can deliver customized and comprehensive solutions for arc flash safety and compliance. As a leader in electrical testing, maintenance and engineering services, Titan Power is equipped to provide single-point solutions for every area affecting arc flash hazards.
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.
Load Bank Testing
Resistive load banks are the most commonly used load banks for testing generator sets and power systems. They can provide full KW loading to the power source to completely evaluate the engine cooling, exhaust and fuel systems. They will not load the generator to its full nameplate KVA capacity at 0.8 Power Factor. In order to load the generator to its full KVA rating, reactive load banks will be required.
Infrared Thermography
The purpose of Infrared Thermography is to identify, isolate 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.