INTRODUCING
THE FAB TOOL POWER PROTECTOR
SAGFIGHTERTM NANOPRO
CUSTOM-CONFIGURED TO PROTECT CHIP YIELD IN SEMICONDUCTOR MANUFACTURING
INTRODUCING
THE FAB TOOL POWER PROTECTOR
SAGFIGHTERTM NANOPRO
CUSTOM-CONFIGURED TO PROTECT CHIP YIELD IN SEMICONDUCTOR MANUFACTURING
SAGFIGHTERTM NANOPRO
CUSTOM-CONFIGURED TO PROTECT CHIP YIELD IN SEMICONDUCTOR MANUFACTURING
UST equipment is at work right now protecting pharmaceutical production lines, semiconductor fabrication tools, factories, power plants, embassies, airports and other strategic facilities around the world.
Don’t let voltage sags impact yield, mangle data or interrupt production. The UST SagFighter™ active voltage conditioner uses ultra-fast correcting technology to compensate for unavoidable power problems caused by transmission line disturbances and common weather-related disturbances.
Safely bridge voltage anomalies of any duration and ensure maximum uptime and motor life. Safely operate on grid voltage anywhere in the world. The UST SureVolt™ automatic voltage regulator balances three-phase power while providing tightly controlled voltage through both transient and longer-term low and high voltage events.
Protect critical equipment from damaging electrical events economically. The UST EcoVolt™ automatic voltage optimizer and voltage regulator allows commercial enterprises to optimize voltage to match individual facility needs, exactly, even in regions of the world where utility power is poor.
A California semiconductor manufacturer was experiencing consistent seasonal disturbances from lightning and other weather-related incidents, mostly between January and May each year, exposing production equipment to volatile sags and risking costly down time
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At a 600,000 square foot manufacturing and packaging plant in North Carolina, voltage sags considered minor by the local utility were seen by plant engineers as major threats to the sensitive filling, assembly and packaging equipment deployed throughout the plant.
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A UST WHITE PAPER
Without resorting to exaggerated marketing claims, this white paper suggests that demand-side voltage optimization via the latest generation of lower cost automatic voltage regulators may now offer a solid return on investment for many industrial and commercial enterprises.
A UST WHITE PAPER
The legacy design of UPS power-backup systems cost the average data center more than $130,000 in unnecessary utility charges annually. This white paper examines the risks of the legacy configuration and recommends consideration of an alternate system design that includes a modern electronic voltage regulator (EVR) as a standard component.
A UST WHITE PAPER
Resort developers are increasingly building in places where power quality remains a significant challenge. Until very recently, in order to ensure that essential services could be maintained, engineers had to design backup power systems that would start the moment a power anomaly occurred. However, within the last decade an extremely reliable and low maintenance technology, automatic voltage regulators, also known as electronic voltage regulators (EVRs), have proven very effective at compensating for variations in incoming voltage.
The development of the automatic voltage regulator, or EVR, changes the formula for backup power system design.
If you haven’t already, download UST’s printable calculator, follow these simple assembly instructions and assess the ROI of SagFighter at your power-critical facility.
If you haven’t already, download UST’s printable calculator, follow these simple assembly instructions and assess the ROI of SagFighter at your power-critical facility.
WE’VE GOT A
PROBLEM WITH BRIEF
VOLTAGE SAGS.WE EXPERIENCE
CHRONIC VOLTAGE
FLUCTUATIONS.I’M NOT SURE
WHAT OUR
PROBLEM IS!
WE’VE GOT A
PROBLEM WITH BRIEF
VOLTAGE SAGS.WE EXPERIENCE
CHRONIC VOLTAGE
FLUCTUATIONS.I’M NOT SURE
WHAT OUR
PROBLEM IS!
This short video explains why modern electronic voltage regulators, like the UST MiniEVR™, should be specified instead of ferroresonant transformers in cases where the load is 2kVA or larger.