DO SMALL ELECTRICAL GLITCHES THREATEN YOUR PRODUCTION YEILD? ARE YOU RELYING ON UPS … OR NOTHING … FOR PROTECTION?

IS YOUR LOCAL GRID SUB-OPTIMAL? UNRELIABLE?

MOTOR OR CONTROL FAILURES LEADING TO UNPLANNED PRODUCTION STOPS?

Download Pharmaceutical Case Study

To download the UST Pharmaceutical Case Study, please fill out the form below.
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Submit Power Data

Power Data Submission

UST engineers are standing by to analyze your power data and develop a full report on voltage sags and other voltage issues on your production line or at your facility. Your data will be treated as confidential, and only you and others with whom you share your credentials will have access to the final report.
Your Name
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Email*
Phone
Company, Municipality or Institution*
Please submit your data in one of the formats listed below.
We may request additional information to better understand the data submitted. Contact us if you need help determining relevant data to submit or for recommended recording meter types.
Option 1
Best: Attach the direct/raw output file(s) from the meter or software used to record the power data.

Please submit an .odn, .fpqo, .dsd, or similar file type.
Attach File
Max. file size: 50 MB.
Option 2
Better: Attach an easily manipulatable export of the recorded data.

Please submit a .txt, .csv, .xls, or similar file type.

Be sure date/time stamps and voltage data are included in the file.
Attach File
Max. file size: 50 MB.
Option 3
Good: Attach a generated summary report from the meter, software, or third-party power quality assessment.

Submit a .doc, .pdf, .ppt, or similar file type.

Pictures or screen-captures of power quality issues may be useful as well.
Attach File
Max. file size: 50 MB.
In all cases, please indicate:

• The meter model number used to record the data
• The measurement location within the electrical system (e.g. Utility voltage ahead of step-down transformer, or at machine input connections)
Meter Model Number*
Measurement Location*

Download Semiconductor Case Study

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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.

EVRs operate at up to 99% efficiency at all times, while ferros typically operate at efficiencies of only 75% to 80%, and frequently operate at efficiencies as low as 50% – wasting electricity and generating unnecessary carbon.
EVRs run silent and cool and can be installed indoors or out, while ferros are noisy and hot and must be installed in a protected indoor environment.
EVRs are specified to match the load exactly, while ferros must be oversized by a factor of 2x to 2.5x.

Download Calculator

To instantly download the UST SagFighter™ ROI Calculator, please fill out the form below.
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Learn more about the MiniEVR from UST.