FREQUENTLY ASKED QUESTIONS

Q: How does the EPR work?
Q: What are other savings?
Q: Will my utility company have a problem with the EPR installation?
Q: Where is the EPR installed?
Q: Who should install the EPR?
Q:
How will I know the EPR is working?



Q: How does the EPR work?

A:
These units are basically line filter AC conditioners. They reduce harmonic distortion, improve power factor, reduce KVA, and in most cases KW. The inductive load is (motors, xformers, ballists, etc…) able to achieve longer life serviceability because of reduced operating temps in case and core temperatures because of improved voltage current working relationships that our units provide. Longer life serviceability can be attributed to reduced transient voltage and surge damages due to load switching and power comp problems, as well as protection from most lightning strikes.

Q: What are other savings?

A:
Motors run cooler. Light bulbs and ballasts run cooler. Transformers, panels, switchgear, breakers, starters, controls and wiring all run cooler. SCR's, diode arrays, switching transistors and microprocessors all run cooler. Switching power supplies are more stable. Process and production controls are more accurate and reliable. Air conditioning and refrigeration is more effective and reliable. In-house and outside maintenance and repair labor costs decrease. Equipment repair and maintenance parts costs decrease. Light bulb and ballast replacement costs decrease. Costs to production or process downtime are decreased. Computer data is more secure and safe. Computer operation is more reliable and stable. Communication systems are more reliable and clear of problems. PC screens stop flickering. Lights stop flickering. Circuit breakers stop tripping. PLC's and other automated controls stop malfunctioning.

Q: Will my utility company have a problem with the EPR installation?

A:
No. Utility companies are enforcing the ERCON Initiative that requires all electric users to raise their power quality.

Q: Where is the EPR installed?

A:
On the sub-panel or equipment disconnect.

Q: Who should install the EPR?

A:
We recommend a licensed electrician do the installation which takes less than 20 minutes generally without interrupting your power source or production. The EPR is installed in parallel.

Q: How will I know the EPR is working?

A: The EPR has a self diagnostic feature (LED lights) that let you know the EPR is operating properly. Any interruption in the EPR would never affect your production activities.