SCL WorldNet Inc.

Since 1980, Innovative Technology products have solved the most difficult electrical transient problems for business, industry, government and defense sectors. Now as a part of Eaton Corporation’s electrical business, we are even better positioned to deliver state-of-the-art customer solutions.

Why Innovative Technology TVSS Products?

TVSS Pioneer
Since 1980, we have been designing and manufacturing industry leading transient voltage surge suppression (TVSS) products. We hold the patents and intellectual resources that have been leading the way in transient voltage surge suppression. Innovative Technology products and technologies protect electrical, data, telecom circuits and electronic equipment from the effects of lightning induced voltages, external switching transients and internally generated electrical transients.

System Shield
Although external transient surges include lightning strikes, utility grid switching and equipment action at adjacent buildings are easily recognized high-energy surge events, they only account for 20% of all surges faced by a facility. 80% of surges are the results of internal switching transients (turning on/off motors, transformers, photocopiers, etc.). Wiring, grounding errors and surges (also known as transient voltages) are among the most common power quality issues facing facilities today – resulting in safety concerns, equipment damage and costly downtime.

System Shield is a proven, effective method for total facility protection. This layered approach protects all of your electrical and electronic equipment, from powerful motors to sophisticated lighting controls and sensitive computer based controllers.

Watch the 5 minute System Shield video (66MB) detailing the system shield approach for total surge protection.

Is Your Productivity Sagging?
A sag is a 10% to 90% drop in the supply voltage. Sags are short duration events caused by faults on the utility system or by the starting of large motors, and can be accompanied by voltage distortion, transients and phase shifts. Voltage regulation is another potential problem that occurs when voltage fluctuates over 10% for long periods of time from one minute to many hours.

Why are Sags so Costly?
The effects of a voltage sag on a plant or production facility can be devastating. In the United States alone, voltage sags cost production facilities billions of dollars every year in downtime and lost production. The cost of poor power quality depends on many factors, but it generally costs between $50 to $400 per kVA of total load. For a 10 MVA plant, that translates into a cost of between $500,000 to $4 million annually.

Sags can also result in:

• Increased operating costs
• Safety hazards
• Equipment failure and damage
• Need for product reworks
• Reduction in product quality
• Increased clean-up
• Increased labor costs
• Increased scrap materials
• Increased investigation costs

The Solution
Cutler-Hammer Power Conditioning products help companies condition their power with two state-of-the-art products: Sag Correction Devices and Voltage Regulators.

Dranetz-BMI has long been recognized as the world’s number one source for power monitoring equipment and services. From versatile handheld power quality monitors used for portable troubleshooting applications, to permanently installed systems for continuous power quality process improvement, trust the experts at Dranetz-BMI to find a solution that’s right for your business.

Power quality and reliability problems cost businesses billions of dollars each year in lost revenue, process improvements, and scrapped product. For more than 30 years, Dranetz-BMI has worked with companies, utilities, and government agencies to understand the cause of these disturbances, resolve problems, and provide proactive methods for preventing future problems. We also have a commitment to industry-wide education—sharing our knowledge through our leadership within the IEEE and other industry organizations, delivering power quality seminars, authoring technical articles, participating in professional conferences, and writing books such as The Dranetz-BMI Handbook for Power Quality Analysis.