Line Conditioners

The Power-Sure 700 combines voltage regulation with a transformer and filter to remove transients and noise. The combined effect is regulating and shielded isolation transformer/system that solves 99 percent of the electrical disturbance problems, including electrical brownouts, sags, surges, transients and other electrical disturbances.

Eaton Power-Sure 800

The Eaton Power-Sure 800 is the ideal single-phase transformer to clean up fluctuating and erratic power in light industrial, commercial and medical applications. The Power-Sure 800 has one of the highest K-factors - K-30 - and superior isolation to bring you reliable power protection for your equipment and facility. 

Every facet of our daily life is being automated by faster microprocessors and microprocessor-based equipment which require steady continuous power. As market pressures force the deregulation of the electrical industry, utility companies have less and less control over the quality of power supplied to sensitive electronic equipment. In industry, the effects of unreliable power can be seen in the erroneous motion of computer-controlled milling machines, causing irreparable damage to expensive manufacturing equipment or finished products. Additionally, poor power quality can cause motor driven equipment to operate inefficiently and overheat, causing premature failure. In data processing and medical applications, the effects of unreliable power can be translated into incorrect data, lost memory, premature component failure, mixed and garbled data and inaccurate diagnostics. Power conditioning alleviates these problems.

Every facet of our daily life is being automated by faster microprocessors and microprocessor-based equipment which require steady continuous power. As market pressures force the deregulation of the electrical industry, utility companies have less and less control over the quality of power supplied to sensitive electronic equipment. In industry, the effects of unreliable power can be seen in the erroneous motion of computer-controlled milling machines, causing irreparable damage to expensive manufacturing equipment or finished products. Additionally, poor power quality can cause motor driven equipment to operate inefficiently and overheat, causing premature failure. In data processing and medical applications, the effects of unreliable power can be translated into incorrect data, lost memory, premature component failure, mixed and garbled data and inaccurate diagnostics. Power conditioning alleviates these problems.

Every facet of our daily life is being automated by faster microprocessors and microprocessor-based equipment which require steady continuous power. As market pressures force the deregulation of the electrical industry, utility companies have less and less control over the quality of power supplied to sensitive electronic equipment. In industry, the effects of unreliable power can be seen in the erroneous motion of computer-controlled milling machines, causing irreparable damage to expensive manufacturing equipment or finished products. Additionally, poor power quality can cause motor driven equipment to operate inefficiently and overheat, causing premature failure. In data processing and medical applications, the effects of unreliable power can be translated into incorrect data, lost memory, premature component failure, mixed and garbled data and inaccurate diagnostics. Power conditioning alleviates these problems.

Every facet of our daily life is being automated by faster microprocessors and microprocessor-based equipment which require steady continuous power. As market pressures force the deregulation of the electrical industry, utility companies have less and less control over the quality of power supplied to sensitive electronic equipment. In industry, the effects of unreliable power can be seen in the erroneous motion of computer-controlled milling machines, causing irreparable damage to expensive manufacturing equipment or finished products. Additionally, poor power quality can cause motor driven equipment to operate inefficiently and overheat, causing premature failure. In data processing and medical applications, the effects of unreliable power can be translated into incorrect data, lost memory, premature component failure, mixed and garbled data and inaccurate diagnostics. Power conditioning alleviates these problems.

Every facet of our daily life is being automated by faster microprocessors and microprocessor-based equipment which require steady continuous power. As market pressures force the deregulation of the electrical industry, utility companies have less and less control over the quality of power supplied to sensitive electronic equipment. In data processing and medical applications, the effects of unreliable power can be translated into incorrect data, lost memory, premature component failure, mixed and garbled data and inaccurate diagnostics. Power conditioning alleviates these problems. For this reason, the Power-Sure 800 was designed using a special high "K-Factor" transformer capable of handling these harmonics without overheating. The Power-Sure 800 has one of the highest "K-Factors" in the industry. Additionally, the Power-Sure 800 virtually eliminates any transient harmonics being reflected back onto the power lines, thus preventing damage to building wiring.