Product Overview  |  Technical Specification  |  Applications and Typical Users  

Consulting for Corporate Partners
Engineering departments and laboratories:

• Evaluate the response of industrial equipment to power disturbances
• Measure energy consumption at all stages of a process or cycle
• Design and test improvements for equipment
• Reengineer process flow to optimize energy use
• Certify compliance with a range of industry, domestic and international standards

Original Research
Electrical and power quality engineering is a vital aspect of failure analysis for a wide range of industrial applications including:

• Microprocessor and semiconductor manufacturing
• Robotics
• Continuous process manufacturing (biotech, automotive, plastics...)
• Elevator and other large building controls

Government Security and Defense
Increased dependence on high volume scanning methods for domestic travel and international trade security means designing to a higher standard of voltage immunity.

Improvement in sensitive electronics used in military and infrastructure equipment (airplane controls, communications, radar, air traffic control etc.) where power fluctuations may occur in combat or from sabotage.

Teaching and Research Tool
IPC is a compact, portable (luggable) unit that combines complete data collection with safe design for use in laboratory or experimental conditions:

All data provided in .CSV files that can be displayed and analyzed with the bundled software or can be viewed with other editors, such as Excel.

Once IPC is connected to AC power and equipment under test, all tests can be run from user-friendly front panel interface. There is no need to connect and disconnect voltage probes, current sensors, etc. Tests can be done both rapidly and safely with students of any experience level.
 

Typical Users

Semiconductor tool manufacturers, and their component suppliers, use the Industrial Power Corruptor to comply with SEMI F47, which increases reliability, and SEMI E6, which improves energy consumption.

 

University and national research labs use the Industrial Power Corruptor for research projects, and to run critical equipment for large experiments through voltage sags and swells. Typical standards include IEEE 1100 (CBEMA).

 

Industrial engineers use the Industrial Power Corruptor to verify that new electronic equipment will tolerate voltage sags and swells, and to find out if voltage sag correction devices work properly.

 

Military and government agencies use the Industrial Power Corruptor to test critical electronic systems. Typical standards include FAA G-2100G and MIL SPEC standards.

 

Compliance engineers and test labs use the Industrial Power Corruptor to verify compliance with IEC standards, including IEC 61000-4-11 and 61000-4-34, and other national and international voltage sag immunity standards.

 
Contact our application engineers for further details click here.