Prostat Corporation
PGA-710 Autoanalysis System Set
Measure, Record, Analyze & Report Electrostatic Voltage Generation and Decay Performance
 
  • Footwear and Flooring Combinations

  • Carts and Chairs

  • Packaging Materials & Systems

  • Production Aids

  • Worksurface Voltage Supression

  • Ionization Offset Voltage & Decay Performance

  • Production Aids & Materials

  • Record Process Equipment Field Voltage

 

Assistance


 



The PGA-710 is a unique electrostatic data analysis device for use with Prostat’s PFK-100 Fieldmeter/Charge Plate Monitor Set. It records, plots, analyzes and automatically constructs reports of body voltage generation, electrostatic decay, voltage retention, ionizer performance and other static measuring functions. Its analytical features document and automatically calculate projected levels of typical Human Body (HBM) voltages. It helps determine the risk of equaling or exceeding damaging or hazardous HBM discharge voltages in static sensitive facilities.

The Autoanalyzer links to a Field meter’s analog output and lap top computer’s USB using provided cables. Its Autoanalysis Applications software converts your instruments into a digital chart recording system with automatic analysis and reporting features. The PGA-710 will perform measurement and recording functions, perform data analysis, generate charts, then construct and print out complete reports, including the facility’s ambient temperature and relative humidity during each test.

The PGA-710 can be used as a freestanding data logger or recorder for later downloading to your computer. It will communicate with your computer via USB or RS-232 COM port.

The PGA-710’s unique software will instantly perform mathematical and statistical functions to assist ESD Program Managers and Plant Auditors in defining strengths and weaknesses of the ESDS device transport and handling process. The PGA-710 will calculate the 3-Sigma ranges of Walking and Standing body voltages in your facility, graphically plot the percent probability of equaling or exceeding specific body voltages in the process, and calculate the maximum, minimum and average of voltage generation or decay times.