To view our webinars please click the view archive link on each webinar. If you have any questions or you need to contact us about a webinar archive or doing a private webinar please send us an email at webinars@asresearch.com . Our archive library is below.

• :: The value of same station safety testing without changing test leads
• :: Easily perform all B, BF and CF type applied part tests
• :: How to easily achieve documentation of all test data
• :: Implementing bar code scanning
• :: How to effectively reduce test time

• :: Definition of a leakage current test
• :: Earth and enclosure leakage current
• :: Defining a measuring device
• :: Explaining the need for an isolation transformer
• :: Normal and single fault conditions
• :: Defining the maximum allowable leakage limits

• :: Understanding the risk factors of electrical shock
• :: Determining if a circuit is hazardous live
• :: Finding requirements for operator training
• :: NFPA 70E requirements for qualified persons
• :: Defining the appropriate knowledge required for qualified personnel

• :: Defining why an electrical product is grounded
• :: Explaining the difference between class I and class II products
• :: Explaining a good ground as defined by the national electrical code
• :: Definition of a Ground Bond Test
• :: Definition of a Ground Continuity Test
• :: Explaining the difference between a Ground Bond and a Ground Continuity Test

• :: Definition of a Hipot test and why it is required
• :: Who needs to perform this test?
• :: Difference between TYPE Test and ROUTINE Test
• :: Problems detected by a Hipot Test
• :: What causes insulation failure?
• :: Is repeated testing harmful?
• :: How many tests are too many?

• :: Definition of a Hipot test and why it is required
• :: Defining who needs to perform a Hipot test
• :: Clarifying problems detected by a Hipot test and interpreting results
• ::Defining the difference between leakage and breakdown
• :: AC vs. DC Testing
• :: Understanding the safety features of the test equipment
• :: Precautions in performing the Hipot test

• :: Performing a risk assessment
• :: Positive protection to guard against electrical shock
• :: Operating a workstation without positive protection
• :: Using NRTL listed equipment
• :: How to determine if an operator has been properly trained
• :: Best methods for conducting a test
• :: Reviewing personnel protective equipment

• :: Review of old technology
• :: Microprocessor controlled sounds complicated
• :: AC vs. DC
• :: Why high and low limits
• :: Multiple fault detection systems
• :: Line and load regulation
• :: SmartGFI
• :: Ground continuity
• :: PLC remote control

• :: Autoware PC controlled set-up
• :: Barcode scanning
• :: Auto loading of test files
• :: Data storage of test results
• :: Statistic analysis

• :: Definition of a leakage current test
• :: Earth and enclosure leakage current
• :: Defining a measuring device
• :: Explaining the need for an isolation transformer
• :: Normal and single fault conditions
• :: Defining the maximum allowable leakage limits

• :: Multiple point or multiple product testing
• :: Perform point to point continuity test
• :: Performing Hipot or IR tests on same points as low voltage continuity tests.
• :: Perform either high voltage testing or high current Ground Bond testing.
• :: Expandable system

• :: Understanding the risk factors of electrical shock
• :: Determining if a circuit is hazardous live
• :: Finding requirements for operator training
• :: NFPA 70E requirements for qualified persons
• :: Defining the appropriate knowledge required for qualified personnel

• :: Why List Your Products?
• :: Customer demands - market driven
• :: Legal requirements (US):
• OSHA
• NEC
• Local Laws
• :: International requirements:
• Canadian
• Mexican
• European