Networking Easy-Wire® CR and CH2 Testers
Networking Easy-Wire® CR and CH2 Testers CR and CH2 testers store test programs in their own individual databases. You can put your Easy-Wire testers on a network and share files…
Networking Touch 1 & 1100 Testers
Networking Touch 1 and 1100 Testers You can share test files between Touch 1 and 1100 testers with "Networking Made Easy Software." This software allows you to: Edit and manage…
Networking Cirris Testers
Cirris Tester Comparison Chart
Cirris Tester Comparison Chart 4200 4250 Easy-Touch Pro 8100 5150 8250Number of Test Points128 to 1,024128 to 1,024128 to 1,024256 – 100,00064 - 76864 – 100,000Max Points Per NetUnlimited100512UnlimitedUnlimitedUnlimitedLow Voltage…
Printing Labels with Cirris Testers
Printing Labels with Cirris Testers Cirris testers have always had the ability to connect to a printer for hard-copy printouts. More and more, however, customers are asking for the ability…
Testing Assemblies with Switches
Testing Assemblies with Switches Often Cirris customers need to test assemblies with switches in them. From simple devices such as an A-B switchbox to complex assemblies with many switches, buttons,…
Choosing Which Standard Cirris Connector to use on Your Cable Tester
Choosing Which Standard Cirris Connector to use on Your Cable Tester Note: this article addresses options for sharing interfacing between Cirris’ Signature series, Easy-Wire® CR and CH2 harness testers. For…
What is the Most Cost-effective Way to Back-wire a Harness Board?
What is the Most Cost-effective Way to Back-wire a Harness Board? When it comes to wire harnesses built on form boards, one of the biggest challenges is: "Where do you…
Data Collection and Reporting Capabilities
Data Collection and Reporting Capabilities Many Cirris customers are primarily concerned with simply testing their cables and having test reports that are limited to providing "pass/fail" results of their testing.…
Retrieving First-Pass-Yield Info
Retrieving First-Pass-Yield Info First Pass Yield (FPY) is the number of assemblies that pass a test divided by the total number tested. So: FPY = number of good assemblies / total…
