To Next PageTo Next PageHow to fix no vacuum on Teradyne Test Equipment?
If your Teradyne Test Equipment has no vacuum, ensure the vacuum is plugged in and turned on. If you're using a local pump, press the Pump Start switch. Also, verify that the vacuum control switches are turned on.
How to troubleshoot no power on Teradyne Z1800 Test Equipment?
If your Teradyne Test Equipment has no power, try turning the Power Control switch off and on. If the AC power cord isn't connected, turn off the main breaker on the rear panel before connecting the power cord. After connecting, ensure the main AC breaker is on.
What to do if Teradyne Z1800 Test Equipment is hissing?
If you hear a hissing noise while running the Teradyne Test Equipment, it's likely that the fixture or the board-under-test is leaking. Remove the fixture or board and have a qualified technician repair the defect.
General| Category | Test Equipment |
|---|---|
| Manufacturer | Teradyne |
| Software | IG-XL |
| Digital Channels | Up to 1024 |
| Series | Z1800 |
| Pin Count | Up to 1024 |
| Interface | Ethernet |
Guidance on efficiently finding information within the manual.
Teradyne's commitment to functional safety and adherence to standards.
General safety precautions and apparatus classification.
Recommended practices for safe tester operation and hazard awareness.
Recommendations and measures to prevent damage from ESD.
Explanation of symbols indicating hazards and cautionary labels.
Definitions of Danger, Caution, and Warning terms used in documentation.
Procedures for powering the tester on and off under normal conditions.
Steps to safely turn off the tester, computer, and printer.
Procedures for emergency power shutoff and manual off switch operation.
Identification of electrical and mechanical hazards outside the tester.
Description of operator interface components like panels and pods.
Details on the function and layout of operator control panels.
Description of the operator control pod and its functions.
Explanation of jacks and LEDs on the test jack panel.
Function of interface vacuum switches for fixture engagement.
Description of rear panel connections and ports for various testers.
Details on power distribution, breakers, outlets, and monitoring circuitry.
Description of the fixture receiver interface and its components.
Explanation of vacuum system hoses, pipes, and control switches.
Description of fixture types and their interaction with the tester.
Information on keyboard, mouse, screen color, and printer usage.
Routine procedures for daily tester operation and readiness checks.
Procedures for ensuring static safety to protect components.
Steps for verifying printer functionality and paper supply.
Regular inspection of fixtures for cleanliness and proper contact.
Procedures for preparing and executing board tests.
Steps to load the fixture and board onto the tester.
Steps for logging into the tester system to begin operations.
Selecting test programs, options, and controlling test execution.
Using Digital Tracer tool for testing digital component connectivity.
Understanding the graphical display during digital tracing.
Interpreting test results, failure messages, and printouts.
Examples and interpretation of component failure messages.
Understanding messages related to AutoProbeCheck failures.
Interpretation of messages indicating test section termination.
Explanation of messages from the Shorts Locator feature.
Solutions for common tester problems and operator-level fixes.
Troubleshooting steps for no power or intermittent power.
Addressing inconsistent board failures and batch failures.
Solutions for problems with the Run command or hardware availability.
Diagnosing and resolving issues with vacuum system operation.
