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General| Brand | Vitrek |
|---|---|
| Model | 951i |
| Category | Measuring Instruments |
| Language | English |
Details the advanced capabilities and unique aspects of the 95x Electrical Safety Analyzer.
Lists the different 95x models and their available optional features and configurations.
Outlines critical safety warnings and procedures related to powering and grounding the 95x unit.
Provides safety guidelines and warnings regarding the proper use of terminals and wiring connections.
Explains how users can manually abort a test sequence for safety reasons.
Details the safety features that automatically abort tests under hazardous conditions.
Key technical specifications including dimensions, weight, and environmental conditions.
Guides on inspecting the unit for damage after shipping before operation.
Explains the cooling system and ventilation requirements for the 95x.
Recommends proper installation and orientation of the 95x unit.
Details safety and connection requirements for the 95x line power input.
Describes the physical layout of the 95x front panel, controls, and indicators.
Explains navigation, selection, and data entry within the 95x menu system.
Settings that apply to all test steps across all test sequences.
Step-by-step guide on defining and configuring new test sequences.
Instructions for modifying previously defined test sequences.
Procedure for removing existing test sequences from the 95x.
How to choose and execute a pre-defined test sequence.
How to view measurement results during or after a test sequence execution.
Detailed explanation of how to review results step-by-step after a sequence.
Options for configuring and generating test reports.
Guidance on selecting AC, DC, or pulse testing for voltage withstand and leakage.
How to set breakdown, leakage, and arc current limits for tests.
Details on performing AC tests for breakdown, arcing, and leakage.
Details on performing DC tests for breakdown, arcing, and leakage.
Details on performing pulse tests for voltage withstand.
Explains the lead compensation feature for pulse testing.
Details on testing DUT breakdown using DC current measurement.
Guidance on selecting resistance testing methods (DC Voltage, DC Low Resistance, AC Ground Bond).
Details on performing low resistance measurements using 2-wire or 4-wire methods.
Explains lead compensation for 2-wire resistance measurements.
Details on performing AC ground bond tests using GBEZ or GB types.
Details on testing DC (DCI) and AC (ACI) ground leakage currents.
Explains controlling external switch matrix units (Vitrek 948i/964i).
Details using PAUSE and HOLD steps for timing control in test sequences.
How to switch between front panel control and remote interface control.
Configuration for controlling Vitrek 948i/964i switch matrix units.
Connection and configuration details for the RS232 serial interface.
How to program and control the 95x via the RS232 interface.
How to program and control the 95x via the GPIB interface.
How to program and control the 95x via the Ethernet interface.
Instructions for connecting and configuring a printer via USB.
Details the 15-pin DIN connector and pin assignments for the DIO interface.
How to configure the DIO interface settings via the front panel menu.
Characteristics of input and output signal levels for the DIO interface.
Recommendations for providing isolation for DIO signals in noisy environments.
Minimum timing requirements for DIO signals.
Timing constraints for starting a test sequence using the START DIO signal.
How ABORT and INTERLOCK DIO signals are used to abort test sequences.
Output states of PASS, FAIL, and TESTING signals upon test sequence completion.
Asynchronous output signals indicating HV presence and dwell periods.
Procedures for inspecting and cleaning cables, fan filters, and display filters.
Guidelines for visually inspecting and cleaning the unit’s terminals.
How to command and perform an automatic self-test procedure on the 95x.
Details the internal software calibration adjustments for ensuring optimal performance.
Procedures for verifying the 95x's performance and calibration accuracy.
How to initiate the internal verification procedure for the 95x.
Procedure for verifying DC voltage output accuracy across different levels.
Procedure for verifying DC current scaling accuracy across different levels.
Procedure for verifying AC voltage output accuracy across different levels and frequencies.
Procedure for verifying AC current zero accuracy at various output conditions.
Procedure for verifying low resistance measurements using 2-wire or 4-wire methods.
Procedure for verifying ground bond resistance, specific to certain models.
Verifying current accuracy for models with the HSS option.
Verifying current accuracy for models with the HSS-2 option.
Describes the format and structure of commands sent to the 95x via interfaces.
Details the syntax rules for different data fields used in commands.
Describes the format and structure of responses received from the 95x.
Explains timing considerations for interface communication and operations.
Discusses the possibility and considerations of using multiple interfaces simultaneously.
How front panel and interface operations can interact or conflict.
Details standard GPIB commands and their specific functions on the 95x.
Explains the TCP/IP session management for Ethernet interface communication.
Describes the STB, SRE, OPC, ESR, and ERR registers for monitoring status.
Lists and describes available commands for programming the 95x via an interface.
Commands for managing test sequences (ADD, RCL, SAVE, etc.).
Commands for starting and preparing test sequences (READY, RUN).
Commands for controlling an active test sequence (ABORT).
Commands to adjust AMPS, FREQ, VOLTS during MANUAL sequences.
Queries for information about the active test sequence (LEADS?, NAME?).
Queries for the current state of test sequence execution (RUN?, SEQ?, STEP?, PHASE?).
Commands to retrieve test results after sequence completion (RSLT?, STAT?, STEPRSLT?).
Commands for configuring instrument settings (BEEP, DATE, DHCP, DIO, etc.).
Commands to query product identification (*IDN?, *OPT?, SERNUM?).
Miscellaneous commands like DATE?, LOCAL, LOCKOUT, *RST.
Defines the parameters and values for ACEZ test step configuration.
Defines the parameters and values for ACW test step configuration.
Defines the parameters and values for DCez test step configuration.
Defines the parameters and values for DCW test step configuration.
Defines the parameters and values for DCIR test step configuration.
Defines the parameters and values for GBEZ test step configuration.
Defines the parameters and values for GB test step configuration.
Defines the parameters and values for LowΩ resistance test step configuration.
Defines the parameters and values for ACCAP test step configuration.
Defines the parameters and values for ACI test step configuration.
Defines the parameters and values for DCI test step configuration.
Defines the parameters and values for PULSE test step configuration.
Defines the parameters and values for BRKDN test step configuration.
Defines the parameters and values for PAUSE test step configuration.
Defines the parameters and values for HOLD test step configuration.
Defines parameters for controlling Vitrek 948i switch matrix units.
Defines parameters for controlling Vitrek 964i switch matrix units.
Provides practical examples of sending commands to the 95x.
Best practices and recommendations for programming the 95x via interface.
Methods for verifying command reception and error checking using *ERR?.
Recommends running test sequences rather than individual steps for efficiency.
Information for users upgrading firmware or migrating from older versions.
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