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General| Brand | SMC Networks |
|---|---|
| Model | Prime-600 |
| Category | Measuring Instruments |
| Language | English |
Details the product warranty period, coverage, and limitations.
Outlines the conditions and costs associated with transporting the equipment for service.
Instructions on registering the product to activate its warranty.
Statement confirming the product meets relevant directives and standards.
Details about the manufacturer, EuroSMC, S.A., including their address.
List of standards and their relevance to the product's compliance.
Description of the high current cables included with the system.
Details of the measurement cables provided with the system.
List of accessories contained within the accessory bag.
Explanation of symbols used to denote hazards, precautions, and important notes.
Identifies specific hazardous situations and risks associated with using the equipment.
General overview of the equipment's panels and key components with numerical references.
Detailed description of the power supply and communication ports (USB-A, USB-B, fuse, ground tap).
Detailed description of the measurement and injection terminals (T.Sense, Clamp, V.sense, I.out).
Detailed explanation of the console's indicators, buttons, and display elements.
Step-by-step guide for establishing the necessary cable connections before operation.
Instructions for connecting optional accessories like ammeter clamp and temperature sensor.
Procedure for powering on the equipment and checking status indicators.
Explanation of indicators like Remote, Trip.Ovd, Trip.Th, and Out.
Menu to configure the system's date and time settings.
Procedure for printing test results directly from the console.
Procedure for saving test results to memory stick or internal memory.
Menu to select and configure the operating work mode.
Menu to configure test current and dual ground clamp functionality.
Access to language, firmware, hardware, and serial number settings.
Shows status of the connected optical temperature transducer.
Procedure to select the appropriate resistance measurement range.
How to set up and perform a static resistance measurement.
Procedure to select the desired operational mode (Single, Dynamic, etc.).
Configuring the current value and dual ground clamp for injection.
Selecting the resistance range for optimal measurement precision.
Step-by-step guide to conduct a static resistance test and view results.
Procedure to prepare the equipment for dynamic resistance measurement.
Selecting the 'Dynamic' mode from the modes configuration menu.
Configuring current and dual ground clamp for dynamic tests.
Selecting the resistance range for dynamic measurements.
Step-by-step guide to conduct a dynamic resistance test and view results.
Options to save test results, view tables, main screen, or charts.
How to print test results including header, setup, and test chart.
Procedure to prepare the equipment for manual sequence resistance measurements.
Configuring current and dual ground clamp for manual sequence tests.
Selecting the resistance range for manual sequence measurements.
Step-by-step guide to conduct a manual sequence resistance test.
Options to save test results in table format or access main screen/charts.
How to print test results including header, setup, and results table.
Procedure to prepare the equipment for automatic sequence resistance measurements.
Configuring current and dual ground clamp for auto sequence tests.
Selecting the resistance range for auto sequence measurements.
Step-by-step guide to conduct an automatic sequence resistance test.
Options to save test results, access charts, main screen, or results table.
How to print test results including header, setup, and test chart.
Explanation and setup for using the dual ground clamp feature for accurate resistance measurement.
Setting current, sensitivity, and enabling dual ground clamp.
Visual guide for connecting the equipment for dual ground clamp tests.
Steps to perform a test using the dual ground clamp and save/print results.
Procedure to configure thermal compensation using the optical transducer.
Instructions for connecting the T.Sense optical transducer and setting its parameters.
Steps to conduct a test with thermal compensation enabled.
Guidance on positioning the transducer relative to the test object for accurate measurement.
Definitions of 'Testing' and 'Reporting' in the context of the equipment's output.
How to select, retrieve, and delete saved test data.
Guide to managing tests and reports using the PrimeSync PC application.
How to open and display saved test files using the PrimeSync application.
Viewing test results in individual controls or list format, with tabbed test management.
Viewing graphical representations of test results (Dynamic and Auto Sequence modes).
Personalizing report parameters like header, image, and included tests.
Showing a preview of selected tests for printing or PDF/HTML/Excel generation.
Options for printing or exporting reports in PDF format.
Guide to downloading and installing the PrimeSync application on a PC.
Procedure for connecting the equipment to the PC and installing drivers.
Overview of the PrimeSync application window, including action bar and status bar.
Description of functions available on the PrimeSync application's action bar.
Information displayed on the PrimeSync status bar regarding equipment connection.
Steps to prepare the equipment for firmware updates via USB connection.
Procedure for manually updating the equipment's firmware using PrimeSync.
How PrimeSync checks for and downloads the latest firmware updates automatically.
Steps to initiate and complete the firmware update process from the PC.
Configuring remote connection settings for data monitoring via Ethernet.
Configuring the local network adapter and remote host for bridge mode.
Accessing equipment adjustment and factory settings through PrimeSync.
Procedure to check for and install new versions of the PrimeSync application.
Technical specifications for static resistance measurement, including range, resolution, and precision.
Technical specifications for dynamic resistance measurement, including sample rate and bandwidth.
Specifications for the current injection work cycles and resolution.
Details on storage, communications, and reporting capabilities.
Power supply, dimensions, box material, and operating temperature specifications.
Table detailing output current, voltage, and resistance values for different connection leads.
Details the main system unit included in the setup.
List of all standard accessories provided with the Prime-600 system.
List of available optional accessories and their part numbers/descriptions.
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