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General| Brand | Valhalla Scientific |
|---|---|
| Model | 4300C |
| Category | Measuring Instruments |
| Language | English |
Overview of the instrument and its applications.
Guide to checking the instrument upon receipt for damage.
Instructions for configuring the instrument's voltage input.
Details on choosing the correct fuse for the selected voltage.
Information on installing the instrument in a standard 19-inch rack.
Essential safety guidelines for operating the instrument.
Accuracy and operational parameters for basic measurements.
Specs for measurements with temperature compensation.
Overall technical and operational parameters of the instrument.
Conditions for optimal and safe operation and storage.
Electrical supply voltage, frequency, and consumption.
Dimensions and weight of the instrument.
Description of the instrument's front interface controls and indicators.
Description of the instrument's rear panel connectors and controls.
How to perform basic resistance measurements.
Using the mode to compensate for temperature variations.
Configuring temperature coefficient and reference values.
Using the comparator for automated testing and sorting.
Adjusting display update rate and intensity.
Controlling measurement acquisition and display.
Configuring data output to printers or computers.
Checking current instrument settings and configurations.
Details available interface and data output options.
Information on optional hardware accessories.
Description of various test leads and probes.
Using the IEEE-488 standard for remote control.
Connecting and controlling the instrument via RS-232.
Understanding the Binary Coded Decimal data output.
Explanation of the Kelvin measurement principle for accuracy.
Overview of the instrument's internal circuit blocks.
Maintenance basics and necessary tools.
Steps to prepare the instrument for calibration.
Step-by-step guide for calibrating the ohmmeter.
Tips for working with inductive devices.
Proper connection and waiting period for inductive loads.
Techniques to reduce noise during low-resistance measurements.
Procedures to safely disconnect leads from inductive loads.
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