Need help?Do you have a question about the Troxler 4640-B and is the answer not in the manual?
General| Brand | Troxler |
|---|---|
| Model | 4640-B |
| Category | Measuring Instruments |
| Language | English |
Explains symbols and formatting used in the manual, including warnings and notes.
Provides a brief overview of the gauge's capabilities and purpose.
Identifies and describes the components and accessories included with the gauge.
Details the function and layout of the gauge's 22-key keypad.
Instructions for inspecting the gauge and its components upon receipt.
Recommendations for safely storing the gauge and its components.
Explains how the gauge uses backscattered gamma radiation to measure density.
Steps for inspecting the gauge daily to ensure proper operation and safety.
Procedure for powering up the gauge and its initial self-test sequence.
Configuration of initial parameters like units, count time, and customer name.
Description of the two positions for the source rod and their implications.
Instructions for performing the daily reference standard count for accuracy.
Guidance on preparing the test site and positioning the gauge correctly.
Steps for performing a density measurement, including thickness and density parameters.
Procedures for creating, viewing, and erasing projects for data organization.
How to save measurement data under the active project number.
Instructions for printing or downloading project data to a computer.
Process for removing project data from the gauge memory.
How to view current gauge settings and operational status.
Method for averaging multiple readings for increased precision.
Referencing project setup or viewing from shift functions.
Referencing data printing or downloading procedures.
Referencing project data erasure procedures.
Procedure for re-calibrating the gauge for specific material types.
Temporarily adjusting gauge readings for specific material mixes.
Using the built-in four-function calculator on the gauge.
Recalling the last measurement taken for review.
Enabling mode for accurate readings on large aggregate mixes.
Attempting to recover inadvertently erased project data.
Validating normal gauge operation by checking reading stability.
Checking for long-term drift in gauge readings.
Programming the gauge to increase count time for desired precision.
Configuring gauge for communication with printers or computers.
Referencing unit selection for measurement display.
Methods for displaying and checking the gauge's battery status.
Referencing how to set the customer name displayed on startup.
Referencing how to set the gauge's internal time and date.
Choosing between Single-Standard and Multi-Standard modes.
Referencing how to view stored standard counts.
Function to calculate theoretical standard counts considering source decay.
Erasing all standard counts from the gauge memory.
Explains fundamental concepts of radiation, atomic structure, and terminology.
Discusses types of radiation, limiting exposure, monitoring, and safety practices.
Details on measurement accuracy, precision, and related parameters.
Information on the gamma source, shielding, and radiation profiles.
Details on power supply, display, keypad, and serial data format.
Information on gauge dimensions, weight, and operating temperatures.
Guidance for diagnosing and resolving common gauge problems.
Procedures for charging batteries and using alkaline battery options.
Instructions for performing periodic leak tests on the radioactive source.
Procedures for cleaning and maintaining mechanical parts of the gauge.
List of available part numbers and descriptions for the gauge.
List of part numbers and descriptions for optional accessories.
List of part numbers for maintenance consumables like lubricants.
Instructions and information required when sending the gauge for repair.
Contact information for Troxler service locations worldwide.
Regulations and documentation needed for shipping the gauge in the U.S.
Examples and explanations of required shipping forms for U.S. transport.
Regulations and guidelines for shipping the gauge into or within Canada.
Conversions for length, weight, and density units.
Conversions for radioactivity units like curies to becquerels.
Step-by-step guide for transferring data using HyperTerminal.
Instructions for transferring data using the Windows 3.1 Terminal program.
How to view project data after it has been transferred to a computer.
To Next Page
