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General| Brand | Ohmart Vega |
|---|---|
| Model | W-4510 |
| Category | Scales |
| Language | English |
Details changes made to the manual across different versions.
Information regarding radioactive materials and handling precautions.
Instructions for safely unpacking and inspecting the weigh scale system.
Guidelines for proper storage of the source holder and detector.
Technical details and operational parameters of the W-4510 Weigh Scale.
Common uses and scenarios for the W-4510 Weigh Scale.
Guidance on obtaining support and contact information for Ohmart.
Description of the W-4510 Weigh Scale system components and their functions.
Explanation of how the nuclear gauge measures material mass using radiation.
Methods for interacting with the gauge using Smart Pro or Pro Pac.
Factors to consider when choosing the optimal installation site for the gauge.
Requirements and considerations for performing recalibration procedures.
Details on the physical assembly and mounting of the weigh scale.
Wiring and functionality of the source on/off indicator lights.
Instructions for securely mounting the weigh scale assembly.
Procedures for mounting the Smart Pro or Pro Pac electronics console.
Specifics for mounting the Smart Pro unit.
Specifics for mounting the Pro Pac unit.
Details on installing computerized electronics in a rack mount configuration.
Overview of the various setup screens available on the gauge.
Introduction to the four main setup menu categories.
Procedures for setting the system's time and date.
Explanation of different memory areas and their usage.
How to transfer data to and from the upper RAM memory.
Procedures for transferring data to and from the EEPROM.
Using software to manage gauge configurations.
Managing access levels and passwords for system security.
Configuring and calibrating the analog output channels.
Setting the minimum and maximum measurement ranges for the gauge.
Selecting and configuring units for measurements and rates.
Configuring communication port settings for serial data transfer.
Settings for temperature compensation if applicable.
Customizing the main display screen for operator information.
Configuring parameters for the gauge's input channels.
Configuring parameters for the gauge's output channels.
Grouping parameters using unique product codes.
Procedures for collecting data to define the linearizer curve.
Configuring how and when data is collected.
Setting a threshold to stop measurement processing under certain conditions.
Adjusting filtering parameters to manage signal noise and response time.
Choosing between RC exponential and rectangular window filters.
Enabling and configuring an adaptive filter for improved performance.
Configuring totalizer functions for accumulating measurements.
Procedures for performing periodic recalibrations on Channel #1.
Establishing reference points to relate detector output to process values.
Steps involved in performing the initial calibration of the gauge.
Ensuring the correct units are configured for measurements.
Checking and setting the minimum and maximum measurement spans.
Process of determining and loading the linearization curve.
Gathering data for zero and span calibration points.
Calculating new calibration parameters using collected data.
Performing a two-point calibration for the gauge.
Procedure for setting the absorber value for calibration.
Saving calibration data to non-volatile EEPROM for long-term storage.
Performing a simple low calibration on Channel #1.
Performing a high calibration using the absorber on Channel #1.
Collecting simple timed average data for Channel #1.
Setting the absorber values for calibration.
Procedures for calibrating Channel #2, typically for speed input.
Gathering zero and span data for Channel #2.
Calculating calibration parameters for Channel #2.
Saving Channel #2 calibration data to EEPROM.
Adjusting the 4-20mA output to a reference for accurate signaling.
Calibrating the analog output signal using a DC milliammeter.
Troubleshooting communication issues between components.
Information on bi-level inputs, terminals, and LEDs for diagnostics.
Finding test points, fuses, jumpers, and connectors on the CPU board.
Understanding jumper settings for output frequency division.
Basic functioning checks using LED indicators on the CPU board.
Summary of LED indications on the power supply and CPU boards.
Guidelines for routine maintenance and troubleshooting.
Suggested schedule to prevent problems and comply with regulations.
Information on ordering replacement parts from Ohmart.
Procedures for replacing assemblies or boards in the field.
How to contact Ohmart for field service support.
Information needed when arranging for equipment repair.
Details of parameters for the frequency input channel #1.
Details of parameters for the frequency input channel #2.
Details of parameters for the frequency output channels.
Logs data related to the auto zero feature.
Parameters for the totalizer functions of the weigh scale.
Parameters associated with product codes for configuration.
Parameters for defining and managing linearizer curves.
Explanation of how the auto zero feature works and its conditions.
Viewing logged data from the auto zero feature.
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