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General| Brand | Neutronics |
|---|---|
| Model | 3100 |
| Category | Analytical Instruments |
| Language | English |
Key capabilities and specifications of the Model 3100 analyzer.
Details on the analyzer's internal components like boards, sensor, and chassis.
Description of the various electrical inputs and outputs for connectivity.
Explanation of the control panel buttons, display, and status LEDs.
Step-by-step guide for locating, mounting, and installing the analyzer unit.
Instructions for making electrical connections to the Model 3100 analyzer.
Procedures for powering up, calibration, and initial setup of the analyzer.
Procedure for calibrating the analyzer using reference and span gases.
Introduction to the analyzer's user and system operational modes.
How to access and use modes like Calibration, Set/View Alarm, and View Faults.
Procedure for calibrating the oxygen sensor with known gas sources.
How to set and view the Alarm-1 threshold and relay configuration.
How to set and view the Alarm-2 threshold and relay configuration.
How to exit user modes and return the analyzer to normal operation.
Overview of system modes like Self-Test, RUN, Alarm, and Fault states.
Configuring the analyzer settings via control panel keypad or service port.
Detailed steps for adjusting setup parameters using the control panel.
Setting the display and electrical output range for the analyzer.
Configuring Alarm-1 relay action as descending or ascending.
Selecting the data format for RS-232 serial communications.
Setting the factory-defined low-end calibration range (do not adjust).
Setting the communication speed for RS-232 serial interface.
Enabling a sensor self-cleaning cycle when exposed to contaminants.
Programming, monitoring, and troubleshooting using the RS-232 service port.
Guide to connecting and using HyperTerminal for RS-232 communication.
Default access level for viewing analyzer data via RS-232 serial interface.
Disabling automatic data dumps for manual request-only information retrieval.
Setting the RS-232 output to a human-readable format.
Accessing setup menus via PC for advanced configuration and control.
Navigating the RS-232 user setup menu for parameter adjustments.
Configuring alarm relay settings, fail-safe options, and hold times.
Configuring analog voltage and current output ranges and scaling.
Setting minimum current output based on O2 concentration.
Mapping display and analog output ranges, including auto-ranging.
Configuring RS-232 serial output options like baud rate and format.
Locking alarm setpoints to prevent unauthorized changes.
Locking gas calibration settings to prevent unauthorized changes.
Modifying hardware jumper settings for specific configurations.
Schedule and procedures for regular analyzer maintenance tasks.
Procedure for verifying display accuracy against a certified gas source.
List of fault codes, their meanings, and potential causes for troubleshooting.
Indicates the sensor is heating; analyzer not ready for measurement.
Indicates O2 reading is above configured range, possibly due to calibration or exposure.
Indicates the analyzer is not ready for service, likely during warm-up or standby.
Indicates an issue with user calibration, possibly due to a faulty sensor or gases.
List of available part numbers for the Model 3100 analyzer and its components.
Technical specifications including sensor type, display, outputs, and operating conditions.
Table of default factory settings for alarms, ranges, and communication.
Quick reference for control panel button combinations for common functions.
Chart mapping measurement ranges to display and analog output values.
Information on the designed purpose and responsibilities for the analyzer's use.
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