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Model | 5200 Series |
---|---|
Category | Measuring Instruments |
Manufacturer | F.W. Bell |
Type | Gaussmeter |
Probe Type | Hall Effect |
Power Supply | 9V Battery or AC Adapter |
Resolution | 0.1 Gauss |
Frequency Response | DC to 5 kHz |
Operating Temperature | 0°C to 50°C (32°F to 122°F) |
Display | 3.5 digit LCD |
Output | Analog |
Explains magnetic fields, flux lines, poles, and their visualization.
Describes the Hall generator and how it measures flux density.
Details the Model 5270/5280 Gauss/Tesla Meter features and capabilities.
Lists various uses and applications for the Gauss/Tesla meter.
Details the measurement ranges and resolution for models 5270 and 5280.
Covers meter accuracy, temperature effects, timing, battery, dimensions, and regulatory info.
Provides detailed specifications and warnings for the 3.6V Lithium-ion battery.
Highlights critical safety symbols and precautions for operating the instrument.
Details important safety guidelines for handling, storing, and disposing of lithium-ion batteries.
Step-by-step guide for initial setup, including connecting the probe and charging.
Explains the function of the On/Off and Enter buttons and navigation keys.
Details the steps for powering the meter on, self-test, and calibration.
Explains saved settings and behavior during low battery conditions.
Details the elements and interactive areas of the meter's home screen.
Explains how to access and navigate through the various settings pages.
Covers adjusting screen brightness, dark mode, and audio feedback.
Details how to set the date/time and configure the idle power-off timer.
Explains language selection and the procedure for calibrating the touch screen.
Describes how to view error logs and access device information like firmware version.
How to select between AC and DC measurement modes.
How to select measurement units like Gauss, Tesla, or Ampere/meter.
How to select measurement ranges and handle overrange conditions.
Explains Min, Max, and Peak hold functions for capturing specific readings.
Details the application and differences between MIN/MAX and PEAK hold modes.
Guides on initiating and performing the automatic zeroing process.
Explains how to set and use the automatic relative offset value.
Details the process for manually setting a relative offset value.
Explains how to use the analog output signal and its proportional relationship to flux density.
Discusses true RMS values, DC component effects, and accuracy considerations in AC mode.
Explains potential issues with DC mode, like unstable readings from AC components.
Instructions for connecting the meter to a computer via USB for remote operation.
Discusses IEEE-488.2 and SCPI standards for instrument communication.
Explains the syntax rules for sending commands to the instrument.
Details the error buffer and the instrument's status register system.
Information on DLL files required for remote communication and function definitions.
Describes executable and DLL files for remote operation and their compatibility.
Explains the status byte, RQS bit, and enable registers for service requests.
Lists common commands, their acronyms, names, and brief descriptions.
Lists SCPI commands for error messages and status registers.
Lists SCPI commands related to mode, range, and hold settings.
Commands for controlling and querying event and condition registers.
Commands to select measurement units and AC/DC modes.
Commands to select fixed or auto range settings.
Commands to select and reset hold functions.
Commands for initiating auto zero and controlling relative mode.
Command to acquire a new flux density reading.
Command to enable or disable the analog output feature.
How to combine common and SCPI commands, and use query commands.
Methods to determine if a command has been executed, using *OPC?.
Instructions for downloading, installing, and launching the PC5200 software.
Describes the main interface elements and interactive buttons of the PC5200 software.
Details Auto Zero, Reset Hold, and data logging capabilities within PC5200.