Need help?Do you have a question about the F.W. Bell 8000 series and is the answer not in the manual?
General| Manufacturer | F.W. Bell |
|---|---|
| Product Category | Measuring Instruments |
| Model | 8000 series |
| Measurement Range | 0 to 30 kG |
| Display | LCD |
| Operating Temperature | 0°C to 50°C |
| Power Source | Battery or AC adapter |
| Output | Analog |
Details the meter's capabilities, including measurement technology, display, auto-range, zeroing, and hold functions.
Lists the technical specifications of the meter, including measurement ranges, accuracies, and physical dimensions.
Details the different types of probes, including heavy-duty, standard, flexible, and low-field options.
Provides essential general and specific safety warnings for operating and servicing the instrument.
Guides the user through the process of turning the instrument on, including standby mode and boot-up.
Details the different sets of keys on the front panel and their functions for menu navigation and operation.
Explains how to navigate the intuitive menu system using hot keys and the menu button for function access.
Details how to select fixed ranges or use auto-ranging for optimizing flux density measurements.
Explains how to switch between DC and AC measurement modes for magnetic field analysis.
Explains the importance of zeroing the probe and meter for accurate flux density measurements.
Describes the MIN/MAX and PEAK/VALLEY hold functions for capturing specific readings.
Explains the relative mode for suppressing large readings to observe small variations within a field.
Details the vector summation feature for 3-axis probes, calculating resultant magnitude and angles.
Identifies common sources of error in flux density measurements, such as probe angle and temperature.
Explains how to set the time base (horizontal scale) for the waveform display, linked to AC filter settings.
Guides the user on setting the vertical scale (units per division) for accurate waveform visualization.
Describes the trigger system, similar to an oscilloscope, for synchronizing measurement data display.
Details the functional description of the RS-232 serial port, including handshaking and configuration.
Details the syntax rules and common commands used for remote programming via IEEE-488.2.
Guides the user through the steps to update the instrument's firmware via the internet or USB.
Lists error codes specific to the meter, their display text, and corresponding SCPI text.
To Next Page
