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General| Brand | Vitrek |
|---|---|
| Model | Xitron 2801 |
| Category | Measuring Instruments |
| Language | English |
Overview of the 2801/2802 Power Analyzers' capabilities and features.
Details the key functionalities and technical attributes of the 2801/2802 Power Analyzers.
Explains the internal circuitry and operational principles of the 2801/2802 Power Analyzers.
Describes the design and function of the analog channel boards within the analyzers.
Details the operation and control mechanisms of the current and line switch circuitry.
Describes the isolation methods used for digital signals and power circuitry.
Details the components and layout of the analyzer's front panel interface.
Specifies the requirements and capabilities of the IEEE488 (GPIB) interface.
Details the USB device and host interface specifications.
Details the RS-232 serial communication interface settings and format.
Explains the configuration and use of the Digital I/O port.
Provides instructions on how to set up the analyzer for operation.
Guides users on navigating and operating the analyzer via its front panel.
Details the physical connectors and their functions on the rear panel.
Explains various wiring methods for source and load measurements.
Explains how to use IEEE488, USB, and RS232 interfaces simultaneously.
Describes how to control the instrument's operational state remotely or locally.
Explains how to reset the instrument to its default or initial state.
Lists commands to control and modify measurement parameters.
Sets the overall application type (e.g., 3-phase, single-phase).
Configures the time constant for averaging measurement results.
Selects the measurement mode (e.g., LINE, HF, DC).
Allows compensation for wiring impedance and polarity issues.
Configures the line switch behavior and inrush current detection.
Provides general notes regarding specifications and product changes.
Details the operating and storage environmental conditions for the instrument.
Defines the accuracy validity period and conditions.
Explains the automatic range selection feature for optimal accuracy.
Describes the low-pass filtering options for signal measurement.
Details how harmonic measurements are performed.
Describes how historical measurement data is stored and accessed.
Explains the data collection and display for startup sequences.
Provides detailed specifications for the voltage input circuitry.
Details the specifications for various current input ranges and modes.
Specifies the parameters for transducer inputs.
Outlines the accuracy specifications related to power factor measurements.
Provides accuracy specifications for Watts measurements.
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