Error, fault and alarm codes of products - what each code means, its causes and what to do - read from the manufacturers’ manuals, with the manual page each answer comes from.
A comprehensive query error has occurred showing that this instrument cannot detect a more detailed error. The manual lists no action for this code.
The instrument has encountered a deadlock in its query processing due to full input and output buffers. The manual lists no action for this code.
An error occurring when VBA is executed. The manual lists no action for this code.
The program mnemonic exceeds 12 characters in length. The manual lists no action for this code.
The instrument is currently running a program. The manual lists no action for this code.
The printer failed to complete its task for reasons other than a printer error. The manual lists no action for this code.
The output power level exceeds the available range. The manual's first action is: “Check that the power level is set correctly, and the correction value of the power slope is set correctly.”
Error 241 indicates a failure in the power-on test of this instrument. The manual's first action is: “Contact an Agilent Technology sales office or the company from which you bought the instrument.”
The instrument detected numeric data that is not allowed in its current context. The manual lists no action for this code.
A numeric value data error has occurred in the instrument. The manual lists no action for this code.
Error 52 indicates no valid memory trace data is available. The manual lists no action for this code.
The connector measurement function of the SRL measurement is performed with fewer than 101 points. The manual's first action is: “Use at least 101 points.”
The multiport test set calibration is being performed while test set control is not enabled. The manual lists no action for this code.
The command lacks required parameters or has incorrect input. The manual's first action is: “Enter command parameters correctly.”
Log sweep requires 2 octave minimum span The manual's first action is: “Set the stop frequency to more than four times as many as the start frequency. And then select logarithmic sweep.”