ERROR_PRINTER_DELETED - 1905 (0x771)

The specified printer has been deleted.

Updated: Feb 21, 2026

Technical Background

The ERROR_PRINTER_DELETED error code, represented as 1905 in decimal and 0x771 in hexadecimal, indicates that a printer object has been deleted from the system. This error is typically encountered when an application attempts to access or interact with a printer that no longer exists.

Error Details

The ERROR_PRINTER_DELETED error signifies that the printer resource being referenced by the application has been removed from the system. This can occur due to various reasons, such as manual deletion of the printer through the Windows Control Panel, removal of the printer driver, or other administrative actions that result in the printer object's deletion.

Common Causes

  • Printer Removal: The printer was manually deleted via the Device Manager or Printer Properties in the Control Panel.
  • Driver Uninstallation: The printer driver was uninstalled, causing the associated printer objects to be removed.
  • Administrative Actions: System administrators may have deleted the printer through Group Policy settings or other administrative tools.

Real-World Context

This error can occur in various scenarios where an application attempts to print a document or retrieve information about a specific printer. For example, if a user deletes a printer and then tries to access it from within an application, this error will be returned.

Is This Error Critical?

The criticality of the ERROR_PRINTER_DELETED error depends on the context in which it occurs. If the application is designed to handle such scenarios gracefully, the impact may be minimal. However, if the application relies heavily on printer functionality and does not have proper error handling mechanisms, this error could lead to application crashes or user frustration.

How to Diagnose

To diagnose the ERROR_PRINTER_DELETED error, follow these steps:

  1. Review Operation Context: Ensure that the operation context is correct and matches the expected printer configuration.
  2. Validate Parameters: Verify that all parameters passed to the API or function are valid and correctly identify the intended printer.
  3. Confirm Object Types: Check if the object types being referenced match the expected printer type (e.g., local, network).
  4. Verify Input Data: Ensure that any input data related to the printer is up-to-date and accurate.
  5. Check Limits or Constraints: Confirm that there are no system limits or constraints preventing the printer from being accessed.

How to Resolve

To resolve the ERROR_PRINTER_DELETED error, consider these practical steps:

  1. Correct Parameter Usage: Ensure that all parameters used in API calls are correct and accurately represent the intended printer.
  2. Adjust Operation Context: If the operation context is incorrect, adjust it to match the current system configuration.
  3. Restore Data: If data related to the printer has been corrupted or deleted, restore it from a backup or reconfigure the printer through the Control Panel.
  4. Retry Operation with Valid Inputs: Attempt to perform the operation again using valid inputs and ensure that all prerequisites are met.

Developer Notes

Developers should implement robust error handling mechanisms to gracefully handle ERROR_PRINTER_DELETED errors. This includes checking for the presence of printers before attempting operations, logging detailed information about the error, and providing user-friendly feedback when necessary.

Related Errors

FAQ

Q: What causes ERROR_PRINTER_DELETED?

A: The error occurs when a printer has been deleted from the system, typically through manual removal or administrative actions.

Q: How can I prevent this error?

A: Ensure that printers are not accidentally deleted and implement robust error handling in your application to manage such scenarios gracefully.

Summary

The ERROR_PRINTER_DELETED (1905) error code indicates that a printer object has been removed from the system. This error is critical when applications rely on specific printers for functionality, but can be managed with proper error handling and user feedback mechanisms.