What to do if my HP Power Tool has leaks (overflow)?
If your HP Power Tool is experiencing leaks or overflow, verify that the ink outlet bellows is not twisted. Also, use the Ink Flow wizard to check the ink flow rate, and check that the ink catch tray is assembled correctly. Additionally, run the BID diagnostic wizard to ensure the BID motor is rotating.
Why does my HP Power Tool have machine print quality problem?
If you are experiencing print quality issues with your HP Power Tool, first check the flexible ink hose connections to ensure they are not kinked before performing the Ink Flow Calibration wizard. Then, perform the Ink Flow Calibration wizard to recalibrate the ink flow rate. Also, check for a clogged pump (look for waste around the filter) or a bad pump that could be decreasing the flow rate. If problems continue after BID replacement, check the flow.
What to do for partial coverage with HP Power Tool?
If you are experiencing partial coverage issues with your HP Power Tool, perform a BID Engage Calibration wizard. Also, check the ink coupling bellows tension and the BID engage force, ensuring the spring is not clogged or in need of readjustment. For further assistance, it is recommended to call a customer engineer to check the BID engage system arms and the rear engage wall wiring and adjustment.
What causes developer surface damage on HP Power Tool?
Mechanical defects on the developer surface of your HP Power Tool are often caused by improper BID handling, especially during insertion and removal. BID roller grinding can also occur if the BID engages the PIP when it should not. Run a BID diagnostic to verify that the BID motor is rotating. In some cases, the BID may need replacement. If the BID is not engaging the PIP when the unit is not in the print mode, call customer engineer.
How to fix banding – horizontal lines on HP Power Tool?
To address horizontal lines (banding) on your HP Power Tool prints, start by checking the BID connector. If the issue persists, consider replacing the BID. Call customer engineer if the problem persists.
What to do if there is stain on developer roller / burned strip on HP Power Tool?
If you notice a stain on the developer roller or a burned strip on your HP Power Tool, remove the BID and clean the developer unit and squeegee with imaging oil and a lint-free wipe. If the problem persists, replace the BID. Call customer engineer.
What to do for streaks (mostly black ink) on HP Power Tool?
To address streaks (mostly black ink) on your HP Power Tool prints, use cleaning foil.
What does HVIF no-go, HVIF BID current failure or HVIF BID voltage failure mean for HP Power Tool?
If your HP Power Tool displays HVIF no-go, HVIF BID current failure, or HVIF BID voltage failure, use the BID wizard to check for all HVPS problems, and follow the error message instructions.
General| Brand | HP |
|---|---|
| Model | Indigo press 3050 |
| Category | Power Tool |
| Language | English |
Provides guidelines to ensure the safety of personnel operating and maintaining the HP Indigo press 3050.
Describes the warning symbols and labels found on the HP Indigo press 3050.
Explains how to cut off electrical power to the press using Emergency Stop buttons and disconnect switches.
Outlines procedures for standby status, inching, inch-safe-service, and machine lockout.
Provides safety procedures for handling combustible imaging oil and flammable liquids like IPA.
Explains how to import, maintain, arrange, and print jobs using the Job Manager.
Provides step-by-step instructions for powering the press on and off.
Outlines the procedures to prepare the press for printing, including subsystem checks and substrate loading.
Details the stages of printing jobs: preparing the press, proofing, and printing the full run.
Explains color calibration using color adjust and machine LUT for accuracy.
Details blanket characteristics, cleaning, and replacement procedures.
Provides guidance on PIP maintenance, handling, and replacement procedures.
Details the procedure for replacing the blanket, including removing the old and installing a new one.
Guides on adjusting pressure between PIP and ITM drums using the First Transfer Calibration.
Explains the function of the PIP and how to handle it for longevity and image definition.
Details the procedure for replacing a damaged or aged PIP.
Guides on identifying jam locations, clearing sheets, and checking for residues.
Guides on when and how to replace a BID station, including diagnostics and removal.
Provides a table for analyzing and troubleshooting common BID problems and their solutions.
Provides a table of common chiller alarms, causes, solutions, and restart procedures.
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