Hp Designjet 550 Manual

Hp Designjet 550 Manual

The Front Pan el Keeps Indicating that Media Is Mi saligned or Incorrectly Position ed Roll med ia. White boxes appe ar only in Full menu mode. The Service Configuration Print contains the following information about the Printer. General Configuration. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: Download a media profile for the ink type being used. For each of th e six colors used in th e Printer, the re are three s eparate components. S tatus messa ges consist of a code and an action message. The information supplied is. Use the Replace item in the In k Cartridg es menu. Printhead dry fire. ? Probable empty ink tubes. These issues can be caused by. Y ou should press Enter to exit. When re porting the values, have the following information r eady. When re porting the values, have the following information r eady. Press Enter to exit.The Service Station Calibration performs the following calibrations. Press Ente r to continue. 7. The following message is displayed. Firmware er ror. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. Corr ective Act ion: T ry the followin g. See the other codes reported. Corr ective Act ion: Refer to Error Code 6005. Corr ective Act ion. There will be clear repetitive bands (perhaps white) in the magenta column. T rust your perception. So, it has NO solution.

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The following figure shows the typical marks on the front side of the printout due to aerosol: So, as you have seen, we can have marks ca used by the ink accumulation on. See the f ollowing image t o for an example. Remove 3 T -15 screws ( Ty p e F ) from the Left Hand Cover (front). 11. Remove the Left H and Cover from the Printer. NOTE Refer to the table on Page 8-4 for information on scre w types. Carefully disconnect the T railing Cable from the Main PCA. Carefully disconnect the T railing Cables (3) from the connectors in the Carriage PCA. Remove by sliding the Main PCA to the left and lifting out (see detail below). NOTE Detail of Main PCA removal. NOTE Y ou mu st perform the following Calibrations when the C enter P laten A ssembly is r eplaced. Its main parts are. CQ8 69-67 064 Complete assembl y repair: use 2.The first list is provided in Service part order and the second in Disassembly order. Not including the Take-Up Reel Spindle Hubs 42-in ch CH956-67012 60 - inch 7 CH955-67082 Take - Up R ee l S he lf 42-in ch CH956-67032 60- inch 8 Q6706-60906 Take-Up Reel Tubes Assembly 42-in ch Q6652-60902 60- inch 9 Q6706-60901 Take-Up Reel Spin dle Hub s All 10 Q6706-60903 Take-Up Reel Lef t Hand Module All 584 The first list is provided in Service Part Order and the second in Disassembly Order. The problem is that once you have gotten your nifty new product, the Hp Designjet 4500 4520 Printer Series Service Manual gets a brief glance, maybe a once over, but it often tends to get discarded or lost with the original packaging. Sign Up and Get Your Books. In most cases this is usually because the manufacturer has discontinued the product. We don’t want you to miss out though so here’s some of our best selling products which are similar to what you are looking for. Take a look and you could just find the perfect item.

Just a small point to note - they might not have the exact features as the product you initially wanted so please be sure to check the features before you buy. These options allows you to print up to 24 inches in width and 50 feet in length. You can switch between media options without user intervention. See our ranges, reviews and guidesBritish Telecommunications Public Limited Company is acting as a credit broker for PayPal Credit. PayPal Credit is subject to status, terms and conditions apply. They also let you share pages with social media sites. Please check your inbox, and if you can’t find it, check your spam folder to make sure it didn't end up there. Please also check your spam folder. All rights are reserved. No part of this document may be photocopied, reproduced, or translated to another language without the prior written consent of Hewlett-Packard Company. Do not proceed beyond a Warning symbol until the indicated conditions are fully understood and met. Do not proceed beyond a Caution symbol until the indicated conditions are fully understood and met. They can be useful for both troubleshooting and disassembly. Each system error code shown in the chapter has a brief description and the steps required to solve the error. This chapter is meant to provide procedures and relevant information, not troubleshooting information. For troubleshooting information, navigate to the Troubleshooting chapter. Further troubleshooting information based on the symptom of the issue can be found in the customer document Maintenance and Troubleshooting Guide. This information is presented in tables, organized by subsystem, and includes the following: Each service part has a removal procedure detailed in this chapter, and installation procedures and notes are included as needed. While most of these alerts can be resolved by the customer, some require a service engineer.

This chapter covers the four primary moving scenarios: The safety chapter covers all the guidelines and checks you need to perform in order to service the printer. All procedures must be performed by HP Service Engineers or Authorized Service Delivery Partner, except for those procedures clearly marked otherwise. If you are viewing the document in the form of a PDF, you can click on one of these references to go directly to the heading and page where the content is located. Most parts of the control electronics are placed inside the ’E-box’. There are 6 functional subsystems within the electronics, Front panel, Substrate path, Scan axis, Service Station, Ink Supply and Dryer and Curing. In order to make sure that this information is not lost in the case of a failure of the HDD, a backup is made in the ISS top board It has its own Enclosure for safety protection. It is installed vertically into the Petisa board. They detect a current leak greater than 30mA. The customer can reset the RCCB if a circuit blows, but a frequent reoccurrence would indicate an electrical failure in one or more of the heaters. This input is also used by the curing heater. It also contains electronics for controlling the external sensors (SOL and Tetris) as well as the Scan Axis Encoder. The Power cable connects the Carriage with the Printmech board and Data cable connects Carriage with the Main (Engine) board) A metal sheet is protects the SOL from the high temperatures produced by the Dryer Assembly. The main function of SOL is to measure color samples that have been printed on the loaded media and then are placed on the print platen zone. The SOL initialization process takes approximately 7min. This process consists of three steps: After the measurements, the shutter is closed again and the sensor is switched off.

The alignment procedure consists of a series of patterns first being printed, then scanned using the Tetris, and finally an internal process is used to correct the timing of when and where the nozzles of the Printheads fire, and detect any possible nozzle-out issues. An optical, infrared wavelength encoder is used, this is the same type of encoder used in most of the HP large format printers. The Encoder signal is converted to LVDS logic levels and directly routed through the Data TC. Printheads are inserted into unique slots and a spring loaded mechanism pushes the electrical contacts of the Printheads into the Printhead flex, which subsequently connects the Printhead to the Carriage electronics. Printheads Flexes are the most delicate and sensitive part of the Carriage. If the Printheads are inserted with too much force or they are misaligned, the insertion can easily damage them. The ISS PCAs provide the following: The 2nd ISS connector is connected to the PrintMech in a daisy-chained connection the 1st ISS board by means of this 8-pin connector. The bus controllers are inside the ASIC, placed on the main PCA. The functionality of each of these devices is explained below. It generates an interruption each time a presence event or a broken bag event occurs. This interrupt line is taken to an Impact GPIO. This bus is multiplexed on the ISS board through an analog multiplexer. The pins-out of this connector are listed in the following table, together with a description of all the signals: The 2nd ISS connector is connected to the PrintMech in a daisy-chained way through the 1st ISS board (top PCA) by means of this 8-pin connector.

The pins-out of this connector are listed in the following table, together with a description of all the signals: The objectives of the substrate path while advancing the substrate are: The media is fed through the entry platen, around the Drive Roller (2), under the Pinchwheels (3), over the printzone and Overdrive (4) and finally the media is either left free or collected in the take-up reel. The substrate is pressed to the drive roller by the pinchwheels, ensuring a smooth substrate advance. The motor receives feedback from an encoder located at the left side of the roller, inside a protected enclosure on the left of the left sideplate. The print platen is designed to give minimal resistance to the substrate advance, and includes suction holes which apply vacuum to the substrate. The media is also under the dryer when it is in the print zone. This area also has vacuum to ensure traction over the wheels, which are connected to the drive roller through a set of gears. The overdrive wheels help to remove the substrate from the print zone during the substrate advance. The OMAS sensor, located on a special cutout section of the print platen, is a sensor which is able to detect very small errors in the advancement of the media. These advancement errors are communicated to the motors on the driver roller and small corrections adjustments are applied to the movement of the substrate. In these cases, the OMAS sensor can be disabled. To disable the OMAS sensor See page 189. When shutting down, if a substrate is loaded, the printer remembers the substrate definition. This may be modified through the front panel with the option ’Change loaded substrate’ from the substrate menu list. If the ’curve’ of media is too large the printer cannot detect it and the printer asks the user to rewind manually.

Once the media is rewound the printer can detect automatically If the skew is too large the printer will ask the user to lift the pinchwheels (big blue lever on right hand side) and align the substrate. The substrate must be aligned against itself (media edge must be aligned with input roll edge). It holds the core of the roll when its rubber bands are nipped between the core of the roll and the aluminum extrusion. Right hub should go inside one of them. Then, by rotating the table towards the machine, the roll will go to its final position with a small amount of effort. The user is asked to check that both spindle ends have entered into the final positions. When the substrate is inserted into The media load process has been triggered and the printer will provide instructions through the front panel. In these cases, the The motor requires 24 V, and is controlled by the Printmech PCA. The main function of the system can be defined as providing the surface where the media is printed, keeping it controlled during the process, playing a main roll on the final IQ of the plots and on the operational reliability of the printer. The subsystem is composed of the print platen assembly (including the overdrive wheels), which is the physical interface with the substrate, and the vacuum system which is the mechanical system where the vacuum pressure used to control the media is generated and conduced. This feature, plus the new media supported, changes a little the main contributors of the cockle control and media expansion from the former products and also adds new issues such as the thermal marks. The platen gives a convenient shape to the heated media, avoiding differential temperatures because of platen conductivity. It can detect an ink leakage anywhere in the system, including inside an Ink Cartridge. It also tracks and determines when an Ink cartridge needs replacing. They are bundled together in a carrier and held on a shelf on the inside of the top cover with clips.

They have six slots for holding the ink cartridges. Each slot has a unique shape (or lock out) which matches with an equal shape at the end of the applicable ink cartridge.This is to ensure that when the pump stops and the cartridges are nearly empty, that the ink does not flow back to the cartridge. In the event of a broken bag in one of the Ink Cartridges, these tubes must be checked in case any of the leaked ink has been forced into the air tubes. This subsystem moves the carriage with a motor, belt, and pulley system.Its main function is to guide the carriage along the scan axis via two rods, and it sets its limits of movement. Apart from this it positions and holds the Service Station, the Scan Axis motor, the two brackets and the pinch wheels assembly. It also works as an air container to be blown to the print zone coming from the rear and leaving through several pipes located over the media and holds the rear fans. This distance is supposed to be constant during the life of the machine and it is set to be as small as possible without taking the risk the having the printheads touching the media. It also closes the scan beam to avoid the air blown to the print zone leaking. The left bracket also houses the Media Jam Sensor, which works with the reflector panel on the carriage assembly to detect paper crashes. It also has some parts to ensure that the encoder strip is held with tension. Since it is made of thin metal it is sharp and extreme caution is needed when handling it. Unlike previous versions, do not clean the encoder strip as this will damage it. It also holds the pulley assembly and the encoder strip. It is positioned and held by the scan beam. It is moved across the print path by the scan axis impelling system and with it the 6 printheads and several sensors, the Spectrophotometer (SOL), the line sensor (Tetris), the scan axis sensor.

The carriage houses an on-board electronics system to send information to the 6 printheads though each of the interconnects, and it receives information from the sensors. Some parts aid the ink to arrive at the printheads. It also holds in position the cutter, used to cut some types of media. The main function of SOL is to measure color samples that have been printed on the loaded media and are placed on the print platen zone. The SOL initialization process lasts for about 7min. This process consists on 3 steps: sensor switch on, sensor warm up and sensor calibration. When the initialization has been completed, the shutter is opened automatically and the carriage is moved along the scan axis to place SOL on top of each sample to take a color measurement. After the measurements, the shutter is closed again and the sensor is switched off. Its position is enforced by the two rods and the belt. It serves as a base where other parts are attached and it has some features to located other components (capping station and all the next parts). Once the handle is opened it can rotate to allow the user to remove the printheads. It has some features (holes) to allow the primer to pass though it and make contact with the printheads. Some parts help to transmit force to the printheads to hold them in position and to transmit information of when the ink should be dropped. The SOL performs a color calibration, the line sensor calibrates the printhead alignment and detects other features (e.g. the media) and the encoder sensor detects the movement of the carriage in relation to the Encoder strip. Bushings, are bronze parts that are attached to the carriage base and slide over the rod They block four degrees of freedom (Z and Y translation and rotation over the primary rod) The dam protector, are Mylar and stainless steel, and they stop the aerosol. Also from a usability point of view, they avoid possible mistakes when inserting the pens and have a cosmetic function too.

This is used to detect media jams. The Service Station and Waste Management can be split into three subsystems: Air pressure to perform the prime operation is drawn from the Ink Supplies, and prime pulse is controlled by solenoid valves. It also contains some ink priming functionality. The drop detector has a window where it is placed with the ink funnel. The ink funnel divides the window in two different parts, the flying spittoon and the drop detector spittoon where nozzles are fired to check their status. The nozzles out that are detected are compensated for by using other nozzles to keep a good print quality. This beam light can be blocked by the ink funnel if it is not placed correctly. The actual advance is achieved by moving the Printhead Cleaner Cartridge once the gear has been engaged by this mechanism. The separation is done by impaction. Using the airflow from the aerosol filtration, the main drops and aerosol are It is a one way air valve, so that air cannot return back up the drain tube. This can cause an adverse condition in the waste duct, where bubbles form and then the aerosol filter may become clogged long before its expected end of life. It is designed to hold a maximum of 3.3 liters of ink, and not to leak its contents in any position. It consists of two filters and a fan. This is designed to negate heavy aerosol and it works by impacting the aerosol droplets. The ink accumulate in this filter drains into the receptacles underneath the aerosol fan holder. To achieve a longer life out of this filter, the impact filter is placed before the main filter. The fan works whenever the printer is operating. It also has a fail signal to allow the system to detect if the fan has stopped working. The heating system applies this heat through a Dryer Assembly and a larger Curing assembly.

Temperatures are kept at a target level depending on the type of substrate and amount of ink fired via a temperature sensor, which feeds back information to the Heater Control assembly (Petisa) located at the rear of the printer. The assembly is located at the rear of the Printer in an enclosure designed to shield it from the heat generated. This assembly contains the Heater Control PCA, also known as Petisa, and the Chinda board which is inserted vertically in a slot on the Heater Control board. On the side of the enclosure is a fan for cooling the system. Subsequently it is not safe to open the window while the unit is printing or just after the end of a plot, since the dryer cover can easily reach 200?C in intensive usage. The following cross section shows the heating subsystems: The airflow wipes away the vapors from the media surface, improving radiation efficiency. This is because during printing the heat coming from the dryer to keep the paper warm also goes to the ink tubes causing an increase of the ink temperature leading to short-term damage on the printheads There are three different parts that form two different configuration for each of the SKU’s. One configuration blows the air to the rear and the other blows it to the rear and to the front. For the 60” SKU, three assemblies blow to the front and rear and two to the rear, for the 42” SKU, two assemblies blow to the front and rear and two to the rear. Each resistor has two coils for a better power split and therefore, better flickers performance. The ’Steady’ coil is dimensioned so that it can provide most of the power requirement, whereas the ’Burst’ coil provides less power to finally adjust the power level to the servo requirement. This adds extra user safety as well as avoids potential safety hazards related to the heaters and their control. For its proper operation it needs to know when the AC is crossing the zero voltage, and this information is supplied by the Power Control PCA.

The Front Panel is a small screen display and array of button controls located on the right side of the printer. The Front Panel is frequently used by Service Engineers. In general most things requiring direct mechanical interaction with the printer, such as tests or calibrations, are performed using the Front Panel. The Front Panel communicates with the Formatter via the Main Interconnect Board. If the light is off, the printer is off. If it is solid green, the printer is on. If it is flashing green, the printer is in transition between on and off. If the light is off, the printer is not ready. If it is solid green, the printer is ready and idle. If it is flashing green, the printer is busy: receiving data, processing or printing. If it is flashing amber, your intervention is required. If it is solid amber, a serious error has occurred. To go to the upper level, or leave the option in the menu, or when given an option. To enter in a submenu in the menu. To select a value when given an option. Firmware updates often include fixes for some of the problems that are found in the following pages, simply updating the firmware can often resolve the problem.Only try one recommended action at a time and check if the error code has disappeared. When reporting the error, have the following information ready: Without this information, HP Support Personnel cannot help you. The test plots will help you differentiate between possible printhead errors and other problems such as incorrect front-panel selection, RIP configuration or mechanical problems. For information on solving Print Quality problems see Chapter 5, Print Quality See page 227. If any of the LEDs are On, then refer to See page 48 for more information. Also make sure that the Front-Panel cable is not damaged. Try loading white HP media in to the Printer and check if the Line sensor detects it. Clean the Center Platen. Perform the Line Sensor Calibration See page 162. Replace the Line Sensor See page 486.

This is mainly when the take-up reel is enabled, but there are other circumstances when the cutter will not cut. To clear this, you must lift the Media Lever and insert thicker media into the paper path to push out the media that is still stuck there. Clear the media path. Make sure that the mylar is not damaged. If there is a wrinkled mass of media inside the paper path, lift the Pinch wheels (using the Media Load Handles) and clear the obstruction. Lift the Pinch wheels (using the Media Load Handles) and pull the media clear. After applying the Oil, perform the Scan-Axis Test See page 157 and check that the values are within the given limits. Try and move the Carriage Assembly manually, checking for smooth and free movement. After applying the Oil, perform the Scan-Axis Test See page 157 and check that the values are within the given limits. If the user does not replace the Ink Cartridge immediately, when the printer starts to print again, a band will appear in the position where the printing restarted. This is because the wet ink interacts with the dried ink on the media causing the band to appear. To solve the problem, try the following: This troubleshooting procedure checks the mechanical installation of the take-up reel. Download and Read Hp Designjet 130 Repair Manual promotion programs leadership skills for the 21st century 2nd second edition by johnson james a breckon donald j. Unload Valve System Hydraulic Model E Carco Cable Kit to set rear Tests and Adjustments Mechanical. Download Service Manual for HP DesignJet 130.To complete your. Your bid is the BROKEN TILT 130. HP DESIGNJET 130 SERVICE MANUAL HP DESIGNJET 130 SERVICE MANUAL - Title Ebooks: HP DESIGNJET 130 SERVICE MANUAL - Category: Kindle and. Hp Designjet 130 Repair Manual from cloud storage. Hewlett Packard Designjet 130 130nr Service Manual HP Hewlett Packard Designjet 130 130nr Service Hewlett Packard DesignJet 5500 Service Manual. Hp Designjet 130 Repair Manual download.

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