ht500:operation [Kühling&Kühling Documentation]

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====== Operating manual HT500 ====== 
[{{:reprap-industrial-v1:touchscreen.png?600|The high-resolution 10"-TFT touchscreen mounted at the front panel enables direct operation of the HT500.}}]
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This manual describes the [[#Initial commissioning|initial commissioning]] of the 3D Printer after [[manual#setup-and-installation|installation]], the [[#Operation|operation]] via the //RepRapOnRails// operating software and the all manual operating tasks that must be performed during normal day-today use.\\

=== RepRapOnRails Software version lists ===
  * v2.2.0 (current)

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===== Starting the 3D Printer =====
There are two possible states from which to start the 3D Printer: "switched off" and in "standby". Either way starting the 3D Printer is a one-button-only procedure. After the boot sequence the operating screen starts with the [[#print-screen|Print screen]] in IDLE mode.

==== Switching on ====
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If the 3D Printer is [[#switching-off-the-3d-printer|switched off via the main switch]] at the rear cover (position **<0>**) toggle the  switch to **<I>** (ON).\\ The 3D Printer will boot automatically.\\
It may take a few minutes until the touchscreen has fully loaded the operating screen - wait patiently without interfering.\\
The first screen will be the **Print** screen with the (empty) print-job queue and the top-left status message displaying **Idle**.
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[{{:reprap-industrial-v1:opm_powerbutton.png?400|Powering up the 3D Printer.}}]
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==== Waking from standby ====
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If the 3D Printer has been shut down via the touchscreen and set into standby mode (see section [[#switching-off-the-3d-printer|Print screen]]), press the wake button at the front cover. The light ring of the button lights up and the 3D Printer boots automatically.
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[{{:reprap-industrial-v1:opm_wakebutton.png?400|Waking the 3D Printer from standby.}}]
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===== Graphical User Interface (GUI) =====
[{{:reprap-industrial-v1:gui_menues_v110.png?600 |Menu selection of the RepRapOnRails operating software.}}]
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The start-up **[[#print-screen|Print]]** screen provides all basic operating functions.\\ The **[[#configuration-screen|Configuration]]** menu enables the operator to preselect temperature profiles for the extruders and the print bed and build chamber more directly which simplifies preheating and priming according to current needs.\\ **[[#setup-screen|Setup]]** offers the operating wizards for guided day-to-day functions.\\ More advanced features such as program-independent operation of the axes can be found on the **[[#expert-control-screen|Expert control]]** screen which also provides direct setting of the extruder temperatures and test extrusion.\\ The **[[#log-screen|Log]]** menu contains the history of machine code input and output as well as the keyboard for direct input of operating instructions.\\
The following paragraphs provide detailed information of the software's operating screens and explain the specific functions.\\
Additional information for the preparation of print jobs can be found in [[reprap-industrial-v1:Tips&Tricks#Slicing|Tips and tricks]] and the manual of the [[http://manual.slic3r.org/|slicing software]].

===== [Print] screen =====
After starting the HT500 the //Print// screen will appear as the start-up screen. Here you activate the 3D Printer and start the print jobs previously uploaded to the queue via the web interface.
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[{{:reprap-industrial-v1:gui_printtabnumber_v110.png?600|Print screen (descriptions may apply to other screens as well if not explicitly given there)}}]
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^  No.  ^ Description  ^ Content/Function  ^
|  1  | Status message  | **//Idle//**: apparatus is waiting for next user input\\ **//[[#Printing]]//**: apparatus is busy printing  |
|  2  | Menu selection  | Select the operating menu and mode:\\ **[[#print-screen|Print]]** represents the main production mode\\ **[[#configuration-screen|Configuration]]** allows choosing material based temperature profiles for each extruder and bed/chamber\\ **[[#setup-screen|Setup]]** provides wizards for different preset operating procedures\\ **[[#expert-control-screen|Expert Control]]** provides access to motors and direct temperature control\\ **[[#log-screen|Log]]** represents the communication history of microcontroller, BeagleBone Black, and touchscreen  |
|  3  | Queue  | List of uploaded print jobs sorted by time/date (oldest first); estimated time required for printing the respective job. |
|  4  | Temperature/profile overview | Displays current and set temperature of each extruder, print bed and build chamber as well as the selected material profiles (see [[#configuration-screen|Configuration]]). Temperatures colored red are set and currently being actuated. |
|  5  | [Emergency STOP] button  | see also\\ -> [[#emergency-stop|Emergency stop]]\\ -> [[manual#emergency-stop|Safety information in the Manual]]  |
|  6  | [Shut-down] button       | Tap to shut down the 3D Printer properly.  |
|  7  | [Build Chamber ON/OFF] button   | Tap to activate/deactivate drives and heaters after start-up.  |
|  8  | [Preheat Chamber/Bed ON/OFF] button  | Tap to activate/deactivate preheating of the build chamber/print bed according to the settings made under [[#configuration-screen|Configuration]].  |
|  9  | [delete] button  | Tap to delete the respective print job from the queue. |
|  10  | [print] button  | Tap to [[#starting-print-jobs|start the respective print job]].  |
|  11  | Browse buttons  | Use [Previous], [Next] and [//page number//] to browse the print job list.  |


==== Starting print jobs ====
Tap the [print] button next to a print job in the queue to start the print job. You will be asked to confirm that all preparations for the print job have been performed. Tap [OK, Start Print] to definitely begin printing or [Cancel] to return to the queue.
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[{{:ht500:om_confirm_pj.png?600|"Ready to print?" query}}]
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^ No.  ^ Description  ^ Content/Function  ^
|  1  | Checklist  | Please make sure that all displayed requirements have been met before proceeding.  |
|  2  | [OK, Start Print] button  | If all preparations have been made, tap to proceed.  |
|  3  | [Cancel] button | Tap to abort if any requirements has not been met. |
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After confirmation the HT500 starts processing the print job and the status message changes to //Printing//. All other menus are deactivated during a print. The print job name, the current progress, and the estimated remaining time are displayed and the [Abort Print] button is active.
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[{{:ht500:om_currently_printing.png?600|Print status screen (top half only).}}]
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^ No.  ^ Description  ^ Content/Function  ^
|  4  | Print job name  | The name of the slicing file uploaded to the queue.  |
|  5  | Countdown       | Displays the estimated remaining time (calculated from the G-code).  |
|  6  | Progress bar    | Indicates the progress of the print job graphically.   |
|  7  | [Pause/Resume Print] button  | Allows interrupting a print job for interference and subsequent resumption.  |
|  8  | [Abort Print] button  | Tap to [[#Finishing a print job|abort a print job]].  |
==== Pause function ====
The pause function was built in for the case that a print job needs to be interrupted and later resumed for other reasons than "out-of-filament" (see [[#changing-the-filament|below]]).\\
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[{{:ht500:om_pause_print.png?600|Interrupting the print with the pause function.}}]
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After tapping the [Pause Print] button, the printer keeps printing until the cache is empty. This may take a few minutes, according to the complexity of the current g-code. Afterwards, the print bed is lowered into its home position, the extruders are turned off and the print head moves to the maintenance position.\\ Now you have access to the //[[#Expert Control|Expert Controls]]// and some of the //[[#Setup|]]// functions to adjust whatever might be necessary.
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[{{:ht500:om_resume_print.png?600|Continuing the print after pause.}}]
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To continue printing tap [Resume Print] (replaced [Pause Print]). Print bed and extruder head move to their last position and after re-heating the extruders the print seamlessly continues.
==== Finishing a print job ====
There are two ways to finish a print job: automatic finish after completion or abortion by the operator.\\
After regularly completing a print job all axes are moved to their home position and the extruder heating resistors are switched off.\\
If you need to abort a print job because the outcome does not meet expectations for example or mechanical problems appear during the print, tap the [Abort Print] button. The system will then print the last G-code information from cash and move the print table and the extruder head to their home positions afterwards.\\
Either way, the 3D Printer returns to idle mode and displays a status message and a request how you wish to continue. Simply tap the respective button on the screen to proceed.\\
After standstill of all drives you can remove the print bed and take off the model.

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[{{:reprap-industrial-v1:gui_finishedprinting_v110.png?600|Print job finished.}}]

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^ No.  ^ Description  ^ Content/Function  ^
|  9  | [Keep in Queue]  | Returns to the //[[#Print]]// menu.  |
|  10  | [Print Again]  | Immediately [[#Starting print jobs|restarts]] the current print job.  |
|  11  | [Delete Printjob]  | Deletes the finished print job from the queue **without** confirmation and returns to the //[[#Print]]// menu. |


==== Switching off the 3D Printer ====
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NOTICE

Switch off the 3D Printer via the power button without turning it into standby may cause damage of the heating elements and neighboring components due to residual heat.\\
The cool-down performed during shut-down ensures that the fans are only switched off after the heating elements could shed all residual heat.\\ 
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[{{:ht500:om_power_off_button.png?600|Always use this button for regular shutdown.}}]
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For switching the HT500 into standby tap the shut-down button. The system will then perform the cool-down sequence for safety reasons before deactivating the preheating and the build chamber.

The 3D Printer is in standby mode when:
  * the screen turns black,
  * the illuminated ring of the wake button dims,
  * the build chamber lighting switches off.

To wake the machine from standby see [[#waking-from-standby|Starting the 3D Printer]].


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For completely shutting down the 3D Printer, perform the procedure described above and set the main switch at the rear cover to **<0>** (OFF) afterwards. The 3D Printer is now powered off and the green status indicators of the limit switches darken.\\
To reactivate the 3D Printer see [[#switching-on|Starting the 3D Printer]].
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INFO

//For day-to-day use, the power supply should stay connected to mains power (main switch in position// **<I>** //(ON).//
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==== Emergency stop ====
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NOTICE

The emergency stop function does not provide a cool down sequence. **Do not** use the emergency stop button to abort current print jobs, as this may lead to damage of the 3D Printer due to uncontrolled heat accumulation.
**Do not** use the main switch as an emergency stop button. You risk loosing or corrupting data.
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[{{:reprap-industrial-v1:gui_v110_emergencystoptriggered.png?600|Status display after triggering the emergency stop. The 3D Printer returns to IDLE state after a short time. The emergency stop is written into the log-file. }}]

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When the emergency stop is triggered:
  * The microcontroller board is reset, all movement of the axes stops, lights, heaters and fans are turned off. The status indicator displays ''Emergency Stop!'' . 
  * After a few seconds the microcontroller returns to ''Idle'' state.
\\
The 3D Printer now is in a safe state for troubleshooting.\\
For repairing **any defects of the electronic equipment** or major mechanical damages **shut down the 3D Printer completely**:
  * Open the //Print// screen.
  * Shut down the 3D Printer by tapping the **[Shutdown]** button and switching off the main switch (**<0>** position) after the shutdown procedure has been finished.

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Before restarting or reactivating the 3D Printer:
  * Make sure that the axes are in no collision position.
  * Make sure that the reason for the emergency stop has been detected and fixed, before resuming production.
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After troubleshooting or if the reason for the emergency stop was minor and you want to continue production:
  * Remove the print bed from the build chamber and replace or clean it before further use.
  * [[#starting-the-3d-printer|Restart]] the 3D Printer (if necessary).
  * Open the //Print// screen.
  * Switch on the build chamber. The 3D Printer will run the homing routine.
  * You can now resume normal operation.

===== [Configuration] screen =====

The //Configuration// menu is a new feature that enables you to preselect material-specific temperature profiles for each extruder and, in combination, the print bed/build chamber. The latter was developed to make preheating and leveling more precise with regard to different material settings. The according profiles can be set up at the [[#creating-temperature-profiles|web interface setup menu]].
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[{{:reprap-industrial-v1:gui_configmenu_1_v110.png?600|GUI Configuration screen with temperature profile selection.}}]
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^  No.  ^ Description  ^ Content/Function  ^
|  1  | Left extruder profile selection | The currently selected profile is displayed.\\ Tap **[Select]** to open the list of available filament profiles or [Clear] to delete the active profile.  |
|  2  | Right extruder profile selection  | :::  |
|  3  | Bed/chamber profile selection     | The currently selected profile is displayed.\\ Tap [Select] to open the list of available filament profiles or [Clear] to delete the active profile.\\ After selection of a profile, deactivate the preheating function in the //[[#Print|Print]]// menu (touch button no. 8) and activate it by tapping the button again to apply the settings. |

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[{{:reprap-industrial-v1:gui_configmenu_2_v110.png?600|The list of filament temperature profiles of the configuration menu. More profiles can be added via the web-interface.}}]

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After opening the list, tap [Set] to choose a profile for the selected component. The profile is set and the screen returns to the prior menu.\\ To activate the selected profile open the //Print// screen and first deactivate, then re-activate the chamber/bed preheating.

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[{{:reprap-industrial-v1:gui_configmenu_3_v110.png?600|The selected profiles are displayed in the footer of the GUI on every screen.}}]
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The selected profiles are displayed in the footer of every screen in the order //Current// and //Target// (= set) temperature. While aiming for a target temperature, both values are highlighted red. When displayed gray, the temperature value is either not set or currently not triggered.\\
If no filament profile is activated for an extruder, the default temperature is 180 °C.
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//Observe that the temperature shown in the footer is measured at the hot end heater and may be 5 - 10 °C lower at the nozzle tip.\\ See section [[reprap-industrial-v1:knowledge-base#Extrusion temperature|Extrusion temperature]] in the knowledgebase for information on finding the suitable extrusion temperature.//
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===== [Setup] screen =====
The //Setup// menu displays walkthrough instructions (wizards) for different operations needed during daily operation, [[#Setup and initial commissioning|initial commissioning]], [[reprap-industrial-v1:service-guide|servicing]] and [[reprap-industrial-v1:troubleshooting#Troubleshooting|troubleshooting]]. If you choose one of the wizards, a step-by-step guide will provide all necessary information for completing the respective task.\\
This screen also provides system information and the web address needed to connect to the 3D Printer via the network.

[{{:ht500:ht500_gui_setup_wizards.png?600|Wizard selection on the setup screen. Beginning with ReRapOnRails v1.3.0, the nozzle change wizard has been replaced by the backlash calibration wizard.}}]
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|<100% 5% 25% 70%>|
^  No.  ^ Description   ^ Content/Function  ^
|   1   | {{anchor:omc13t1:Wizards for daily operation}}\\ Different wizards for different tasks; needed to keep your 3D Printer up and running.  | **{{anchor:omc13t11:Print Bed Leveling}}** Ensures that print bed and nozzle tip are evenly distanced at every point of the surface.\\ -> [[knowledge-base#print-bed-leveling|tips]] |
|::: |::: | **{{anchor:omc13t12:Unload Filament}}** False removal of filament from the supply system can damage the limit switch in the feed unit. Follow the given instructions when filament must be removed.\\ -> [[#Changing the filament|additional information]] |
|::: |::: | **{{anchor:omc13t13:Load Filament}}** False insertion of filament can damage the 3D Printer or lead to coiling of the filament and thereby ruining the print. Follow the given instructions when filament must be refilled or changed.\\ -> [[#Changing the filament|additional information]] |
|::: |::: | **{{anchor:omc13t14:Prime Extruders}}** After changing/refilling filament or subsequent to nozzle change the extruders must be primed to remove enclosed air from the nozzle tip.\\ -> [[#changing-the-filament|additional information]] |
|  2  | {{anchor:omc13t2: Calibration wizards}}\\ These wizards are needed during commissioning, during change of material and other more rarely tasks. | **{{anchor:omc13t16:Calibrate Extrusion}}** When printing material with other properties than before, it might be necessary to adjust the throughflow of the nozzle. To find the correct //Extrusion multiplier// to be entered in the //Filament settings// of Slic3r, run this wizard. Also regard the description given in the respective [[#determining-the-extrusion-multiplier|initial commissioning]] section. |
|::: |::: | **{{anchor:omc13t17:Calibrate Extruder Offset}}** This function is needed for dual extruder prints. To teach the offset distance between the nozzle tips in X- and Y-direction, run this wizard. |
|::: |::: | **{{anchor:omc13t18:Calibrate Axes Backlash}}** This function replaces the backlash calibration procedure described in the [[service-guide#backlash-calibration|Service Guide]]. |
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[{{:reprap-industrial-v1:gui_setupmenu_v110_p2.png?600|}}]
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^  No.  ^ Description   ^ Content/Function  ^
|  3  | {{anchor:omc13t3:Web Interface URL}}   | Needed to connect to your HT500 via the network\\ -> [[#uploading-print-jobs-to-the-3D-printer|additional information]] |
|   4   | {{anchor:omc13t4:Version numbers}}  | The valid version numbers of your HT500's hardware, the installed RepRapOnRails software and the microcontroller firmware for your information. Please provide these numbers for identification in case of service requests. |


{{anchor:screenurl}}



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==== Changing the filament ====
When the filament limit switch at the [[reprap-industrial-v1:manual#Filament supply|filament supply]] registers the end of the filament strand on the spool, the 3D Printer stops automatically and signals lack of material at the touchscreen.\\
If you want to remove the filament for other reasons (e.g. to use a differently colored material), the following description applies also.

== Required tools ==
  * diagonal cutters
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== Refilling ==
If you want to continue printing with the same type of plastic, the change of the filament spool is quite easy.
You have to manually remove remaining filament from the supply hose, change and, if need be, [[#Adjusting the spool carriers|adjust the spool carriers]] and insert the new strand.
  - Go to the //Setup// menu and start the [Unload Filament] wizard and follow the on-screen instructions.
  - Then open //Setup// menu again, and follow the [Load Filament] wizard. 
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== Material change ==
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If you want to continue printing with another type of plastic (e.g. PETG instead of ABS), the change of the filament spool becomes a little bit more complex since you have to change the extruder nozzle barrel also.
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INFO

//Using the same extruder nozzle barrel for materials with different properties may lead to clogging of the nozzle tip due to coking or sooting.\\ Kühling&Kühling recommend either thorough cleaning of the extruder nozzle barrel with a suitable solvent and pipe cleaners or using a single barrel for every type of material.//
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  - Unload the current filament as described in [[#Refilling|]].
  - Subsequent to unloading you have to change the extruder nozzle barrel as described in the [[reprap-industrial-v1:service-guide#changing-the-hot-end-barrels|Service guide]].
  - Afterwards, install (and [[#Adjusting the spool carriers|adjust]]) the new filament spool, run the [Load Filament] wizard **and** the [Priming] wizard.
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INFO

//Make sure to choose the appropriate filament profile from the material database. If you have not installed the adequate profile yet, do so by following the instructions given [[#Adding material profiles to the material database|below]].//
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==== Adjusting the spool carriers ====
== Required tools ==
  * Allen wrench #2.5
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== Procedure ==
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If you want to use a different filament spool diameter (less or more material), you have to adjust the spool carrier position.
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//With an appropriate Allen key you can carry out the following steps without removing the filament spool.//
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  * Use the Allen key to loosen the fixing screws of the carrier.
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[{{:reprap-industrial-v1:mtc_filamentmovespools.png?400|Loosening the fixing screws of spool carriers.}}]

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  * Slide the carrier to or away from the filament inlet to a position that leaves approximately 1 cm between the spool's outer rim and the limit switch. Make sure that the filament enters the inlet at an angle of 85-90°.
  * Refasten the fixing screws.
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[{{:reprap-industrial-v1:mtc_filamentinletmeasures.png?400|Admissible distance and inlet angle.}}]
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===== [Expert Control] screen =====
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NOTICE

//The //Expert Control// menu should be used by skilled operators only. It has been designed for test and troubleshooting purposes. Persons unfamiliar with the 3D Printer must not use the functions provided here.\\ The positions of the extruder head and the print table are not compared during manual operation. Incautious operation may lead to massive damage of the extruder head and the print bed.\\ Be careful not to crash the print table and the extruder head.//
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For maintenance and test reasons, after a crash or to reduce lead times, e.g. if you still need to work on a print file but want the\\ 3D Printer to be ready for operation, manually moving the motors or preheating the build chamber and the print table may be necessary or advantageous.
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[{{:reprap-industrial-v1:gui_expertmenu_1_v110.png?600|Expert Control screen}}]
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^  No.  ^ Description  ^ Content/Function  ^
|  1  | Drive control -\\ negative direction  | Moves every axis individually once for every tap in  [[manual#drives|negative direction]], according to the selected step width. |
|  2  | {{anchor:omc14t02:[Printhead Maintenance Position]}}  | Tap to move the extruder head into a preset position in the upper center of the build chamber directly in front of the doors where it is easily accessible for maintenance purposes.   |
|  3  | Homing buttons  | Tap to separately or simultaneously move the [[manual#drives|axes]] to their starting positions.  |
|  4  | Drive control -\\ positive direction  | Moves every axis individually once for every tap in  [[manual#drives|positive direction]], according to the selected step width. |
|  5  | {{anchor:omc14t05:Extruder temperature control}}  | Enables directly setting the temperature and extruding filament for one extruder at a time (see the chapter [[reprap-industrial-v1:knowledge-base#setting-the-extrusion-temperature|"Extrusion temperature"]] in the "Material" section of the knowledgebase).  |
===== [Log] screen =====
All communication between touchscreen, BeagleBone Black and microcontroller is stored and displayed on the log screen. Print job statuses are stored also.\\ Direct G-code programming can be effected via the G-code input field.
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[{{:reprap-industrial-v1:gui_logmenu_v110.png?600|The log screen provides additional information about sent and received G-code commands and the possibility of directly influencing the 3D Printer via G-code command input. }}]
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^ No.  ^ Description  ^ Content/Function  ^
|  1  | History list  | communication history sorted top down by date and time¹\\ //SENT//: BeagleBone Black to microcontroller\\ //RECV//: microcontroller to BeagleBone Black\\   |
|  2  | Browse buttons  | Use [Previous], [Next] and [//page number//] to browse the history.  |
|  3  | G-code input field  | Enter G-code lines here and [Send] them.  |

¹ <wrap lo>The time is stated in //universal time coordinated// (UTC) notation so do not wonder if does not match your local time.</wrap>

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NOTICE

//The G-code input field is an advanced feature and requires sound knowledge of GCODE programming. Inappropriate G-codeing may damage the 3D Printer massively.//
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===== The web interface =====
The web interface provides the communication between your PC and the 3D Printer. Uploading print job GCODES to the 3D Printer and creating temperature profiles are the main functions.\\
You can also check system's information and settings, install firmware updates and download the LOG-file for troubleshooting purposes.\\
\\
To open the web interface enter the web interface URL into the address line of your internet browser. You can find the web interface URL on the [[#setup-screen|Setup screen]] of the GUI.\\
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==== First Steps ====
This is the start screen of the web interface. Here you find a direct link to the online documentation. In the header of this and all following screens you find live information about the currently active print job, the remaining print time and the status of the 3D Printer.

[{{reprap-industrial-v1:wi_firststeps_printstarted.png?600|//First Steps// screen of the web interface.}}]

==== Queue ====
Print jobs are managed via the //Queue//. Here you can upload GCODES, individaully name, edit, or delete them.

[{{reprap-industrial-v1:wi_queue_1.png?600|The //Queue// contains list of uploaded print jobs in a top-down order with the last upload first.}}]\\
[{{reprap-industrial-v1:wi_queue_2.png?600|Uploading print jobs to the //Queue//.}}]
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To create a print job: 
  - Click [Add Printjob]. 
    - Enter the identification (name or number or the like) of the print job in the text field **Name**. This will be shown in the status field during the print job is conducted.
    - If required, add additional information via the text field **Note**.
  - Click [Browse] to select a GCODE from the valid directory.
  - Click [Add] to upload the selected file to the printer. The print job is added to the list as the first entry.\\ Click **[Cancel]** to abort the procedure.

The print job is now available for printing on your HT500 and can be selected directly for printing via the touchscreen controller on the 3D Printer.\\
[{{:reprap-industrial-v1:wi_queue_3.png?600|Editing or deleting print jobs from the web interface queue.}}] 
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  - To subsequently renaming print jobs or altering information click on **[edit]** and use the text fields.
  - To delete a print job from the queue click on **[remove]** and acknowledge the query by clicking **<OK>**.
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==== Setup ====
In the //Setup// menu [[#creating-temperature-profiles|temperature profiles]] for materials and print bed/chamber can be managed, system information can be viewed, firmware updates can be conducted and, EEPROM-data can be set.

[{{reprap-industrial-v1:wi_setup_1.png?600|Temperature profiles on the //Setup// screen of the web interface.}}]\\
[{{reprap-industrial-v1:wi_setup_11.png?600|System information that can also be found on the //Setup// screen of the GUI. Please always provide these in case you contact the [[support@kuehlingkuehling.de|Technical Support]]. }}]\\
[{{reprap-industrial-v1:wi_setup_12.png?600|Installing a new Arduino firmware - which may only be done when explicitely requested by Kühling&Kühling - is done via the //Setup// menu. Find additional information in the [[#software-firmware-upgrades|Upgrade]] section.}}]\\
[{{reprap-industrial-v1:wi_setup_13.png?600|The EEPROM editor may only be used by experienced users or if explicitely stated in this manual and strictly within the specified parameters. Its main purpose is helping the [[support@kuehlingkuehling.de|Technical Support]] during troubleshooting.}}]
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=== Creating temperature profiles ===
During a print job all necessary temperature data are provided by the respective G-code. For priming the extruders outside a print job the temperature setting required for extruding a material is provided by the //Filament profiles//.\\
Similarly, precise print bed leveling needs defined bed and chamber temperatures according to the printed material before a G-code is executed. These settings are provided by the //Chamber/Bed Preheating Profiles//.
\\
[{{:reprap-industrial-v1:wif_setup_addfilamentprofile.png?600|Filament profile setup via the web interface.}}]
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To create a filament profile open the web interface of your 3D Printer, choose the //Setup// menu  and:
  - Select //Filament Profiles// and click [Add Profile] to set material properties.
    - Enter the material **Name** in the according input field.
    - Enter the **Extrusion Temperature** in °C in the according input field.
  - Click [Add] or press <Enter> to save the settings. The new filament profile is added to the list, newest at the bottom.
  * To change the settings click [edit] and enter the new properties.
  * To delete a profile click [remove] and confirm the safety query.

[{{:reprap-industrial-v1:wif_setup_addpreheatingprofile.png?600|Preheating profile setup via the web interface.}}]
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To create a preheating profile open the web interface of your 3D Printer, choose the //Setup// menu  and:
  - Select //Chamber/Bed Preheating Profiles// and click [Add Profile] to set material properties.
    - Enter the profile **Name** in the according input field.
    - Enter the required **Chamber Temperature** in °C in the according input field.
    - Enter the necessary **Bed Temperature** in °C in the according input field.
  - Click [Add] or press <Enter> to save the settings. The new preheating profile is added to the list, newest at the bottom.
  * To change the settings click [edit] and enter the new properties.
  * To delete a profile click [remove] and confirm the safety query.

==== Log ====
The //Log// screen contains the same entries as the [[#log-screen|Log menu]] of the GUI. Here you can download the log-file if required for reasons of troubleshooting. A description of the download procedure can be found in the [[#service-guide|Service Guide]].
[{{reprap-industrial-v1:wi_log_1.png?600|Download the log-file for support requests via the //Log// screen.}}]
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===== Initial commissioning =====
[[{|width:25%}#loading-material|Printer preparation]]\\
[[{|width:25%}#calibration|Calibration]]\\
[[{|width:25%}#creating-your-first-own-print-job|First print job]]\\

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After the [[manual#Setup and Installation|installation]] the HT500 is ready for initial commissioning. The first few steps will prepare your HT500 for its day-to-day duty:
  * Make sure that no foreign objects are left in the build chamber (transport locks, tools or the like).
  * Close the build chamber.
  * Toggle the main switch to **<I>** (ON).\\ When the power supply is switched on the 3D Printer will boot automatically. Please wait patiently until the full operating screen is loaded on the touchscreen at the machine front. The screen displays the //Print// screen and the top-left status message reads //Idle//.
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==== Loading material ====
First, material for the following print jobs must be provided:
  * Tap [[#setup-screen|[Load Filament]]] to start the wizard that will guide you through the material feed process. The print head will move to a middle front position for convenient handling.
  * Read and follow the wizard's on-screen instructions step by step.
  * Load the **left extruder** with //Kühling&Kühling white ABS// material included in the delivery for the first print.
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INFO

//For installing other than the 750g spools delivered, [[#adjusting-the-spool-carriers|adjusting the spool carriers]] may be necessary.\\
The filament and chamber/bed profiles have been preset during factory test and are ready for use. For later changing the profiles refer to [[#Configuration]].//
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  * At the end of the [[#setup-screen|Load Filament]] wizard, follow the suggestion to run the [[#setup-screen|Prime Extruders]] wizard by tapping the respective button.
  * Choose the left extruder and check that the filament profile //Kühling&Kühling white ABS// is selected before continuing.
  * After finishing the wizard, repeat these steps for loading the right extruder if required.
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[{{:reprap-industrial-v1:gui_primext_1_v110.png?400|Display of the selected filament profile after extruder selection.}}]
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==== Preheating ====
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After material has been loaded and the hot-ends have been primed the next step is preheating the build chamber and the print bed in order to enable calibration at operating temperature:
  * Check if the footer reads //Preheating for ABS// for the //Bed/Chamber// profile. The footer is the same on every page of the GUI.
  * Activate the build chamber by tapping [[#print-screen|[Build Chamber ON]]]. The LEDs light up, the fans start running and all axes perform a home-positioning routine.
  * Then start the heating by tapping [[#print-screen|[Preheat Chamber/Bed ON]]]. The temperature indicators in the footer now show both current and target temperature.
  * Let the build chamber heat for **approximately 45 minutes** until the target temperature is reached.
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[{{:reprap-industrial-v1:gui_footercut_v110.png?400|Display of the selected chamber/bed profile in the footer.}}]
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==== Calibration ====
=== Leveling the print bed ===
When the target temperature is reached and stable level the print bed **in the given order** to ensure that the hot-end nozzle tips have the same distance to the print bed at every point.
  - Tap [[#setup-screen|[Setup]]] to change to the //Setup// screen.
  - Tap [[#omc13t11|[Print Bed Leveling]]] to start the wizard that will guide you through the leveling process.
  - The wizard provides all necessary instructions on-screen. Read them thoroughly and follow them step by step.

=== Determining the extrusion multiplier ===
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**This is the first print job you will execute on your HT500 3D Printer.**\\
All required files and settings are preinstalled on the 3D Printer and need no further interference beside the instructions given in the following.
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The "extrusion multiplier" allows for compensation of varying filament properties, first of all the cutting depths of the drive gear into the filament but also deviations of the diameter (also see [[http://manual.slic3r.org/simple-mode/simple-mode#filament-settings|Slic3r manual]] and [[knowledge-base#calibrating-the-extrusion|Tips & Tricks]]).
The extrusion properties of any material, although chemically exactly the same, may differ from one filament spool to the other so that it is impossible to determine the correct extrusion multiplier prior to delivery. After leveling the print bed, it is therefore mandatory to calibrate the extrusion to adapt your printer to the installed filament in order to ensure a correct printing performance.
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INFO

//When printing ABS it __may be__ necessary to run the [Extrusion calibration] wizard after changing the filament spool without changing the material itself.\\
It __is__ necessary to find the correct extrusion multiplier after changing the material. The respective procedure is described [[tips-tricks#calibrating-the-extrusion|here]].//
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To calibrate the extrusion:\\
  * Choose the [Calibrate Extrusion] wizard from the //[[#omc13t16|Setup]]// screen at the touchscreen.
  * Select the respective extruder by tapping [**Left** Extruder Calibration] or [**Right** Extruder Calibration]. A preinstalled print job will be loaded into the queue.
  * Change to the //Print// menu and select and start the print job.
  * After the print job has been finished, return to the [Extrusion Calibration] wizard.
  * Enter the measured value via the touch buttons.
  * The necessary extrusion multiplier is calculated automatically. Record the value for later use in the slicing software (see [[#slicing-the-3D-model|]]).
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INFO

Regard that the preinstalled extrusion calibration print job is solely for printing ABS with the __0.35mm__ nozzle tip on both hot ends. Printing it with other materials or nozzle tip diameters requires altered settings as described in the [[reprap-industrial-v1:tips&tricks#calibrating-the-extrusion|Tips & Tricks section]] of this manual.
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[{{:reprap-industrial-v1:gui_setupmenu_v110_extrusionmultiplier.png?400|The extrusion multiplier is calculated automatically from the measurement and must be saved in the filament profile of the slicing software.}}]
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==== Creating your first own print job ====
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You will find all necessary installation and setup procedures required for the first print in the following paragraphs. All software mentioned additionally is available "Open Source".
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INFO

Kühling&Kühling// recommend using the stated software. Using other software is up to the user but the manufacturer cannot be held liable for any malfunction resulting from use of other than the recommended software.//
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=== Installation and setup of the slicing software ===
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First you need to install a slicing software on your computer to translate //.stl//-files (Surface Teselation Language - a 3D format with triangulated surfaces needed for processing) into printable G-codes.\\

//Kühling&Kühling// recommend using the **Slic3r** slicing software to prepare your digital 3D models for printing. This slicing software provides a lot of features necessary for achieving optimal results with the HT500 and has been thoroughly tested. Other software may be available but has not been tested.\\
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[{{:reprap-industrial-v1:opm_pulleyscadandsliced.png?400|A 3D model in its states during preparation for 3D printing: top-left - the model preview in the 3D modeling software (view taken with OpenSCAD), top-right - the triangulated mesh after .stl-export (view taken with MeshLab), bottom-middle - the G-code preview after slicing shows the single layers calculated by Slic3r (view taken with Repetier-Host).}}]
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To prepare for printing follow these steps:
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  - Download the latest Slic3r installation package for your operating system at [[http://slic3r.org/download|slic3r.org]] and follow the installation instructions provided in the [[http://manual.slic3r.org/GettingSlic3r.html#installing|Slic3r manual]].
  - Open the [[https://github.com/kuehlingkuehling/KuehlingKuehling-Slic3r-profiles/releases|Kühling&Kühling GitHub repository]], download the latest preconfigured Slic3r profiles package for the HT500 to a prepared directory on your PC, and unpack the archive.\\ Make sure to download the correct package for your hardware and software.
  - In Slic3r select //File > Load Config Bundle// and choose the previously downloaded //.ini// file. Refer to the provided README.txt for a description of the different profiles available.
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INFO

//After installing Slic3r it is //**mandatory**// to switch into "Expert" mode before further plunging into utilization (described in the [[http://manual.slic3r.org/simple-mode/simple-mode|Slic3r manual]]).//
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[{{:reprap-industrial-v1:slic3r_selectconigbundle.png?400|After importing the profile bundles Slic3r is equipped with all necessary presets and ready for operation with the HT500 3D Printer.}}]
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INFO

//When importing profile bundles into Slic3r, existing presets may be overwritten. It is recommended to backup your custom/modified presets by exporting them as a bundle first (File > Export Config Bundle).//
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=== Slicing the 3D model ===
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The 3D model you want to print must be available as an //.stl//-file. Most common 3D modeling software is able to create this file format.
  - Start Slic3r to process a 3D model into G-code data.
  - Select the preconfigured profiles for filament, print and printer before generating a G-code file.
    * Open the //Filament Settings// tab end enter the [[#determining-the-extrusion-multiplier|extrusion multiplier]] measured during calibration.
    * **Rename and save** the filament profile.
  - Export the G-code data.\\ Refer to the [[http://manual.slic3r.org/|Slic3r manual]] for help on fine tuning any parameters for the printing process.
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[{{:reprap-industrial-v1:slic3r_start_plater_select.png?400|Slic3r steps while crating a print job, including setting the extrusion multiplier.}}]
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=== Starting the print job ===
Upload the GCODE to the 3D Printer via the web interface as described in [[#queue|Queue]].
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Make sure that all previously described steps have been carried out.\\
The next steps are carried out at the 3D Printer's GUI:
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  * Tap the [print] button on the //[[#print-screen|Print]]// screen to start the print job.
  * Wait until the apparatus has finished the print job completely and all axes are in their home position, then remove the print bed, [[#removing-objects-from-the-bed|take off the test object]] and check whether all expectations have been met.

If everything has been fault-free, delete the print job from the queue - you are ready to proceed to production.
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[{{:reprap-industrial-v1:gui_printtab_v110.png?400|GUI - "Print" selection menu}}]
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=== Removing objects from the bed ===
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DANGER OF BURNING!

The print bed and the build chamber heating resistors are not being switched off after a print job. Also, the extruder nozzles may still be too hot to the touch. Be careful not to burn yourself when removing the print bed.
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<WRAP note>
NOTICE

To avoid scratching do not use pointed tools (e.g. screwdrivers) to remove the object from the print bed.\\ If residues of the print material remain on the print bed, use a **very sharp, flat mounted blade** to scrape the surface clean.\\
Scratches in the print bed's surface may lead to enforced adhesion of prints. Severely scratched or broken print beds can no longer be used for production and must be replaced.
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To remove printed objects from the print bed let the entire print cool down to room temperature; larger prints should remain in the switched off build chamber until cooled down.\\
With materials suited to being printed on PEI (e.g. ABS, HIPS, TPE-u) the print will loosen itself from the print bed when cooling due to shrinkage which can be heard by the crackling noises. If otherwise, twist and bend the print bed until the object comes free. Breaking and even buckling the print bed is near impossible with manual force.\\
Other material-subsurface combinations may require some force (e.g. PC on ABS-glue) or solving of the coating, rinsing the print bed with water for example is suitable when printing on PVA-glue.\\ 
\\
Find more information about the properties and handling of the PEI print bed in the parts description of the [[manual#print-table-and-print-bed|Manual]].
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