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dominguezjeffreySep 13, 2025
What to do if Intamsys 3D Printers filament chamber T too high?
- AAmanda NormanSep 14, 2025
If the filament chamber temperature is too high, check the filament Chamber sensor and wire.
What to do if Intamsys 3D Printers filament chamber T too high?
If the filament chamber temperature is too high, check the filament Chamber sensor and wire.
What to do if my Intamsys 3D Printers chamber front door is open?
If the chamber front door is open, close the front door.
What to do if my Intamsys 3D Printers chamber top door is open?
If the chamber top door is open, close the top door.
What should I do if my Intamsys 3D Printers have serial com error (SW)?
If you encounter a serial com error (SW), power off and restart the printer.
What to do if Intamsys 3D Printers filament chamber door is open?
If the filament chamber door is open, close the filament chamber door.
What to do if my Intamsys 3D Printers power is down (leftnozzle)?
If the power is down on the left nozzle, check the power supply.
What should I do if my Intamsys 3D Printers cooling liquid level is too low?
If the cooling liquid level is too low, add liquid or check the liquid level sensor.
What to do if Intamsys 3D Printers buildplate overheating switch is triggered?
If the buildplate overheating switch is triggered, check the buildplate heater or overheat switch wire.
What to do if my Intamsys 3D Printers power is down (rightnozzle)?
If the power is down on the right nozzle, check the power supply.
What to do if my Intamsys 3D Printers L-Nozzle T too high?
If the L-Nozzle temperature is too high, check the L-Nozzle sensor or heater.
Provides contact details for INTAMSYS customer support.
Outlines essential safety guidelines for operating the 3D printer.
Explains hazard symbols and their meanings for safe operation.
Identifies specific printer parts and areas that pose safety risks.
Details the function of the door sensor and electromagnetic lock for safety.
Specifies operational and storage conditions like temperature and humidity.
Covers attachment tools, workspace, and nameplate identification.
Lists tools included for printing and maintenance.
Guidelines for preparing the installation environment.
How to identify the printer using its nameplate.
Procedures for preparing the printer after unpacking.
Detailed instructions for safely removing the printer from its packaging.
Steps to retrieve accessories from the packaging.
How to remove transport locks for the XY axis.
Instructions for filling the printer's liquid cooling system.
Procedure for correctly installing the printing buildplate.
General description of the printer's external parts.
Details on the top door mechanism and user interaction area.
Components within the main printing chamber.
Description of the material storage and feeding system.
Information on the print head, nozzles, and filament sensors.
Explanation of the XY motion system and belt tensioning.
Details on the Z axis movement and sensor components.
Information about the printer's mobility features.
Introduction to the main UI layout: Status, Navigation, and Display areas.
Explains the icons and their functions in the top status bar.
Describes how to navigate printer functions using the navigation bar.
Details the purpose of the main display area.
In-depth look at the Print screen for managing print jobs.
Displays current print status, file info, and progress.
Shows temperature, humidity, and other auxiliary print data.
Provides controls for starting, pausing, and stopping prints.
Interface for adjusting printing parameters like temperature and speed.
Allows manual control of printer axes and extruders.
Manages material loading, unloading, and database.
Configure nozzle temperature and select materials.
Browse and edit the printer's material database.
Access system settings, version info, and upgrades.
Settings for remote printing and network configuration.
Enables and configures remote printing capabilities.
Configure wired network connection and test connectivity.
Configure WiFi connection and select hotspots.
Essential steps for powering the printer on and off.
Step-by-step guide to power up the printer.
Instructions for safely shutting down the printer.
Procedures for loading, unloading, and managing printer materials.
Detailed guide on how to load filament into the printer.
Procedure for removing filament from the printer.
Interface for editing material properties and managing the material database.
How to edit specific material settings.
Manage material entries (add, remove, copy).
Procedures for swapping nozzles or changing materials.
Step-by-step guide to replace the printer nozzle.
How to switch materials, including nozzle considerations.
Process for pausing a print to change filament.
Actions to take when a filament run-out alarm occurs.
Core steps for preparing and executing a print job.
Essential checks and setup before starting a print.
How to transfer print files (G-code) to the printer.
Selecting the print file from storage for printing.
Overview of preheating, printing, and heat maintenance phases.
Detailed breakdown of the printing phases.
How to modify preheating and heat maintenance timings.
Adjusting parameters like temperature, speed, and flow during tuning.
How the printer signals and handles printing faults.
Methods for pausing the print, manually or automatically.
How to stop a print job, manually or due to alarms.
Steps to take after a print job is completed.
Modifying system preferences and configurations.
Manually updating the printer's date and time.
Enabling/disabling remote access after system restart.
Configuring automatic WiFi connection.
Enabling developer mode for debugging.
Enabling direct printing via USB.
Enabling/disabling the front door and cap locking mechanism.
Manually controlling the liquid cooling system.
Turning printer motors on or off.
Viewing real-time status of printer components.
Monitoring current temperatures and humidity levels.
Checking the remaining weight of consumables.
Viewing the status of the liquid coolant.
Displaying OS, screen, and firmware version numbers.
Procedures for manual buildplate leveling and axis calibration.
Step-by-step guide for manual buildplate leveling.
Calibrating the Z-axis offset between nozzles.
Calibrating the XY-axis offset between nozzles.
Procedures for automatic buildplate leveling and axis calibration.
Steps to perform the automated leveling sequence.
Calibrating the weight sensors for material rolls.
Adjusting the filament feeding clamp force.
Checks to ensure print safety and quality before starting.
Inspecting and cleaning the buildplate glass.
Clearing debris from the chamber.
Checking nozzle cleanliness for optimal print quality.
Tasks performed after each print job.
Cleaning the buildplate after print removal.
Cleaning or replacing the nozzle brush.
Regular servicing for printer longevity.
Cleaning material buildup from the feeding gear.
Lubricating linear rails and bearings.
Inspecting or replacing the air filter screen.
Replacing feeding and cooling pipes.
Information on coolant validity and replacement.
Recommended pre-warranty inspection of printer components.
High temperature in filament chamber; check sensor and wire.
Filament chamber door is open; close the door.
High temperature in cooling liquid; check sensor or compressor.
Low filament weight detected on the left; check left filament.
Low filament weight detected on the right; check right filament.
L-Nozzle heating is too slow; check L-Nozzle heater.
R-Nozzle heating is too slow; check R-Nozzle heater.
Buildplate heating is too slow; check sensor or heater.
Chamber heating is too slow; check sensor or heater.
L-Extruder is out of material; load or change material.
R-Extruder is out of material; load or change material.
L-Extruder feeding error; check feeding system, nozzle, wire.
R-Extruder feeding error; check feeding system, nozzle, wire.
Chamber front door is open; close the front door.
Chamber top door is open; close the top door.
L-Extruder switch abnormal; recalibrate or readjust sensor.
R-Extruder switch abnormal; recalibrate or readjust sensor.
L-Nozzle leveling sensor triggered; check sensor state, wire, connector.
High temperature in cooling liquid; check sensor or compressor.
Low cooling liquid level; add liquid or check sensor.
High temperature detected at L-Nozzle; check sensor or heater.
High temperature detected at R-Nozzle; check sensor or heater.
High temperature detected at buildplate; check sensor or heater.
High temperature detected at chamber; check sensor or heater.
L-Nozzle sensor wire is broken; check sensor wire.
R-Nozzle sensor wire is broken; check sensor wire.
Buildplate sensor wire is broken; check sensor wire.
Chamber sensor wire is broken; check sensor wire.
Buildplate overheating switch triggered; check heater or switch wire.
X limit switch triggered; check layer shift or range.
Y limit switch triggered; check layer shift or range.
Z limit switch triggered; check leveling or range.
Serial communication error with firmware; restart printer.
Serial communication error with software; restart printer.
Power is down for the left nozzle; check power supply.
Power is down for the right nozzle; check power supply.
General| Brand | Intamsys |
|---|---|
| Model | Funmat Pro 410 |
| Category | 3D Printers |
| Language | English |
