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BIQU HURAKAN User Manual

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BIQU
HURAKAN
User Manual v1.1
1 / 63

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Summary of Contents for BIQU HURAKAN

  • Page 1 BIQU HURAKAN User Manual v1.1 1 / 63...

  • Page 2: Table Of Contents

    Contents 1. Packing List ..................3 2. Specifications ..................4 3. Assembly ....................5 4. Tuning ....................17 4.1 Adjust the Eccentric Nut ............17 4.2 Check Household Voltage ............ 19 4.3 Screen Introduction ............... 20 4.4 Platform Leveling ..............21 4.5 Insert Filament .................

  • Page 3: Packing List

    1. Packing List Tools Screw (1set) Accessories (1set) TF Card + Card Nozzle BIQU-Hurakan Reader (1set) (1pc) Power Cord Filament for Test Zip Ties (1pc) (50g) (10pcs) WWW.BIQU3D.COM 3 / 63...

  • Page 4: Specifications

    2. Specifications Specifications 3D Printer Name BIQU-Hurakan Build Volume 220 x 220 x 270 mm Printhead Layer Thickness 0.1 - 0.3 mm Nozzle Diameter Standard 0.4 mm Printing Accuracy ± 0.05 mm Filament PLA/ABS/PETG...(Any material with print temp lower than 260℃, including flexible filament with 95A stiffness.)

  • Page 5: Assembly

    3. Assembly Step 1: Remove the Z Axis Motor from the Gantry Take out the Z axis motor from the gantry by removing the two M4x16 screws, and then remove the lead screw cover. WWW.BIQU3D.COM 5 / 63...
  • Page 6 Step 2: Assemble the X Axis Module and Gantry 6 / 63 WWW.BIQU3D.COM...
  • Page 7 Step 3: Install the Z Axis Motor Back to the Gantry Insert the lead screw into the nut, and rotate the coupling to push the lead screw upward until the Z axis motor fixing holes are aligned with the M4 holes on the gantry. WWW.BIQU3D.COM 7 / 63...
  • Page 8 Step 4: Mount the Gantry on the Machine Base Tilt the machine base for an easy installation of the gantry. Place the gantry in its mounting slot, and tighten the screws. 8 / 63 WWW.BIQU3D.COM...
  • Page 9 Step 5: Install the Filament Bracket Loosen the T-nut slightly, place the filament bracket in the top slot, and then tighten the screw with a screwdriver. The T-nut will rotate slightly during the tightening process to become stuck in the aluminum extrusion slot to fix the filament bracket.
  • Page 10 Step 6: Install the Screen 10 / 63 WWW.BIQU3D.COM...
  • Page 11 Step 7: Wiring WWW.BIQU3D.COM 11 / 63...
  • Page 12 12 / 63 WWW.BIQU3D.COM...
  • Page 13 WWW.BIQU3D.COM 13 / 63...
  • Page 14 14 / 63 WWW.BIQU3D.COM...
  • Page 15 WWW.BIQU3D.COM 15 / 63...
  • Page 16 Step 8: Install the PTFE Tube 16 / 63 WWW.BIQU3D.COM...

  • Page 17: Tuning

    4. Tuning 4.1 Adjust the Eccentric Nut If it is found that the machine is too tight or too loose (there is a shaking phenomenon) during the movement, you can adjust its tightness by adjusting the eccentric nuts of X, Y, and Z with a wrench.
  • Page 18 18 / 63 WWW.BIQU3D.COM...

  • Page 19: Check Household Voltage

    4.2 Check Household Voltage Before powering the machine on, select the right voltage by using a screwdriver to toggle the switch to the right(115V)/left(230V) position. WWW.BIQU3D.COM 19 / 63...

  • Page 20: Screen Introduction

    4.3 Screen Introduction Control Knob: Enter and exit the control interface, up and down selection. Reset Button: Reset button for the motherboard control system. 20 / 63 WWW.BIQU3D.COM...

  • Page 21: Platform Leveling

    4.4 Platform Leveling After the assembly of the BIQU-Hurakan is completed, a platform leveling is required. Tram the print bed with the following procedure: Control → Home All → Manual Level → Clear Mesh WWW.BIQU3D.COM 21 / 63...
  • Page 22 After Clear Mesh, we can start manual leveling, select Left-Front to make the printhead move to the corresponding position, and place a piece of 0.1 mm thick A4 paper between the nozzle and heated bed. 22 / 63 WWW.BIQU3D.COM...
  • Page 23 WWW.BIQU3D.COM 23 / 63...
  • Page 24 When the thumbscrew is turned clockwise, the bed will rise, and counterclockwise, the bed will descend. 24 / 63 WWW.BIQU3D.COM...
  • Page 25 Similarly, move printhead Right-Front/Right-Back/Left-Back, adjust thumbscrew to level the platform. WWW.BIQU3D.COM 25 / 63...

  • Page 26: Insert Filament

    4.5 Insert Filament Make the filament tip pointy with diagonal pliers for an easy filament installation. 26 / 63 WWW.BIQU3D.COM...

  • Page 27: Tuning Of Nozzle Height

    4.6 Tuning of Nozzle Height Enter the secondary interface during printing: Tune——Offset Z:0.000 Adjust according to the height of the nozzle. When the nozzle is too high from the bed, Z is adjusted to a negative number, and when the nozzle is too low or presses to the bed, Z is adjusted to a positive number.

  • Page 28: Printing Preparation

    5. Printing Preparation 5.1 Cura Installation Link: https://ultimaker.com/software/ultimaker-cura Download, install and open the latest version of Ultimaker Cura: 5.2 Cura Slicer Setting Setup the slicer according to the following steps: 28 / 63 WWW.BIQU3D.COM...
  • Page 29 WWW.BIQU3D.COM 29 / 63...
  • Page 30 30 / 63 WWW.BIQU3D.COM...

  • Page 31: Cura Slicing

    5.3 Cura Slicing Drag and drop the model file you want to print into Cura: In the printer that you have set up, slice the model using the WWW.BIQU3D.COM 31 / 63...
  • Page 32 stock settings (or import your own settings if you are an advanced user), click slice and save it to your desired folder. 32 / 63 WWW.BIQU3D.COM...

  • Page 33: Printing

    6. Printing Note: DO NOT remove the microSD card when the machine is powered on because the firmware is stored on the microSD card. If you remove the microSD card, the following can and will happen: 1. The machine will freeze immediately. 2.

  • Page 34: Print Via A Microsd Card

    6.1 Print via a MicroSD Card Step 1 Power down the printer, then remove the micro SD card, transfer the gcode file into the microSD card folder, insert the microSD card back, power the printer on again and select your file to print. Transfer the gcode into the gcode folder: Step 2 Insert the microSD and power the printer on again.
  • Page 35 Step 3 Select the gcode file to print: SD Card——BB1_boat.gcode——Start Printing The nozzle and the heated bed start to warm up, and when the temperature reaches the preset temperature, the WWW.BIQU3D.COM 35 / 63...

  • Page 36: Print Via Wifi

    machine starts printing. After the print is finished, the nozzle and heated bed will cool down and you can remove the print. 6.2 Print via WiFi Control the printer using a web interface by connecting to the corresponding IP address. Step 1 Set the WIFI ssid and password.
  • Page 37 WIFI_SSID="WIFI name" WIFI_PASSWD="WIFI password" Save the file. (Note: No setup is required if the printer is using a wired network) Step 2 Insert the microSD card back and power on the machine. Click the rotary knob and scroll to the bottom to check the IP address: Enter the IP address in your browser: 192.168.0.92: WWW.BIQU3D.COM...
  • Page 38 Upload the gcode file: Select the file and click print start: 38 / 63 WWW.BIQU3D.COM...

  • Page 39: Print Via A Usb Drive

    The print will start after the components reached the printing temperature. 6.3 Print via a USB Drive Transfer the gcode file into the USB Drive folder: Plug the USB drive into the corresponding port of the printer. WWW.BIQU3D.COM 39 / 63...
  • Page 40 Select the gcode file. SD Card——usb-sda1/BB1_boat.gcode——Start Printing The print will start after the components reached the printing temperature. 40 / 63 WWW.BIQU3D.COM...

  • Page 41: Other Function

    7. Other Function 7.1 MicroProbe Calibration If you find the MicroProbe factory offset is incorrect, or you have rewritten the system, the steps for calibration are as follows: Setup—Calibration——Start Probing——Move Z( adjust the )——Test Z( distance between the nozzle and bed: ±1mm adjust the distance between the nozzle and bed: -0.1mm to )——Accept &...
  • Page 42 Make sure the distance between the bed and the nozzle is between 0 and 0.1mm. If Move Z cannot be adjusted, you can adjust Test Z for more precise fine-tuning. 42 / 63 WWW.BIQU3D.COM...
  • Page 43 Make sure the distance between the bed and the nozzle is between 0 and 0.1mm. Back to the previous interface. WWW.BIQU3D.COM 43 / 63...

  • Page 44: Auto Leveling

    Accept & Save, then we can start auto leveling. 7.2 Auto Leveling Control——Bed Mesh&Save 44 / 63 WWW.BIQU3D.COM...

  • Page 45: On/Off Of The Filament Runout Sensor

    The following figure is the running track of the printhead during auto leveling: Wait for the finish, the printer will automatically save the config, and return to the main interface. 7.3 ON/OFF of the Filament Runout Sensor WWW.BIQU3D.COM 45 / 63...

  • Page 46: For Expansion Module

    7.4 For Expansion Module 7.5 Display Model Thumbnail Open CURA, then Extensions---Post Processing---Modify G-Code---Create Thumbnail 46 / 63 WWW.BIQU3D.COM...
  • Page 47 WWW.BIQU3D.COM 47 / 63...
  • Page 48 The default resolution of CURA is 32*32 (you can adjust it according to the display effect). Then use Cura to slice and upload to the web. 48 / 63 WWW.BIQU3D.COM...

  • Page 49: Adxl345 Input Shaping Calibration

    7.6 ADXL345 Input Shaping Calibration Diagram: 7.6.1 Install on X Axis Printhead Loosen the M3x6 screw securing the lower right corner of the printhead. WWW.BIQU3D.COM 49 / 63...
  • Page 50 Install the ADXL345 module to the printhead with the M3x6 screw by fixing its lower mounting hole to the hole where the screw was removed. The M3 x 6 screw should not be tightened yet. 50 / 63 WWW.BIQU3D.COM...
  • Page 51 Note: the centerline of the two mounting holes of the ADXL345 module should be perpendicular to the heated bed. Adjust the position and tighten the M3x6 screw. WWW.BIQU3D.COM 51 / 63...
  • Page 52 Wiring Connect the ADXL345 Module to the printer with the ADXL345 Cable. 52 / 63 WWW.BIQU3D.COM...

  • Page 53: Axis Calibration

    7.6.2 X Axis Calibration Reference: https://www.klipper3d.org/Measuring_Resonances.html） Note: The printer needs to be Home before calibration. Enter the X axis calibration command at the command line: SHAPER_CALIBRATE AXIS=X WWW.BIQU3D.COM 53 / 63...

  • Page 54: Install On Heated Bed (Y Axis)

    Then power off the printer and remove the ADXL345 module. 7.6.3 Install on Heated Bed (Y Axis) A printed part and two M3x5 screws should be prepared first, and the printed part download link is as follows: https://github.com/bigtreetech/BIQU-Hurakan 54 / 63 WWW.BIQU3D.COM...
  • Page 55 Heated Bed ADXL345 Holder Mount the ADXL345 module on the Heated Bed ADXL345 Holder with the M3x5 screws prepared before. Attach the Heated Bed ADXL345 Holder to the heated bed's left rear corner. Note: please note that the centerline of the two mountings holes in the ADXL345 module should be perpendicular to the Y axis.

  • Page 56: Y Axis Calibration

    Wiring: Connect the machine and ADXL345 module with the ADXL345 cable. 7.6.4 Y Axis Calibration Note: The printer needs to be Home before calibration. Enter the Y axis calibration command at the command line: 56 / 63 WWW.BIQU3D.COM...
  • Page 57 SHAPER_CALIBRATE AXIS=Y Note: the ADXL345 module will vibrate in the Y axis at this time. Please observe to ensure that the vibration is not too strong. WWW.BIQU3D.COM 57 / 63...
  • Page 58 After calibration, enter the save code: SAVE_CONFIG Finally, turn off the printer, remove the ADXL345 module, and restart the printer. The ADXL345 Input Shaping Calibration was done. 58 / 63 WWW.BIQU3D.COM...

  • Page 59: Faq

    8. FAQ Question 1 Layer Shifting Printing too fast. Answer 1 Recommended speed: 60~80 mm/s. There may be a loose belt or pulley, so please tighten it. Synchronous motor loses steps. Insufficient current setting insufficient torque output of the motor. The static reference power supply of the stepper motor...
  • Page 60 Straighten the curled filament by hand, and use the pliers to make the filament Answer 3 tip pointy. The filament drive gear is too tight, adjust make appropriate tightness. There is residue in the heat break. Please preheat it to 230℃, then push and squeeze out the residue.
  • Page 61 cooling fans are up to speed and position. The top surface isn't thick enough. Increase the top layer thickness in the setting. Crack Question 6 Insufficient supply. Check the machine to make sure there are no loose parts. Answer 6 The diameter of the filament changes, resulting in insufficient supply.
  • Page 62 have different thicknesses: Check if the filament is jammed or tangled. Answer 8 Check whether the nozzle is blocked. Wrong settings on the layer height or on the filament width. Filaments are of poor quality. Question 9 Stringing Try increasing the retraction distance by 1mm and test again to see if the performance improves.

  • Page 63: Cautions

    9. Cautions 1. Do not touch the nozzle and the heated bed when the printer is working to avoid burns. 2. Do not touch the spring steel plate when the printer is working to avoid burns. 3. Do not place the printer in a place with great vibrations, which will affect the quality of the prints.

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