Initial Startup（Dec/05）

※Check Wiring

Before powering on, perform a final check of all connections:

110/220V wiring section
5V/24V wiring section
Ensure all jumpers are inserted in the correct positions
Verify all drivers are inserted into the appropriate driver slots and properly seated

Even with professional expertise, please do not skip the inspection steps, as this could lead to the following issues, potentially causing irreversible damage:

110/220V Short Circuit: The circuit breaker for the power supply area (e.g., in an office) will trip immediately.
24V Short Circuit: The printer will fail to start, and the 24V power supply will enter automatic protection mode.
Mainboard 5V Short Circuit: The mainboard MCU will be damaged.
Hotend Toolboard 5V Short Circuit: The MCU, 5V power supply module, and Cartographer will be damaged."

2024/8/16: The voltage jumper caps for Z0/Z1/Z2 have been adjusted to VIN of the mainboard. This modification is intended to prevent damage to the three TMC2209 drivers on the Z-axis when users upgrade the XY axis to 48V.

※Connect to the Network.

Plug in the power cable and press the switch. If all the cables are connected correctly, the display screen will light up shortly.

After powering on, the display should light up. Follow the image instructions to connect to the network.

※Upload the CFG file.

In your browser, enter the IP address obtained in the previous step and press Enter to access the Trident Web Control Interface.

Due to the absence of the correct CFG configuration file, the system will encounter an error. Please download the appropriate Printer.cfg configuration file, upload it, and then rename the uploaded file to printer.cfg.

Trident AWD 300 Model

Trident 2WD 300 Model

AWD_300_Model_TMC2240.cfg

2WD_300_Model_TMC2240.cfg

AWD_300_Model_TMC5160.cfg

2WD_300_Model_TMC5160.cfg

Trident AWD 350 Model

Trident 2WD 350 Model

AWD_350_Model_TMC2240.cfg

2WD_350_Model_TMC2240.cfg

AWD_350_Model_TMC5160.cfg

2WD_350_Model_TMC5160.cfg

2024/12/05 Revised

Fixed the pin assignment error for [controller_fan] and [driver_fan]. Changed from PF8 to PF6.

2024/11/26 Revised

Removed the LED macros and content related to heat soak from the [gcode_macro PRINT_START].

2024/10/29 Revised （important）

Update the Cartographer Probe configuration to the latest version, with Survey Touch set as the default mode.

If you encounter the error: "Unknown pin chip name 'probe'", please refer to this tutorial: Cartographer to Survey Touch Mode.

Use an SSH tool to update the Cartographer software to version 5.0.0 and flash the latest firmware to the Cartographer Probe. (You can skip the section at the end of the tutorial regarding modifications to the .cfg file.)

2024/9/21 Revised

Removed the SAVE_CONFIG section at the end. In the previous configuration, due to formatting issues, the newly saved calibration data could not be properly applied. Even after calibrating the cartographer model, the Z-axis could not home correctly.

Additionally, the extruder motor direction has been reversed.

2024/9/13 Revised

Due to the use of multi-component motors in the fans of the second batch of kits, the cycle time for all fan configurations has been updated to 0.00003

2024/8/24 Revised

Added code lines to redefine the M106 command so that FAN0/FAN2/FAN3 can be properly controlled within the slicing software. Also, added code to turn off the part cooling fan, additional part cooling fan, and filter fan in the print end and cancel print macros.

※Enter the UUID

After restarting, if the system still prompts an error about being unable to read the UUID, it’s because each CAN device in a Trident June kit has a unique UUID. Therefore, you need to obtain the correct UUID and enter it in the appropriate place in the printer.cfg file.

In the Trident June kit, there are a total of three CAN devices: the MANTA M8P board, the EBB 2209 RP2040 CAN hotend toolboard, and the Cartographer V3 inductive leveling sensor.

Disconnect the cable connector indicated by the red circle in the image below; at this point, only the mainboard will have CAN communication

Double-click to enter Printer.cfg, click the DEVICES button in the upper right corner, and then click Refresh. At this point, you will obtain the UUID of the mainboard.

Find the configuration line for [mcu], and paste the copied UUID into the corresponding field. After completing the entry, click SAVE & RESTART in the upper right corner.

[mcu] 
canbus_uuid: 41cbab4642d7

Since the UUIDs for the two remaining CAN devices have not been entered, there will still be an error after restarting. At this point, connect the MANTA M8P board and the EBB 2209 RP2040 CAN hotend toolboard with their respective cables.

Re-enter printer.cfg and use the device function in the upper right corner to refresh the UUID. Since the correctly connected CAN DEVICES will not be read again, the UUID at this point comes from the EBB 2209 RP2040 CAN hotend toolboard. Enter this UUID in the appropriate location.

Note: If the UUID of the MANTA M8P board has not disappeared, you can ignore it and only use the second UUID that appears after refreshing.

[mcu EBBCan]
canbus_uuid: 2733cea0ce24

After the restart is complete, connect the EBB 2209 RP2040 CAN hotend toolboard and Cartographer V3 inductive leveling sensor with their respective cables.

Re-enter printer.cfg and use the device function in the upper right corner to refresh the UUID. Since the correctly connected CAN devices will not be read again, the UUID at this point comes from the Cartographer V3. Enter this UUID in the appropriate location.

[scanner]
canbus_uuid: da9011b7aec6

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