1.1 Auto-Connect & Robot Control

🔗Auto-Connect

To control the HUENIT robotic arm in HUENIT LAB, it must first be connected to the software.

Steps to Connect the HUENIT Robotic Arm:

  1. Connect the HUENIT robotic arm to a PC.

  • Plug the power cable into the DC IN port of the robotic arm.

  • Use a USB-C cable to connect the robotic arm to the PC.

  1. Click the [Auto-Connect] button in HUENIT LAB to establish the connection.

triangle-exclamation
  • If a "Success" pop-up appears, the robotic arm has been successfully connected to the software.

triangle-exclamation
[Auto-Connect] > Robot Connected

(1) Robotic Arm Connected

(2) AI Camera Connected


🤖 Robot Motion Control

circle-exclamation

The robotic arm can be controlled from the [Control Pad] on the right side of the [Control] tab.


1) Movement Range & Robot Control (Button-Based Control)

  • A total of 12 buttons (1 Home button and 11 direction buttons) are available for controlling the robotic arm.

  • The 11 direction buttons move the robotic arm by the distance set in [Width of movement].

Width of Movement

The movement range unit is in millimeters (mm), and users can set predefined values (0.1 / 1 / 10) or specify a custom value.

  • Pressing the [Home] button moves the robotic arm to its default position:

    • X = 0, Y = 180, Z = 0


X-Axis Movement

When viewed from the back of the HUENIT robotic arm:

circle-exclamation

: (X = -200, Y = 120, Z = 0)

: Home Position(X = 0, Y = 180, Z = 0)

: (X = 200, Y = 120, Z = 0)


Y-Axis Movement

When viewed from the left side, keeping X = 0 fixed:

  • Y- (negative direction) and Y+ (positive direction) movement range changes based on X and Z coordinates.

: (X = 0, Y = 130, Z = 0)

: (X = 0, Y = 370, Z = 0)

circle-exclamation

Z-Axis Movement

: (X = 0, Y = 235, Z = 145)

: (X = 0, Y = 235, Z = 0)

: (X = 0, Y = 235, Z = -85.8)

circle-exclamation

2) Speed Control

  • The default movement speed is set to 100, but can be adjusted using the slider (Range: 1 to 400).

When moving between Coordinate 1 (X = 250, Y = 150, Z = 0) and Coordinate 2 (X = -250, Y = 150, Z = 0), speed differences are observed:

[Speed: 10]

[Speed: 100]

[Speed: 300]


3) Target Position Input

  • Users can manually input target X, Y, Z coordinates to move the robotic arm precisely.

  • Click [Move to Target] after entering the desired coordinates.

circle-exclamation

🏡 Checking Current Robot Position

  • The [Status] section displays the current X, Y, Z coordinates of the robotic arm.

  • When using the control pad, movements are executed based on the set movement range.

  • After movement, the exact current position can be confirmed by checking the displayed coordinates in the Status section.

Last updated