Robotic Arm » Educational Robot GS Science Educational Robot Arm
  • GS Science Educational Robot Arm

    • Description
    Products Description
    Poduct Parameters:
    Body Weight
    15KG
    Vertical Stroke
    834.7mm
    Horizontal Stroke
    886.7mm
    Voltage
    110V/220V
    Power
    360W
    Max Working Radius
    482.3mm
    Specified Load
    1KG
    Repeat Positioning Accuracy
    ±0.5mm
    Application
    Welding, Polishing, assembly, picking
    Working Range
    Axis 1
    ±180°
    Axis 2
    ±115°
    Axis 3
    ±130°
    Axis 4
    ±180°
    Axis 5
    ±165°
    Axis 6
    ±180°
    Max Speed
    Axis 1
    200°/s
    Axis 2
    200°/s
    Axis 3
    200°/s
    Axis 4
    200°/s
    Axis 5
    200°/s
    Axis 6
    200°/s
    Structure Type
    Series Connection
    No. of aixs
    6 Axis
    Controller
    Singel Chip
    Body Shell Material
    Plastic
    Install To
    Desktop
    Speed Reducer
    Synchronous Belt Deceleration
    Motor
    Stepping Motor
    Working Range:
    Controller System:
    Features:
    – 6 dof series joint manipulator control algorithm. – In addition to general functions, provide control interface API description and sample, suitable for automatic production line integration and development of their own characteristics of the operating software users. – Provide DLL function interface, facilitate secondary development, and provide routine source code. – The control software is directly used to support G code operation.

    – It supports Window operating system.
    Detailed Images
    Plastic Shell
    It is made by 3D painting technology, accelerate body processing speed and reduce costs

    The Step Motor

    Step Motor Driver

    Power

    Controller Board
    The input and output ports each have 15 sets of signal ports. I00-i15: indicates that the input port 0-15 receives the signal input port, the default state of the input port is high, and if the state is to be changed, a low-level signal input is required; O00-O15: indicates that the output port 0-15, that is, the signal transmission port, the signal transmission port defaults to a low level, and if it is to change its output high level, only the code is required to change its output state. It is also noted that the signal receiving terminal needs to co-operate with the control box at the same time, otherwise the signal cannot be identified.
    Main Applications
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