Artec T.REX Manuel utilisateur

Model 4:

Biped

Walking

Robot

Model 3:

Robo Kong

Model 1:

Bipedal T. REX

T. REX

For ages

Assembly

Instructions

http://www.artec-kk.co.jp/artecrobo

Download software and

guides from our homepage!

http://www.artec-kk.co.jp/artecrobo

Get instructions for

even more robots!

Model 2: Real Action T. REX

Handling the Servomotor

Calibration and Setting Connector Numbers

Attaching Number Stickers

Orientation

The photo to the right shows the

servomotor facing you. There are two shafts,

the one with the wider space is the drive

shaft and the one with the narrower space

is the movable shaft.

★ When turning the drive shaft by hand, do

　so very slowly and gently.

　Excessive pressure when turning may

cause damage to the servomotor.

Before building your robot, read 6. Using Servomotors in the Studuino

Icon Programming Environment Guide (download from

http://www.artec-kk.co.jp/artecrobo/) for instructions on how to

calibrate your servomotor.

Building your robot without calibrating your servomotor may cause

damage or improper functionality.

★ Do not change the connector or the servomotor after calibration.

Servomotor calibrations are unique to each servomotor.

After calibration, we recommend putting a sticker on the connector

used for the servomotor so it can be easily identiﬁed.

Wider

(drive shaft)

Narrower

(movable shaft)

①　Assemble the blocks as shown in the picture.

② Assemble the blocks as shown in the picture.

③ Attach part ② to part ① as shown.

④ Assemble the blocks as shown in the picture.

②②

①

⑤ Attach part ④ to part ③ as shown.

⑥ Assemble the blocks as shown in the picture.

⑦ Assemble the blocks as shown in the picture.

⑧ Attach part ⑦ to part ⑥ as shown.

⑥⑥

⑦

④

③

⑪ Assemble the blocks as shown in the picture.

⑫ Assemble the blocks as shown in the picture.

⑨ Assemble the blocks as shown in the picture.

⑩ Attach part ⑨ to part ⑧ as shown.

⑨⑨

⑧

⑭ Assemble parts ⑪, ⑫ and ⑬ as shown in the picture.

⑮ Assemble the blocks as shown in the picture.

⑯ Assemble the blocks as shown in the picture.

⑬ Assemble the blocks as shown in the picture.

⑬⑬

⑫

⑪

⑱ Attach part ⑯ to part ⑰ as shown.

⑰ Add the block shown in the picture to a servomotor.

⑯⑯

⑰

⑳ Attach part ⑮ to part ⑲ as shown.

⑲ Arrange parts ⑱ and ⑭ as shown in the picture. (do not insert the studs)

⑲⑲

⑮

⑭

⑭⑱

⑱

㉒ Assemble the blocks as shown in the picture.

㉓ Add the blocks shown in the picture to ㉒.

㉔ Attach part ㉑ to part ⑳ as shown.

㉑ Assemble the blocks as shown in the picture.

㉒㉒

㉑

⑳

㉖ Assemble the blocks as shown in the picture.

㉕ Attach part ㉔ to part ㉓ as shown.

㉗ Assemble the blocks as shown in the picture.

㉘ Assemble the blocks as shown in the picture.

㉔㉔

㉓

󰽎

󰽏󰽋󰽎

󰽐󰽌󰽏

󱞥󰽍󰽐

󰽎󰽎

󰽏

󰽐

󰽌

󰽍

󰽋

󱞦

󱞨󱞧

󱞩󱞨󱞦

󱞨󱞨

󱞦

 

󱞧

󱞧󱞧

󱞪󱞥󰽊

󱞬󱞩󱞫

󱞭󱞬󰴭

󱞫󱞫

󱞬

󱞩

󰴭

󱞫󱞪

󰽊󰽊 󱞥󱞥

󱞪

󱞮󰴨󱞭

󱞰



󱞯

󱞭󱞭

󰴨

󱞱󱞮󱞰

󱞮󱞮

󱞰

󱞲

D9 D10

D11

D10 D11

 



[Programming Your Robot]

Download your programming software from the Artec homepage at

http://www.artec-kk.co.jp/studuino/download_en.html.

① Click on Start → Artec and open Studuino Programming Environment.

Choose Icon Programming Environment.

② Use a USB cable to connect your circuit board mount to your PC.

③ Choose your port settings.

Tick the boxes for D9, D10, and D11 in the Port Settings dialog box.

④ Place the icons you see in the picture below.

Click Repeat indeﬁnitely in

the Repeat Settings dialog.

⑤ After sending the program to your circuit board, check that your robot is

operating correctly by turning it on.

・Check to make sure you've assembled your robot correctly.

・Make sure that the cables have been properly inserted.

・

Read

6. Using Servomotors in the Studuino Icon Programming Environment Guide

(download from http://www.artec-kk.co.jp/artecrobo/) for instructions on how to

calibrate your servomotor.

Having trouble?

K1016

is a registered trademark of Artec Co., Ltd.

in multiple countries including Japan, South Korea,

Canada, and the USA.

Table des matières

Autres manuels Artec Robotique

Artec

Artec Line Tracer Manuel utilisateur

Artec

Artec Robo 2.0 Manuel utilisateur

Artec

Artec Robo 2.0 Manuel utilisateur

Artec

Artec Robo 2.0 Manuel utilisateur

Artec

Artec Working Arm Robot Manuel utilisateur

Artec

Artec Robo 2.0 Fire Fighter Manuel utilisateur

Artec

Artec Robo 2.0 Manuel utilisateur

Artec

Artec Robo 2.0 Canoe Trip Manuel utilisateur

Artec

Artec Studuino Manuel utilisateur

Artec

Artec Robo 2.0 Lucky Lottery Manuel utilisateur

Artec

Artec Sensor Melody Manuel utilisateur

Artec

Artec Robotist Double Dolphins Manuel utilisateur

Artec

Artec Robotist Transporter Manuel utilisateur

Artec

Artec Robo 2.0 Ninja Sword Manuel utilisateur

Artec

Artec Doggy Robot Manuel utilisateur

Artec

Artec Robo 2.0 Manuel utilisateur

Manuels Robotique populaires d'autres marques

STEMCenter USA

STEMCenter USA Pi-Bot v2.00 Manuel utilisateur

SunFounder

SunFounder PiDog Manuel utilisateur

Universal Robots

Universal Robots UR5 Manuel utilisateur

Universal Robots

Universal Robots E Series Manuel utilisateur

YASKAWA

YASKAWA MOTOMAN-MPL80 II Manuel utilisateur

EFORT

EFORT ECR5 Manuel d'instructions

Epson

Epson C8 Series Manuel utilisateur

WowWee

WowWee ROBOQUAD Manuel utilisateur

Milvus Robotics

Milvus Robotics SEIT 100 Manuel utilisateur

RoboMaster

RoboMaster AI Robot 2020 Standard Version Manuel utilisateur

fischertechnik

fischertechnik Mini Bots Manuel utilisateur

YASKAWA

YASKAWA MA2010 Manuel

Abicor Binzel

Abicor Binzel iCAT mini Manuel utilisateur

ABB

ABB OmniCore E10 Manuel utilisateur

YASKAWA

YASKAWA Motoman DX200 Manuel utilisateur

pitsco

pitsco Tetrix Max Manuel utilisateur

ECOVACS

ECOVACS DEEBOT R95 Manuel utilisateur

Feng Yuan

Feng Yuan Interstellar Warrior Manuel utilisateur