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Cobots & Robotic Arm

Introduction to the initial robot interface

3/26/26

Upload Date:

Duration:

PT07M29S

Video Transcript

 the initial web

0:06

app interface first we log into web

0:11

[Music]

0:15

app the main introduction of the menu

0:17

bar control area status area the menu

0:21

bar is divided into three levels the

0:24

first level menus are initial program

0:28

status application system initial

0:31

consists of three parts basic safety and

0:34

peripheral base contains coordinate

0:37

payload mounting joint IO setup config

0:41

file the first four of these contain

0:43

three levels of Manus which will learn

0:46

about in turn coordinate includes TCP X

0:50

TCP workpiece X access coordinate system

0:54

payload includes and payload and ft

0:57

payload ft payload require additional

1:00

sensor mounting includes free mounting

1:02

fixed mounting

1:04

360° mounting can be set under free

1:07

mounting front side and reverse mounting

1:11

options are available for fixed mounting

1:13

joint includes soft limit Collision

1:16

level friction

1:19

compensation iio setup includes di do AI

1:24

areas filter output reset at the bottom

1:28

is the configuration file

1:31

interface safety includes stop mode safe

1:34

speed IO safety emergency stop

1:37

protective stop safety plane demon dire

1:41

action limit robot limit power

1:45

detection last in the initial is

1:48

peripheral includes and Tool and tool

1:51

with adapted device and open protocols

1:53

available control box spray gun welder

2:00

extended access tracking tracking

2:03

includes sensor conveyor tracking pose

2:07

C Wellness

2:10

palletization polishing program includes

2:14

coding coding in which you can use the L

2:16

language for programming and quickly

2:19

generate commands through the Command

2:21

Module need to pay attention to the need

2:24

to click on the file template and the

2:27

file name cannot be

2:28

repeated after the new file has been

2:32

created let's take a point too

2:35

instruction as an example of a quickly

2:37

generated PTP instruction programs need

2:41

to be saved after

2:43

change then graphical graphical which

2:46

code blocks can be passed through the

2:48

interface drag programming to reduce

2:51

programming difficulty

2:55

[Music]

3:02

node graph through operations such as

3:04

creating noes connecting noes and

3:07

editing node parameters robot

3:10

programming with drag operation and few

3:12

parameter

3:15

inputs points including web app recorded

3:20

Point status increase system log and

3:23

Status query from the system log you can

3:26

read about robot operations errors and

3:30

Etc status query you can select

3:33

different parameters query parameter

3:35

data changes application including tool

3:38

app welding expert among the tool app is

3:41

robot packing encoder

3:44

configuration system

3:47

upgrade data

3:49

backup data

3:51

recording Point

3:53

configuration home point and led custom

3:58

protocol

4:00

[Music]

4:01

peripheral

4:02

protocol main program drag

4:06

locking Smart Tool interference area and

4:10

so

4:11

[Music]

4:13

on welding expert includes different

4:16

weldment shapes including straight and

4:19

circular arc welding multi-layer

4:25

welding it includes general account for

4:28

cap about custom information

4:32

maintenance general settings including

4:35

time settings network

4:38

[Music]

4:40

settings system language and other

4:43

common web app basic

4:45

settings account settings include user

4:48

Management Authority management and

4:52

operation this is the FR capap function

4:55

interface current firmware version can

4:57

be queried in about custom information

5:01

maintenance is currently not open to the

5:04

public and is protected by

5:07

passwords the control area contains four

5:10

buttons the enable button which is used

5:12

to enable the robot but can't use it in

5:15

a web app with an

5:17

error start button for running program

5:20

to run the program you need to switch to

5:23

automatic mode first

5:30

stop button used to stop the current

5:33

program

5:35

running pause resume button for pausing

5:38

and resuming the current program and

5:41

finally take a look at the status

5:44

area robot status display stopped

5:48

running pause

5:49

[Music]

5:51

drag tool coordinate number used to

5:54

display the tool coordinate number of

5:56

the current

5:58

application work piece coordinate number

6:01

used to display the coordinate number of

6:03

currently applied

6:05

workpiece extended AIS coordinate number

6:08

used to display the extended axis

6:11

coordinate number of current

6:14

application running speed percentage

6:16

when clicked can be adjusted by dragging

6:19

the

6:22

speed mode switch for manual automatic

6:25

mode

6:28

switching robot operation status display

6:31

when the icon shows black it means that

6:33

the current robot is running normally

6:36

when the icon is red it means that there

6:39

is an

6:41

error and after clicking it it shows the

6:44

specific content of the error report

6:47

robot drag switch for switching between

6:49

drag mode and non- drag mode drag mode

6:51

switching requires manual mode

6:54

[Music]

7:02

connection status when icon shows black

7:05

it means the robot is connected when the

7:07

icon shows red the robot is not

7:10

connected account information click on

7:13

the icon to display the user name and

7:16

permissions support for logging out

7:20

users the above is the content of the

7:23

initial web app interface introduction

7:26

thanks

robotic arm
FAIRINO ROBOTIC ARMS

Contact

Location: 10637 Scripps Summit Court,

San Diego, CA. 92131
Phone: (619) 333-FAIR
Email: hello@fairino.us

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