1. S p e c i a l E n g l i s h f o r I n d u s t r i a l R o b o t
U R L ： w w w . i r o b o t - e d u . c o m
M a i l
： e d u b o t _ z h a n g @ c o m

3. Unit 7 FANUC Robot
Task：
Part1 FANUC and FANUC robot Part2 FANUC robot product series Part3 The structure of FANUC robot
Part4 Typical robot_LR Mate 200iD/4S
E n g l i s h f o r I n d u s t r i a l
U n i t 7 FA N U C R o b o t
S p e c i a l
R o b o t
U R L ： w w w . i r o b o t - e d u . c o m
M a i l ： e d u b o t _ z h a n c o m

4. Unit 7 FANUC Robot Part3 The structure of FANUC robot28
Unit 7 FANUC Robot Part3 The structure of FANUC robot
Here we focus on FANUC’s typical robot product LR Mate 200iD/4S robot, part of FANUC’s mini 6-axis industrial robots. as shown in Figure 7-8. FANNUC LR Mate 200iD/4S robot is generally composed of three parts: manipulator, R-
30iB Mate controller and iPendant.
Figure 7-8 The composition structure of the LR Mate 200iD/4S robot
S p e c i a l
E n g l i s h f o r
I n d u s t r i a l
R o b o t
U R L ：
M a i l
U n i t 7 FA N U C R o b o t

5. Unit 7 FANUC Robot Part3 The structure of FANUC robot28
Unit 7 FANUC Robot Part3 The structure of FANUC robot
Manipulator
Manipulator-Robot body, the main mechanical arm of industrial robots, the actuator used to complete the required tasks. It is mainly composed of robotic arm, driving device, transmission device and internal sensors. For a six-axis robot, the robotic arm mainly includes a base, a waist, two arm (upper arm and
forearm), and a wrist, as shown in Figure 7-9.
Figure 7-9 Robot arm of LR Mate 200iD/4S robot
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E n g l i s h f o r
I n d u s t r i a l
R o b o t
U R L ：
M a i l
U n i t 7 FA N U C R o b o t

6. Unit 7 FANUC Robot Part3 The structure of FANUC robot28
Unit 7 FANUC Robot Part3 The structure of FANUC robot
Controller
The FANUC R-30iB Mate is a high- performance controller that brings a higher level of productivity to the production floor. It offers hardware and the latest advances in network communications, integrated iRVision, and motion control functions. The iPendant has a touch screen with 4D graphics that displays process information and the actual process path, allowing for a much easier set up. Additionally, FANUC has minimized the controller spacet, saving floor space for the manufacturer, or allowing the manufacturer to stack controllers for multi-robotic installations.
S p e c i a l
E n g l i s h f o r
I n d u s t r i a l
R o b o t
U R L ：
M a i l
U n i t 7 FA N U C R o b o t

7. Unit 7 FANUC Robot Part3 The structure of FANUC robot28
Unit 7 FANUC Robot Part3 The structure of FANUC robot
Controller
This controller also helps to save energy as it requires less power consumption with its external power switch. The R-30iB Mate also has a cooling fan auto-stop that reduces power by switching off during breaks, a brake control function that reduces power through the automatic braking motor if the robot is idle for an elongated period of time, and a ROBOGUIDE power optimization function that minimizes power and optimizes energy savings for the consumer.
S p e c i a l
E n g l i s h f o r
I n d u s t r i a l
R o b o t
U R L ：
M a i l
U n i t 7 FA N U C R o b o t

8. Unit 7 FANUC Robot Part3 The structure of FANUC robot28
Unit 7 FANUC Robot Part3 The structure of FANUC robot
Controller
The controller also has an optional energy- saving design that recovers kinetic energy during braking and returns it to the system to be reused during the next cycle.
While the controller increases energy savings, and, in turn, decreases energy costs, it also enhances the productivity of any company through an enhanced brake release, robot motion optimization and smart vibration control for the robot arm to reduce cycle times and produce smoother movement.
S p e c i a l
E n g l i s h f o r
I n d u s t r i a l
R o b o t
U R L ：
M a i l
U n i t 7 FA N U C R o b o t

9. Unit 7 FANUC Robot Part3 The structure of FANUC robot28
Unit 7 FANUC Robot Part3 The structure of FANUC robot
iPendant(Teach Pendant)
The iPendant is a hand held operator unit used to perform almost of the tasks involved when operating a FANUC’s robot system.
The surface structure of the iPendant is shown in Figure 7-10.
Figure The surface structure of the iPendant
S p e c i a l
E n g l i s h f o r
I n d u s t r i a l
R o b o t
U R L ：
M a i l
U n i t 7 FA N U C R o b o t

10. Unit 7 FANUC Robot Part3 The structure of FANUC robot28
Unit 7 FANUC Robot Part3 The structure of FANUC robot
iPendant(Teach Pendant)
The FANUC iPendant is a highly customizable, portable display and operation panel. The iPendant has a touch screen with 4D graphics that displays process information and the actual process path, allowing for a much easier set up. If necessary, a touch panel interface can be added as an option and all the keys can be customized with the transparent key sheet. Also, the connection unit enables the iPendant to be removed for portability or security.
S p e c i a l
E n g l i s h f o r
I n d u s t r i a l
R o b o t
U R L ：
M a i l
U n i t 7 FA N U C R o b o t

11. Unit 7 FANUC Robot Part3 The structure of FANUC robot28
Unit 7 FANUC Robot Part3 The structure of FANUC robot
Vocabulary
controller
[kən'trolɚ]
n. 控制器；管理员；主计长
iPendant
示教器（FANUC）
portability
[ˌpɔ:tə'bɪlətɪ]
可移植性
security
[sə'kjʊrəti]
n.安全 adj.安全的；保安的
customizable
['kʌstəmaɪzəbəl]
[计] 可定制的;
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E n g l i s h f o r
I n d u s t r i a l
R o b o t
U R L ：
M a i l
U n i t 7 FA N U C R o b o t

12. THANK YOU
w w w . i r o b o t - e d u . c o m e d u b o t _ z h a n c o m