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5.Connection and Wiring
5.2 Synchronize the power supply of the robot controller
How to synchronize the power supply of the robot controller and the servo amplifier for addition axes is shown.
The servo-ON/OFF status of the addition axis can be synchronized with the servo-ON/OFF status of the robot controller by using the output contact (AXMC).
Please synchronize the power supply of the robot and servo amplifier by the method shown in the following.
*However, this function is available only in the addition axis function, and it is unavailable in the user mechanism's system.
(The individual user mechanism's power supply control is impossible.)
5.2.1 Conceptual diagram of addition axis system(CR750-Q/CR751-Q, CRnQ-700 series)
SSCNETⅢ cable
NV
L1/L2/L3 Servo AMP
MC1
L11/L12
T/B
ドライブ
ユニット ENC cable
5.2.2 Conceptual diagram of addition axis system(CR750-D/CR751-D, CRnD-700 series)
SSCNETⅢ cable
NV
L1/L2/L3
Servo AMP
MC1
L11/L12
ENC cable
T/B
CAUTION
Please arrange the necessary electric parts to the good position, after reading carefully of the technical data of general-purpose servo amplifier.
20
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Table of contents
- 11 1. How to use the instruction manual
- 11 1.1 Content of instruction manual
- 11 1.2 Codes of instruction manual
- 12 1.3 Terms used in instruction manual
- 13 2. Flow of works
- 13 2.1 Flow of works
- 14 3. Additional axis function
- 14 3.1 What is the additional axis function?
- 15 3.2 System configuration example of additional axis function
- 17 3.3 Additional axis interface functions
- 17 3.4 Additional axis function specifications
- 19 4. Confirmation of product
- 19 4.1 Necessary products
- 20 5. Connection and Wiring
- 20 5.1 Connection of Robot CPU and servo amplifier
- 30 5.2 Synchronize the power supply of the robot controller
- 31 axes.(Example)
- 42 5.3 Installation of noise filter to power cable
- 42 5.3.1 EMC filter (recommended)
- 43 5.3.2 Line noise filters
- 44 5.4 Connection example of servo amplifier and servo motor
- 44 5.5 Installing the Servo System
- 45 6. Servo system setting
- 45 6.1 Servo amplifier setting
- 45 6.2 Parameter setting of servo amplifier
- 46 7. Setting, Operation and Command Explanation of Robot Additional Axis
- 46 7.1 Description of parameters
- 47 7.1.1 Parameter list
- 48 7.1.2 Details of parameters
- 54 7.1.3 About using the linear servo motor
- 55 7.2 Confirmation of connection
- 56 7.3 Try to use the robot additional axis
- 56 7.3.1 Turn ON the power supply
- 56 7.3.2 Move the robot additional axis
- 57 7.3.3 Set the origin
- 58 7.3.4 Create a program
- 58 7.3.5 Execute a program
- 58 7.3.6 End the operation
- 59 7.4 Operation of the Robot's Additional Axis
- 59 7.4.1 Brake release
- 59 7.4.2 Origin setting
- 59 7.4.3 Servo ON/OFF
- 60 7.4.4 Jog operation
- 60 7.4.5 Operation of position variable
- 61 7.4.6 MDI (Manual Data Input) compensation of robot additional axis
- 62 7.4.7 Operation
- 62 7.4.8 Stop
- 63 Emergency stop
- 63 7.4.9 Error resetting
- 64 7.5 Explanation of commands
- 64 7.5.1 Interpolation commands
- 65 7.5.2 Synchronous control of robot additional axis (travel axis)
- 68 7.5.3 Position variables
- 69 7.6 Example of System Configuration of the Robot's Additional Axis
- 69 7.6.1 Travel axis system
- 75 8. User Mechanism Settings, Operation, and Commands
- 75 8.1 Procedure for Setting the Parameters of the User Mechanism
- 75 8.2 Description of parameters
- 76 8.2.1 Parameter list
- 78 8.2.2 Details of parameters
- 86 8.2.3 About using the linear servo motor
- 87 8.3 Confirmation of connection
- 88 8.4 Try to use the mechanical additional axis
- 88 8.4.1 Turn ON the power supply
- 89 8.4.2 Move the user mechanism
- 90 8.4.3 Setting the Origin
- 91 8.4.4 Create a program
- 91 8.4.5 Execute a program
- 91 8.4.6 End the operation
- 92 8.5 Operation of the User Mechanism
- 92 8.5.1 Brake release
- 92 8.5.2 Origin setting
- 92 8.5.3 Servo ON/OFF
- 92 8.5.4 Jog operation
- 93 8.5.5 Operation of position variable
- 93 8.5.6 Operation
- 93 8.5.7 Stop
- 94 Emergency stop
- 94 8.5.8 Error resetting
- 95 8.6 Explanation of commands
- 95 8.6.1 Position variables
- 96 8.6.2 Commands
- 96 8.6.3 Limitation when using user mechanism
- 104 8.7 Example of System Configuration of the User Mechanism
- 104 8.7.1 Rotation table system
- 112 8.7.2 System with multiple axes
- 121 9. Design and Engineering
- 121 9.1.1 Example of connection with servo amplifier
- 122 10. Such a Case
- 123 11. Appendix
- 123 11.1 Error list