Yaskawa Motoman DX100
Manuels et Guides de l''Utilisateur pour Yaskawa Motoman DX100. Nous avons trouvé 60 manuels pour téléchargements gratuits Owner's manual, Instructions
Below you will find brief information for DX100. This manual provides instructions for using the INFORM language with the DX100 system. It covers instruction registration, structure, and detailed explanations of various I/O, control, operating, move, shift, and work instructions such as DOUT, WAIT, JUMP, MOVJ, and ARCON. Safety precautions and emergency procedures are also outlined for safe operation.
Fonctionnalités clés
INFORM III programming language support
Detailed explanations of I/O, control, and motion instructions
Instruction registration and structure guidance
Safety precautions for manipulator operation
Des pages: 301 Yaskawa Motoman DX100 Owner's manual
Marque: Yaskawa Motoman Taille: 2 MB
La langue(s): English
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Réponses et questions fréquentes
What is INFORM III?
INFORM III is the robot programming language used with the DX100 system, composed of instructions and additional items like tags and numeric data.
What types of instructions are covered in this manual?
The manual covers I/O instructions, control instructions, operating instructions, move instructions, shift instructions, instructions which adhere to instructions, work instructions and optional instructions.
What safety precautions should I take before operating the manipulator?
Before operating the manipulator, check that servo power is turned OFF when the emergency stop buttons on the DX100 and programming pendant are pressed. Also, always replace all covers and shields after maintenance.
What is the purpose of the learning function?
The learning function allows for instruction registration with the same additional items as those previously registered, minimizing the number of instruction registries.
Questions et réponses
W W I
How to use the SET command with an arithmetic expression (EXPRESS)?
The SET command with the EXPRESS attribute calculates an arithmetic expression and stores the result in a variable (e.g., D-type). This is valid when the language level is set to STANDARD or EXPANDED. Alternatively, the same result can be achieved using separate SET and ADD/SUB/MUL/DIV commands.
How to combine two 4-bit input groups into a single 8-bit value?
Read the first 4-bit group into a byte variable (e.g., B000) and the second group into another (e.g., B001) using the DIN command. Multiply the second variable by 16 (MUL B001 16) to shift its bits, then add it to the first variable (ADD B000 B001).
T T K
How to access the tool settings in the DX100 system?
Go to the Main Menu, select ROBOT, and then select TOOL to edit tool settings.
How to perform home position calibration on the DX100 manipulator?
Set the security mode to Management Mode, go to ROBOT -> HOME POSITION in the main menu, select the desired axis control group, and register the current position data as the home position.
G G W
How to configure weaving movements in the system?
Use the WVON instruction to activate the weaving function and WVOF to deactivate it. Parameters such as frequency and amplitude are configured within the WEAVING CONDITION file.
D D C
How to activate the servo power supply in Play mode if it is off?
Ensure the safeguarding is securely closed and all emergency stop buttons are released. Press the SERVO ON READY button. Check the programming pendant's status display for any active alarms that might prevent servo activation.
J J M
Which function is used to start the execution of a job from within a MotoPlus application program?
The primary function for initiating job execution is mpStartJob from the System Control API.
B B C
How are input and output signals connected for arc welding operations, and what are their specifications?
Connection for arc welding signals is achieved via the I/O Unit (JZNC-YIU02-E), utilizing connectors CN308, CN309, CN306, and CN307. Key input signals include EXTERNAL START (20010) and ALARM/ERROR RESET (20013). Key output signals include RUNNING (30010) and ALARM/ERROR OCCURRED (30013), as well as specific monitoring signals like GAS SHORTAGE (30024) and WIRE STICKING (30026). Each input signal is rated for 24VDC, 8mA maximum, and each output signal is rated for 24VDC, 50mA maximum (with CN307 outputs rated up to 500mA maximum). To use an external power source, the jumpers between CN303-1 and -3, and CN303-2 and -4 must be removed.
K K B
Where can connection schemes for I/O signals of the JZNC-YIU02-E interface block (DX100 controller) be found?
The documentation contains detailed instructions and assignment tables for standard I/O signals (PNP specification) for the JZNC-YIU02-E interface block, applicable to the DX100 controller, covering Arc Welding and Spot Welding, specifically utilizing connectors CN308, CN309, CN306, and CN307.
A A K
How to perform tool calibration on the DX100 controller?
To perform tool calibration on the DX100 controller: 1. From the main menu, select {ROBOT}, then {TOOL}. 2. Select the desired tool number. 3. Select {UTILITY}, then {CALIBRATION}. 4. In the 'TOOL CALIBRATION' window, select the robot if there are multiple. 5. Select 'POSITION' to indicate teaching points. 6. Using axis keys, move the manipulator to each of the 5 calibration points (TC1–TC5), pressing [MODIFY] and [ENTER] at each position. 7. After all points are taught, select 'COMPLETE' to register the data. Before calibration, ensure parameter S2C432 is set to the required calibration method.
Y Y B
What is tool calibration and what is its purpose?
Tool calibration is a function that allows for easy and precise registration of dimensional information about tools (such as burners, grippers, etc.) and determination of the TCP (Tool Center Point). After calibration, the data is automatically calculated and registered in the tool file.
What are the main methods for tool calibration?
The main methods for tool calibration are selected via parameter S2C432:
- S2C432 = 0: Calibration of coordinates only (based on 5 teaching points).
- S2C432 = 1: Calibration of orientation only (based on 1 teaching point).
- S2C432 = 2: Calibration of coordinates and orientation.
What are the steps for performing tool calibration?
- Select
{ROBOT}->{TOOL}from the main menu. - Select the desired tool number.
- Select
{UTILITY}->{CALIBRATION}. - Select the desired robot (if multiple are present).
- Select «POSITION», proceed to teaching points (TC1–TC5) using the axis keys, and after each movement, press
[MODIFY]and[ENTER]. - Upon completion of teaching all points, select «COMPLETE» to register the data.
Note: Before calibrating a new tool, it is recommended to clear old data via
{DATA}->{CLEAR DATA}.
D D H
Does the PCU-ETHIO board support analog inputs?
The PCU-ETHIO board does not support dedicated analog input channels. It is designed for EtherNet/IP communication and transfers input/output signals as IO data via a contact data area and internal status bytes, handling only digital EtherNet/IP signal exchange.
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