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Details on user-friendly design, high precision, speed, product variations, and CE marking compliance.
Safety instructions including warnings, cautions, and proper handling procedures for the robot.
Information on CE marking and UL standards compliance for the desktop robots.
Lists the main unit and supplied accessories included with the product.
Diagrams illustrating the front and rear views of the robot, identifying key components and connectors.
Instructions for selecting the installation place, carrying methods, and connector installation.
Details on connecting the power source, teaching pendant, PC, and dispensers to the robot.
Illustrates various dispensing operations that can be performed with the robot.
Explains how to control the robot's movement using commands and axis coordinates.
Provides step-by-step instructions for starting up and shutting down the robot.
Explains how to temporarily stop and restart robot operation.
Detailed instructions on triggering and canceling urgency/emergency stops.
Describes how to input and cancel an operation prohibition signal.
Details the functions of the main operation buttons on the desktop robot unit.
Explains the functionality of each key on the teaching pendant.
Explains how modes are configured and how to transition between them using the teaching pendant.
Covers basic programming operations, including top menu navigation and screen displays.
Explains how to select items using cursor keys and numeric keys.
Details the procedures for inputting values using the numeric keys.
Explains how to select items and set their status (normal, locked).
Describes how the cursor flashes and how to adjust speed values using PAGE UP/DOWN keys.
Explains how to directly input current position coordinates using jog operation.
Covers the foundational concepts of programming, including commands, steps, and channels.
Step-by-step guide on how to create a new channel for programming.
Explains the procedure for inputting command values and fixing settings.
Describes two methods for inputting coordinate values: Absolute and Relative.
Explains how to set speed values for PTP movement and interpolation operations.
Provides a list of commands related to PTP movement.
Details commands related to interpolation movement, including various types of arcs and lines.
Lists commands for operating program steps like TIMER, REPEAT, JUMP, CALL, and STOP.
Explains commands for waiting for or jumping based on specified input signals.
Details commands for outputting signals, including timer-based and continuous outputs.
Covers commands for correcting coordinate values like offset and theta correction.
Explains commands for defining, adding, and manipulating coordinate variables.
Details commands for setting, incrementing, resetting, and comparing count values.
Instructions for setting up and performing palletizing operations.
Commands for specifying test shots, resetting counts, and setting dispensing conditions.
Covers the fundamental operations related to programming the robot.
Explains the overall process and concepts of programming the robot.
Provides a practical example of creating a dot application program.
Details the steps for inputting the main routine channel and commands.
Guides on how to input subroutine channels and their associated commands.
Explains how to correct errors made during value input before finalizing settings.
Describes supplementary operations available on the left screen of the program mode.
Details how to use jog operation for direct axis movement and coordinate input.
Explains the key operations for test mode, including START, RTN, STOP, and AUX keys.
Provides a detailed example of creating a dotted application program.
Illustrates how to perform line-drawing applications in a rectangular shape.
Demonstrates line-drawing application in a circular shape on the XY plane.
Explains how to perform curved-line applications using circular arcs.
Shows how to create a grid pattern program using variables and count commands.
Provides an example of pick & place operations using pallet configurations.
Demonstrates using the IN JUMP command for conditional branching based on external signals.
Illustrates programming for screw-tightening applications.
Instructions for transferring programs from the robot to the teaching pendant.
Instructions for transferring programs from the teaching pendant to the robot.
How to display a list of programs saved on the teaching pendant.
Lists parameters transferred in addition to selected channels during robot-TP transfer.
Details common error messages, their causes, and suggested measures for resolution.
Lists other error messages not covered in the previous section, with causes and measures.
Addresses common operational problems and provides troubleshooting steps.
Information on applicable parts, specified grease, and guidelines for grease application intervals.
Identifies major consumable parts and their replacement guidelines.
Lists inspection items for the robot and peripheral equipment, including inspection timing.
Step-by-step instructions for replacing a blown fuse.
Detailed specifications for various robot models, including axes, speed, accuracy, and dimensions.
Diagrams showing external views and dimensions of different robot models.
Details the connector specifications and function assignments for I/O ports.
Instructions for requesting service or repair during the warranty period.
Information on how to request repair services after the warranty period has expired.
General| Brand | MUSASHI ENGINEERING |
|---|---|
| Model | SHOTMASTER OX Series |
| Category | Industrial Equipment |
| Language | English |
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