YASKAWA FabWorld® II-Series Welding System SYSTEM MANUAL

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YASKAWA

FabWorld

®

II-Series

SYSTEM MANUAL

Upon receipt of the product and prior to initial operation, read these instructions thoroughly and retain for future reference.

MOTOMAN INSTRUCTIONS

MOTOMAN XXXXXX INSTRUCTIONS

DX100 INSTRUCTIONS

DX100 OPERATOR’S MANUAL

DX100 MAINTENANCE MANUAL

The DX100 operator’s manual above corresponds to specific usage.

Be sure to use the appropriate manual.

Part Number: 156719-1CD

Revision: 1

YASKAWA

MANUAL NO.

156719-1CD

0

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FabWorld

II-Series

MANDATORY

• This system manual provides an overview of the Motoman

FabWorld

II-Series system. It gives general information about the system, a description of its major components, and the procedures for installation, system operation, and preventive and repair maintenance. Be sure to read and understand this manual thoroughly before installing and operating the FabWorld

II-Series system.

• General items related to safety are listed in Section 2 of the DX100

Controller Manual. To ensure correct and safe operation, carefully read the DX100 Controller Manual before reading this manual.

CAUTION

• Some drawings in this manual are shown with the protective covers or shields removed for clarity. Be sure that all covers and shields are replaced before operating this product.

• The drawings and photos in this manual are representative examples, and differences may exist between them and the delivered product.

• YASKAWA may modify this model without notice when necessary due to product improvements, modifications, or changes in specifications.

• If such a modification is made, the manual number will also be revised.

• If your copy of the manual is damaged or lost, contact a YASKAWA representative to order a new copy. The representatives are listed on the back cover. Be sure to tell the representative the manual number listed on the front cover.

• YASKAWA is not responsible for incidents arising from unauthorized modification of its products. Unauthorized modification voids your product's warranty.

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Notes for Safe Operation

Read this manual carefully before installation, operation, maintenance, or inspection of the Motoman FabWorld

II-Series system.

In this manual, the Notes for Safe Operation are classified as “WARNING,”

“CAUTION,” “MANDATORY,” or “PROHIBITED.”

WARNING

CAUTION

Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury to personnel.

Indicates a potentially hazardous situation which, if not avoided, could result in minor or moderate injury to personnel and damage to equipment.

It may also be used to alert against unsafe practices.

MANDATORY

Always be sure to follow explicitly the items listed under this heading.

Must never be performed

PROHIBITED

Even items described as “CAUTION” may result in a serious accident in some situations. At any rate, be sure to follow these important items.

NOTE

To ensure safe and efficient operation at all times, be sure to follow all instructions, even if not designated as "CAUTION" and "WARNING."

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WARNING

• Before operating the manipulator, check that servo power is turned

OFF by pressing the EMERGENCY STOP buttons on the operator

station or Programming Pendant (refer to Figure 1). When servo

power is turned OFF, the SERVO ON LED on the Programming

Pendant is turned OFF.

Injury or damage to machinery may result if the Emergency Stop circuit cannot stop the manipulator during an emergency. The manipulator should not be used if the EMERGENCY STOP buttons do not function.

Figure 1: EMERGENCY STOP Button

•

Release the EMERGENCY STOP button (refer to Figure 2). Once

this button is released, clear the cell of all items which could interfere with the operation of the manipulator. Then turn servo power ON.

Injury may result from unintentional or unexpected manipulator motion.

Figure 2 : Release of EMERGENCY STOP Button

TURN

• Observe the following precautions when performing teaching operations within the P-point maximum envelope of the manipulator:

– View the manipulator from the front whenever possible.

– Always follow the predetermined operating procedure.

– Ensure that you have a safe place to retreat to in case of emergency.

Improper or unintended manipulator operation may result in injury.

• Confirm that no person is present in the P-point maximum envelope of the manipulator and that you are in a safe location before:

– Turning on the power for the DX100 controller.

– Moving the manipulator with the Programming Pendant.

– Running the system in the check mode.

– Performing automatic operations.

Injury may result if anyone enters the P-point maximum envelope of the manipulator during operation. Always press an EMERGENCY STOP button immediately if there is a problem. The EMERGENCY STOP buttons are located on the operator station and on the Programming

Pendant.

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CAUTION

• Perform the following inspection procedures prior to conducting manipulator teaching. If problems are found, repair them immediately and be sure that all other necessary processing has been performed.

– Check for problems in manipulator movement.

– Check for damage to insulation and sheathing of external wires.

• Always return the Programming Pendant to the hook on the cabinet of the DX100 controller after use.

The Programming Pendant can be damaged if it is left in the manipulator's work area, on the floor, or near fixtures.

• Read and understand the Explanation of Warning Labels in the

DX100 Controller Manual before operating the FabWorld

II-Series system.

Definition of Terms Used Often in This Manual

The MOTOMAN manipulator is the YASKAWA industrial robot product.

The manipulator usually consists of the controller, the Programming

Pendant, and supply cables.

In this manual, the equipment is designated as follows:

Equipment

DX100 controller

DX100 Programming Pendant

Cable between the manipulator and the controller

Manual Designation

DX100

Programming Pendant

Manipulator cable

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Explanation of Warning Labels

The following warning labels are attached to the manipulator (refer to

Figure 3).

Always follow the warnings on the labels.

Also, an identification label with important information is placed on the body of the manipulator. Prior to operating the manipulator, confirm the contents.

Figure 3: Warning Labels Location

WARNING Label B

WARNING Label A

Nameplate

Nameplate:

MOTOMAN

TYPE

PAYLOAD kg

ORDER NO.

SERIAL NO.

MASS

DATE kg

YASKAWA ELECTRIC CORPORATION JAPAN

WARNING Label A:

WARNING

Moving parts may cause injury

WARNING Label B:

WARNING

Do not enter robot work area.

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1 Introduction ..................................................................................................................................... 1-1

1.1 About This Document ........................................................................................................ 1-1

1.2 System Overview ............................................................................................................... 1-1

1.2.1 System Layout ...................................................................................................... 1-2

1.2.2 Major Components ............................................................................................... 1-3

1.2.3 Optional Equipment .............................................................................................. 1-3

1.3 Reference Documentation ................................................................................................. 1-3

1.4 Customer Support Information........................................................................................... 1-4

2 Equipment Description .................................................................................................................... 2-1

2.1 Robot Description .............................................................................................................. 2-1

2.2 DX100 Controller ............................................................................................................... 2-1

2.2.1 Programming Pendant.......................................................................................... 2-2

2.3 Operator Station................................................................................................................. 2-3

2.3.1 START ..................................................................................................................2-4

2.3.2 SERVO ON........................................................................................................... 2-4

2.3.3 ALARM ................................................................................................................. 2-4

2.3.4 CYCLE START/CYCLE LATCHED ...................................................................... 2-4

2.3.5 REV/HOME/FWD (Joystick) ................................................................................. 2-5

2.3.6 RESET..................................................................................................................2-5

2.3.7 ROBOT HOLD ...................................................................................................... 2-5

2.3.8 Emergency Stop (E-STOP) .................................................................................. 2-5

2.4 MHT-Series Positioners ..................................................................................................... 2-5

2.5 Welding Equipment............................................................................................................ 2-6

2.5.1 Wire Feeder .......................................................................................................... 2-6

2.5.2 GMAW Torch ........................................................................................................ 2-6

2.5.3 Power Sources ..................................................................................................... 2-6

2.6 Safety Features.................................................................................................................. 2-6

2.6.1 Welding Arc Protection ......................................................................................... 2-7

2.6.2 Safety Fencing...................................................................................................... 2-7

2.6.3 Safety Light Curtains ............................................................................................ 2-7

2.6.4 Emergency Stops (E-STOPs)............................................................................... 2-7

2.6.5 ENABLE Switch .................................................................................................... 2-8

2.6.6 Emergency Braking System ................................................................................. 2-8

2.6.7 Interlocked Cell Door ............................................................................................ 2-8

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3 Installation....................................................................................................................................... 3-1

3.1 Materials Required............................................................................................................. 3-1

3.1.1 Customer-supplied Items...................................................................................... 3-1

3.1.2 List of Tools .......................................................................................................... 3-1

3.2 Site Preparation ................................................................................................................. 3-2

3.3 Installing the Robot/Positioner Common Base .................................................................. 3-2

3.3.1 Shipping Bolts and Brackets................................................................................. 3-3

3.4 Installing the Controller/Welder Base ................................................................................ 3-4

3.5 Connecting the Cables ...................................................................................................... 3-4

3.5.1 Connecting the Earth Ground............................................................................... 3-4

3.5.2 Connecting the Robot Cables............................................................................... 3-5

3.6 Installing the Safety Fencing.............................................................................................. 3-7

3.6.1 Door Latch Alignment........................................................................................... 3-9

3.6.2 Installing the Arc Curtains................................................................................... 3-10

3.7 Installing the Safety Light Curtains .................................................................................. 3-10

3.8 Installing the Operator Stations ....................................................................................... 3-11

3.9 Connecting the Power ..................................................................................................... 3-11

3.10 Conducting A Safety/Operation Check .......................................................................... 3-12

3.11 Installation of Tooling and Fixtures ................................................................................ 3-13

4 Operation ........................................................................................................................................ 4-1

4.1 Programming ..................................................................................................................... 4-1

4.1.1 Programming Specific Jobs.................................................................................. 4-2

4.2 Daily Operation .................................................................................................................. 4-3

4.2.1 Start-up Procedure ............................................................................................... 4-3

4.2.2 Robot HOME Position .......................................................................................... 4-3

4.2.3 Safety Circuit Check ............................................................................................. 4-4

4.2.3.1 Gate Interlock .......................................................................................... 4-4

4.2.3.2 Emergency Stop (E-STOP) Buttons........................................................ 4-4

4.2.4 Start the Control Master Job................................................................................. 4-4

4.2.5 Perform the Operation Cycle ................................................................................ 4-4

4.2.6 Shutdown Procedure ............................................................................................ 4-5

4.3 System Recovery............................................................................................................... 4-5

4.3.1 Alarms and Errors................................................................................................. 4-5

4.3.1.1 Error Messages ....................................................................................... 4-5

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4.3.1.2 Minor Alarms ........................................................................................... 4-5

4.3.1.3 Major Alarms ........................................................................................... 4-5

4.3.2 Emergency Stop (E-STOP) Recovery .................................................................. 4-6

4.3.3 Shock Sensor Recovery ....................................................................................... 4-6

4.3.4 Brake Release ...................................................................................................... 4-7

5 Maintenance.................................................................................................................................... 5-1

6 Anchoring........................................................................................................................................ 6-1

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1 Introduction

1.1

About This Document

1.1 About This Document

This system manual is delivered with the FabWorld

II-Series system to provide a “first look” and overview of the complete Motoman FabWorld

II-

Series system. You should read and understand this system manual before moving on to the more detailed documentation that is included with your FabWorld

II-Series system. Although basic in content, the system manual is intended for personnel who have received operator training from Motoman and who are familiar with the operation of this particular

Motoman system. For more detailed information on any specific component or peripheral of the FabWorld

II-Series system, please review the full documentation package that is included with your

FabWorld

II-Series system (refer to Section 1.3).

This system manual contains the following sections:

Section 1 – Introduction

This section provides general information about the FabWorld

II-Series system and its components, a list of reference documents, and Motoman

Customer Support contact information.

Section 2 – Equipment Description

This section provides a detailed description of the major components of the FabWorld

II-Series system.

Section 3 – Installation

This section provides instructions for set up and installation of the

FabWorld

II-Series system.

Section 4 – Operation

This section provides instructions for basic operation of the FabWorld

II-

Series system. This section also provides procedures for start-up, loading, normal operation, fault recovery, and shutdown.

Section 5 – Maintenance

This section lists periodic and preventive maintenance suggestions for

FabWorld

II-Series system components.

Section 6 – Anchoring

This section gives foundation and anchoring suggestions for components of the FabWorld

II-Series system.

1.2 System Overview

The FabWorld

II-Series work cell provides a complete arc-welding solution with multiple robot and station kit configurations. The system is designed around single or dual Motoman arc-welding robots and DX100 controllers and includes a complete welding package. Two MHT-series positioners comprise the work stations and allow the robot(s) to weld in synchronous motion with each positioner. The cell can also be purchased with a stationary weld table instead of the headstock/tailstock combination.

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1.2

System Overview

The cell also includes a full complement of safety features designed to protect both personnel and equipment. Dual robot systems feature single point of control of all axes from one Programming Pendant, as required by

ANSI/RIA 15.06-1999. Figure 1-1 illustrates a typical system layout for the

FabWorld

II-Series work cell (dual robot feature shown).

Figure 1-1: System Layout — FabWorld

II-Series System

ROBOTS

SAFETY

FENCING

LIGHT CURTAIN (TYP),

FENCE-MOUNTED,

4-PLACES

WELDING

POWER

SUPPLIES

(R1 & R2)

DX100-DRC

CONTROLLER

(R1 & R2)

CELL DOOR

HEADSTOCK

OR TACK TABLE,

2 PLCS

OPERATOR

STATION

2-PLACES

LIGHT CURTAIN (TYP),

FLOOR-MOUNTED,

4-PLACES

NOTE

This manual is for a standard Motoman system. If your system is a custom or modified system, please use the drawings and Bill of Material (BOM) provided with your system for troubleshooting and spares provisioning.

1.2.1

System Layout

The FabWorld

II-Series system provides multiple configuration options for different application requirements. Several robot options are available for different applications and weld lengths. Single-robot MA1400 or

MA1900 cells are available, as well as dual configurations. The robot manipulator(s) are mounted on a common base, providing ease of installation.

Welding tack tables or headstock/tailstock positioners make up the two work stations. Several optional MHTH-series positioners are available in either 500- or 1600-kg capacities. Each positioner is equipped with

Motoman’s patented MotoMount flexible fixture system. Robot controllers and welding power sources share common bases outside the welding cell.

The robotic cell is enclosed by safety fencing with an interlocking door. Saxis zone rings and light curtains provide reliable safeguarding. All operator controls, including those on the controller and welding power supplies, are accessible from outside the safety fencing.

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1.3

Reference Documentation

1.2.2

Major Components

The FabWorld

® components:

II-Series system is made up of the following major

• One or two Motoman MA-series manipulators and DX100 controllers

• MHT-series positioner

• Welding Tack Table

• Operator Stations

• Welding equipment, including the following:

• Welding power source

• Welding torch (water-cooled or air-cooled)

• Wire feeder

• Applicable welding interface

• Torch mount

• Safety equipment, including the following:

• Safety fencing with arc curtains

• Interlocked safety light curtains

• Interlocked cell door

1.2.3

Optional Equipment

The following optional welding equipment is available for use with the

FabWorld

II-Series system:

• Torch cleaner

• Wire cutter

• Water-cooled torch (with coolant circulator)

• Bulk wire dereeler, 454 kg

• ComArc™ (seam tracking)

• TouchSense™ (starting point detection)

• ToolSight

(auto verification of correct torch alignment)

1.3 Reference Documentation

For additional information refer to the following:

• Motoman MA1400 Manipulator Manual (P/N 155557-1CD)

• Motoman MA1900 Manipulator Manual (P/N 156226-1CD)

• Motoman Independent/Coordinated Control (P/N 156431-1CD)

• Motoman INFORM User’s Manual (P/N 155493-1CD)

• Motoman Brake Release Manual (P/N 156239-1CD)

• Motoman DX100 Controller Manual (P/N 155494-1CD)

• Motoman Maintenance Manual for DX100 (P/N 155492-1CD)

• Motoman Operator's Manual for Arc Welding (P/N 155490-1CD)

• Motoman DX100 Concurrent I/O Manual (P/N 155491-1CD)

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1.4

Customer Support Information

• Motoman MH-Series Positioner Manual with MotoMount (P/N

156488-1CD)

• Vendor manuals and instruction sheets for FabWorld

II-Series system components not manufactured by Motoman but supplied with your system

1.4 Customer Support Information

If you need assistance with any aspect of your FabWorld

II-Series system, please contact Motoman Customer Support at the following 24hour telephone number:

(937) 847-3200

For routine technical inquiries, you can contact Motoman Customer

Support at the following e-mail address:

[email protected]

When using e-mail to contact Motoman Customer Support, please provide a detailed description of your issue, along with complete contact information. Please allow approximately 24 to 36 hours for a response to your inquiry.

NOTE

Use e-mail for routine inquiries only. If you have an urgent or emergency need for service, replacement parts, or information, please contact Motoman Customer Support at the telephone number shown above.

Please have the following information ready before you call:

• System Type FabWorld

II-Series

• Robot Type

• Application Type

• Software Version

MA1400 or MA1900

Welding

Access this information on the

Programming Pendant’s LCD display screen by selecting {MAIN

MENU} - {SYSTEM INFO} -

{VERSION}

• Robot Serial Number

• Robot Sales Order Number

Located on the back side of the robot’s arm

Located on the DX100 controller’s data plate

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2 Equipment Description

2.1

Robot Description

2 Equipment Description

2.1 Robot Description

The FabWorld

II-Series system uses the Motoman MA-Series six-axis robot(s). The MA-Series robots are specifically designed for arc-welding applications. The MA1400 robot has a payload capability of 3 kg and features a horizontal reach of 1434 mm. The MA1400 robot features a relative positioning accuracy of ±0.08 mm. The MA1900 robot has a payload capability of 3 kg and features a horizontal reach of 1,904 mm.

The MA1900 robot also features a relative positioning accuracy of ±0.08 mm.

The MA-Series robots feature an internal cabling design that provides high flexibility and streamlines the robot profile, thus allowing access into confined spaces. The robot’s B-axis (Pitch/Yaw) features an expanded range of motion that improves circumferential welding on cylindrical work pieces. The T-axis (Twist) can rotate the welding torch ± 200 degrees without cable interference.

The robot’s S-axis rotation is physically limited by hard stops located in the base of each robot. For more information, refer to the MA1400 or MA1900

Manipulator Manual that came with your FabWorld

II-Series system

documentation package (see Section 1.3).

2.2 DX100 Controller

The FabWorld

II-Series system features a DX100 controller assembly.

Additional expansion cabinets are mated to the master cabinet for each

additional robot (see Figure 2-1). The DRC configuration provides the

same functionality of two full-size controllers, without the space requirement and weight of additional, full-size DX100 controllers. This configuration also reduces the cost to the operator by eliminating redundant components and circuitry.

Through specific cable interconnections (internal to the DX100), the

DX100 and expansion cabinet are configured as controller R1, and R2

(see Figure 2-1). This configuration allows the robots to operate as a

multi-robot system that takes advantage of all the unique functions available only in a multi-robot system configuration. The full-size DX100 controller cabinet is designated R1, while the expansion cabinet is designated R2. The DX100 controller assembly is mounted on a Common

Equipment Base, which is positioned outside the FabWorld

II-Series

work cell (see Figure 1-1 and Figure 2-1).

In addition to controlling the movement of the robots, the DX100 controls the welding power sources and the positioner and provides the signals necessary to operate the welding systems.

The DX100 features an embedded real-time operating system (RTOS) and is programmed with the Motoman INFORM programming language.

For more information on the DX100 controller, refer to DX100 Controller manual that came with your FabWorld

II-Series system documentation

package (see Section 1.3).

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2 Equipment Description

2.2

DX100 Controller

Figure 2-1: DX100-DRC Controller

POWER ON-OFF

EYE BOLT (M16),

2-PLACES

PROGRAMMING

PENDANT

DOOR LOCK, 2-PLCS

2.2.1

Programming Pendant

The Programming Pendant (see Figure 2-2) is the primary user interface

for the system and features a cross-shaped navigation cursor that reduces teaching time by 30 percent. The pendant has a 5.7-inch color touch-screen display (640 x 480 VGA) and provides a CompactFlash card slot and USB port for data backups. The system uses the INFORM robot programming language and a menu-driven interface to simplify operator interaction with the robot.

Most operator controls are located on the Programming Pendant, allowing the controller cabinet to be mounted remotely. By using the pendant, the operator can teach the robot motion and perform programming, editing, maintenance, and diagnostic functions. For detailed information on the pendant’s programming keys, programming functions, and display functions, refer to the Operator’s Manual for Arc Welding that came with

your system (see Section 1.3).

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2.3

Operator Station

Figure 2-2: Programming Pendant

Start button Hold button

Mode switch

Menu area

General-purpose display area

START

REMOTE

PLAY

TEACH

JOB EDIT DISPLAY UTILITY

JOB CONTENT

TEST01

CONTROL GROUP:R1

0000

0001

0002

0003

0004

0005

0006

0007

0008

0009

0010

0011

NOP

SET B000 1

SET B001 0

MOVJ VJ=80.00

DOUT OT#(10) ON

TIMER T=3.00

MOVJ VJ=80.00

MOVJ VJ=100.00

MOVJ VJ=0.78

S:0000

TOOL:

HOLD

Main Menu Short Cut Turn on servo power

Emergency stop button

Insertion slot for

Compact Flash

Page key

Cursor key

Enable switch

Located on the back of the programming pendant.

When you lightly squeeze it, the power turns ON.

When you firmly squeeze it, the power turns OFF.

X-

S-

Y-

L-

Z-

U-

E-

SHIFT

INTER

LOCK

ROBOT

INFORM

LIST

EX.AXIS

WELD

ON/OFF

AUX

MOTION

TYPE

DIRECT

OPEN

MAIN

SIMPLE

X+

S+

Y+

L+

Z+

U+

E+

HIGH

SPEED

FAST

MANUAL SPEED

SLOW

ASSIST

X-

R-

Z-

T-

X+

R+

Z+

T+

SELECT

TEST

START

SHIFT

BWD FWD

DELETE INSERT

MODIFY ENTER

Select key

Manual speed keys

Axis keys

Enable switch (option)

Enter key

Motion

Type key

Numeric keys / Function keys

Press to input numbers.

These keys are also used as function keys to input instructions, etc. Key’s function is automatically switched when function keys are available.

NOTE

The Programming Pendant’s display goes into screen saver mode after a few minutes of inactivity. Press any key to restore the screen.

2.3 Operator Station

The Operator Station (see Figure 2-3) includes a NEMA enclosure and

fence-mounting brackets. The following paragraphs describe the controls on the Operator Station.

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2.3

Operator Station

Figure 2-3: Operator Station

E-STOP

2.3.1

START

Pressing the green START button starts the current, active job. The

Programming Pendant’s Mode Select Switch must be set to REMOTE and servo power must be ON for the START button to function.

2.3.2

SERVO ON

Pressing the SERVO ON button turns servo power on if the Programming

Pendant’s Mode Select Switch is set to REMOTE.

2.3.3

ALARM

A red ALARM lamp illuminates to indicate that the DX100 controller has encountered an alarm condition.

2.3.4

CYCLE START/CYCLE LATCHED

WARNING

The operation of the CYCLE START/CYCLE LATCHED button is dependent on the structure of the Control Master job. Any alteration of the Control Master Job could result in injury to personnel or damage to equipment.

Pushing the green CYCLE START/CYCLE LATCHED button initiates a positioner sweep cycle if the robots are in HOME (Safe) position. If the

CYCLE START/CYCLE LATCHED push button is pressed while the robots are welding, or otherwise not in HOME (Safe) position, the Cycle

Start command is “latched” into (stored in) the DX100 controller circuitry.

When the robots return to HOME (Safe) position, the “latched” Cycle Start command is executed and the positioner sweeps. Circuitry in the DX100 controller prevents the positioner from continuously cycling should the operator depress and hold the CYCLE START/CYCLE LATCHED push button.

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2.4

MHT-Series Positioners

2.3.5

REV/HOME/FWD (Joystick)

The joystick controls positioner rotation and user-defined load positions.

Moving the joystick to the right (FWD) indexes the positioner headstock in a clockwise direction at 30-degree intervals. Moving the joystick to the left

(REV) indexes the positioner headstock in a counterclockwise direction at

30-degree intervals. Moving the joystick forward (HOME) moves the positioner headstock to zero degrees (HOME position).

2.3.6

RESET

The RESET button is connected to the robot’s alarm reset input. Pressing this button clears a minor alarm or error condition.

2.3.7

ROBOT HOLD

Pressing the red ROBOT HOLD button stops robot operation and interrupts the job until the operator presses the green START button to resume operation. Operation resumes at the point in the program where the ROBOT HOLD state was initiated.

2.3.8

Emergency Stop (E-STOP)

Pressing the Operator Station’s Emergency Stop (E-STOP) push button

initiates an Emergency Stop (E-STOP). Refer to Section 2.6.4 for a

discussion of the E-STOP function and the procedures for recovering the

FabWorld

II-Series system from the Emergency stop (E-STOP) condition.

2.4 MHT-Series Positioners

The MHT-series positioners include the MHT-500 and MHT-1600 positioners. These positioners have a headstock drive assembly, a tailstock column, and the MotoMount™ tool-mounting system. Part fixturing is mounted between the headstock and tailstock face plates.

Refer to the positioner manual for technical details on the MotoMount

system and the MHT-500 and MHT-1600 positioners (see Section 1.3).

NOTE

• The customer shall supply all tooling and fixtures for the positioner.

• Motoman recommends application of a corrosion/rust preventive compound to tooling and fixtures located in a high-humidity environment.

The FabWorld

II-Series system is capable of true coordinated motion, where linear, circular, or spline motion can be coordinated between the robot(s) and positioner. Coordinated motion allows the robot(s) to weld while the positioner rotates the parts. For additional information on coordinated motion, refer to the Independent/Coordinated Control Manual that is included with your system documentation package (see

Section 1.3).

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2.5

Welding Equipment

2.5 Welding Equipment

In its standard configuration, the FabWorld

II-Series system includes a welding power source, wire feeder, torch, and torch mount for each of the robots. Optional equipment may also be included with your FabWorld

II-

Series system (refer to Section 1.2.3).

2.5.1

Wire Feeder

A welding wire feeder is mounted on the upper arm (U-Axis) of each robot.

The wire feeder is the “4-roll” type and provides reliable wire feeding at rates up to 750 inches per minute (ipm). An electronically controlled gas valve provides fast welding gas response time. Interchangeable feed rolls are used to accommodate different wire gauges and wire types. For additional information on how the wire feeder is mounted to the robot’s upper arm, including allowable load and installation position, refer to the wire feeder documentation that is included with the FabWorld

II-Series

system documentation package (see Section 1.3).

2.5.2

GMAW Torch

The FabWorld

II-Series system uses either an air-cooled or water-cooled robotic/automatic GMAW torch for each robot. These are heavy-duty torches designed for quick replacement and minimum of robot reprogramming. The GMAW torch is installed in a torch mount at the end of the robot’s wrist flange. The torch mount provides multi-dimensional impact (collision) detection to protect the robot, torch, fixture, positioner, and work piece from damage in the event of a collision. Any torch impact

(collision) triggers an Emergency Stop condition (refer to Section 4.3.2 and Section 4.3.2).

For applications that use the optional water-cooled torch, the

FabWorld

II-Series system includes a water circulator kit for each robot.

For additional information on the torches that are supplied with your system, refer to the vendor documentation that is included with the

FabWorld

II-Series system documentation package (see Section 1.3).

2.5.3

Power Sources

Motoman offers various brands and types of welding power sources. The welding power sources supplied with the FabWorld

II-Series system depends on the customer’s specific application and preference. For specific information on the welding power sources supplied with your

FabWorld

II-Series system, refer to the welding power source manual

that is included with the system documentation package (see Section 1.3).

2.6 Safety Features

WARNING

The ANSI/RIA R15.06-1999 Robot Safety Standard stipulates that the user is responsible for safeguarding. Users are responsible for determining whether the provided safeguards are adequate for plant conditions and must ensure that safeguards are maintained in working order.

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2.6

Safety Features

The FabWorld

II-Series system includes a total safety environment.

When all standard safety precautions are taken, the safety equipment helps to ensure safe operation of the robotic cell.

2.6.1

Welding Arc Protection

One by-product of the welding arc is an intense level of ultraviolet light.

The ultraviolet light radiates outwardly (equal strength in all directions) from the weld point whenever an arc is established. If not attenuated, the radiated ultraviolet light can present a health risk to personnel near the welding arc.

WARNING

Although safety fence arc curtains block the radiation of ultraviolet light, never look directly at the welding arc without protective eye wear.

The arc curtains (attached to the steel-mesh safety fencing) filter (or

"block") most of the ultraviolet light radiation that would otherwise escape the work cell. The arc curtains protect the operator from the ultraviolet light radiation and sparks that result from the welding operation (see

Figure 1-1).

2.6.2

Safety Fencing

The heavy-gauge, welded wire safety fencing that is provided with the

FabWorld

II-Series system encloses the entire work cell. It forms a physical barrier that prevents personnel from entering the work cell during automatic operation.

2.6.3

Safety Light Curtains

The safety light curtains work in conjunction with the robot zone rings to help prevent serious injury to anyone entering a station safety zone while the robot is working in that area. In PLAY mode, if the robot is at Station 1 and the operator steps into the Station 1 safety zone, servo power is removed from the system and all positioner motion stops. Servo power can be reapplied and operation resumed by pressing SERVO ON and

START.

2.6.4

Emergency Stops (E-STOPs)

Emergency Stop (E-STOP) is a primary safety feature of the

FabWorld

II-Series system. A work-cell access door interlock, the safety light curtain system, robot welding torch impact (collision) detection

circuitry (refer to Section 2.5.2), and E-STOP push buttons can all trigger

an E-STOP condition. An E-STOP condition immediately de-energizes the control system and activates the robot emergency braking system (refer to

Section 2.6.6). The E-STOP push buttons are used for an intentional

shutdown of the FabWorld

II-Series system and are installed at the following locations:

• Programming Pendant

• Operator Station

To resume operation after an E-STOP system shutdown, the operator must clear and reset the action that caused the E-STOP condition (refer to

Section 4.3.2).

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2.6

Safety Features

2.6.5

ENABLE Switch

The ENABLE switch is part of the Programming Pendant and provides a safety feature that controls servo power while the system is in TEACH

mode (see Figure 2-2). When pressed in, this switch allows the operator

to enable servo power. Should the operator release the switch or grasp it too tightly, however, servo power is immediately disabled, thus preventing further robot movement. For detailed information about the operation of the ENABLE switch, refer to the DX100 Operator’s Manual for Arc

Welding that is included with the FabWorld

II-Series system

documentation package (see Section 1.3).

2.6.6

Emergency Braking System

Each robot incorporates a braking system that protects personnel from injury and prevents equipment damage if servo power is removed. Upon loss of servo power, the brake system activates to hold all robot axes in place. The brake system incorporates a feature that allows the operator to release the brake of a specific robot axis, even if drive power is disabled.

Brake release is accomplished with the Programming Pendant. Refer to the DX100 Manual Brake Release manual included with the FabWorld

II-

Series system documentation package (see Section 1.3).

2.6.7

Interlocked Cell Door

A safety interlock on the cell entrance door prevents entry into the cell during PLAY mode. If the safety interlock is bypassed or otherwise defeated, brakes are applied to the robot, servo power is removed from the system, and all positioner motion is stopped.

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3.1

Materials Required

The FabWorld

II-Series system can be installed easily in just a short time. Comply with all the safety instructions and precautions given in this section during the installation process. Failure to use safe work practices can result in damage to the equipment and injury to the workers.

The instructions given in this section are general guidelines for installing the FabWorld

II-Series system. Refer to your system drawings and relevant system component manuals for specific installation information

(see Section 1.3).

CAUTION

Installation of the FabWorld

II-Series system is not a task for the novice. The FabWorld system is not fragile, but it is a highly sophisticated robotic system. Handle components with care. Rough handling can damage the system’s electronic components.

3.1 Materials Required

All system hardware necessary for installing the FabWorld

II-Series system is included with the system. This section identifies the customersupplied items and tools required to complete the installation.

3.1.1

Customer-supplied Items

• Gas for welding torches

• Incoming power

• Two earth ground cables with two earth ground stakes

• Weld wire

• Incoming air supply: 0.04 cm at 620.5 kPa (1.5 scfm at 90 psi) for torch tender or wire cutter options

• Stepladder

• Forklift and/or overhead crane

3.1.2

List of Tools

• Safety glasses

• Face shields

• Gloves

• Level

• Ratchet with 3/4-inch socket

• Adjustable wrench set

• Hammer drill with appropriate concrete bits

• Phillips and flat screwdrivers

• Hammer

• Socket set

• Air-impact gun with 3/4-inch socket

• Open-end wrench set

• Two socket-heads (Allen

)

• Wrench sets (standard and metric)

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3.2

Site Preparation

3.2 Site Preparation

To prepare your site, proceed as follows:

1. Clear the floor space needed for the unit (refer to your specific system prints).

NOTE

To make installation easier, allow an additional 1.2 to 1.5 m on all sides of the cell.

2. Gather all the customer-supplied items and required tools listed in

Section 3.1.

3.3 Installing the Robot/Positioner Common Base

The robot/positioner common base is shipped on a wooden shipping skid.

To install the common base, refer to Figure 3-1 and proceed as follows:

CAUTION

Handle the FabWorld

® damage.

II-Series system components carefully to avoid

1. Unbolt the robot/positioner common base from the shipping skid using a 3/4-inch socket.

WARNING

The robot/positioner common base can weigh up to 3870 kg with two robots and two positioners. Be sure that your crane or forklift is capable of handling this much weight, or damage to the equipment or injury to personnel can result.

2. Move the common base in position according to the system drawings.

3. Carefully remove the protective plastic wrapping from the equipment.

4. Inspect the equipment for shipping damage.

NOTE

Notify your shipping contractor if you notice any shipping damage.

5. Anchor the common base securely in place (refer to Section 6 for

anchor requirements).

Figure 3-1: Robot/Positioner Common Base

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3.3

Installing the Robot/Positioner Common Base

SHIPPING BOLT

LEVELING BOLT

3.3.1

Shipping Bolts and Brackets

The robots are provided with two shipping bolts and a shipping bracket.

(See fig. 3-2 ?Shipping Bolts and Brackets?.)

Fig. 3-2: Shipping Bolts and Brackets

Shipping bracket

Front View

Hexagon socket head cap screw M10

(2 screws)

Side View

• The shipping bolts and bracket are painted yellow.

• The shipping bracket is to be fixed with the hexagon socket head cap screws M10 (2 screws).

NOTE

Before turning ON the power, check to be sure that the shipping bolts and brackets are removed. The shipping bolts and brackets then must be stored for future use, in the event that the manipulator must be moved again.

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3.4

Installing the Controller/Welder Base

3.4 Installing the Controller/Welder Base

The FabWorld

II-Series system uses a separate controller/welder base mounted on the outside of the system fencing. This base contains the robot controller, welder, service disconnect, and optional water circulator.

To install the base, proceed as follows:

1. Unbolt the base by removing the four shipping bolts using a 3/4-inch socket.

WARNING

The controller base can weigh up to 730 kg. Be sure that your lifting device is capable of handling this much weight, or damage to the equipment or injury to personnel can result.

2. Carefully remove the plastic wrapping and cardboard from the base.

3. Inspect the base components for any shipping damage.

NOTE

Notify your shipping contractor if you notice any shipping damage.

4. Use a forklift to lift the base and remove the wooden blocks.

5. Refer to your system drawings (supplied with the robot cell) to place the base in position.

6. Anchor the base securely in place (refer to Section 6 for anchor

requirements).

3.5 Connecting the Cables

After the components are level and securely in place, unwrap the cables and connect them according to the cable diagram included in the system drawing package. All cables are labeled to match the labels at the connection points. Using cable trays, route the cables between the system components.

CAUTION

Route the wires in the cable trays to avoid wire breakage and unnecessary interruption of cell operations.

3.5.1

Connecting the Earth Ground

The robot(s) and controller(s) must each be connected to an earth ground.

The ground stake must be driven a minimum of 2.43 m into the earth, and the earth must be treated with chemicals in order to reduce resistance to the ground stake. A maximum of 100 ohms ground resistance is recommended. Deeper ground stakes might be required, depending on area soil conditions. To ground the robot(s) and controller(s), proceed as follows:

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Connecting the Cables

WARNING

Do not use the equipment if proper earth grounds cannot be provided.

Equipment that is not grounded correctly can result in serious injury or death to personnel.

NOTE

If the robot and controller are within 4.57 m of each other, a common earth ground may be used. Otherwise, separate earth grounds must be used.

1. Connect one end of the robot earth ground cable to the lug marked

EARTH GROUND on the base of the robot.

2. Connect the other end of the robot earth ground cable to the earth ground stake.

3. Connect one end of the second earth ground cable to the common ground bus bar inside the controller.

4. Connect the other end of the second earth ground cable to the earth ground stake.

Fig. 3-3: Grounding Method

A

5.5 mm

or more

A

Section A-A’

Bolt M8 (For grounding)

Delivered with the manipulator

3.5.2

Connecting the Robot Cables

Two cables, 1BC and 2BC, connect each robot to the controller. The 1BC cable provides position feedback from the robot to the controller. The 2BC cable provides power to the robot’s servo motors. To connect the robot cables, proceed as follows:

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3.5

Connecting the Cables

CAUTION

Use care when attaching the cable connectors to the mating connectors on the robot(s) and controller(s). Do not use excessive force. Make sure that the cable connectors are correctly aligned with the mating connectors. The connectors are of the “multi-pin” type and are easily damaged if forced into position.

1. Unpack the Programming Pendant and plug its connector into the receptacle on the front door of the controller.

2. Unpack the two large black manipulator cables and route one to the controller and the other to the back of the robot.

3. Connect one end of each cable (labeled 1BC and 2BC) to the 1BC and

2BC connections on the back of the robot (see Figure 3-4). Connect

the other ends of the 1BC and 2BC cables to the 1BC and 2BC connections on the side of the controller.

Fig. 3-4: Manipulator Cables

The DX100 Side The Manipulator Side

X11

1BC

Encoder Cable

The DX100 Side The Manipulator Side

X21

2BC

Power Cable

2BC

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Fig. 3-5(a): Manipulator Cable Connectors (Manipulator Side)

1BC

Connector Details

(Manipulator Side)

2BC

3BC

Positive Weld Cable

Connection Max. 300A

Fig. 3-5(b): Manipulator Cable Connection to the DX100

X21

X11

3.6 Installing the Safety Fencing

The fencing that makes up the welding cell’s protective walls is shipped on its own skid with all the hardware needed for installation.

CAUTION

Be careful when cutting the metal bands and wear protective gloves.

The metal bands are under tension and may cause injury to anyone near the bands when cut.

To install the safety fencing, proceed as follows:

1. Cut the metal bands securing the metal fencing and remove all items from the skid.

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3.6

Installing the Safety Fencing

2. Place the fence components on the floor around the positioner

according to the system drawings (see Figure 3-6).

Figure 3-6: Safety Fence Components and Orientation

SAFETY FENCE (TYP)

LIGHT CURTAIN,

FENCE-MOUNTED,

4-PLACES

LIGHT CURTAIN,

FLOOR-MOUNTED,

4-PLACES

WARNING

At least two people are required for safe accomplishment of the remaining fence installation steps.

3. Connect and tighten the fence posts to the panels according to the fence instructions.

4. Have an assistant hold the fencing in place while you attach each panel.

5. Measure to ensure that the cell walls are square (adjust as necessary).

6. Anchor the fence posts to the floor (refer to Section 6 for anchor

requirements).

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Installing the Safety Fencing

3.6.1

Door Latch Alignment

Adjust the location of the door latch as necessary to provide smooth operation of the door assembly. A #14 spanner bit is provided to loosen and adjust the location of the latch assembly. Metal shims are also provided and can be placed beneath the fence posts to make gross

adjustments. See Figure 3-7.

Figure 3-7: Door Latch Alignment

LATCH DOG SLOT

LOOSEN TAMPER RESISTANT

SCREWS WITH #14 SPANNER

BIT (SUPPLIED) TO MAKE FINE

ALIGNMENT ADJUSTMENTS

LATCH

DOG

SLOT

DETAIL A

ADD SHIMS (SUPPLIED)

TO BOTTOM OF FENCE POST

TO ALIGN DOOR LOCK LATCH

DOGS TO SLOTS

LATCH

DOG

LATCH

DOG

LOOSEN TAMPER RESISTANT

SCREWS WITH #14 SPANNER

BIT (SUPPLIED) TO MAKE FINAL

ADJUSTMENTS

DETAIL B

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3.7

Installing the Safety Light Curtains

3.6.2

Installing the Arc Curtains

WARNING

Do not install the arc curtains until after the cell walls have been secured. Unsecured cell walls can fall and injure personnel and damage equipment.

The arc curtains are shipped in an accessories box. To install the arc curtains, proceed as follows:

1. Unfold the arc curtains and install one curtain on the inside of each cell wall section, using the supplied wire ties and eyelets in the curtain or

Velcro, depending on your design.

NOTE

The arc curtains are pre-cut to match the cell fencing. Each arc curtain bag contains documentation that includes the arc curtain's dimensions. If necessary, these dimensions can be used to match the arc curtain to the correct cell fencing.

2. Make sure that there are no gaps between the arc curtains.

3. Install the door panel’s arc curtain on the inside of the door panel using the supplied wire ties and eyelets in the curtain or Velcro, depending on your design.

3.7 Installing the Safety Light Curtains

There are two types of light curtains used on the FabWorld

II-Series system: floor-mounted and safety-fence mounted. One light curtain pair consists of a Sender and Receiver (and associated cabling). All required light curtain pairs for the robot cell are typically shipped attached to the robot controller. To install the light curtains, proceed as follows:

1. Unpack the safety light curtain components.

2. Carefully remove the protective plastic wrapping.

NOTE

Cable connections are typically left attached during shipping. If not, unpack the safety light curtain cables and connect them to the matching connectors on the light curtains and controller.

3. The safety light curtain Sender and Receiver panels must be aligned properly. For exact alignment procedures, refer to the light curtain documentation that is supplied with the robot cell.

4. Identify the light curtains that are to be floor-mounted. Align the floormounted light curtains for proper operation, then anchor them to the

floor (refer to Section 6 of this manual for anchor requirements). See

Figure 1-1 and Figure 3-6 for the approximate attachment locations for

the floor-mounted light curtains.

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3.8

Installing the Operator Stations

5. Identify the light curtains that will be mounted to the safety fencing.

Align these light curtains for proper operation, then attach them to the

safety fencing. See Figure 1-1 and Figure 3-6 for the approximate

attachment locations for the safety fence-mounted light curtains.

6. Check the alignment of the light curtains again after the fence posts have been anchored. If necessary, readjust the alignment and fastening of the safety light curtains to ensure proper operation.

3.8 Installing the Operator Stations

The Operator Stations are shipped attached to the fencing. To install the

Operator Stations, proceed as follows:

1. Carefully remove the protective plastic wrapping from the Operator

Stations.

2. Inspect the Operator Stations for shipping damage.

NOTE

Notify your shipping contractor if you notice any shipping damage.

3. Unpack the Operator Stations’ cables and route them to the controller.

4. Carefully engaging the connectors, connect each cable according to the cable diagram included in the system drawing package.

3.9 Connecting the Power

After all the system components have been properly installed, connect the power to the FabWorld

II-Series system as follows:

WARNING

Power must be connected by a qualified electrician only. Electrical and grounding connections must comply with applicable portions of the

National Electrical Code and/or local electrical codes.

1. Install three-phase power wiring to the main service disconnect located on the controller base (and welder base for dual systems).

Table 3-1 shows the size and type of wire needed.

2. Make sure that the service disconnect switch is set to the OFF position.

3. Route the incoming power cable into the disconnect box. Knock-out holes are provided.

4. Using a cord grip, secure the incoming power cable to the service disconnect housing.

5. Strip the three incoming power wires and secure them to the power disconnect connections inside. Use a phillips screwdriver to tighten the connections.

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3.10 Conducting A Safety/Operation Check

6. Strip the ground wire and secure it to the ground lug inside the service disconnect box. A ring-tongue terminal will be needed. Nut and lockwasher are provided.

7. Turn the service disconnect switch to the ON position.

8. Using a volt/ohm meter, verify the incoming voltage and amperage values. Refer to the label on the service disconnect box and system prints for the correct voltage.

NOTE

The FabWorld

II-Series system is configured for threephase 460/480V AC, unless other voltage was requested. If other voltage is required for your plant, you must make the necessary modifications to the transformer. For more information, refer to the manipulator manual that came with

your system (see Section 1.3).

Table 3-1: Incoming Power Specifications (Decal)

Lug Data

Catalog Number

Wire Size

Torque

60/75° C wire

TCAL14

#14-7 Copper

#12-8 Aluminium

#14-7, 4.0 N•m (35 lb-in.)

3.10 Conducting A Safety/Operation Check

Before installing the tooling and/or fixtures for your application, take a few minutes to perform the following safety/operation check:

1. Verify that all yellow shipping brackets have been removed from each

robot (refer to Section 3.3.1).

2. Be sure the safety light curtains are aligned correctly.

3. Check that the cell door is closed and latched.

4. Check that all cable connections are tight.

5. Be sure that the welding power source is set correctly (see the welding power source vendor's manual).

6. Verify that the incoming line power matches the input power specified on the front of the controller.

Your FabWorld

II-Series system is now ready for power-up. The

FabWorld system should be operated only by personnel who have received operator training from Motoman and who are familiar with the operation of this Motoman robotic system. Turn the main power on and continue the safety/operation check.

7. Check for correct operation of all system E-STOPS (Programming

Pendant, Operator Station, and controller door).

8. Check for correct operation of the system HOLD buttons on the

Programming Pendant and Operator Station (ROBOT HOLD). Refer to the Operator’s Manual for Arc Welding for more information on the

pendant’s HOLD button (see Section 1.3). Refer to Section 2.3.7

for more information on the Operator Station’s ROBOT HOLD button (see

Section 1.3).

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3.11 Installation of Tooling and Fixtures

Your FabWorld

II-Series system is now ready for the installation of tooling and fixtures for your application. The installation of tooling and fixtures should be performed by personnel who are familiar with the operation of this system. Tooling and fixtures are supplied by the customer. After tooling is installed, test the positioner for proper operation

(refer to the positioner manual for instructions on testing for proper

operation; see Section 1.3).

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4.1

Programming

The FabWorld

II-Series system is a fully integrated robotic arc-welding cell. The Control Master job setup, and the sub-jobs programmed within it, determine how the system performs welding operation and other tasks.

The robot(s) welds parts on the active station while the operator loads or unloads parts on the opposite side. Once the robot(s) is finished with the welding process, it returns to HOME position. The operator is then able to enter the safety zone and safely process the parts while the robot(s) works at the opposite station.

The FabWorld

II-Series system offers two work stations containing any combination of the following station kits: MHT-500 (500-kg capacity),

MHT-1600 (1600-kg capacity) positioners, and/or weld tack tables.

NOTE

All tooling and fixtures are supplied by the customer.

4.1 Programming

The operation of this system is programming dependent. The following operating instructions are based on one possible configuration of this system. Your system configuration and job structure may differ slightly from that presented here; however, basic operation will be the same. For additional programming instructions, refer to the DX100

Controller Manual

that is supplied with your system (see Section 1.3).

Any changes made to your system configuration and/or job structure will alter the operation of this cell. Motoman recommends that you do not modify the original jobs and system configuration that came with your system. If modifications need to be made, they should be made to copies of these jobs and not to the originals. Modifications should only be performed by personnel who have received operator training from

Motoman and who are familiar with the operation of this Motoman system.

If you have questions concerning the configuration of your system, please contact the 24-hour Customer Support hotline at (937) 847-3200 (refer to

Section 1.4).

A major advantage of the FabWorld

II-Series system is its high degree of flexibility. The operator can fine-tune the movement of both the robots and positioners according to parts configuration. The robots can be programmed to weld parts with the headstock stationary, or the robots and headstock can move simultaneously. The robots can be programmed to weld different seams on the same part and to move from part to part to continue welding.

With the DX100 Programming Pendant, you can develop a series of jobs for the robots. You can program the robots independently, the station axis independently, or the robots and station axis together. You must select the axis combination when first teaching the job (see Section 4.1.1). Motoman recommends programming the robots and station axis together to reduce the risk of interference.

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4.1

Programming

NOTE

Refer to the Independent/Coordinated Control Function

Manual for information on coordinated motion, selecting synchronization, group axes, and tooling calibration (see

Section 1.3).

CAUTION

Remember, only the Tool Center Point (TCP) location on the robot is recognized by the controller. Without careful programming, the robot arm can still damage other equipment.

4.1.1

Programming Specific Jobs

For more detailed information on programming user jobs, refer to the

Operator's Manual for Arc Welding.

You can program three types of moves, as follows:

• Rotation of headstock during air-cut moves

• Robot motion with headstock stationary

• Rotation of headstock during welding

The job you create may consist of a combination of the above. The first two types of moves assume a robot-plus-station group axis specification.

The last type of move is called station synchronous and should be programmed with a station-plus-robot group axis specification with the station as the Master control device.

CAUTION

Remember, only the Tool Center Point (TCP) location on the robot is recognized by the controller. Without careful programming, the robot arm could still damage other equipment.

NOTE

Refer to the Independent/Coordinated Control Function

Manual

for information on coordinated motion, selecting synchronization, group axes, and tooling calibration (see

Section 1.3). REPEATED FROM ABOVE.

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4.2

Daily Operation

4.2 Daily Operation

The procedures below represent the typical operating sequence from power-up to shutdown. Your basic operating procedures may vary depending on your situation.

• Perform the start-up procedure (see Section 4.2.1).

• Move the robot(s) to HOME position (see Section 4.2.2).

• Select the Control Master job (see Section 4.2.4).

• Perform the operation cycle (see Section 4.2.5).

• Perform the shutdown procedures (see Section 4.2.6).

4.2.1

Start-up Procedure

To start the cell from a power-off condition, proceed as follows:

1. Make sure that the enclosure door is closed and securely latched.

2. Turn on the main service disconnect switch.

3. Set the main power switch on R1 controller to ON.

4. Set the input power switch on the welding power sources to ON.

5. Turn on the welding gas supply.

6. Make sure that the Emergency Stop (E-STOP) buttons on the

Programming Pendant and Operator Station are released.

7. Select TEACH mode on the Programming Pendant; the indicator light turns on.

8. Place the robot(s) in HOME position (refer to Section 4.2.2).

4.2.2

Robot HOME Position

To place the robot(s) in HOME position, proceed as follows:

1. Select TEACH mode on the Programming Pendant.

2. Press the MAIN MENU on the Programming Pendant.

3. Select the JOB icon on the pendant using the cursor keys and then press SELECT.

4. Move the cursor on the pendant to SELECT JOB and press SELECT key.

5. Using the pendant’s cursor keys, move the cursor to SAFE job and press SELECT.

6. Turn servo power on by pressing the SERVO ON button on the

Programming Pendant and holding in the ENABLE switch.

7. Using the INTERLOCK and FWD buttons on the Programming

Pendant, move the robot(s) to HOME position.

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4.2

Daily Operation

4.2.3

Safety Circuit Check

Test each of the following safety circuit items daily for proper operation. If any of these items do not work as instructed, contact the Motoman

Customer Support staff at (937) 847-3200 before operating the cell.

4.2.3.1

Gate Interlock

Open gate interlock while robot is in PLAY mode with servo power ON.

Verify that servo power goes off.

4.2.3.2

Emergency Stop (E-STOP) Buttons

Press each Emergency Stop (E-STOP) button with the robot in PLAY mode and the servo power on. After each button is pressed, verify that servo power goes off and the Programming Pendant reads “Robot is

Stopped.”

4.2.4

Start the Control Master Job

With the system powered up and in TEACH mode, perform the following steps to start the Control Master job:

1. Select the MAIN MENU key on the Programming Pendant’s touch screen.

2. Select JOB on the Programming Pendant’s touch screen.

3. Select CTRL MASTER on the Programming Pendant’s touch screen.

4. Press SELECT twice to activate the Control Master job.

5. Select PLAY mode on the Programming Pendant and press the PLAY

MODE ENABLE button on the controller door. Job playback operation is enabled.

6. Press the SERVO ON button on the Programming Pendant.

7. Press the START button on the Programming Pendant. The Control

Master job cycles, waiting for a Cycle Start input from the Operator

Station.

The FabWorld

II-Series cell is now ready for operation.

4.2.5

Perform the Operation Cycle

The following is the typical sequence of operation for the FabWorld

Series cell after start-up:

II-

1. Load the fixture in Station 1 with parts to be welded.

2. Step out of the safety light curtain.

3. Press the CYCLE START/CYCLE LATCHED button on the Operator

Station. The Cycle Latched light comes on, and the robot(s) begins welding parts.

4. While the robot(s) are welding, the operator may load Station 2 with more parts to be welded.

5. After the parts are loaded, press the CYCLE START/CYCLE

LATCHED button on Operator Station 2; the Cycle Latched light comes on. When the robot is finished welding at Station 1, it returns to HOME position (or, if Cycle Latched is active at Station 2, the robot begins welding at Station 2), thus allowing the operator to process the parts at

Station 1.

6. Unload the welded parts from Station 1.

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4 Operation

4.3

System Recovery

4.2.6

Shutdown Procedure

To shut down the FabWorld

® perform the following steps:

II-Series cell after operation is complete,

1. Make sure that the robot(s) are in HOME position.

2. Turn off system servo power by pressing the Emergency Stop (E-

STOP) button on the Operator Station or Programming Pendant.

3. Select TEACH mode on the Programming Pendant.

4. Set the main service disconnect switch to the OFF position.

5. Close the welding gas supply.

The FabWorld

II-Series cell is now shut down.

4.3 System Recovery

When a system error or alarm occurs, you must clear the error or alarm to return the system to normal operation. The paragraphs below describe the different types of alarms and errors you might encounter and how to remedy them when you do.

4.3.1

Alarms and Errors

There are three levels of alarms and errors that will stop the program:

• Error messages

• Minor alarms

• Major alarms

For more detailed information on alarm and error recovery, refer to the maintenance and DX100 controller documentation that is included with your FabWorld

II-Series system (see Section 1.3).

4.3.1.1

Error Messages

These are simple errors, such as pressing the START button when the robot(s) are not in PLAY mode or enabling the Programming Pendant when servo power is off. Clear these errors by pressing the CANCEL button on the Programming Pendant.

4.3.1.2

Minor Alarms

Minor alarms are usually programming errors, such as programming a circle with fewer than three circular points. Clear these type of errors by pressing the RESET (F5) soft key on the Programming Pendant.

4.3.1.3

Major Alarms

Major alarms are hardware failures. Major alarms might occur because of a servo tracking error or an abnormal speed and are usually associated with crashes. To clear this type of alarm, you must turn off the controller and then turn it on again.

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4 Operation

4.3

System Recovery

4.3.2

Emergency Stop (E-STOP) Recovery

An Emergency Stop (E-STOP) can occur under any of the following conditions:

• Pressing the EMERGENCY STOP (E-STOP) button on the Operator

Station, Programming Pendant, or controller door.

• Opening the cell door on the robot enclosure when the robot(s) are not in TEACH mode.

• Stepping into the safety light curtain when the positioner is sweeping.

• Actuating the shock sensor on the torch mount.

To restart the FabWorld

® proceed as follows:

II-Series cell after an E-STOP condition occurs,

1. To clear an E-STOP condition, perform any of the following actions that apply:

• Release the E-STOP button on the Operator Station or Programming

Pendant.

• Close the cell door.

• Step out of the safety light curtain.

• Clear the shock sensor condition (refer to Section 4.3.3).

CAUTION

If an Emergency Stop condition occurs while the positioner is sweeping, the positioner will continue the sweep when system is started again.

2. Press the SERVO ON button on the Operator Station or Programming

Pendant.

3. Ensure that the robot(s) is in REMOTE mode.

4. Press the START button on the Operator Station.

The FabWorld

II-Series cell is now ready to continue operation.

4.3.3

Shock Sensor Recovery

The FabWorld

II-Series welding package includes a Motoman gun mount. This mount is designed to protect the torch from damage in case of a crash. A slight deflection of the torch activates a SHOCK SENSOR message, which triggers an E-STOP condition. To clear the E-STOP condition, you must override the shock sensor and move the robot(s) clear of the impact. To override the shock sensor, proceed as follows:

CAUTION

Always remember to reactivate the Shock Sensor before continuing system operation. The robot can be crashed if the Shock Sensor

Override Switch is left in the “Override” position.

1. Press MAIN MENU on the Programming Pendant.

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II-Series

4 Operation

4.3

System Recovery

2. Select the ROBOT icon using the cursor keys and press the SELECT key.

3. Move the cursor to OVERRUN-S.SENSOR and press the SELECT key.

4. Select RELEASE to release the shock sensor.

5. Turn servo power ON by holding in the ENABLE switch on the

Programming Pendant and pressing SERVO ON.

6. Move the robot(s) clear of the impact position.

The FabWorld

II-Series cell is now ready to continue operation.

4.3.4

Brake Release

The robot brakes are designed to protect the robot and other system components from damage in the event of, for example, a system or robot failure, a loss of drive power, or any other occurence that activates the brakes. It is then necessary to release the brakes on the robot in order to move it. To release the brakes, proceed as follows:

WARNING

Releasing brakes can cause personal injury or machine damage. Make sure that the axis to be released is properly supported before proceeding.

1. On the Programming Pendant, select TEACH mode and turn servo power OFF.

2. Select ROBOT on the Programming Pendant’s touch screen.

3. Select the MANUAL BRAKE RELEASE option. A Warning dialog box appears.

4. Select YES in the Warning dialog box.

5. Select the axis to be released using the cursor key.

6. Engage the ENABLE switch and press the INTERLOCK and SELECT keys. The brake for the selected axis releases.

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5 Maintenance

Table 5-1 provides periodic maintenance items and intervals for the

FabWorld

II-Series cell. The maintenance intervals listed here are intended as guidelines only. You should adjust the frequency of maintenance to suit your specific work conditions.

For periodic maintenance procedures and schedules for the individual components of your FabWorld

II-Series system, including the MH-series positioners, refer to the manuals that are included with your system (see

Section 1.3).

CAUTION

Use only the antifreeze provided by Motoman. Automotive antifreezes contain stop-leak additives that clog small torch water-cooling ports and damage gaskets in the water circulator pump.

Table 5-1: Periodic Maintenance

Frequency

Daily

Monthly

(or on condition)

Component Procedure

Water Circulator

(water-cooled torch application only)

Check the fluid in the water circulator. Add fluid as required.

Use only distilled water and approved antifreeze (Motoman

P/N 131224-1).

Safety Circuits and

Interlocks

FabWorld

II-Series Cell

Validate functionality.

Clean the entire cell of dirt, grease, and debris.

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6 Anchoring

FabWorld

II-Series

6 Anchoring

The purchaser must determine all anchoring and foundation requirements and supply the appropriate anchoring hardware for a particular installation. Always use chemical anchors for equipment with dynamic loads. Use appropriate sized anchors, relative to the clearance holes, to

anchor equipment to the floor. Table 6-1 provides sample anchor and

foundation requirements for peripheral equipment. Refer to equipment manuals included with your system documentation package (Section 1.3) for anchoring requirements.

WARNING

Do not mount robots directly to the floor without the indicated floor plate. Failure to follow floor-plate requirements can result in equipment damage or injury to personnel.

Table 6-1: Minimum Recommended Equipment Anchor Requirements

EQUIPMENT MINIMUM HILTI

ANCHOR ROD

DIAMETER/TYPE

MINIMUM FLOOR-PLATE MINIMUM FOUNDATION

REQUIREMENTS REQUIREMENTS

ROBOTS

POSITIONER

PERIPHERAL

EQUIPMENT

WORK-CELL

FENCE POSTS

OPERATOR

STATION PEDESTAl

Refer to the manipulator manual included with your system documentation package

(Section 1.3) for anchoring requirements. Always use chemical anchors for equipment with dynamic loads. Use appropriate sized anchors, relative to the clearance holes, to anchor equipment to the floor.

Refer to the positioner manual included with your system documentation package

1/2-inch Kwik Bolt II

Style Anchor (Note 1)

Not Applicable

3-inch minimum thickness or

1.3 embedment depth

(whichever is larger)

4000 psi Reinforced Concrete

3/8-inch Kwik Bolt II

Style Anchor (Note 1)

1/4-inch Kwik Bolt II

Style Anchor (Note 1)

Not Applicable

3-inch minimum thickness or

1.3 embedment depth

(whichever is larger)

4000 psi Reinforced Concrete

3-inch minimum thickness or

1.3 embedment depth

(whichever is larger)

4000 psi Reinforced Concrete

NOTES:

(1) Reference source: Hilti

equivalent.

Product Technical Guide (Section 4.3.3) for hardware specifications or

Refer to http://us.hilti.com

or http://ca.hilti.com

for further information.

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®

II-Series

SYSTEM MANUAL

HEAD OFFICE

2-1 Kurosaki-Shiroishi, Yahatanishi-ku, Kitakyusyu-shi, 806-0004, Japan

Phone +81-93-645-7745 Fax +81-93-645-7746

MOTOMAN INC. HEADQUARTERS

805 Liberty Lane, West Carrollton, OH 45449, U.S.A.

Phone +1-937-847-6200 Fax +1-937-847-6277

MOTOMAN ROBOTICS EUROPE AB

Franska Vagen 10, Box 4004, SE-390 04 Kalmar, Sweden

Phone +46-480-417800 Fax +46-480-417999

MOTOMAN ROBOTEC GmbH

Kammerfeld strasse 1, 85391 Allershausen, Germany

Phone +49-8166-90-100 Fax +49-8166-90-103

YASKAWA ELECTRIC KOREA CORPORATION

1F, Samyang Bldg. 89-1, Shinchun-dong, Donk-Ku, Daegu, Korea

Phone +82-53-382-7844 Fax +82-53-382-7845

YASKAWA ELECTRIC (SINGAPORE) PTE. LTD.

151 Lorong Chuan, #04-01, New Tech Park, Singapore 556741

Phone +65-6282-3003 Fax +65-6289-3003

YASKAWA ELECTRIC (MALAYSIA) SDN. BHD.

Unit 47-1 and 2. Jalan PJU 5/9, Dataran Sunway, Kota Damansara, 47810, Petailng Jaya Selangor, Malaysia

Phone +60-3614-08919 Fax +60-3614-08929

YASKAWA ELECTRIC (THAILAND) CO., LTD.

252/246, 4th Floor. Muang Thai-Phatra office Tower II Rechadapisek Road, Huaykwang Bangkok 10320, Thailand

Phone +66-2-693-2200 Fax +66-2-693-4200

SHOUGANG MOTOMAN ROBOT CO., LTD.

No.7,Yongchang-North Road, Beijing Economic and Technological and Development Area, Beijing 100076, China

Phone +86-10-6788-0541 Fax +86-10-6788-0542

MOTOMAN MOTHERSON ROBOTICS LTD.

910, DLF Galleria, DLF City Phase IV, Gurgaon - 122002 Haryama, india

Phone +91-124-414-8514 Fax +91-124-414-8016

YASKAWA ELECTRIC CORPORATION

YASKAWA

Specifications are subject to change without notice for ongoing product modifications and improvements.

MANUAL NO.

156719-1CD

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