Horizontal Articulaed Robot – Ixp Series Powercon Scara

Transcript

Horizontal Articulaed Robot – IXP Series PowerCon SCARA® Cleanroom Type, Arm Length 350/450/550/650 IXP-3C3515, IXP-3C4515, IXP-3C5520, IXP-3C6520, IXP-4C3515 IXP-4C4515 IXP-4C5520 IXP-4C6520 IXP-3W3515, IXP-3W4515, IXP-3W5520, IXP-3W6520, IXP-4W3515 IXP-4W4515 IXP-4W5520 IXP-4W6520 Dust Proof/Splash Proof Type, Arm Length 350/450/550/650 Instruction Manual First Edition Please Read Before Use Thank you for purchasing our product. This Instruction Manual explains the handling methods, structure and maintenance of this product, among others, providing the information you need to know to use the product safely. Before using the product, be sure to read this manual and fully understand the contents explained herein to ensure safe use of the product. This product is designed assuming that installation to the factory equipment is held by educated operators. Please contact IAI if purposed for another use. The DVD that comes with the product contains instruction manuals for IAI products. When using the product, refer to the necessary portions of the applicable instruction manual by printing them out or displaying them on a PC. After reading the Instruction Manual, keep it in a convenient place so that whoever is handling this product can reference it quickly when necessary. [Important] • This Instruction Manual is original. • The product cannot be operated in any way unless expressly specified in this Instruction Manual. IAI shall assume no responsibility for the outcome of any operation not specified herein. • Information contained in this Instruction Manual is subject to change without notice for the purpose of product improvement. • If you have any question or comment regarding the content of this manual, please contact the IAI sales office near you. • Using or copying all or part of this Instruction Manual without permission is prohibited. • The company names, names of products and trademarks of each company shown in the sentences are registered trademarks. Table of Contents Safety Guide ························································································1 Caution in Handling ···············································································8 International Standards Compliances·························································9 Names of the Parts ·············································································· 10 1. Specifications Check ······································································· 20 1.1 Product Check ·····················································································20 1.1.1 1.1.2 1.1.3 1.1.4 Parts ···································································································· 20 Instruction Manuals related to this product, which are contained in the DVD. ········ 21 How to Read the Model Nameplate ····························································· 21 How to Read the Model Number································································· 22 1.2.1 1.2.2 1.2.3 1.2.4 Basic Specifications Lis ············································································ 23 Operation Range and Operation Limit ·························································· 31 Speed / Acceleration/Deceleration and Transfer Load······································ 36 Ambient Temperature and Duty ·································································· 40 1.3.1 1.3.2 Flange ·································································································· 42 Brake for Z Axis (Model : B) ······································································· 43 1.4.1 1.4.2 Motor • Encoder Integrated Cables······························································ 44 Motor • Encoder Integrated Cables Robot Type·············································· 45 1.2 Specifications ······················································································23 1.3 Option································································································42 1.4 Motor • Encoder Cables·········································································44 2. Installation····················································································· 46 2.1 Transportation ·····················································································46 2.1.1 2.1.2 Handling of the Robot··············································································· 46 Handling of the Robot Mounted on Mechanical Equipment (System) ·················· 47 2.3.1 2.3.2 2.3.3 2.3.4 2.3.5 Installation Orientation·············································································· 50 Installation ····························································································· 51 Air Vacuuming Volume of Cleanroom Type···················································· 61 Air-Purging for Dust Proof/Splash Proof Type ················································ 62 Equipping with Safety Protection Fence ······················································· 63 2.2 Installation and Storage • Preservation Environment ····································48 2.3 How to Install·······················································································50 3. Wiring and Tubing··········································································· 65 3.1 Wiring and Tubing in the Body ································································65 3.2 Connection to the Controller ···································································77 3.2.1 3.2.2 Cleanroom Type······················································································ 77 Dust Proof/Splash Proof Type ···································································· 78 3.3 User Piping ·························································································80 3.4 Grounding···························································································81 3.5 Caution for Wiring and Tubing ·································································82 4. Operation······················································································ 85 4.1 4.2 4.3 4.4 Retaining of Load on Vertical Axis ····························································85 How to Move Vertical Axis Manually ·························································85 Movement while Servo ON ·····································································86 Alignment Marking Stickers ····································································87 5. Maintenance inspection ··································································· 88 5.1 Inspection Items and Periods ··································································88 5.2 Grease Supply on the Vertical Axis ··························································90 5.2.1 Applicable Grease and Supply Period ·························································· 90 5.7.1 5.7.2 List of Sections to Refer to for Absolute Reset ··············································· 98 Absolute Reset ······················································································· 99 5.3 5.4 5.5 5.6 5.7 Grease Supply to J1 Axis and J2 Axis ·······················································91 Check for Looseness of Arm Attachment Screws ········································92 How to Measure Lost Motion ··································································94 Motor Replacement ··············································································97 Absolute Reset ····················································································98 6. External Dimensions ····································································· 110 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9 6.10 6.11 6.12 6.13 6.14 Cleanroom Type IXP-3C3515 ······························································· 110 Cleanroom Type IXP-4C3515 ······························································· 111 Cleanroom Type IXP-3C4515 ······························································· 112 Cleanroom Type IXP-4C4515 ······························································· 113 Cleanroom Type IXP-3C5520 ······························································· 114 Cleanroom Type IXP-4C5520 ······························································· 115 Cleanroom Type IXP-3C6520 ······························································· 116 Cleanroom Type IXP-4C6520 ······························································· 117 Dust Proof/Splash Proof Type IXP-3W3515 ············································· 118 Dust Proof/Splash Proof Type IXP-4W3515 ············································· 119 Dust Proof/Splash Proof Type IXP-3W4515 ············································· 120 Dust Proof/Splash Proof Type IXP-4W4515 ············································· 121 Dust Proof/Splash Proof Type IXP-3W5520,IXP-4W5520 ··························· 122 Dust Proof/Splash Proof Type IXP-3W6520, IXP-4W6520··························· 123 7. Warranty····················································································· 124 7.1 7.2 7.3 7.4 7.5 Warranty Period ················································································· 124 Scope of the Warranty········································································· 124 Honoring the Warranty ········································································ 124 Limit in Responsibility·········································································· 125 Conditions of Conformance with Applicable Standards/Regulations, Etc., and Applications················································································· 125 7.6 Other Items Excluded from Warranty ······················································ 125 8. EC Declaration of Conformity ·························································· 126 Change History················································································· 129 Safety Guide “Safety Guide” has been written to use the machine safely and so prevent personal injury or property damage beforehand. Make sure to read it before the operation of this product. Industrial Robot Category of IAI Product The industrial robot described in EU Directive is determined synonymous with “partly completed machinery” defined in Machinery Directive. That is to say "an assembly, fitted with or intended to be fitted with a drive system other than directly applied human or animal effort, consisting of linked parts or components, at least one of which moves, and which are joined together for a specific application". In the product lineup in IAI catalog, all of the axes and controllers consisting of two or more axes in Cartesian Robot, IX/IXP SCARA Robot and TT/TTA Table Top Robot are applicable. 1 Safety Precautions for Our Products The common safety precautions for the use of any of our robots in each operation. No. 1 2 Operation Description Model Selection Description ● This product has not been planned and designed for the application where high level of safety is required, so the guarantee of the protection of human life is impossible. Accordingly, do not use it in any of the following applications. 1) Medical equipment used to maintain, control or otherwise affect human life or physical health. 2) Mechanisms and machinery designed for the purpose of moving or transporting people (For vehicle, railway facility or air navigation facility) 3) Important safety parts of machinery (Safety device, etc.) ● Do not use the product outside the specifications. Failure to do so may considerably shorten the life of the product. ● Do not use it in any of the following environments. 1) Location where there is any inflammable gas, inflammable object or explosive 2) Place with potential exposure to radiation 3) Location with the ambient temperature or relative humidity exceeding the specification range 4) Location where radiant heat is added from direct sunlight or other large heat source 5) Location where condensation occurs due to abrupt temperature changes 6) Location where there is any corrosive gas (sulfuric acid or hydrochloric acid) 7) Location exposed to significant amount of dust, salt or iron powder 8) Location subject to direct vibration or impact ● For the robot with an actuator used in vertical orientation, there is a lineup which is equipped with a brake in standard. In case of applying load more than the maximum transportable weight, the brake may not work and may cause an accident such as an injury or damage on the work piece. Do not attempt to use in such a condition. No. 2 Operation Description Transportation 3 Storage and Preservation 4 Installation and Start Description ● When carrying a heavy object (approx. 20kg or more, with a caution label for heavy cargo), consider to do the work with two or more persons or to utilize equipment such as crane to avoid injury such as back pain. ● When the work is carried out with 2 or more persons, make it clear who is to be the leader and who to be the follower(s) and communicate well with each other to ensure the safety of the workers. ● When in transportation, consider well about the positions to hold, weight and weight balance and pay special attention to the carried object so it would not get hit or dropped. ● Transport it using an appropriate transportation measure. The actuators available for transportation with a crane have eyebolts attached or there are tapped holes to attach bolts. Follow the instructions in the instruction manual for each model. ● Do not step or sit on the package. ● Do not put any heavy thing that can deform the package, on it. ● When using a crane capable of 1t or more of weight, have an operator who has qualifications for crane operation and sling work. ● When using a crane or equivalent equipments, make sure not to hang a load that weighs more than the equipment’s capability limit. ● Use a hook that is suitable for the load. Consider the safety factor of the hook in such factors as shear strength. ● Do not get on the load that is hung on a crane. ● Do not leave a load hung up with a crane. ● Do not stand under the load that is hung up with a crane. ● The storage and preservation environment conforms to the installation environment. However, especially give consideration to the prevention of condensation. ● Store the products with a consideration not to fall them over or drop due to an act of God such as earthquake. (1) Installation of Robot Main Body and Controller, etc. ● Make sure to securely hold and fix the product (including the work part). A fall, drop or abnormal motion of the product due to acts of God such as the earthquake and tsunami may cause damage or injury. Also, without securing the hold and fixation, operation noise may get loud due to resonance. ● Do not get on or put anything on the product. Failure to do so may cause an accidental fall, injury or damage to the product due to a drop of anything, malfunction of the product, performance degradation, or shortening of its life. ● When using the product in any of the places specified below, provide a sufficient shield. 1) Location where electric noise is generated 2) Location where high electrical or magnetic field is present 3) Location with the mains or power lines passing nearby 4) Location where the product may come in contact with water, oil or chemical droplets 3 No. 4 4 Operation Description Installation and Start Description (2) Cable Wiring ● Use our company’s genuine cables for connecting between the actuator and controller, and for the teaching tool. ● Do not scratch on the cable. Do not bend it forcibly. Do not pull it. Do not coil it around. Do not insert it. Do not put any heavy thing on it. Failure to do so may cause a fire, electric shock or malfunction due to leakage or continuity error. ● Perform the wiring for the product, after turning OFF the power to the unit, so that there is no wiring error. ● When the direct current power (+24V) is connected, take the great care of the directions of positive and negative poles. If the connection direction is not correct, it might cause a fire, product breakdown or malfunction. ● Connect the cable connector securely so that there is no disconnection or looseness. Failure to do so may cause a fire, electric shock or malfunction of the product. ● Never cut and/or reconnect the cables supplied with the product for the purpose of extending or shortening the cable length. Failure to do so may cause the product to malfunction or cause fire. (3) Grounding ● For the ground terminal on the AC power cable of the controller and the grounding plate in the control panel, make sure to use a twisted pair cable with wire thickness 0.5mm2 (AWG20 or equivalent) or more for grounding work. ● It is mandatory to conduct grounding for purposes of electric shock prevention, prevention for static electricity electrification, improvement of anti-noise performance and control of unnecessary electromagnetic radiation. No. 4 Operation Description Installation and Start Description (4) Safety Measures ● When the work is carried out with 2 or more persons, make it clear who is to be the leader and who to be the follower(s) and communicate well with each other to ensure the safety of the workers. ● When the product is under operation or in the ready mode, take the safety measures (The safety protection fence: Reference of 2.3.3) so that nobody can enter the area within the robot’s movable range. When the robot under operation is touched, it may result in death or serious injury. Use a system I/O connector at the entrance of the safety protection fence to equip with an interlock system which makes the emergency stop works when the entrance is opened, and make sure to avoid entering from nowhere else but the entrance. ● Make sure to install the emergency stop circuit so that the unit can be stopped immediately in an emergency during the unit operation. ● Take the safety measure not to start up the unit only with the power turning ON. Failure to do so may start up the machine suddenly and cause an injury or damage to the product. ● Take the safety measure not to start up the machine only with the emergency stop cancellation or recovery after the power failure. Failure to do so may result in an electric shock or injury due to unexpected power input. ● When the installation or adjustment operation is to be performed with the robot not operated, make sure to unplug the power supply cable on the controller before starting to work.Sudden power input may cause an electric shock or injury. ● Take the measure so that the work part is not dropped in power failure or emergency stop. ● If an operator is compelled to work in the safety protection fence, make sure to wear helmet, goggle and safety shoes to secure safety. ● Do not insert a finger or object in the openings in the product. Failure to do so may cause an injury or damage to the product. ● When releasing the brake on a vertically oriented actuator, exercise precaution not to pinch your hand or damage the work parts with the actuator dropped by gravity. ● When declaring equipment conformity to EC, put a clamp filter to the actuator cable and relay cable as necessary to comply with EMC Directive. 5 No. 5 6 Operation Description Teaching 6 Trial Operation 7 Automatic Operation Description ● When the work is carried out with 2 or more persons, make it clear who is to be the leader and who to be the follower(s) and communicate well with each other to ensure the safety of the workers. ● Perform the teaching operation from outside the safety protection fence, if possible. In the case that the operation is to be performed unavoidably inside the safety protection fence, prepare the “Stipulations for the Operation” and make sure that all the workers acknowledge and understand them well. ● When the operation is to be performed inside the safety protection fence, the worker should have an emergency stop switch at hand with him so that the unit can be stopped any time in an emergency. ● When the operation is to be performed inside the safety protection fence, in addition to the workers, arrange a watchman so that the machine can be stopped any time in an emergency. Also, keep watch on the operation so that any third person can not operate the switches carelessly. ● Place a sign “Under Operation” at the position easy to see. ● When releasing the brake on a vertically oriented actuator, exercise precaution not to pinch your hand or damage the work parts with the actoruat dropped by gravity. ● When the work is carried out with 2 or more persons, make it clear who is to be the leader and who to be the follower(s) and communicate well with each other to ensure the safety of the workers. ● After the teaching or programming operation, perform the check operation one step by one step and then shift to the automatic operation. ● Make sure to perform the programmed operation check at the safety speed. It may cause an accident due to unexpected motion caused as it is feasible to build a program to move the actuator in speed of 250mm/s or more. ● Do not touch the terminal block or any of the various setting switches in the power ON mode. Failure to do so may result in an electric shock or malfunction. ● Have a safety protection fence if necessary to make sure nobody gets close around the actuator in automatic operation. ● Check before starting the automatic operation or rebooting after operation stop that there is nobody in the safety protection fence. ● Before starting automatic operation, make sure that all peripheral equipment is in an automatic-operation-ready state and there is no alarm indication. ● Make sure to operate automatic operation start from outside of the safety protection fence. ● In the case that there is any abnormal heating, smoke, offensive smell or abnormal noise in the product, immediately turn off the power switch and unplug the power supply cable on the controller.Failure to do so may result in a fire or damage to the product. ● When a power failure occurs, turn OFF the power switch. Failure to do so may cause an injury or damage to the product, due to a sudden motion of the product in the recovery operation from the power failure. No. 8 9 Operation Description Maintenance and Inspection 10 Modification and Dismantle Disposal 11 Other Description ● When the work is carried out with 2 or more persons, make it clear who is to be the leader and who to be the follower(s) and communicate well with each other to ensure the safety of the workers. ● Perform the work out of the safety protection fence, if possible. In the case that the operation is to be performed unavoidably inside the safety protection fence, prepare the “Stipulations for the Operation” and make sure that all the workers acknowledge and understand them well. ● When the work is to be performed inside the safety protection fence, basically turn OFF the power switch. ● When the operation is to be performed inside the safety protection fence, the worker should have an emergency stop switch at hand with him so that the unit can be stopped any time in an emergency. ● When the operation is to be performed inside the safety protection fence, in addition to the workers, arrange a watchman so that the machine can be stopped any time in an emergency. Also, keep watch on the operation so that any third person can not operate the switches carelessly. ● Place a sign “Under Operation” at the position easy to see. ● For the grease for the guide or ball screw, use appropriate grease according to the Instruction Manual for each model. ● Do not perform the dielectric strength test. Failure to do so may result in a damage to the product. ● When releasing the brake on a vertically oriented actuator, exercise precaution not to pinch your hand or damage the work parts with the actuator dropped by gravity. ● The slider or rod may get misaligned OFF the stop position if the servo is turned OFF. Be careful not to get injured or damaged due to an unnecessary operation. ● Pay attention not to lose the cover or untightened screws, and make sure to put the product back to the original condition after maintenance and inspection works. Use in incomplete condition may cause damage to the product or an injury. ● Do not modify, disassemble, assemble or use of maintenance parts not specified based at your own discretion. ● When the product becomes no longer usable or necessary, dispose of it properly as an industrial waste. ● When removing the robot for disposal, pay attention to drop of components when detaching screws. ● Do not put the product in a fire when disposing of it. The product may burst or generate toxic gases. ● See Overseas Specifications Compliance Manual to check whether complies if necessary. ● This product is designed assuming that installation to the factory equipment is held by a specialist (who has read the contents of the instruction manual narrowly and understands how to use, or who has attended to the necessary trainings held by IAI). ● Work operation in any trouble or maintenance is also allowed only to the specialists. 7 Alert Indication The safety precautions are divided into “Danger”, “Warning”, “Caution” and “Notice” according to the warning level, as follows, and described in the Instruction Manual for each model. Level Degree of Danger and Damage Symbol This indicates an imminently hazardous situation which, if the Danger product is not handled correctly, will result in death or serious injury. Danger This indicates a potentially hazardous situation which, if the Warning product is not handled correctly, could result in death or serious injury. Warning This indicates a potentially hazardous situation which, if the Caution product is not handled correctly, may result in minor injury or property damage. Caution Notice 8 This indicates lower possibility for the injury, but should be kept to use this product properly. Notice Caution in Handling 1. Ensure use of the product in the specified conditions, environments and ranges. In case it is not secured, it may cause a drop in performance or malfunction of the product. 2. Do not conduct any treatment or operation that is not stated in this instruction manual. 3. It is recommended to apply our products for the wiring between the robot and the controller. 4. Positioning Repeatability Does Not Change Even If the Positioning Band is Changed. It would not improve the positioning accuracy repeatability even if setting the positioning band narrower than it originally was at the delivery. The change of the positioning width is to change the timing to output the positioning complete signal when a positioning is conducted. The positioning complete signal is output when the residual amount of movement gets into the range that is set as the positioning band. 5. Make sure to attach Robot properly by following this instruction manual. Danger: Connect to the robot of the serial number specified on the robot designation label provided on the front panel of the controller. The controller will not operate properly if any other robot is connected. Failure to observe this warning may cause the robot to malfunction, resulting in a serious accident. 6. Make sure to connect the robot and controller with the same serial number. Even if the controller is a model that is applicable for the robot, a misalignment in position will occur if the serial number is not matched. 7. Do not attempt to move the vertical axis manually by hand. In case the vertical axis is moved by hand, excessive moment will be applied to the bearings on the J1 and J2 axes, which may cause to generate abnormal noise and vibration, malfunction or drop of the product life. Move it on a teaching tool such as PC, or detach the arm cover and slide the timing pulley of the vertical axis. [Refer to 4.2 How to Move Vertical Axis Manually] 8. When it needs to stop the robot for a long period, stop it with the Z-axis placed at the position shown in the table blow. The positions shown in the table below are the positions that are appropriate for the bellows’ stretch (about free length after molding). Keeping the bellows for long time with the peaks of the bellows being touched each other or being stretched too much could cause drop of bellows’ life. Z-axis stroke [mm] Cleanroom/Dust proof/Splash proof type IXP-3/4□350/450 Cleanroom/Dust proof/Splash proof type IXP-3/4-550/650 30 to 40 45 to 55 9 9. This product is not subject to Collaborative Operation Requirements specified in ISO-10218-1: 2011. Considering safety, it is recommended to build safety protective fence to keep dangers away. [Refer to 2.3.3 Installation of Safety Fences] 10 International Standards Compliances This product complies with the following overseas standard. Refer to Overseas Standard Compliance Manual (ME0287) for more detailed information. CE Mark Machinery Directive { RoHS Directive { { : Complied in standard When you desire to declare conformity to EC with this product in your facility, this product itself is declared to conform to EU under specific conditions as described below. You can use this declaration for your facility. EU Directives declared for conformity to EC EMC Directive (2014/30/EU) x x x Confirm with CE mark printed on the product label RoHS Directive (2011/65/EU) x x x Same as above Machinery Directive (2006/42/EC) x x x Confirm with attached Declaration of Conformity to EC There is Declaration of Conformity to EC attached in Appendix 8 to prove that the product is complied with Machinery Directive. This Declaration of Conformity to EC may change without any notice in case of new addition of complied models or any specification change. Please contact our sales person when you need the latest one. 11 Names of the Parts [Cleanroom Type IXP-3C3515/3C4515/4C3515/4C4515] 4-axis: Ball Spline (in Arm) 3-axis: Slide Shaft (in Arm) Ball Screw (in Arm) J2 Axis Arm Cover Elbow Pipe Joint (User Piping) Self-supporting Cable End Cover * Both Ends J1 Axis Elbow Pipe Joint Left Ejection (VLL) (User Piping) Elbow Pipe Joint Right Ejection (VLR) (User Piping) Bellows 2nd Arm 4-axis: Rotation Vertical Axis Axis Cable Box 1st Arm J4 Motor Cover * Only for 4-axis Type MPG Connector Joint Bracket Ground Connection Base Pipe Elbow Pipe Joint Identification Color Caps Base Plate 12 Black : For User Piping Red : For ZR Bellows Capacity Variation Adjustment Green Yellow : For Vacuum in J2 Arm : For Vacuum in Base Elbow Pipe Joint [Cleanroom Type IXP-3C5520/3C6520/4C5520/4C6520] 4-axis: Ball Spline (in Arm) 3-axis: Slide Shaft (in Arm) Ball Screw (in Arm) J2 Axis Arm Cover Elbow Pipe Joint (User Piping) Self-supporting Cable End Cover * Both Ends J1 Axis Elbow Pipe Joint Right Ejection (VLR) (User Piping) Elbow Pipe Joint Left Ejection (VLL) (User Piping) Bellows Cable Box 2nd Arm 1st Arm 4-axis: Rotation Vertical Axis Axis MPG Connector Joint Bracket Ground Connection Elbow Pipe Joint Base Pipe Elbow Pipe Joint Identification Color Caps Base Plate Black : For User Piping Red : For ZR Bellows Capacity Variation Adjustment Green Yellow : For Vacuum in J2 Arm : For Vacuum in Base 13 [Dust Proof/Splash Proof Type IXP-3W3515/3W4515/4W3515/4W4515] 4-axis: Ball Spline (in Arm) 3-axis: Slide Shaft (in Arm) Ball Screw (in Arm) J2 Axis Arm Cover End Cover * Both Ends Self-supporting Cable J2 Axis Oil Seal J1 Axis J1-Axis Oil Seal Cable Fixing Bracket Bellows 2nd Arm 4-axis: Rotation Axis Vertical Axis 1st Arm Direct Connection Cable between Controller and Mechanism J4 Motor Cover * For 4-axis type only Joint Bracket MPG1 Connector Base Pipe Ground Connection Base Plate 14 M6 Tapped Hole to Attach Air Joint for Base Inner Pressure Adjustment [Dust Proof/Splash Proof Type IXP-3W5520/3W6520/4W5520/4W6520] 4-axis: Ball Spline (in Arm) 3-axis: Slide Shaft (in Arm) Ball Screw (in Arm) J2 Axis Arm Cover End Cover * Both Ends J2 Axis Oil Seal J1 Axis J1-Axis Oil Seal Cable Fixing Bracket Bellows Direct Connection Cable between Controller and Mechanism 2nd Arm 4-axis: Rotation Axis 1st Arm Vertical Axis Joint Bracket Base Pipe MPG1 Connector Ground Connection Base Plate M6 Tapped Hole to Attach Air Joint for Base Inner Pressure Adjustment 15 [Labels] On the unit body, there are some labels attached as shown in the figures below. Caution and warning labels describe the necessary things in order to use the robot safely. [Cleanroom Type IXP-3C3515/3C4515/4C3515/4C4515] IXP Logo Label Warning Label on Handling of the Vertical IAI Corporation Label Robot Serial Number Label Prohibition Label of Entry into the Operation Area * This label is enclosed. Attach it to a place on the device where it is easy to see. 16 [Cleanroom Type IXP-3C5520/3C6520/4C5520/4C6520] IXP Logo Label Warning Label on Handlingof the Vertical Axis IAI Corporation Label Robot Serial Number Label Prohibition Label of Entry into the Operation Area * This label is enclosed. Attach it to a place on the device where it is easy to see. 17 [Dust Proof/Splash Proof Type IXP-3W5520/3W6520/4W5520/4W6520] IXP Logo Label IAI Corporation Label Warning Label on Handling of the Vertical Axis Robot Serial Number Label Prohibition Label of Entry into the Operation Area * This label is enclosed. Attach it to a place on the device where it is easy to see. 18 [Dust Proof/Splash Proof Type IXP-3W5520/3W6520/4W5520/4W6520] IXP Logo Label Warning Label on Handling of the Vertical Axis IAI Corporation Label Robot Serial Number Label Prohibition Label of Entry into the Operation Area * This label is enclosed. Attach it to a place on the device where it is easy to see. 19 1.1 Product Check The standard configuration of this product is comprised of the following parts. See the component list for the details of the enclosed components. If you find any fault or missing parts, contact your local IAI distributor. 1.1.1 Parts Arm length Robot Model Number Refer to “How to Read the Model Nameplate” and “How to Read the Model Number.” Dedicated Controller Accessories Motor • Encoder CB-CAN-MPA□□□ 3 Cables CB-CAN-MPA□□□-RB Home-Position 4 Adjusting Tool (φ4) Home-Position Adjusting Tool 5 (For Rotation Axis) 2 6 7 8 MPG Connector Seal Prohibition of Entry into the Operation Area 9 Marking Tube 10 First Step Guide Instruction Manual (DVD) Safety Guide 11 12 20 Positioning Mark Label Dust Proof /Splash Proof Type 1 Item Cleanroom Type No. 550/650 Dust Proof /Splash Proof Type 350/450 Quantity Arm length Cleanroom Type 1. Specifications Check 1. Specifications Check 1 set 1 set 1 set 1 set 1 set 1 set 1 set 1 set 3 4 - 3 4 - 1 1 1 1 For 3-axis Type For 4-axis Type Enclosed in with 4-axis specification To check 1 set misalignment and positions To cover up MPG connector opening 1 set 1 set 1 set 1 - 1 2 2 2 2 1 set - 1 set - 1 1 1 1 1 1 1 1 1 1 1 1 Printed "MPG1 to 4 USER” 2 pieces each 1.1.2 Instruction Manuals related to this product, which are contained in the DVD. 1 2 3 4 Item 1. Specifications Check No. Control No. Instruction Manual for MSEL-PC/PG/PCX/PGX Controller Instruction Manual for PC Software IA-101-X-MW/IA-101-X-USBMW Instruction Manual for Touch Panel Teaching TB-01/01D/01DR (Applicable for Program Controller) Instruction Manual for Teaching Pendant SEL-T/TD/TG ME0336 ME0154 ME0325 ME0183 1.1.3 How to Read the Model Nameplate MODEL : Model Code ARM LENGTH : Arm Length PAYLOAD : Transportable Mass Rated and Maximum WEIGHT : Mass DATE : Date of Production Manufacturer Address of manufacturer CE Mark 21 1.1.4 How to Read the Model Number 1. Specifications Check I X P - 4 C 5 5 2 0 - WA - P - P 3 - B - * * Power-con SCARA Robot Cleanroom Type 3C3515 : 3 Axis Type Arm length 350mm/Vertical axis 150mm 3C4515 : 3 Axis Type Arm length 450mm/Vertical axis 150mm 3C5520 : 3 Axis Type Arm length 550mm/Vertical axis 200mm 3C6520 : 3 Axis Type Arm length 650mm/Vertical axis 200mm 4C3515 : 4 Axis Type Arm length 350mm/Vertical axis 150mm 4C4515 : 4 Axis Type Arm length 450mm/Vertical axis 150mm 4C5520 : 4 Axis Type Arm length 550mm/Vertical axis 200mm 4C6520 : 4 Axis Type Arm length 650mm/Vertical axis 200mm Dust Proof/Splash Proof Type 3W3515 : 3 Axis Type Arm length 350mm/Vertical axis 150mm 3W4515 : 3 Axis Type Arm length 450mm/Vertical axis 150mm 3W5520 : 3 Axis Type Arm length 550mm/Vertical axis 200mm 3W6520 : 3 Axis Type Arm length 650mm/Vertical axis 200mm 4W3515 : 4 Axis Type Arm length 350mm/Vertical axis 150mm 4W4515 : 4 Axis Type Arm length 450mm/Vertical axis 150mm 4W5520 : 4 Axis Type Arm length 550mm/Vertical axis 200mm 4W6520 : 4 Axis Type Arm length 650mm/Vertical axis 200mm Note 1 22 Identification for IAI use only (Note 1) B : Brake for Z Axis (3/4C5520, 3/4C6520, 3/4W5520, 3/4W6520) VLL : Elbow Pipe Joint Left Ejection (Cleanroom Type) VLR : Elbow Pipe Joint Right Ejection (Cleanroom Type) P3 : MSEL-PCX MSEL-PGX N : None P : 1m S : 3m M : 5m X□□ : Length specification R□□ : Robot cable 3L : 3m 5L : 5m WA: Battery-less absolute Identification for IAI use only : This may be marked for the purpose of IAI. It is not an ID to describe the model code. 1.2 Specifications 1.2.1 Basic Specifications Lis Cleanroom Type IXP-3C3515, 3C4515, 4C3515, 4C4515 Item Degrees of Freedom Overall arm Length 1st Arm Length 2nd Arm Length J1 axis (1st arm) Movement J2 axis (2nd arm) Range Vertical axis Rotation axis Maximum Composite Speed (J1 Axis + J2 Axis) (Note 1) J1 axis (1st arm) J2 axis (2nd arm) Maximum Speed Vertical axis Rotation axis Standard cycle time (Note 2) On horizontal plane Positioning (J1 axis + J2 axis) Repeatability Vertical axis Precision (Note 3) Rotation axis J1 axis (1st arm) J2 axis (2nd arm) Lost Motion Vertical axis Rotation axis Rated Loading Capacity Maximum Allowable Load Rated Moment of Inertia Maximum (Note 4) mm mm mm degree degree mm degree mm/s 2399 2194 2399 degree/s degree/s mm/s degree/s sec 207 135 207 0.74 0.76 ±0.03 mm degree arc min arc min mm arc min kg kg ±0.02 3 or less 3 or less 0.1 or less 1 3 ±0.02 ±0.02 3 or less 3 or less 0.1 or less 3 or less 1 3 kg•m2 0.003 0.003 kg•m2 0.01 0.003 - 1.4 Surrounding environment Surrounding storage temperature Surrounding storage humidity Protection class Cleanliness Noise 342 270 1000 ±0.03 Allowable torque N•m (Rotation axis) Allowable moment N•m Allowable Load Diameter (Note 5) mm Vertical Axis Pressing (Note 6) Home-Position Detection User Wiring User Tubing Surrounding air temperature Surrounding humidity (Note 7) 0.76 342 270 - 2194 mm Tip Axis Shaft Environment Specifications IXP-3C3515 IXP-3C4515 IXP-4C3515 IXP-4C4515 3 Axis 4 Axis 350 450 350 450 160 260 160 260 190 190 ±127 ±127 ±127 ±127 0 to 150 0 to 150 ±360 dB 135 0.74 2.9 2.9 85 85 Unavailable Unavailable Battery-less absolute None 1 piece / Outer Dia. φ6 / Normal Pressure 0.8MPa 0 to 40°C Humidity: 20 to 85%RH or less (non-condensing) Refer to “2.2 Installation and Storage • Preservation Environment” -10 to 50°C Humidity: 20 to 85%RH or less (non-condensing) IP40 Class 10 (Federal Standard 209D, When Vacuumed) Class 3.5 or equivalent (ISO14644-1) 75 or less 75 or less 75 or less 75 or less 23 1. Specifications Check [1] Note 1 1. Specifications Check Note 2 Assuming PTP instruction operation. The maximum composite speed is not the maximum speed of CP operation. It is the required time to run back and forth between positions that enable the fastest motion under the following condition. [Refer to 1.2.4 Ambient Temperature and Duty Setting for continuous operation in maximum velocity] It is the time for back and forth cycle with 1kg of carrier, 25mm of vertical movement and 300mm of horizontal movement. 300mm 25mm Note 3 Note 4 Note 5 Note 6 Note 7 It is when repeated operation is performed from the same start position, with the same speed, acceleration / deceleration, arm system and load (transported work piece), to one setting position. The positioning accuracy repeatability may not be achieved in such cases as when the arm system is switched or when positioning is performed to one setting position from several different positions. At a constant surrounding air temperature of 20°C. It is not the absolute positioning accuracy. It is the allowable value for the moment of inertia calculated at the center of the tip shaft (3-axis type: center of guide shaft, 4-axis type: center of rotation axis). [Refer to 2.3.2 [2] Installation of Load for the amount of offset from the center of the tip shaft to the center of gravity of the load] There may be a concern of vibration on the main body of the robot when the center of gravity of the load is far from the center of the tip shaft. Decrease the speed and acceleration / deceleration to appropriate values. It is the diameter of the load assumed for the allowable load moment of inertia. Use the product with the moment below the allowable load moment of inertia by referring to the load allowable diameter. There may be a risk of the load interfering to the main body of the robot when the center of gravity of the load is far from the center of the tip shaft. Pay attention not to have interference at teaching. Pressing operation cannot be performed. However, the allowable pressing force that the arm can accept is 60N or less when a tool or a buffer such as a spring on the pressed side is equipped. They are the values when operation is performed with the maximum combined speed (J1 axis + J2 axis). The tone of the noise fluctuates depending on the operation speed. The sound level is A-weighted sound pressure level. Caution: • If the robot is operated at a speed or acceleration/deceleration exceeding the allowable value, abnormal noise or vibration, failure, or shorter life may result. • If the robot is operated under a load equal to or greater than the allowable moment of inertia, abnormalnoise or vibration, failure, or shorter life may result. In an extreme case, flaking may occur. • Attaching a load beyond the allowable overhang length may generate vibration or abnormal noise. 24 [2] Dust Proof/Splash Proof Type IXP-3W3515, 3W4515, 4W3515, 4W4515 Item mm mm mm degree degree mm degree mm/s 2399 degree/s degree/s mm/s degree/s sec 207 Noise (Note 7) 2399 135 207 0.74 0.76 2194 342 270 1000 mm ±0.03 ±0.03 mm degree arc min arc min mm arc min kg kg ±0.02 3 or less 3 or less 0.1 or less 1 3 ±0.02 ±0.02 3 or less 3 or less 0.1 or less 3 or less 1 3 kg•m2 0.003 0.003 kg•m2 0.01 0.003 - 1.4 Allowable torque N•m (Rotation axis) Tip Axis Shaft Allowable moment N•m Allowable Load Diameter (Note 5) mm Vertical Axis Pressing (Note 6) Home-Position Detection User Wiring User Tubing Surrounding air temperature Surrounding humidity Environment 0.76 342 270 - 2194 Surrounding environment Surrounding storage temperature Surrounding storage humidity Protection class dB 135 0.74 2.9 2.9 85 85 Unavailable Unavailable Battery-less absolute None None 0 to 40°C Humidity: 20 to 85%RH or less (non-condensing) Refer to “2.2 Installation and Storage • Preservation Environment” -10 to 50°C Humidity: 20 to 85%RH or less (non-condensing) IP65 75 or less 75 or less 75 or less 75 or less 25 1. Specifications Check Degrees of Freedom Overall arm Length 1st Arm Length 2nd Arm Length J1 axis (1st arm) Movement J2 axis (2nd arm) Range Vertical axis Rotation axis Maximum Composite Speed (J1 Axis + J2 Axis) (Note 1) J1 axis (1st arm) J2 axis (2nd arm) Maximum Speed Vertical axis Rotation axis Standard cycle time (Note 2) On horizontal plane Positioning (J1 axis + J2 axis) Repeatability Vertical axis Precision (Note 3) Rotation axis J1 axis (1st arm) J2 axis (2nd arm) Lost Motion Vertical axis Rotation axis Rated Loading Capacity Maximum Allowable Load Rated Moment of Inertia Maximum (Note 4) Specifications IXP-3W3515 IXP-3W4515 IXP-4W3515 IXP-4W4515 3 Axis 4 Axis 350 450 350 450 160 260 160 260 190 190 ±127 ±127 ±127 ±127 0 to 150 0 to 150 ±360 Note 1 1. Specifications Check Note 2 Assuming PTP instruction operation. The maximum composite speed is not the maximum speed of CP operation. It is the required time to run back and forth between positions that enable the fastest motion under the following condition. [Refer to 1.2.4 Ambient Temperature and Duty Setting for continuous operation in maximum velocity] It is the time for back and forth cycle with 1kg of carrier, 25mm of vertical movement and 300mm of horizontal movement. 300mm 25mm Note 3 Note 4 Note 5 Note 6 Note 7 It is when repeated operation is performed from the same start position, with the same speed, acceleration / deceleration, arm system and load (transported work piece), to one setting position. The positioning accuracy repeatability may not be achieved in such cases as when the arm system is switched or when positioning is performed to one setting position from several different positions. At a constant surrounding air temperature of 20°C. It is not the absolute positioning accuracy. It is the allowable value for the moment of inertia calculated at the center of the tip shaft (3-axis type: center of guide shaft, 4-axis type: center of rotation axis). [Refer to 2.3.2 [2] Installation of Load for the amount of offset from the center of the tip shaft to the center of gravity of the load] There may be a concern of vibration on the main body of the robot when the center of gravity of the load is far from the center of the tip shaft. Decrease the speed and acceleration / deceleration to appropriate values. It is the diameter of the load assumed for the allowable load moment of inertia. Use the product with the moment below the allowable load moment of inertia by referring to the load allowable diameter. There may be a risk of the load interfering to the main body of the robot when the center of gravity of the load is far from the center of the tip shaft. Pay attention not to have interference at teaching. Pressing operation cannot be performed. However, the allowable pressing force that the arm can accept is 60N or less when a tool or a buffer such as a spring on the pressed side is equipped. They are the values when operation is performed with the maximum combined speed (J1 axis + J2 axis). The tone of the noise fluctuates depending on the operation speed. The sound level is A-weighted sound pressure level. Caution: • If the robot is operated at a speed or acceleration/deceleration exceeding the allowable value, abnormal noise or vibration, failure, or shorter life may result. • If the robot is operated under a load equal to or greater than the allowable moment of inertia, abnormalnoise or vibration, failure, or shorter life may result. In an extreme case, flaking may occur. • Attaching a load beyond the allowable overhang length may generate vibration or abnormal noise. 26 [3] Cleanroom Type IXP-3C5520, 3C6520, 4C5520, 4C6520 Item Maximum Speed J2 axis (2nd arm) Vertical axis Rotation axis Standard cycle time (Note 2) On horizontal plane Positioning (J1 axis + J2 axis) Repeatability Vertical axis (Note 3) Precision Rotation axis J1 axis (1st arm) J2 axis (2nd arm) Lost Motion Vertical axis Rotation axis Rated Loading Capacity Maximum Allowable Load Rated Moment of Inertia Maximum (Note 4) mm mm mm degree degree mm degree mm/s 2501 2314 2501 2314 degree/s degree/ s mm/s degree/s sec 153 113 153 113 240 - 240 700 0.93 0.79 mm ±0.04 ±0.04 ±0.02 3 or less 3 or less 0.1 or less 2 6 ±0.02 ±0.02 3 or less 3 or less 0.1 or less 5 or less 2 6 kg•m2 0.01 0.01 kg•m 0.03 0.01 - 3.06 2 Surrounding environment Surrounding storage temperature Surrounding storage humidity Protection class Cleanliness Noise (Note 7) 240 mm degree arc min arc min mm arc min kg kg Allowable torque N•m (Rotation axis) Tip Axis Shaft Allowable moment N•m Allowable Load Diameter (Note 5) mm Vertical Axis Pressing (Note 6) Home-Position Detection User Wiring User Tubing Surrounding air temperature Surrounding humidity Environment 0.79 240 dB 0.93 9.4 9.4 115 115 Unavailable Unavailable Battery-less absolute None 1 piece / Outer Dia. φ6 / Normal Pressure 0.8MPa 0 to 40°C Humidity: 20 to 85%RH or less (non-condensing) Refer to “2.2 Installation and Storage • Preservation Environment” -10 to 50°C Humidity: 20 to 85%RH or less (non-condensing) IP40 Class 10 (Federal Standard 209D, When Vacuumed) Class 3.5 or equivalent (ISO14644-1) 78 or less 78 or less 78 or less 78 or less 27 1. Specifications Check Degrees of Freedom Overall arm Length 1st Arm Length 2nd Arm Length J1 axis (1st arm) Movement J2 axis (2nd arm) Range Vertical axis Rotation axis Maximum Composite Speed (J1 Axis + J2 Axis) (Note 1) J1 axis (1st arm) Specifications IXP-3C5520 IXP-3C6520 IXP-4C5520 IXP-4C6520 3 Axis 4 Axis 550 650 550 650 260 360 260 360 290 290 ±127 ±127 ±127 ±127 0 to 200 0 to 200 ±360 Note 1 1. Specifications Check Note 2 Assuming PTP instruction operation. The maximum composite speed is not the maximum speed of CP operation. It is the required time to run back and forth between positions that enable the fastest motion under the following condition. [Refer to 1.2.4 Ambient Temperature and Duty Setting for continuous operation in maximum velocity] It is the time for back and forth cycle with 2kg of carrier, 25mm of vertical movement and 300mm of horizontal movement. 300mm 25mm Note 3 Note 4 Note 5 Note 6 Note 7 It is when repeated operation is performed from the same start position, with the same speed, acceleration / deceleration, arm system and load (transported work piece), to one setting position. The positioning accuracy repeatability may not be achieved in such cases as when the arm system is switched or when positioning is performed to one setting position from several different positions. At a constant surrounding air temperature of 20°C. It is not the absolute positioning accuracy. It is the allowable value for the moment of inertia calculated at the center of the tip shaft (3-axis type: center of guide shaft, 4-axis type: center of rotation axis). [Refer to 2.3.2 [2] Installation of Load for the amount of offset from the center of the tip shaft to the center of gravity of the load] There may be a concern of vibration on the main body of the robot when the center of gravity of the load is far from the center of the tip shaft. Decrease the speed and acceleration / deceleration to appropriate values. It is the diameter of the load assumed for the allowable load moment of inertia. Use the product with the moment below the allowable load moment of inertia by referring to the load allowable diameter. There may be a risk of the load interfering to the main body of the robot when the center of gravity of the load is far from the center of the tip shaft. Pay attention not to have interference at teaching. Pressing operation cannot be performed. However, the allowable pressing force that the arm can accept is 90N or less when a tool or a buffer such as a spring on the pressed side is equipped. They are the values when operation is performed with the maximum combined speed (J1 axis + J2 axis). The tone of the noise fluctuates depending on the operation speed. The sound level is A-weighted sound pressure level. Caution: • If the robot is operated at a speed or acceleration/deceleration exceeding the allowable value, abnormal noise or vibration, failure, or shorter life may result. • If the robot is operated under a load equal to or greater than the allowable moment of inertia, abnormalnoise or vibration, failure, or shorter life may result. In an extreme case, flaking may occur. • Attaching a load beyond the allowable overhang length may generate vibration or abnormal noise. 28 [4] Dust Proof/Splash Proof Type IXP-3W5520, 3W6520, 4W5520, 4W6520 Item mm mm mm degree degree mm degree mm/s 2501 degree/s degree/s mm/s degree/s sec 153 Noise (Note 7) 2501 113 153 0.93 0..79 2314 240 240 700 mm ±0.04 ±0.04 mm degree arc min arc min mm arc min kg kg ±0.02 3 or less 3 or less 0.1 or less 2 6 ±0.02 ±0.02 3 or less 3 or less 0.1 or less 5 or less 2 6 kg•m2 0.01 0.01 kg•m2 0.03 0.01 - 3.06 Allowable torque N•m (Rotation axis) Tip Axis Shaft Allowable moment N•m Allowable Load Diameter (Note 5) mm Vertical Axis Pressing (Note 6) Home-Position Detection User Wiring User Tubing Surrounding air temperature Surrounding humidity Environment 0.79 240 240 - 2314 Surrounding environment Surrounding storage temperature Surrounding storage humidity Protection class dB 113 0.93 9.4 9.4 115 115 Unavailable Unavailable Battery-less absolute None None 0 to 40°C Humidity: 20 to 85%RH or less (non-condensing) Refer to “2.2 Installation and Storage • Preservation Environment” -10 to 50°C Humidity: 20 to 85%RH or less (non-condensing) IP65 78 or less 78 or less 78 or less 78 or less 29 1. Specifications Check Degrees of Freedom Overall arm Length 1st Arm Length 2nd Arm Length J1 axis (1st arm) Movement J2 axis (2nd arm) Range Vertical axis Rotation axis Maximum Composite Speed (J1 Axis + J2 Axis) (Note 1) J1 axis (1st arm) J2 axis (2nd arm) Maximum Speed Vertical axis Rotation axis Standard cycle time (Note 2) On horizontal plane Positioning (J1 axis + J2 axis) Repeatability Vertical axis Precision (Note 3) Rotation axis J1 axis (1st arm) J2 axis (2nd arm) Lost Motion Vertical axis Rotation axis Rated Loading Capacity Maximum Allowable Load Rated Moment of Inertia Maximum (Note 4) Specifications IXP-3W5520 IXP-3W6520 IXP-4W5520 IXP-4W6520 3 Axis 4 Axis 550 650 550 650 260 360 260 360 290 290 ±127 ±127 ±127 ±127 0 to 200 0 to 200 ±360 Note 1 1. Specifications Check Note 2 Assuming PTP instruction operation. The maximum composite speed is not the maximum speed of CP operation. It is the required time to run back and forth between positions that enable the fastest motion under the following condition. [Refer to 1.2.4 Ambient Temperature and Duty Setting for continuous operation in maximum velocity] It is the time for back and forth cycle with 2kg of carrier, 25mm of vertical movement and 300mm of horizontal movement. 300mm 25mm Note 3 Note 4 Note 5 Note 6 Note 7 It is when repeated operation is performed from the same start position, with the same speed, acceleration / deceleration, arm system and load (transported work piece), to one setting position. The positioning accuracy repeatability may not be achieved in such cases as when the arm system is switched or when positioning is performed to one setting position from several different positions. At a constant surrounding air temperature of 20°C. It is not the absolute positioning accuracy. It is the allowable value for the moment of inertia calculated at the center of the tip shaft (3-axis type: center of guide shaft, 4-axis type: center of rotation axis). [Refer to 2.3.2 [2] Installation of Load for the amount of offset from the center of the tip shaft to the center of gravity of the load] There may be a concern of vibration on the main body of the robot when the center of gravity of the load is far from the center of the tip shaft. Decrease the speed and acceleration / deceleration to appropriate values. It is the diameter of the load assumed for the allowable load moment of inertia. Use the product with the moment below the allowable load moment of inertia by referring to the load allowable diameter. There may be a risk of the load interfering to the main body of the robot when the center of gravity of the load is far from the center of the tip shaft. Pay attention not to have interference at teaching. Pressing operation cannot be performed. However, the allowable pressing force that the arm can accept is 90N or less when a tool or a buffer such as a spring on the pressed side is equipped. They are the values when operation is performed with the maximum combined speed (J1 axis + J2 axis). The tone of the noise fluctuates depending on the operation speed. The sound level is A-weighted sound pressure level. Caution: • If the robot is operated at a speed or acceleration/deceleration exceeding the allowable value, abnormal noise or vibration, failure, or shorter life may result. • If the robot is operated under a load equal to or greater than the allowable moment of inertia, abnormalnoise or vibration, failure, or shorter life may result. In an extreme case, flaking may occur. • Attaching a load beyond the allowable overhang length may generate vibration or abnormal noise. 30 1.2.2 Operation Range and Operation Limit [1] Operation Range 1. Specifications Check ● Cleanroom Type IXP-3C3515, 4C3515 (Operation prohibited area) ● Cleanroom Type IXP-3C4515, 4C4515 (Operation prohibited area) 31 7° 12 R190 12 7° 7° 127 ° 12 1. Specifications Check ● Dust Proof/Splash Proof Type IXP-3W3515, 4W3515 0 R35 (104 .4) R160 (8) R190 R1 90 (8) 73.9° 73.9 ° 120 (Operation prohibited area) ● Dust Proof/Splash Proof Type IXP-4W3515, 4W4515 ° 127 7° 12 12 7° 7° 12 0 R19 0 R45 (15 6.3 R260 ) (8) R19 R19 0 0 (8) 103.994° 120 103.994° (Operation prohibited area) 32 1. Specifications Check 7° 127 12 ° ● Cleanroom Type IXP-3C5520, 4C5520 7° 127 ° 12 R55 0 R246.9 260 R2 90 R 83.6° 83.6° 120 (Operation prohibited area) ● Cleanroom Type IXP-3C6520, 4C6520 7° 127 ° 12 7° 127 ° 12 R65 0 R296.7 0 R29 R29 0 R360 104.7° 120 104.7° (Operation prohibited area) 33 127 ° 127 ° 7° 12 7° 12 1. Specifications Check ● Dust Proof/Splash Proof Type IXP-3W5520, 4W5520 (17 5.8 R260 ) R246.873 R290 R290 R550 83.605° 5° 83.60 120 (Operation prohibited area) 7° 12 127 ° 7° 127 12 ° ● Dust Proof/Splash Proof Type IXP-3W6520, 4W6520 (22 5.7) R360 17 R296.7 R290 R29 0 R650 104.676° 120 104.676° (Operation prohibited area) 34 [2] Operation Limit 1. Specifications Check Unlike the standard type models, cleanroom type, dust proof/splash proof type cannot have moving range limit by a stopper (hex socket head cap screw). 35 Speed / Acceleration/Deceleration and Transfer Load (1) PTP Operation For the speed and acceleration/deceleration, the operational values with the transported load mass and driving posture are applied as 100% (Optimum speed and optimum acceleration/ deceleration function.) Perform adjustment to obtain the targeted speed and acceleration/deceleration. Caution: • Optimum speed and optimum acceleration/deceleration function is not what guarantees the availability of operation with any operational pattern. • In case of remarkable vibration, decrease the speed and acceleration/ deceleration to appropriate values, or it may cause malfunction or drop of product life. • Establish the appropriate settings for the load mass and the moment of inertia by using WGHT Command in a program. [Refer to SEL Language Programing Manual for how to establish settings] [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515] PTP operation speed [%] PTP動作　速度　[%] 100 80 60 40 20 0 0 0.5 1 1.5 2 2.5 3 Transported load mass [kg] PTP operation Acceleration/deceleration speed [%] PTP動作　加減速度　[%] 1. Specifications Check 1.2.3 100 80 60 40 20 0 0 0.5 1 1.5 2 2.5 Transported load mass [kg] 36 3 [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] 1. Specifications Check PTP operation speed [%] 100 80 60 40 20 0 0 1 2 3 4 5 6 Transported load mass [kg] PTP operation Acceleration/deceleration speed [%] 100 80 60 40 20 0 0 1 2 3 4 5 6 Transported load mass [kg] 37 1. Specifications Check (2) CP Operation Set the speed and acceleration/deceleration with the value shown in the graph below as the upper limit. Caution: • In case of remarkable vibration, decrease the speed and acceleration/ deceleration to appropriate values, or it may cause malfunction or drop of product life. • Establish the appropriate settings for the load mass and the moment of inertia by using WGHT Command in a program. [Refer to SEL Language Programing Manual for how to establish settings] [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515] CP動作　速度　[mm/sec] CP operation speed [mm/sec] 300 270 250 200 150 100 50 0 0 0.5 1 1.5 2 2.5 3 2.5 3 CP operation CP動作　加減速度　[G] Acceleration/deceleration speed [G] 搬送負荷　[kg] Transported load mass [kg] 0.3 0.2 0.1 0 0 0.5 1 1.5 2 搬送負荷　[kg] Transported load mass [kg] 38 [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] CP operation speed [mm/sec] 1. Specifications Check 300 240 240 250 200 170 170 150 100 50 0 0 1 2 3 4 5 6 Transported load mass [kg] CP operation Acceleration/deceleration speed [G] 0.25 0.2 0.15 0.1 0.05 0 0 1 2 3 4 5 6 Transported load mass [kg] 39 Duty is the rate of operation expressed in % that presents the time of the robot beingoperated in 1 cycle of operation. To suppress the generation of heat on the motor unit and speed reducer, duty limitation considering the ambient temperature is established. Make operation with the value in the graph below as the upper limit for both PTP operation and CP operation. Also, make operation within 30 (min.) for the continuous operation time (TM) under the ambient temperature 30°C or more. Caution: Do not attempt to operation with the duty above the upper limit as it may drop the life of the motor unit and speed reducer. [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515] 90 100 70% 80 90 Duty [%] Duty　[%] 1. Specifications Check 1.2.4 Ambient Temperature and Duty 70 80 70 60 60 50 0 10 20 30 Ambient Temperature [°C] 周囲温度　[℃] 40 40 [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] 100 デューティ [%] Duty [%] 90 80 70 60 0 10 20 30 40 [℃] Ambient周囲温度 Temperature [°C] ◎ Continuous Operation of Z-Axis Only for Z-Axis Equipped with Brake (Option Model Code: B) 25℃ 100 Duty [%] 90 80 70 60 0 10 20 30 Ambient Temperature [°C] 40 [Appendix] D: Duty TM: Operation Time TR: Stopped Time Speed Acceleration Constant speed Deceleration Operation Time TM Stop Stopped Time TR Duration of 1 Cycle 41 1. Specifications Check ◎ Continuous Operation for Z-Axis with no brake equipped ◎ Compound Operation (not continuous operation of Z-axis only) for Z-Axis Equipped with Brake (Option Model Code: B) 1. Specifications Check 1.3 Option 1.3.1 Flange It is the flange to be used when attaching a load on the end of the vertical axis arm. [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515] Option Model : IXP-FL-2 Mass [g] 42 120 [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] 1. Specifications Check Option Model : IXP-FL-3 (42.5) (44) (1) through Evenly allocated depth 4 Mass [g] 290 1.3.2 Brake for Z Axis (Model : B) Application Cleanroom Type IXP-3/4N5520, 6520 Dust Proof/Splash Proof Type IXP-3/4W5520, 6520 This is a feature to retain the vertical axis (Z-axis) so it would not drop while the power or servo is OFF. Select the Z-axis brake when the transported weight is 4kg or more. Refer to “Part Names and Features (4) Brake Release Switch in MSEL Controller Instruction Manual” for such details as how to release the brake. 43 1.4 Motor • Encoder Cables 1. Specifications Check 1.4.1 Motor • Encoder Integrated Cables Application (Note) Cleanroom Type IXP-3/4C3515, 4515, 5520, 6520 The motor / encoder integrated cable for the dust proof/splash proof type are ejected directly from the bracket affixed on the base, and this cable will not be used. CB-CAN-MPA□□□ □□□ indicates the cable length L (Example. 030 = 3m). Max.20m Actuator side Controller side Connector: DF62B-24S-2.2C Contact: DF62-2428SCFA (AWG26) DF62-22SCFA (AWG22) Connector: PADP-24V-1-S Contact: SPND-002T-C0.5 (AWG26) SPND-001T-C0.5 (AWG22) Actuator side Thickness AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 Electric Wire Color Blue Orange Brown Gray Green Red Black Yellow Blue Orange Green Brown Gray Red Blue Orange Gray Red Brown Green Pink Black Connection diagram Signal Name φA VMM φB VMM φ_A φ_B LS+ LSSA SB A+ AB+ BBK+ BKVCC GND VPS LS_GND FG Pin No. 3 5 10 9 4 15 8 14 12 17 1 6 11 16 20 2 21 7 18 13 19 22 23 24 Controller side Pin No. 1 2 3 4 5 6 7 8 11 12 13 14 15 16 9 10 17 19 18 20 22 21 23 24 Signal Electric Name Wire Color Blue φA VMM Orange Brown φB VMM Gray Green φ_A Red φ_B LS+ Black LSYellow SA Blue SB Orange A+ Green ABrown B+ Gray BRed BK+ Blue BKOrange VCC Gray GND Red VPS Brown LS_GND Green Pink FG Black Thickness AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 (Note) About thickness AWG22/19 The thickness is AWG22 when the cable length is 5m or less, and AWG19 when longer than 5m. 44 1.4.2 Motor • Encoder Integrated Cables Robot Type Application The motor / encoder integrated cable for the dust proof/splash proof type are ejected directly from the bracket affixed on the base, and this cable will not be used. CB-CAN-MPA□□□-RB □□□ indicates the cable length L (Example. 030 = 3m). Max.20m Actuator side Controller side Connector: DF62B-24S-2.2C Contact: DF62-2428SCFA (AWG26) DF62-22SCFA (AWG22) Connector: PADP-24V-1-S Contact: SPND-002T-C0.5 (AWG26) SPND-001T-C0.5 (AWG22) Actuator side Thickness AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 Electric Wire Color Blue Orange Brown Gray Green Red Black Yellow Blue Orange Green Brown Gray Red Blue Orange Gray Red Brown Green Pink Black Connection diagram Signal Name φA VMM φB VMM φ_A φ_B LS+ LSSA SB A+ AB+ BBK+ BKVCC GND VPS LS_GND FG Pin No. 3 5 10 9 4 15 8 14 12 17 1 6 11 16 20 2 21 7 18 13 19 22 23 24 Controller side Pin No. 1 2 3 4 5 6 7 8 11 12 13 14 15 16 9 10 17 19 18 20 22 21 23 24 Signal Electric Name Wire Color Blue φA VMM Orange Brown φB VMM Gray Green φ_A Red φ_B LS+ Black LSYellow SA Blue SB Orange A+ Green ABrown B+ Gray BRed BK+ Blue BKOrange VCC Gray GND Red VPS Brown LS_GND Green Pink FG Black Thickness AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG22/19 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 AWG26 (Note) About thickness AWG22/19 The thickness is AWG22 when the cable length is 5m or less, and AWG19 when longer than 5m. 45 1. Specifications Check (Note) Cleanroom Type IXP-3/4C3515, 4515, 5520, 6520 2. Installation 2. Installation 2.1 Transportation 2.1.1 Handling of the Robot Unless otherwise specified, the robot is delivered in the package as shown in the figure below. The transportation fixture is attached on the robot body. Notice: • Detach the transportation fixture before starting operation. • Keep the transportation fixture so it can be used when transporting or moving the robot. • The robot taken out of the cardboard box cannot stand by itself. If it is necessary to put it down temporarily, put a cushioning underneath and lay down the robot body. Do not keep it laid down in such a condition for long time. Cardboard Box Robot Enclosed • Controller • Cable (Enclosed for cleanroom type) • Accessories 46 Fixture for Transportation [1] Handling of the Carton [2] Handling after Unpackaged • Transport the robot with the transportation fixture attached on the body. • Hold the base and the supportive part on the 1st arm as shown in the figure below during transportation. Do not attempt to hold the 2nd arm or vertical axis when transporting. • Do not apply too much force on each part of the robot. Supportive part on 1st arm Fixture for Transportation Supportive part on base Arm Length 350/450/550/650 2.1.2 Handling of the Robot Mounted on Mechanical Equipment (System) The following are the cautions for when transporting robot installed in the machinery equipment (system) in the whole system. • Make sure to attach the transportation fixture on the robot body during transportation. • When suspending the mechanical equipment (system) with ropes, avoid applying force to robot, connector, etc. Also, avoid the cables being pinched or caused an excessive deformation. Caution: If the robot is transported without the transportation fixture on it, it may cause malfunction on the main bearing or drop in the life due to the excitation force during transportation. 47 2. Installation • Do not damage or drop. The package is not applied with any special treatment that enables it to resist an impact caused by a drop or crash. • An operator should never attempt to carry on their own. Also, use an appropriate way for transportation. • When placing the package, settle it horizontally following the posture instruction of the package. • Do not step or sit on the package. • Do not put any load that may cause a deformation or breakage of the package. 2.2 [1] Installation and Storage • Preservation Environment Installation Environment 2. Installation Do not use this product in the following environments. Also make sure to keep enough work space necessary for maintenance. • • • • • • • • • • • • Location exposed to radiant heat from a huge heat source such as the heat treatment Location where the surrounding air temperature exceeds the range of 0 to 40°C Location where condensation occurs due to abrupt temperature changes Location where relative humidity smaller than 20% or larger than 85%RH Location exposed to direct sunlight Location exposed to corrosive gases or combustible gases Location exposed to significant amount of dust, salt or iron powder (Outside of an ordinary assembly plant) (Dust proof/splash proof type possesses the protection structure of IP6X against dust particles.) Location where metal chips which could damage the bellows or seals can get generated Location where water, oil (includes oil mist and cutting fluid) or a chemical is splashed (Dust proof/splash proof type possesses the protection structure of IPX5 against liquid.) Location where mist of cutting oil or cutting fluid that contains sulfur or chlorine can get generated Location where the product sinks under liquid Location where the product main body receives vibration or hit impact When using the product in any of the locations specified below, provide a sufficient shield. • Place subject to electrostatic noise • Location where exposed to the influence of strong electric or magnetic field • Location where exposed to the influence of ultraviolet or radiant rays [For IP65] IP : International Protection IP6X : Solid particle protection There should be no ingress of dust inside. IPX5 : Liquid ingress protection Water projected against enclosure from any direction shall have no harmful effects. 2 * With using pure water, project water from any direction for 1 minute in every 1m of outer cover area and 3 minutes in total at least. The distance from the nozzle to the machine is 2.5 to 3m. Projection pressure at 30kPa and flow volume at 12.5L/min. Caution : • Do not attempt to use the robot in an environment more than Degree of Protection IP65 against liquid and dust. If water and dust get inside the robot, there is a concern of drop in product life, operation accuracy and error operation. • Make the cleanroom down-flow environment. • Color of bellows may change in some environment of use, but note that it will not give influence to cleanliness performance. 48 [2] Storage • Preservation Environment 49 2. Installation • The storage and preservation environment should comply with the same standards as those for the installation environment. In particular, when the machine is to be stored for a long time, pay close attention to environmental conditions so that no dew condensation forms. • Unless specially specified, moisture absorbency protection is not included in the package when the machine is delivered. In the case that the machine is to be stored and preserved in an environment where dew condensation is anticipated, take the condensation preventive measures from outside of the entire package, or directly after opening the package. • Storage and preservation should be performed in the horizontal condition. In the case it is stored in the packaged condition, follow the orientation instruction if any displayed on the package. 2.3 How to Install 2.3.1 Installation Orientation 2. Installation ○：Available ×：Not available Horizontally Oriented Mount ○ 50 Wall-Mount Ceiling-Mount × × 2.3.2 Installation [1] Installation of the Main Unit The platform on which to install the robot receives a significant reactive force. Be certain the platform has sufficient rigidity to withstand the anticipated force. Maximum Reaction Force during Robot Operation Fa (Max.) Fb (Max.) Model Number N Kgf N Kgf 63 6 83 8 IXP-3/4□3515 53 5 89 9 IXP-3/4□4515 73 7 137 14 IXP-3/4□5520 61 6 143 15 IXP-3/4□6520 T (Max.) N・m Kgf・m 32 3 50 5 66 7 66 7 Fa Fb Ｔ (2) Installation of the Platform • Affix the platform on the floor to make sure it would not be moved during the robot operation. • Install the platform to have the robot installed on in horizontally. 51 2. Installation (1) Installation Platform • The surface on which the robot is fixed must have a thickness of 20mm or more. The levelness of the robot installation surface must be at least 0.05mm/500mm or less. • Have tapped holes prepared on the installation surface on the platform. Model Number Tapped Holes Cleanroom Type/ Dust Proof/Splash Proof Type M8 with the effective length 16mm or more IXP-3/4□3515, 4515 Cleanroom Type/ M10 with the effective length 20mm or more Dust Proof/Splash Proof Type IXP-3/4□5520, 6520 • There will be a reaction force as shown in the figure below applied to the robot during an operation. For the platform to attach the robot, consider enough strength, stiffness and stableness to endure the reaction force generated during the operations listed in the table as well as to stand the mass of the robot. 2. Installation (3) Installation of the Robot • The robot body has to be securely fastened with using hex socket cap screws and steel ring plain washers (4pcs each). Attachment Steel ring plain Model Number Attachment Hole Tightening Torque Screw Washer φ9 through IXP-3/4□3515, (Dimension from the M8 30N･m 8.5×16×1.2 4515 seat to the installation surface is 12mm) φ11 through IXP-3/4□5520, (Dimension from the M10 59N･m 10.5×18×1.6 6520 seat to the installation surface is 15mm) • Apply high-tensile bolts with 10.9 or more of the tensile class for the attachment bolts. • For the positioning of the attachment to the robot body, have the datum surfaces as the reference or insert parallel pins to the reamed hole and slotted hole. [Refer to 6. External Dimensions for the dimensions of the reamed hole and slotted hole.] [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515] Datum Surface Reamed Hole + Slotted Hole 52 [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] 2. Installation Datum Surface Reamed Hole + Slotted Hole 53 [2] Attachment of the Load • To attach the load, use a bracket with tightening force that possesses enough strength and stiffness, and would not slip. 2. Installation Shown in the figure below is an example of attachment when the optional flange is used. [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515] 4-axis Type: Ball Spline 3-axis Type: Slide Shaft A Ball screw Joint Bracket A Flange (option) Section A-A [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] 4-axis Type: Ball Spline 3-axis Type: Slide Shaft Ball screw Joint bracket Section A-A Flange (option) 54 • Utilize the D-cut surface on the ball spline/ slide shaft tip as the surface to determine the position (direction) for rotational axis. [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515] 2. Installation Center of Tool Attachment Face D-cut Surface on Rotational Axis D-cut surface 4-axis Type: Ball Spline 3-axis Type: Slide Shaft (Note) The D-cut surface is not for attachment purpose. Do not attempt to hold a bolt or set screw against this surface to fix a load. Use such tools as split cramp or locking assemblies to mount a load. [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] Center of Tool Attachment Face D-cut Surface on Rotational Axis D-cuts 4-axis Type: Ball Spline 3-axis Type: Slide Shaft (Note) The D-cut surface is not for attachment purpose. Do not attempt to hold a bolt or set screw against this surface to fix a load. Use such tools as split cramp or locking assemblies to mount a load. 55 • For the attachment of the load, make sure to keep it below the allowable load diameter, load offset, transportable load mass and allowable moment of inertia. Center of gravity of load Load allowable diameter φK Horizontal direction 30mm or less Load Offset Load Diameter Model Number 3□3515, 4515 4□3515, 4515 56 Load Diameter K (Note 1) [mm] 85 Load Center of Gravity (positions of centers) and offset Horizontal 30mm or less [See the next page in sequence] Vertical direction 100mm or less 2. Installation [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515] Transported Load Mass [kg] Rotation Axis Allowable Moment of 2 Inertia [kg•m ] Vertical Rated Max. Rated 100mm or less 1 3 0.003 Maximum 0.01 0.003 [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] 2. Installation Vertical direction 100mm or less Load allowable diameter φK Center of gravity of load Horizontal direction 30mm or Load Offset Load Diameter Model Number Load Diameter K (Note 1) [mm] 3□5520, 6520 4□5520 6520 115 Note 1 Load Center of Gravity (positions of centers) and offset Horizontal Vertical 30mm or less 100mm [See the next or less page in sequence] Transported Load Mass [kg] Rated Max. 2 6 Rotation Axis Allowable Moment of 2 Inertia [kg•m ] Rated Maximum 0.01 0.03 0.01 Load diameter is determined by the furthest point from the turning center. For example, if the load is in a rectangular shape, the tool diameter is a diagonal line as shown in the figure below. Center of Rotation Axis Tool Diameter Load (Note) ● If the center of the load in horizontal direction exceeds the offset stated in the table, put some weight on the other side to balance and shift the center of the gravity to the range of allowance. At this time, pay attention not to exceed the maximum transportable load mass or the allowable moment of inertia. ● In case it exceeds 1kg of the rated transportable mass, follow the table in the next page to decrease the load offset. ● Exceeding the limit of the load offset, transportable load mass or moment of inertia may cause abnormal noise, vibration malfunction or drop of the product life. 57 [Load and Offset] [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515] 2. Installation 30 負荷オフセット量 [mm] Load offset [mm] 25 20 15 10 5 0 0 0.5 1 1.5 2 2.5 3 Transported load mass [kg] 搬送重量　[kg] [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] Load offset [mm] 30 25 20 15 10 5 0 0 1 2 3 4 5 Transported load mass [kg] 58 6 [3] Attachment using user tapped hole and user T-shaped slot • There is a user tapped hole equipped on the bottom of the vertical axis. Utilize it for tool wiring and piping. • There are T-shaped slots equipped on the base. Also, there are T-shaped slots on the sides of the 2nd arm. Utilize them for tool wiring and piping, or attachment of a device in light weight. 2. Installation [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515] Lightweight Device T-shaped Slot (M3) * Same on opposite side Lightweight Device T-shaped Slot (M3) 2-M3 depth 6 * Same on opposite side * Same on opposite side (Note) Make sure to set the mass of the light-weighted work piece applied on the sides of the 2nd arm on IXP-3/4□3515 and 4515 not to exceed 3kg, which is the maximum transportable mass, in total of it with hand and work piece on up-down axis. 59 2. Installation [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] Lightweight Device T-shaped Slot (M3) * Same on opposite side Lightweight Device 2-M3 depth 6 * Same on opposite side (Note) 60 T-shaped Slot (M3) * Same on opposite side Make sure to set the mass of the light-weighted work piece applied on the sides of the 2 arm on IXP-3/4□5520 and 6520 not to exceed 6kg, which is the maximum transportable mass, in total of it with hand and work piece on up-down axis. nd 2.3.3 Air Vacuuming Volume of Cleanroom Type Vacuum Pressure Vacuum Flow *1 -3 to -5kPa 12L/min *1 With the Z-axis kept in no move and vacuuming held at the pressure of -3 to -5kPa, if 12L/min of flow volume can be secured, the bellows will not meander. Cable Box For ZR Bellows Capacity Variation Adjustment Identification Color Cap: Red For Vacuum in Base Identification Color Cap: Yellow For Vacuum in J2 Arm Identification Color Cap: Green Caution : Unless air vacuuming is performed, it cannot be complied with Cleanliness Class 10 (Fed. Std. 209D). 61 2. Installation By vacuuming with pressure and flow volume described below from the three elbow pipe joints (red, green and yellow identification color caps) located below the cable box, it can be applicable for Cleanliness Class 10 (Fed. Std. 209D). Use an air tube capable to flow 12L/min. of the vacuum flow volume for connection to the elbow pipe joints. Make the cleanroom down-flow environment. 2.3.4 Air-Purging for Dust Proof/Splash Proof Type 2. Installation Attach the joint to the tapped hole to attach air joint for base inner pressure adjustment, and connect an air tube. Prepare the joint by your own. Remove the cap on the end of one air tube out of three with their outer diameter ϕ4 in the direct connection cables between controller and mechanism. Prepare the joint by your own. By supplying air with pressure described below to the air tubes at two points, the product complies with IP65 dust and drip proof performance. For air tube, use one with its diameter capable to flow 12L/min of vacuuming volume. Air Tune with Cap Removed Air Joint Attached Tap : M6 Cable Air Purge Pressure Air purge flow volume Used Fluid Caution : 62 1kPa 12L/min For fluid to use, it should be filtrated at 10μm or less with air filter and clean air that does not contain such as compressor oil. • Do not attempt to use the robot in an environment more than the specified degree of protection against liquid and dust. Water and dust could get inside the robot, which may cause drop in product life, operation accuracy and error operation. • It will not comply with IP6X of the dust proof and IPX5 of the drip proof performance with no air supplied. • The controller does not possess the dust proof and drip proof structure. 2.3.5 Equipping with Safety Protection Fence Max. Robot Operation Area Max. Operation Radius Max. Radius of 2nd Arm Tip 200 or more 2nd Arm 200 or more Max. Robot Operation Area 200 or more Robot Height 200 or more Safety Fence Width Safety Fence Height Safety Fence Depth 200 or more zDimensions for Safety Protection Fence Installation 63 2. Installation Considering safety, it is recommended to have a safety protection fence to prevent possible danger. For Machinery Directive (2006/42/EC) in EU Directives, equip with safety protection fence. Use a system I/O connector at the entrance of the safety protection fence to equip with an interlock system which makes the emergency stop works when the entrance is opened, and make sure to avoid entering from nowhere else but the entrance. (Note) The maximum output for the pulse motor used in IXP-3/4C5520, 6520, IXP-3/4W5520 and 6520 exceeds 80W. It is recommended to build safety fences. 2. Installation zAngled Front View (Reference) zAngled Rear View (Reference) 64 Z Motor M3 M2 PG2 J2 Motor J2 Encoder Air Tube (for Inner Pressure Adjustment) PG3 4b M1 PG1 J1 Encoder J1 Motor Grounding Terminal User Piping MPG1 MPG2 MPG3 3 1 Air Tube for J2 Arm Inner Pressure Adjustment (x 3) MPG2 2 4a User Piping MPG3 MPG1 Controller 3. Wiring and Tubing Z Encoder 3.1 5 3. Wiring and Tubing Wiring and Tubing in the Body (1) Cleanroom Type IXP-3C3515, 3C4515 65 6 66 R Sensor PG3 M3 R Encoder R Motor Z Motor Z Encoder 5a M4 5b PG4 J2 Motor J2 Encoder Air Tube (for Inner Pressure Adjustment) M2 PG2 4b M1 PG1 J1 Encoder J1 Motor 1 MPG2 User Piping Grounding Terminal MPG1 Air Tube for J2 Arm Inner Pressure Adjustment (x 3) MPG3 MPG2 MPG3 MPG4 3 MPG4 2 4a User Piping 3. Wiring and Tubing Controller (2) Cleanroom Type IXP-4C3515, 4C4515 MPG1 IXP-3C3515, 3C4515, IXP-4C3515, 4C4515 No. Parts Name 1 Motor • Encoder Integrated Cables 2 CB-CAN-MPA□□□/ CB-CAN-MPA□□□-RB Quantity 3-axis 4-axis 3 4 1 1 1 2 1 - 1 2 2 1 [Refer to 1.4 Motor • Encoder Cables for the wiring layout of Motor Cable and Encoder Cable.] 67 3. Wiring and Tubing 3 4 5 6 Inside Mechanism J1 Connection Cable Assy Self-supporting Assy Motor for J1 Axis / J2 Axis Motor for Vertical Axis / Rotary Axis Sensor Assy Remarks 68 7 6 (* With Z brake) Z Motor Z Encoder PG3 M3 J2 Motor J2 Encoder BK3 Air Tube (for Inner Pressure Adjustment) M2 PG2 5 M1 PG1 J1 Encoder J1 Motor Grounding Terminal 1 MPG2 User Piping MPG1 MPG2 MPG3 Air Tube for J2 Arm Inner Pressure Adjustment (x 3) MPG3 2 4 User Piping 3 3. Wiring and Tubing Controller (3) Cleanroom Type IXP-3C5520, 3C6520 MPG1 8 7 6 R Sensor (* With Z brake) R Motor Z Motor M3 PG4 R Encoder PG3 Z Encoder M2 J2 Motor J2 Encoder BK3 LS4 Air Tube (for Inner Pressure Adjustment) M4 PG2 5 M1 PG1 J1 Encoder J1 Motor Grounding Terminal 1 MPG2 User Piping MPG1 MPG3 MPG2 MPG3 MPG4 Air Tube for J2 Arm Inner Pressure Adjustment (x 3) MPG4 2 4 User Piping 3 3. Wiring and Tubing 6 Controller (4) Cleanroom Type IXP-4C5520, 4C6520 MPG1 69 IXP-3C5520, 3C6520, IXP-4CN5520, 4C6520 No. 3. Wiring and Tubing 1 2 3 4 5 6 7 8 Parts Name Motor • Encoder Integrated Cables Inside Mechanism J1 Connection Cable Assy Self-supporting Assy Motor for J1 Axis Motor for J2 Axis Vertical Axis / Rotary Axis Brake for Z Axis Sensor Assy Remarks CB-CAN-MPA□□□/ CB-CAN-MPA□□□-RB Quantity With Brake w/o Brake (Option) 3-axis 4-axis 3-axis 4-axis 3 4 3 4 1 1 1 1 1 1 1 1 - 1 1 1 2 1 1 1 1 1 1 - 1 1 1 2 1 1 [Refer to 1.4 Motor • Encoder Cables for the wiring layout of Motor Cable and Encoder Cable.] 70 3c Z Motor Ｚ Encoder M3 MPG3 PG3 J2 Motor J2 Encoder Air Tube (for Inner Pressure Adjustment) MPG2 M2 PG2 3b 4b M1 PG1 J1 Encoder MPG1 Tapped Hole for Air Joint to Purge in Bear 2 Grounding Terminal 1 MPG2 3a 4a J1 Motor Air Tube for J2 Arm Inner Pressure Adjustment (x 3) MPG3 MPG1 3. Wiring and Tubing 5 Controller (5) Dust Proof/Splash Proof Type IXP-3W3515, 3W4515 71 72 6 3c 5a R RSensor センサ M3 MPG3 PG3 R Encoder R Motor Z Motor Z Encoder M4 PG4 MPG4 MPG2 M2 J2 Motor J2 Encoder 5b LS4 Air Tube (for Inner Pressure Adjustment) 3d PG2 3b 4b M1 PG1 J1 Encoder MPG1 2 MPG2 Grounding Terminal MPG3 Tapped Hole for Air Joint to Purge in Bear 1 MPG4 3a 4a J1 Motor Air Tube for J2 Arm Inner Pressure Adjustment (x 3) 3. Wiring and Tubing Controller (6) Dust Proof/Splash Proof Type IXP-4W3515, 4W4515 MPG1 IXP-3W3515, 3W4515, IXP-4W3515, 4W4515 Parts Name 1 2 3 4 5 6 Self-supporting & Stay Assy MPG1 Cable Assy M Unit Cable Assy Motor for J1 Axis / J2 Axis Motor for Vertical Axis / Rotary Axis Sensor Assy Remarks Quantity 3-axis 4-axis 1 1 1 1 4 4 2 2 1 2 1 73 3. Wiring and Tubing No. 74 8 7 4b (* With Z brake) Z Motor M3 MPG3 PG3 Z Encoder BK3 J2 Motor J2 Encoder エアチューブ(内圧調整用) AirTube(forInnerPressureAdjustment) MPG2 M2 PG2 6 4a M1 PG1 J1 Encoder J1 Motor MPG1 Grounding Termina 2 MPG2 Tapped Hole for Air Joint to Purge in Bear 1 MPG3 3 5 Air Tube for J2 Arm Inner Pressure Adjustment (x 3) 3. Wiring and Tubing Controller (7) Dust Proof/Splash Proof Type IXP-3W5520, 3W6520 MPG1 9 8 7a 4b R センサ (* With Z brake) Z Motor Z Encoder M3 MPG3 PG3 R Motor R Encoder M4 MPG4 PG4 BK3 J2 Motor J2 Encoder LS4 エアチューブ(内圧調整用) AirTube(forInnerPressureAdjustment) MPG2 M2 PG2 6 4a M1 PG1 J1 Encoder J1 Motor MPG1 Grounding Termina 2 MPG2 Tapped Hole for Air Joint to Purge in Bear 1 MPG3 3 5 Air Tube for J2 Arm Inner Pressure Adjustment (x 3) MPG4 MPG1 3. Wiring and Tubing 7b 4c Controller (8) Dust Proof/Splash Proof Type IXP-4W5520, 4W6520 75 IXP-3W5520, 3W6520, IXP-4W5520, 4W6520 No. 3. Wiring and Tubing 1 2 3 4 5 6 7 8 9 76 Parts Name Self-supporting & Stay Assy MPG1 Cable Assy Inside Mechanism J1 Connection Cable Ass’y M Unit Cable Assy Motor for J1 Axis Motor for J2 Axis Motor for Vertical Axis / Rotary Axis (w/o Brake) Motor for ertical Axis (With Brake) Sensor Assy Remarks Quantity With Brake w/o Brake (Option) 3-axis 4-axis 3-axis 4-axis 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 3 1 1 2 1 1 3 1 1 1 2 - 1 - - 1 1 - 1 - 1 3.2 Connection to the Controller 3.2.1 Cleanroom Type Use IAI controller and the dedicated connection cables for the controller and connection cables for the cleanroom type SCARA Robot. Contact us if you wish to have a change to the specifications of the dedicated cables. [Connection of cleanroom type SCARA ROBOT to MSEL-PCX/PGX Controllers] Marking Tube Robot Dedicated Connection Cable Controller (Connect cleanroom type SCARA ROBOT and dedicated controller) Robot cable : 5m or less r＝68mm or more (Movable Use) : 5m or more r＝73mm or more (Movable Use) Standard cable : 5m or less r＝85mm or more (Fixed Use) : 5m or more r＝91mm or more (Fixed Use) • • Motor • Encoder Integrated Cables CB-CAN-MPA□□□ Motor • Encoder Integrated Cables Robot Type CB-CAN-MPA□□□-RB □□□ indicates the cable length L (Example. 030 = 3m) Max.20m Caution: Attach a connector cover on the connection cable. It is recommended to tighten up the cover with a tie-band, so it would not come off. Put the cover on, or the connectors (pins) could get exposed to load and may cause electric line breakage. Tie-Band Connecter Cover 77 3. Wiring and Tubing • If the dedicated connection cable cannot be secured, reduce the load on the cable by allowing it to deflect only by the weight of the cable or wire it in a self–standing cable hose, etc., having a large radius. • Do not cut and reconnect the dedicated connection cable for extension or shorten the cable. • Do not pull on the dedicated connection cable or bend it forcibly. 3.2.2 Dust Proof/Splash Proof Type 3. Wiring and Tubing Use the dedicated controller provided by IAI. • If the connection cable cannot be secured, reduce the load on the cable by allowing it to deflect only by the weight of the cable or wire it in a self–standing cable hose, etc., having a large radius. • Do not cut and reconnect the connection cable for extension or shorten the cable. • Do not pull on the connection cable or bend it forcibly. Contact us if you wish to have a change to the specifications of the dedicated cables. [Connection of dust proof/splash proof type SCARA ROBOT to MSEL-PCX/PGX Controllers] Marking Tube MPG2 to MPG4 (MPG3) Robot MPG1 Dedicated Connection Cable (Connect dust proof/splash proof type SCARA ROBOT and dedicated controller) MPG1 for cable (Thin cable) MPG2 to MPG4 (MPG3) for cable (Thick cable) 78 Controller r＝68mm or more (Movable Use) r＝220mm or more (Movable Use) Refer to the Instruction manuals for the controller and PC software for the procedures to connect the I/O cable, controller power cable, PC connection cable, etc. 79 3. Wiring and Tubing Warning: • Connect to the robot of the serial number specified on the robot designation label provided on the front panel of the controller. The controller will not operate properly if any other robot is connected. Failure to observe this warning may cause the robot to malfunction, resulting in a serious accident. • Do not use any cable except for the dedicated cable to make connection of cleanroom type SCARA Robot. Doing so may cause not only error operation or malfunction, but also may cause a critical accident such as fire or injury. • When the cable is connected or disconnected, make to turn off the power to the controller. Working with the power being kept on may cause the robot to have an error operation, which may lead to a critical accident resulting in injury or death. • When the connector connection is not correct, it would be dangerous because of a malfunction of the robot. Make sure to plug in the connectors to the right ones. • Connect the cables securely after confirming that they are free from damage or bent connector pins. • A mistake in the connector connections may cause an error operation. Check the connector name before plugging in. Connect each cable by aligning the indication on the marking tube on the cable with the indication on the controller panel. 3.3 User Piping 3. Wiring and Tubing The elbow pipe joint on the cable box (identification color cap: black) and the elbow pipe joint on the 2nd arm are connected with an air tube (outer dia. φ6). Use it as a user piping if necessary. Indicate either left ejection (VLL) or right ejection (VLR) for the direction of the elbow pipe joint ejection. 2nd Arm Elbow Pipe Joint Left Ejection (VLL) (User Piping) Elbow Pipe Joint Right Ejection (VLR) (User Piping) View from Back Cable Box Elbow Pipe Joint (for User Piping) Identification Color Cap: Black Regularly Used Pressure Dimension and Pipe Quantity Fluid to Use 80 0.8MPa φ6 1 piece Air 3.4 Grounding On the robot body, use a grounding terminal shown in the figure for grounding. 3. Wiring and Tubing Cable 2 3.5mm (AWG12) or more FG Grounding Terminal Class D Grounding (Formerly Class-III grounding: Grounding resistance at 100Ω or less) (Note) Have a grounding cable and grounding wiring layout dedicated for the unit. Do not share them with other devices. 81 3.5 Caution for Wiring and Tubing Warning: For wiring, please follow the warnings stated below. When constructing a system as the machinery equipment, pay attention to the wiring and connection of each cable so they are conducted properly. Not following them may cause not only a malfunction such as cable breakage or connection failure, or an operation error, but also electric shock or electric leakage, or may even cause a fire. 3. Wiring and Tubing • Do not attempt to cut a dedicated cable with connectors on both ends to extend, shorten or re-joint it. • Hold the dedicated cable to avoid mechanical force being applied to the terminals and connectors. • Use a cable pipe or duct to have an appropriate protection when there is a possibility of mechanical damage on a dedicated cable. • In case a dedicated cable is to be used at a moving part, make sure to lay out the cable without applying any force to pull the connector or extreme bend on the cable. Do not attempt to use the cable with a bending radius below the allowable value. • Make certain that the connectors are plugged properly. Insufficient connection may cause an operation error, thus it is extremely risky. • Do not lay out the cables to where the machine runs over them. • Pay attention to the cable layout so it would not hit peripherals during an operation. In case it does, have an appropriate protection such as a cable track. • When a cable is used hanging on the ceiling, prevent an environment that the cable swings with acceleration or wind velocity. • Make sure there is not too much friction inside the cable storage equipment. • Do not apply radiated heat to power line or cables. • Do not apply radiated heat to power line or cables. Standard Cables CB-CAN-MPA□□□ Robot Cables CB-CAN-MPA□□□-RB 150mm 150mm • Have a sufficient radius for bending, and avoid a bend concentrating on one point. Steel Strap (Piano Wire) Tie them up softly. 82 • Do not let the cable bend, kink or twist. 3. Wiring and Tubing • Do not pull the cable with a strong force. Strong force • Pay attention not to concentrate the twisting force to one point on a cable. • Do not pinch, drop a heavy object onto or cut the cable. • When a cable is fastened to affix, make sure to have an appropriate force and do not tighten too much. Do not use spiral tube in any position where cables are bent frequently. 83 3. Wiring and Tubing • PIO line, communication line, power and driving lines are to be put separately from each other and do not tie them together. Arrange so that such lines are independently routed in the duct. Power Line Duct I/O Line (Flat Cable, etc.) Follow the instructions below when using a cable track. • If there is an indication to the cable for the space factor in a cable track, refer to the wiring instruction given by the supplier when storing the cable in the cable track. • Avoid the cables to get twined or twisted in the cable track, and also to have the cables move freely and do not tie them up. (Avoid tension being applied when the cables are bent.) Do not pile up cables. It may cause faster abrasion of the sheaths or cable breakage. 84 4. Operation 4.1 Retaining of Load on Vertical Axis The vertical axis of Cleanroom Type IXP-3/4C3515, 4515, Dust Proof/Splash Proof Type IXP-3/4W3515, 4515 is equipped with a brake to retain a load. It holds a load with friction of the mechanical parts. It is available to equip with a brake on the vertical axis for Cleanroom Type IXP-3/4C3515, 4515, Dust Proof/Splash Proof Type IXP-3/4W3515, 4515 in option. Select the Z-axis brake when the transported load is 4kg or more. How to Move Vertical Axis Manually The vertical axis cannot be moved manually with hand. Connect a teaching tool such as PC to the controller and operate the axis with JOG operation. Caution: Do not attempt to move the vertical axis manually by hand. Excessive moment will be applied to the bearings on the J1 and J2 axes, which may cause to generate abnormal noise and vibration, malfunction or drop of the product life. 85 4. Operation 4.2 4.3 Movement while Servo ON 4. Operation As the robot is equipped with a stepper motor, the position slightly moves and turns back during the servo is on due to the characteristics of the stepper motor. Shown below is the maximum movement amount during the servo is on. Max. Movement during Servo ON Max. Movement during Servo ON In Horizontal Face (J1 Axis + J2 Axis) Vertical axis Rotary axis In Horizontal Face (J1 Axis + J2 Axis) Vertical axis Rotary axis IXP-3C3515 IXP-3W3515 IXP-3C4515 IXP-3W4515 IXP-4C3515 IXP-4W3515 IXP-4C4515 IXP-4W4515 mm 4.9 4.3 4.9 4.3 mm degree 0.2 - 0.2 - 0.2 2.7 0.2 2.7 IXP-3C5520 IXP-3W5520 IXP-3C6520 IXP-3W6520 IXP-4C5520 IXP-4W5520 IXP-4C6520 IXP-4W6520 mm 5.2 5.5 5.2 5.5 mm degree 0.2 - 0.2 - 0.2 1.3 0.2 1.3 Caution: • By considering the maximum movement amount during the servo is on, pay attention not to have interference with peripheral equipment. • Do not attempt to turn the servo ON while interfered with mechanical stopper or peripheral equipment. 86 4.4 Alignment Marking Stickers There are alignment marking stickers shown below enclosed in the package. Use them as a marking for positioning check to see the misalignment of the home position and the positioning points. Mark Sticker (×10) Alignment Marking Stickers 4. Operation ・・・ Graduated Marking Sticker (×10) *Graduated in millimeters Notice: Alignment marking stickers have adhesive on the back side. Wipe of any oil or dirt on the attaching surface before applying a sticker on. Alignment Marking Stickers 87 5. Maintenance inspection 5. SampleMaintenance Inspection Warning: 5.1 Do not attempt to disassemble or cut the cable of the following items. By doing so, recovery to normal condition cannot be done, and it may cause a critical accident such as error operation, fire or malfunction. • Disassembly of the servo motor • Disassembly of the ball reduction gear • Disassembly of the ball screw and spline shaft • Disassembly of the bearing • Disassembly of the brake • Cutting of the cable Inspection Items and Periods Have daily inspections and regular inspections to use the robot in a stable condition for a long term. Make sure to follow the caution for maintenance and inspection in Safety Guide. Follow the contents stated in RCP4 Gripper Type Instruction Manual (ME3730) when conducting the maintenance inspection on the gripper. [1] Daily Maintenance Inspections Have a maintenance and inspection for those described below before starting up in everyday operation, and if any problem is found, have an appropriate treatment. Maintenance Inspection Area Maintenance Inspection Details Correct the deformation or positional shift of the cage. Safety Cage Confirm that the interlock mechanism is operating properly. Check the exterior for abnormality, flaws, dents, etc. Appearance of Robot (If the robot has flaws or other abnormalities, please contact IAI.) Operation of Robot Check for abnormal operation, vibration or noise. Check for damage and pinch of cables. Cables Check the cable mounting parts for looseness. Emergency-Stop Switch Confirm that the emergency-stop switch functions properly. [2] Half a Year Maintenance Inspection Have a maintenance and inspection for the following items once in half a year (every 6 months). If the robot main body has flaws or other abnormalities, please contact IAI. Maintenance Inspection Area Maintenance Inspection Details Check for any looseness of the attachment bolts on the robot Robot Main Body body and play on cover related components. (Tighten if any loosened bolt is found.) Supply grease to ball screw and ball splined. (Applied Grease Ball Screw, Ball Spline : Cleanroom Type AFE-CA Grease by THK : Dust proof/Splash proof type AFG-70 Grease by THK) [Refer to 5.2, “Grease Supply on the Vertical Axis”] Connectors Check the connectors for looseness. 88 Yearly Maintenance Inspection Have a maintenance and inspection for the following items every year. Maintenance Inspection Area Maintenance Inspection Details Check for any looseness of the bolts on the arm. Robot Main Body (If any play is found on the arm attachment, tighten up the bolts.) Arm Attachment Bolts [Refer to 5.4, “Check for Looseness of Arm Attachment Bolts”] [4] 5 Years Maintenance Inspection Have a maintenance and inspection for the following items once every 5 years. After 5 years has passed, have a maintenance and inspection for the following items every year. If the robot main body has flaws or other abnormalities, please contact IAI. Maintenance Inspection Area Maintenance Inspection Details J1 Axis and J2 Axis Speed Reducer Bearings on Joints Lost motion measurement If the lost motion value exceeds the allowable range, it is considered the end of life for speed reducer or bearing. It is necessary to have the unit disassembled for such work as replacement of the speed reducer. (Please contact IAI if any abnormality is found.) [Refer to 5.5, “How to Measure Lost Motion”.] 89 5. Maintenance Inspection [3] 5.2 Grease Supply on the Vertical Axis The ball screw and ball spline on the vertical axis require grease to be supplied. It is necessary to take off the arm cover in order to supply grease. There is a concern that the cleanliness, dust proof and drip proof performances may not be able to be secured in case the arm cover is taken off by a user. Therefore, a user cannot perform grease supply. Contact IAI if grease supply work is necessary. 5.2.1 Applicable Grease and Supply Period 5. SampleMaintenance Inspection Type Cleanroom Type Dust Proof/Splash Proof Type Warning: 90 Grease to Apply THK AFE-CA THK AFG+70 Supply Period Every half a year Every half a year Do not attempt to apply fluorine grease. When mixed with lithium grease, not only decrease the grease characteristics, but also may damage the driving part. 5.3 Grease Supply to J1 Axis and J2 Axis It is not necessary to supply grease to the speed reducers on J1 axis and J2 axis. However, conduct the lost motion measurement at the 5-year maintenance inspection, and if the lost motion amount exceeds the allowable value, it is the end of the life of the speed reducer, thus it is necessary to have maintenance work including dismantlement such as replacement. Please contact IAI if any abnormality is found. [Refer to 5.5 How to Measure Lost Motion] 5. Maintenance Inspection 91 5.4 [1] Check for Looseness of Arm Attachment Screws Cleanroom Type IXP-3/4C3515, 4515 Dust Proof/Splash Proof Type IXP-3/4W3515, 4515 5. SampleMaintenance Inspection [Tools necessary to check arm attachment screws] 3mm-sized hex wrench, Home-Position Adjusting Tool (φ4) (Accessorie) [Procedure] 1) Set the J1 axis to the posture shown below, and insert the home-position adjustment tool (φ4). 2) Check that the fixing screws on the 1st arm are not loosened by using a hex wrench. In looseness is found, tighten it up with the home-position adjustment tool (φ4) kept inserted. (Tightening Torque: 359N•cm) 3) Set the J2 axis to the posture shown below, and insert the home-position adjustment tool (φ4). 4) Check that the fixing screws on the 2st arm are not loosened by using a hex wrench. In looseness is found, tighten it up with the home-position adjustment tool (φ4) kept inserted. (Tightening Torque: 359N•cm) J1 Axis Home-Position Adjusting Tool (φ4) Fixing Screws on the 1st Arm 6 places, M4 Fixing Screws on the 2st Arm 6 places, M4 Home-Position Adjusting Tool (φ4) 92 J2 Axis [1] Cleanroom Type IXP-3/4C5520, 6520 Dust Proof/Splash Proof Type IXP-3/4W5520, 6520 [Tools necessary to check arm attachment screws] 3mm-sized and 5mm-sized hex wrench, Home-Position Adjusting Tool (φ4) (Accessorie) J1 Axis Home-Position Adjusting Tool (φ4) Fixing Screws on the 1st Arm 6 places, M6 Fixing Screws on the 2st Arm 6 places, M4 J2 Axis Home-Position Adjusting Tool (φ4) 93 5. Maintenance Inspection [Procedure] 1) Set the J1 axis to the posture shown below, and insert the home-position adjustment tool (φ4). 2) Check that the fixing screws on the 1st arm are not loosened by using a hex wrench. In looseness is found, tighten it up with the home-position adjustment tool (φ4) kept inserted. (Tightening Torque: 1234N•cm) 3) Set the J2 axis to the posture shown below, and insert the home-position adjustment tool (φ4). 4) Check that the fixing screws on the 2st arm are not loosened by using a hex wrench. In looseness is found, tighten it up with the home-position adjustment tool (φ4) kept inserted. (Tightening Torque: 359N•cm) 5.5 How to Measure Lost Motion [Tools necessary for lost motion measurement] Digimatic Indicator (Measurement range 10mm or more, minimum display 0.001mm) or equivalent acceptable Magnet stand [Procedure] 1) Create a position and a program to operate 1st Axis and 2nd Axis in ±5deg with PTP Operation. 2) Allocate the measurement device as shown in the figure below. 5. SampleMaintenance Inspection ● Measurement Point: See figure below ● Operation Command: PTP Operation (MOVP Command) ● Operation Speed: 30% ● Acceleration/Deceleration : 30% [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515]】 Measurement Radius (0 deg) Negative Direction -5 deg Positive Direction +5 deg Positive Direction +5 deg Measurement Radius (0 deg) -5 deg Negative Direction Measurement Radius Measurement Point on J1 Axis 94 Radius 100mm Measurement 100mm Measurement Point on J2 Axis [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] Measurement Radius (0 deg) Positive Negative Direction Direction +5 deg -5 deg Positive Direction +5 deg Measurement Radius (0 deg) Measurement Radius 150mm Radius Measurement Measurement Point on J1 Axis -5 deg 5. Maintenance Inspection Negative Direction Measurement Point on J2 Axis 95 a. Move the axis from +5deg towards 0deg, the measurement point, in the positive direction, and measure the position. b. After moving from 0deg towards -5deg in the positive direction, move it from -5deg towards 0deg, the measurement point, in the negative direction, and measure the position. c. In addition, after moving from 0deg towards +5deg in the negative direction, move it from +5deg towards 0deg, the measurement point, in the positive direction, and measure the position. Repeat the measurements of b and c for seven times in each positive and negative direction. The difference of the average of the measurement results is determined as the lost motion. 5. SampleMaintenance Inspection Example for Lost Motion Measurement Number of Times Positive Direction 1 +0.003 2 -0.003 3 +0.003 4 -0.003 5 +0.003 6 +0.003 7 +0.003 Negative Direction -0.003 +0.003 +0.005 -0.005 -0.005 -0.004 -0.006 Average Difference [mm] Measurement Radius [mm] +0.0013 -0.0021 |+0.0013-(-0.0021)| = 0.0034 100 Lost Motion [arc min] [atan(0.0034/100)]*60 nearly equals 0.12 How to decide It is normal as long as the figured out values are below the allowable values shown in the table below. Lost Motion Allowance Lost Motion [arc min.] Measurement Radius [mm] 96 IXP-3/4C3515, 4515 IXP-3/4W3515, 4515 J1 axis J2 axis 3 3 100 100 IXP-3/4C5520, 6520 IXP-3/4W5520, 6520 J1 axis J2 axis 3 3 150 150 5.6 Motor Replacement It is necessary to have a dismantling work such as to take off the arm cover when the motor is to be replaced. There is a concern that the cleanliness, dust proof and drip proof performances may not be able to be secured in case the unit is dismantled by a user. Therefore, a user cannot replace the motor. Contact IAI if motor replacement work is necessary. 5. Maintenance Inspection 97 5.7 Absolute Reset 5.7.1 List of Sections to Refer to for Absolute Reset Shown in the table below is the sections that should be referred to for how to perform absolute reset on each axis. Conduct the process of the appropriate robot model code. 5. SampleMaintenance Inspection Robot Model Code J1 J2 Z R 3C3515/3C4515-WA 3W3515/3W4515-WA 3C5520/3C6520-WA 3W5520/3W6520-WA (3-axis/Absolute) 5.7.2 Absolute Reset Step 1) to 9) 5.7.2 Absolute Reset Step 1) to 9) 5.7.2 Absolute Reset Step 10) - 4C3515/4C4515-WA 4W3515/4W4515-WA 4C5520/4C6520-WA 4W5520/4W6520-WA (4-axis/Absolute) 5.7.2 Absolute Reset Step 1) to 9) 5.7.2 Absolute Reset Step 1) to 9) 5.7.2 Absolute Reset Step 10) 5.7.2 Absolute Reset Step 11) to 15) Also, when absolute reset is required on the additional axis, refer to the instruction manual of the applicable model. 98 5.7.2 Absolute Reset In absolute type (WA), make sure to conduct the absolute reset when the absolute data was lost or after the robot is dismantled to replace the motor and so on. Caution: • There may be a risk of robot malfunction or critical operational error such as crash to the stopper or unavailability of expected operation if the absolute reset is not conducted after the motor is replaced and robot is dismantled. • There may be a case that the indicated coordinates for positioning point cannot be achieved before and after the absolute reset is conducted. Make sure to have a backup of the parameters before conducting. Select [Parameter] → [Edit] from the menu in the PC software to show the parameter edit window. Press “Save As” button in the parameter edit window to save the parameters to file data. 2) Select [Controller] → [Calibration Home/Abs. Encoder Reset] from the menu in the PC software. 99 5. Maintenance Inspection 1) 5. SampleMaintenance Inspection 100 3) A warning window shows up. Check the content and click “OK”. 4) [Calibration Home/Abs. Encoder Reset] appears. Select the tab for the axis that requires the absolute reset. Conduct absolute reset to all the axes. 5) Conduct absolute reset on [Axis 1 (J1)] or [Axis 2 (J2)]. Click on “Start” button while the [Axis 1 (J1)] or [Axis 2 (J2)] tab is selected, and a warning window shows up. Release the emergency stop, check the content and click “Yes”. Home-return operation starts on the axis subject to absolute reset. J2 Axis Mechanical Stopper Position J2 Axis Home Position 130 deg Vertical Axis Mechanical Stopper Position 130 deg Vertical Axis Home Position J1 Axis Home Position J1 Axis Mechanical Stopper Position • The home-return operation is to be conducted with the turning limiting stopper when turning limitation is to be performed. [Refer to 1.2.2 Operation Range and Operation Limit] In this case, check that the home-return posture can be performed, and there is no interference to peripheral equipment. • In case there is any interference to peripheral equipment during the home-return operation, the home-return operation completes at the position of interference, and the proper home position cannot be acquired. In such cases, it may cause malfunction of robot or peripheral equipment or critical operational error such as crash or expected operation cannot be made. 101 5. Maintenance Inspection Caution: • Pay attention as the home-return operation starts as soon as clicking “Yes”. The standard home position should be the posture below. Make sure to secure enough area for home-return posture and not to have interference to peripheral equipment. 5. SampleMaintenance Inspection 6) “Jog -> Basic position” window appears once the home-return operation is complete. Press “← (-)” and “→ (+)” buttons to move the arm to a place near the datum position. Refer to Step 7) for the datum position of the J1 axis and J2 axis. Also, change “JOG Vel” and “Inc Distance” if necessary. Click “OK” once the arm gets near the datum position. Click “OK” when moving the arm new the datum position manually by hand. 7) Have the emergency stop conducted, and insert the home-position adjustment tool (φ4) at the datum position of J1 axis or J2 axis. [Cleanroom Type IXP-3/4C3515, 4515] [Dust Proof/Splash Proof Type IXP-3/4W3515, 4515] J1 axis Home-Position Adjusting Tool (φ4) Home-Position Adjusting Tool (φ4) 102 J2 axis [Cleanroom Type IXP-3/4C5520, 6520] [Dust Proof/Splash Proof Type IXP-3/4W5520, 6520] J1 axis Home-Position Adjusting Tool (φ4) 5. Maintenance Inspection Home-Position Adjusting Tool (φ4) J2 axis 103 5. SampleMaintenance Inspection 104 8) With the home-position adjustment tool (φ4) being inserted, click “OK” in “Emergency stop -> Positioning pin insertion” window. 9) Remove the home-position adjustment tool (φ4), and release the emergency stop. Click “OK” in “Positioning pin removeal -> Emergency stop release” window. 10) Conduct absolute reset on [Axis 3 (Z)]. Click on “Start” button while the [Axis 3 (Z)] tab is selected, and a warning window shows up. Release the emergency stop, check the content and click “Yes”. Home-return operation starts on the Z-axis. Absolute reset completes after home return. J2 Axis Mechanical Stopper Position J2 Axis Home Position 130 deg Vertical Axis Mechanical Stopper Position 130 deg Vertical Axis Home Position J1 Axis Home Position J1 Axis Mechanical Stopper Position • In case there is any interference to peripheral equipment during the home-return operation, the home-return operation completes at the position of interference, and the proper home position cannot be acquired. In such cases, it may cause malfunction of robot or peripheral equipment or critical operational error such as crash or expected operation cannot be made. 105 5. Maintenance Inspection Caution: • Pay attention as the home-return operation starts as soon as clicking “Yes”. The standard home position should be the posture below. Make sure to secure enough area for home-return posture and not to have interference to peripheral equipment. 5. SampleMaintenance Inspection 11) Conduct absolute reset on [Axis 4 (R)]. Click on “Start” button while the [Axis 4 (R)] tab is selected, and a warning window shows up. Release the emergency stop, check the content and click “Yes”. R-axis rotates to perform operation to search the sensor. 12) “JOG -> Basic Position” window appears. Press “← (-)” and “→ (+)” buttons to move the arm to a place near the datum position. Refer to Step 13) for the datum position of the J1 axis and J2 axis. Also, change “JOG Vel” and “Inc Distance” if necessary. Click “OK” once the arm gets near the datum position. Click “OK” when moving the arm new the datum position manually by hand. 106 13) Conducting emergency stop, put the home adjusting fixture (for the R-axis) on the D-cut on the R-axis. Insert to D-cut Home Adjusting Fixture (for Rotary Axis) Push the home adjusting fixture (for axis) towards the joint bracket. 5. Maintenance Inspection Joint Bracket View from Side Home Adjusting Fixture (for Rotary Axis) Home Adjusting Fixture (for Rotary Axis) Before Pushing View from Front After Pushing Caution: The datum position of the R-axis is in the same position for every 360deg. Pay attention so the wires or pipes of tools get twisted. 107 5. SampleMaintenance Inspection 14) With the home-position adjustment tool (R-axis) put onto the joint bracket, click “OK” in the screen of “Emergency Stop, Positioning Pin Insertion”. 15) Remove the home-position adjustment tool (R Axis), and release the emergency stop. Click “OK” in “Positioning pin removeal -> Emergency stop release” window. 108 16) Once “Calibration Home/Abs. Encoder Reset” window is closed, the screen switches to “Write Flash ROM?” confirmation window. Put a check mark on “Parameter” and click “Yes”, and then conduct the software reset. Writing to the flash ROM can be conducted at once after the home-position adjustment and absolute reset are completed on each axis. 5. Maintenance Inspection 109 16.5 0 7.5 S 4 View U Detail S Scale 1 : 1 5 90 (16) (375) φ8 h7 -0.015 20 32 38.5 25 90 93.5 T-shaped Slot (M3) (Same on opposite side) 350 160 8 55 108 92 55 55 T-shaped Slot (M3) (Same on opposite side) 2-M3 Depth 6 User Tapped Hole (Same on opposite side) 190 User Tubing Joint Left Ejection (-VLL) Applicable Tubing O.D. 6 29 249 (531) Datum Surface 53 105 Tubing Ejection Joint Applicable Tubing O.D. 6 For Bellows Capacity Variation Adjustment For User Piping For Vacuum in J2 Arm For Vacuum in Base Controller connection cable 3 places (100) Wiring Space 4- φ9 through Datum Surface 235 Right Ejection (-VLR) Joint Position 12 8 88 90 104 (193) 57 (485) (Max 680) 42 14 156 150:Stroke End 6:Mechanical End 6 55 1 place 1 place 1 place 1 place Grounding Connection φ8 h7 +0.015 Depth 8 0 8 Mass U View Detail 88 9 Depth 8 110 +0.015 0 13kg 6.1 8 H7 6. External Dimensions 6. External Dimensions Cleanroom Type IXP-3C3515 0 7.5 S 4 View U Detail S Scale 1 : 1 5 16.5 or moer 1 8 h7 -0.015 90 (16) (375) (531) 32 38.5 90 25 190 93.5 160 8 Datum Surface 55 108 92 55 55 T-shaped Slot (M3) (Same on opposite side) 2-M3 Depth 6 User Tapped Hole (Same on opposite side) T-shaped Slot (M3) (Same on opposite side) 350 User Tubing Joint Left Ejection (-VLL) Applicable Tubing O.D. 6 Right Ejection (-VLR) Joint Position (208.7) Ensure Gap 14 156 150:Stroke End 6:Mechanical End 29 249 53 105 Tubing Ejection Joint Applicable Tubing O.D. 6 For Bellows Capacity Variation Adjustment For User Piping For Vacuum in J2 Arm For Vacuum in Base Controller connection cable 4 places (100) Wiring Space 4- φ9 through Datum Surface (193) 57 42 12 8 88 90 104 (Max 680) (485) 235 6. External Dimensions 6 55 1 place 1 place 1 place 1 place 88 Mass 9 14kg U View Detail Grounding Connection 8 h7 +0.015 Depth 8 0 8 Depth 8 +0.015 0 8 H7 6.2 Cleanroom Type IXP-4C3515 111 7.5 S 4 5 View U Detail S Scale 1 : 1 20 32 25 90 38.5 T-shaped Slot (M3) (Same on opposite side) 93.5 450 2-M3 Depth 6 User Tapped Hole (Same on opposite side) 190 User Tubing Joint Left Ejection (-VLL) Applicable Tubing O.D. 6 Right Ejection (-VLR) Joint Position Datum Surface 260 8 55 92 55 53 108 T-shaped Slot (M3) (Same on opposite side) 12 105 Tubing Ejection Joint Applicable Tubing O.D. 6 For Bellows Capacity Variation Adjustment For User Piping For Vacuum in J2 Arm For Vacuum in Base Controller connection cable 3 places (100) Wiring Space 4- φ9 through Datum Surface 6. External Dimensions (Max 710) 16.5 0 (375) φ8 h7 -0.015 90 (16) (531) 42 14 156 150:Stroke End 6:Mechanical End 6 55 29 249 8 88 90 104 (193) 57 (485) 235 55 1 place 1 place 1 place 1 place Grounding Connection φ8 h7 +0.015 Depth 8 0 8 Mass 9 14kg U View Detail 88 Depth 8 +0.015 0 112 8 H7 6.3 Cleanroom Type IXP-3C4515 1 or moer 0 7.5 S View U Detail S Scale 1 : 1 φ8 h7 -0.015 4 5 16.5 Ensure Gap 90 (16) (375) (531) 42 14 156 150:Stroke End (6) :Mechanical End 6 20 32 25 90 38.5 93.5 450 T-shaped Slot (M3) (Same on opposite side) 2-M3 Depth 6 User Tapped Hole (Same on opposite side) 190 User Tubing Joint Left Ejection (-VLL) Applicable Tubing O.D. 6 Right Ejection (-VLR) Joint Position 55 55 108 92 55 T-shaped Slot (M3) (Same on opposite side) 260 8 Datum Surface 53 105 Controller connection cable 4 places Tubing Ejection Joint Applicable Tubing O.D. 6 For Bellows Capacity Variation Adjustment For User Piping For Vacuum in J2 Arm For Vacuum in Base (100) Wiring Space 4- φ9 through Datum Surface (Max 710) 6. External Dimensions (208) 29 249 12 8 88 90 104 (193) 57 (485) 235 55 1 place 1 place 1 place 1 place 88 9 15kg U View Detail Mass Grounding Connection φ8 h7 +0.015 Depth 8 0 8 Depth 8 +0.015 0 8 H7 6.4 Cleanroom Type IXP-4C4515 113 S 0 25 11.5 8 8 View U Detail S Scale 1 : 1 φ12 h7 -0.018 90 (16) (465) 48 20 6:Mechanical End 34 25 103 48.5 550 2-M3 Depth 6 User Tapped Hole (Same on opposite side) T-shaped Slot (M3) (Same on opposite side) 290 User Tubing Joint Left Ejection (-VLL) Applicable Tubing O.D. 6 96 Right Ejection (-VLR) Joint Position 260 Datum Surface 138 118 70 68 70 T-shaped Slot (M3) (Same on opposite side) 10 120 Tubing Ejection Joint Applicable Tubing O.D. 6 For Bellows Capacity Variation Adjustment For User Piping For Vacuum in J2 Arm For Vacuum in Base Controller connection cable 3 places (100) Wiring Space 4- 11 through Datum Surface 6. External Dimensions 10 90 114 134 66 (232) (532) (Max 710) 234.5 (665) 128.5 200 :Stroke End 71.5 1 place 1 place 1 place 1 place 70 Grounding Connection φ8 h7 +0.015 Depth 8 0 9 21kg U View Detail 114 Mass 10 Depth 8 70 38 248.5 15 +0.015 0 114 8 H7 6.5 Cleanroom Type IXP-3C5520 1 or moer 25 S 8 8 View U Detail S Scale 1 : 1 11.5 Ensure Gap 0 φ12 h7 -0.018 48 90 (16) (465) (665) 128.5 200:Stroke End 71.5 24 34 25 103 48.5 550 2-M3 Depth 6 User Tapped Hole (Same on opposite side) T-shaped Slot (M3) (Same on opposite side) 290 User Tubing Joint Left Ejection (-VLL) Applicable Tubing O.D. 6 Right Ejection (-VLR) Joint Position 96 260 70 Datum Surface 118 70 68 138 70 T-shaped Slot (M3) (Same on opposite side) 10 120 (100) Wiring Space 4- φ11 through Datum Surface 66 Controller connection cable 4 places Tubing Ejection Joint Applicable Tubing O.D. 6 For Bellows Capacity Variation Adjustment For User Piping For Vacuum in J2 Arm For Vacuum in Base 6. External Dimensions 20 6:Mechanical End 10 90 114 134 (231.5) (532) (Max 710) 234.5 38 248.5 15 70 1 place 1 place 1 place 1 place 9 23kg U View Detail 114 Mass Grounding Connection 8 h7 +0.015 0 Depth 8 10 Depth 8 +0.015 0 8 H7 6.6 Cleanroom Type IXP-4C5520 115 S 0 25 12 h7 -0.018 8 8 View U Detail S Scale 1 : 1 11.5 90 128.5 71.5 48 34 25 103 48.5 20 (16) 664.3 (464.3) 200:Stroke End 6 :Mechanical End 2-M3 Depth 6 User Tapped Hole (Same on opposite side) T-shaped Slot (M3) (Same on opposite side) 290 User Tubing Joint Left Ejection (-VLL) Applicable Tubing O.D. 6 96 650 Right Ejection (-VLR) Joint Position Datum Surface 70 138 118 70 68 T-shaped Slot (M3) (Same on opposite side) 360 10 120 Controller connection cable 3 places Tubing Ejection Joint Applicable Tubing O.D. 6 For Bellows Capacity Variation Adjustment For User Piping For Vacuum in J2 Arm For Vacuum in Base (100) Wiring Space 4- 11 through Datum Surface 6. External Dimensions 10 90 114 134 66 (231.5) (532) (Max 730) 234.5 70 38 248.5 15 70 1 place 1 place 1 place 1 place Grounding Connection 8 h7 +0.015 0 Depth 8 9 24kg U View Detail 114 Mass 10 Depth 8 +0.015 0 116 8 H7 6.7 Cleanroom Type IXP-3C6520 1 or moer 25 S 0 11.5 8 8 View U Detail S Scale 1 : 1 12 h7 -0.018 Ensure Gap 90 (16) (465) (665) 48 20 128.5 200 :Stroke End 71.5 24 34 25 103 48.5 2-M3 Depth 6 User Tapped Hole (Same on opposite side) T-shaped Slot (M3) (Same on opposite side) 290 User Tubing Joint Left Ejection (-VLL) Applicable Tubing O.D. 6 96 650 Right Ejection (-VLR) Joint Position 10 138 118 70 70 T-shaped Slot (M3) (Same on opposite side) 360 70 Datum Surface 68 120 Wiring Space (100) 4- φ11 through Datum Surface (231.5) Controller connection cable 4 places Tubing Ejection Joint Applicable Tubing O.D. 6 For Bellows Capacity Variation Adjustment For User Piping For Vacuum in J2 Arm For Vacuum in Base 6. External Dimensions 6 :Mechanical End 10 90 114 134 (Max 730) 66 (532) 234.5 38 248.5 15 70 1 place 1 place 1 place 1 place 114 Mass 9 25kg U View Detail Grounding Connection 8 h7 +0.015 0 Depth 8 10 Depth 8 +0.015 0 8 H7 6.8 Cleanroom Type IXP-4C6520 117 16.5 S φ8 h7 54 View U Detail S Scale 1 : 1 7.5 0 -0.015 90 (375) (552) 42 14 177 27 150:Stroke End (6):Mechanical End 20 32 25 90 38.5 93.5 T-shaped Slot (M3) (Same on opposite side) 350 2-M3 Depth 6 User Tapped Hole (Same on opposite side) 190 Datum Surface 29 257.5 160 55 12 8 55 106 T-shaped Slot (M3) (Same on opposite side) 4-φ9 through Grounding Connection Controller Direct Connection Cable (O.D. 23) Motor / Encoder Wires for J2-Axis and Z-Axis Motors Air Pipe for Pressure Tuning inside J2 Arm, φ6 × 3pcs Controller Direct Connection Cable (O.D. 9.1) Motor / Encoder Wires for J1-Axis Motor 92 55 53 108 Datum Surface 6. External Dimensions 8 88 90 104 (193) 77 (506) (Max 670) 236 55 U View Detail 88 9 Mass 17kg M6 Tapped Hole to Attach Air Joint for Base Inner Pressure Adjustment φ8 H7 + 0.015 0 Depth 8 8 Depth 8 + 0.015 0 118 8 H7 6.9 Dust Proof/Splash Proof Type IXP-3W3515 16.5 1 or moer S 54 View U Detail S Scale 1 : 1 90 (375) (552) Ensure Gap 7.5 φ8 h7 - 00.015 14 177 27 150:Stroke End (6):Mechanical End 20 32 25 90 38.5 350 160 93.5 2-M3 Depth 6 User Tapped Hole (Same on opposite side) 190 Datum Surface (229) 8 92 55 53 108 55 Grounding Connection Controller Direct Connection Cable (O.D. 23) Motor / Encoder Wires for J2-Axis and Z-Axis Motors Air Pipe for Pressure Tuning inside J2 Arm, φ6 × 3pcs T-shaped Slot (M3) (Same on opposite side) Controller Direct Connection Cable (O.D. 9.1) Motor / Encoder Wires for J1-Axis Motor 106 4-φ9 through Datum Surface T-shaped Slot (M3) (Same on opposite side) 55 8 (193) 236 29 257.5 12 55 U View Detail 88 9 Mass 18kg M6 Tapped Hole to Attach Air Joint for Base Inner Pressure Adjustment φ8 H7 + 0.015 0 Depth 8 8 Depth 8 + 0.015 0 8 H7 88 90 104 77 (506) (Max 670) 6. External Dimensions 42 6.10 Dust Proof/Splash Proof Type IXP-4W3515 119 16.5 S 54 View U Detail S Scale 1 : 1 (375) (568) 7.5 φ8 h7- 00.015 90 14 193.5 150:Stroke End (6):Mechanical End 43.5 20 32 25 90 38.5 450 2-M3 Depth 6 User Tapped Hole (Same on opposite side) T-shaped Slot (M3) (Same on opposite side) 190 Datum Surface 260 55 29 274 8 55 106 T-shaped Slot (M3) (Same on opposite side) 4-φ9 through Controller Direct Connection Cable (O.D. 23) Motor / Encoder Wires for J2-Axis and Z-Axis Motors Air Pipe for Pressure Tuning inside J2 Arm, φ6 × 3pcs Grounding Connection Controller Direct Connection Cable (O.D. 9.1) Motor / Encoder Wires for J1-Axis Motor 92 55 53 108 Datum Surface (193) 77 252.5 42 12 8 88 90 104 (Max 710) (522) 120 55 U View Detail 88 9 Mass 18kg M6 Tapped Hole to Attach Air Joint for Base Inner Pressure Adjustment φ8 H7 + 0.015 0 Depth 8 8 8 H7 + 00.015 Depth 8 6. External Dimensions 6.11 Dust Proof/Splash Proof Type IXP-3W4515 View U 90 (375) 16.5 1 or moer S 54 Detail S Scale 1 : 1 14 193.5 43.5 150:Stroke End (6):Mechanical End 20 32 25 90 38.5 450 2-M3 Depth 6 User Tapped Hole (Same on opposite side) 190 Datum Surface 55 92 55 53 108 55 106 T-shaped Slot (M3) (Same on opposite side) 4-φ9 through Controller Direct Connection Cable (O.D. 23) Motor / Encoder Wires for J2-Axis and Z-Axis Motors Air Pipe for Pressure Tuning inside J2 Arm, φ6 × 3pcs Grounding Connection Controller Direct Connection Cable (O.D. 9.1) Motor / Encoder Wires for J1-Axis Motor T-shaped Slot (M3) (Same on opposite side) 260 8 Datum Surface (193) 77 Ensure Gap 7.5 φ8 h7 - 00.015 (246) 29 274 12 8 88 90 104 252.5 55 U View Detail 88 9 Mass 19kg M6 Tapped Hole to Attach Air Joint for Base Inner Pressure Adjustment φ8 H7 + 0.015 0 Depth 8 8 Depth 8 + 0.015 0 8 H7 (Max 710) (522) 6. External Dimensions 42 6.12 Dust Proof/Splash Proof Type IXP-4W4515 121 (568) 1 or moer 25 S 11.5 8 8 View U Detail S Scale 1 : 1 φ12 h7 - 00.018 Ensure Gap 90 (465) (665) 48 20 168.5 200:Stroke End 31.5 6:Mechanical End 24 34 25 103 48.5 550 96 2-M3 Depth 6 User Tapped Hole (Same on opposite side) T-shaped Slot (M3) (Same on opposite side) 290 260 12 Datum Surface 70 38 275 15 72 121 120 72 72 144 12 T-shaped Slot (M3) (Same on opposite side) 4-φ11 through Datum Surface Controller Direct Connection Cable (O.D. 9.1) Motor / Encoder Wires for J1-Axis Motor U View Detail 120 9 Model IXP-3W5520 IXP-4W5520 Mass 25kg 27kg M6 Tapped Hole to Attach Air Joint for Base Inner Pressure Adjustment 8 H7 + 0.015 0 Depth 8 Controller Direct Connection Cable (O.D. 23) Motor / Encoder Wires for J2-Axis and Z-Axis Motors Air Pipe for Pressure Tuning inside J2 Arm, φ4 × 3pcs Grounding Connection 12 72 90 120 144 (231.5) 88 (572) (Max 770) 252.5 Depth 8 + 0.015 0 122 8 H7 6. External Dimensions 6.13 Dust Proof/Splash Proof Type IXP-3W5520,IXP-4W5520 S 8 8 View U Detail S Scale 1 : 1 90 (465) (665) 1 or moer 25 11.5 Ensure Gap φ12 h7 -00.018 24 34 25 103 48.5 20 168.5 200:Stroke End 31.5 (6):Mechanical End 96 650 2-M3 Depth 6 User Tapped Hole (Same on opposite side) T-shaped Slot (M3) (Same on opposite side) 290 360 70 12 Datum Surface 72 121 120 72 72 144 12 4-φ11 through Datum Surface T-shaped Slot (M3) (Same on opposite side) U View Detail 120 9 Controller Direct Connection Cable (O.D. 9.1) Motor / Encoder Wires for J1-Axis Motor Model IXP-3W6520 IXP-4W6520 Mass 27kg 29kg M6 Tapped Hole to Attach Air Joint for Base Inner Pressure Adjustment 8 H7 + 0.015 0 Depth 8 Controller Direct Connection Cable (O.D. 23) Motor / Encoder Wires for J2-Axis and Z-Axis Motors Air Pipe for Pressure Tuning inside J2 Arm, φ6 × 3pcs Grounding Connection 12 72 90 120 144 252.5 38 275 15 8 H7 + 00.015 Depth 8 (231.5) 88 (572) (Max 780) 6. External Dimensions 48 6.14 Dust Proof/Splash Proof Type IXP-3W6520, IXP-4W6520 123 7. Warranty 7.1 Warranty Period One of the following periods, whichever is shorter: • 18 months after shipment from IAI • 12 months after delivery to the specified location • 2,500 hours of operation 7.2 Scope of the Warranty 7. Warranty Our products are covered by warranty when all of the following conditions are met. Faulty products covered by warranty will be replaced or repaired free of charge: (1) The breakdown or problem in question pertains to our product as delivered by us or our authorized dealer. (2) The breakdown or problem in question occurred during the warranty period. (3) The breakdown or problem in question occurred while the product was in use for an appropriate purpose under the conditions and environment of use specified in the Instruction manual and catalog. (4) The breakdown of problem in question was caused by a specification defect or problem, or by a quality issue with our product. Note that breakdowns due to any of the following reasons are excluded from the scope of warranty: [1] Anything other than our product [2] Modification or repair performed by a party other than us (unless we have approved such modification or repair) [3] Anything that could not be easily predicted with the level of science and technology available at the time of shipment from our company [4] A natural disaster, man-made disaster, incident or accident for which we are not liable [5] Natural fading of paint or other symptoms of aging [6] Wear, depletion or other expected result of use [7] Operation noise, vibration or other subjective sensation not affecting function or maintenance Note that the warranty only covers our product as delivered and that any secondary loss arising from a breakdown of our product is excluded from the scope of warranty. 7.3 Honoring the Warranty As a rule, the product must be brought to us for repair under warranty. 124 7.4 Limit in Responsibility (1) We shall assume no liability for any special damage, consequential loss or passive loss such as a loss of expected profit arising from or in connection with our product. (2) We shall not be liable for any program or control method created by the customer to operate our product or for the result of such program or control method. 7.5 Conditions of Conformance with Applicable Standards/Regulations, Etc., and Applications [1] Medical equipment pertaining to maintenance or management of human life or health [2] A mechanism or mechanical equipment intended to move or transport people (such as a vehicle, railway facility or aviation facility) [3] Important safety parts of mechanical equipment (such as safety devices) [4] Equipment used to handle cultural assets, art or other irreplaceable items (3) Contact us at the earliest opportunity if our product is to be used in any condition or environment that differs from what is specified in the catalog or Instruction manual. 7.6 Other Items Excluded from Warranty The price of the product delivered to you does not include expenses associated with programming, the dispatch of engineers, etc. Accordingly, a separate fee will be charged in the following cases even during the warranty period: [1] [2] [3] [4] Guidance for installation/adjustment and witnessing of test operation Maintenance and inspection Technical guidance and education on operating/wiring methods, etc. Technical guidance and education on programming and other items related to programs 125 7. Warranty (1) If our product is combined with another product or any system, device, etc., used by the customer, the customer must first check the applicable standards, regulations and/or rules. The customer is also responsible for confirming that such combination with our product conforms to the applicable standards, etc. In such a case we will not be liable for the conformance of our product with the applicable standards, etc. (2) Our product is for general industrial use. It is not intended or designed for the applications specified below, which require a high level of safety. Accordingly, as a rule our product cannot be used in these applications. Contact us if you must use our product for any of these applications: 8. EC Declaration of Conformity 8. EC Declaration of Conformity As this product is complied with Machinery Directive, hereafter attaches EC Declaration of Conformity. 126 8. EC Declaration of Conformity 127 128 8. EC Declaration of Conformity Change History Revision Date 2016.01 Description of Revision First edition Change History 129 Manual No.: ME3748-1A (January 2016) Head Office: 577-1 Obane Shimizu-KU Shizuoka City Shizuoka 424-0103, Japan TEL +81-54-364-5105 FAX +81-54-364-2589 website: www.iai-robot.co.jp/ Technical Support available in USA, Europe and China Head Office: 2690 W. 237th Street, Torrance, CA 90505 TEL (310) 891-6015 FAX (310) 891-0815 Chicago Office: 110 East State Parkway, Schaumburg, IL 60173 TEL (847) 908-1400 FAX (847) 908-1399 Atlanta Office: 1220 Kennestone Circle, Suite 108, Marietta, GA 30066 TEL (678) 354-9470 FAX (678) 354-9471 website: www.intelligentactuator.com Ober der Röth 4, D-65824 Schwalbach am Taunus, Germany TEL 06196-88950 FAX 06196-889524 SHANGHAI JIAHUA BUSINESS CENTER A8-303, 808, Hongqiao Rd. Shanghai 200030, China TEL 021-6448-4753 FAX 021-6448-3992 website: www.iai-robot.com 825, PhairojKijja Tower 12th Floor, Bangna-Trad RD., Bangna, Bangna, Bangkok 10260, Thailand TEL +66-2-361-4458 FAX +66-2-361-4456 The information contained in this document is subject to change without notice for purposes of product improvement. Copyright © 2016. Jan. IAI Corporation. All rights reserved. 16.01.000