Cartesian robots

Cartesian robots
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Cartesian robots

Product catalog summary
Overview: The document provides comprehensive specifications and selection guides for various Cartesian robots, including arm, gantry, moving arm, pole, and XZ types. It covers arm and cable variations, selection guides for 2-axis and 3-axis specifications, and ordering methods.
Main Sections:
  • Arm & Cable Variations: Discusses cable types (cable carrier and whipover) and their applications, along with different arm variations based on movement and support structure.
  • 2-Axis Spec Selection Guide: Offers a step-by-step guide for selecting the appropriate robot model based on Y-axis stroke, cable type, X-axis stroke, maximum speed, and payload capacity, with detailed tables of model numbers and specifications.
  • 3-Axis Spec Selection Guide: Similar to the 2-axis guide, this section aids in selecting 3-axis models with additional considerations for Z-axis stroke and payload.
  • Robot Ordering Method: Describes the process and terminology for ordering robots, ensuring clarity in communication and specification.
Key Specifications:
  • Cable Types: Cable carrier type allows easy addition of cables, while whipover type is more prone to sagging with long strokes.
  • Arm Types: Includes gantry, moving arm, pole, and XZ types, each suited for different operational needs and environments.
  • Payload and Speed: Detailed tables provide maximum payload capacities and speeds for various models, aiding in the selection of the right robot for specific tasks.
Recommendations: When selecting a robot model, consider the specific operational area and use case to ensure compatibility with the required specifications. Pay attention to cable management to avoid issues with sagging and ensure clean room compatibility if necessary.
Specifications: The document outlines specifications for various robotic systems, including articulated, single-axis, Cartesian, SCARA, and pick & place robots. It includes arm types, cable carriers, controllers, and payload capacities.
Procedures: Includes ordering methods, installation notes, and programming procedures using RS-232C communication. Emphasizes speed adjustments for longer strokes to prevent resonance issues.
Standards and Recommendations: Highlights safety standards, CE marking, and network options. Recommends consulting for specific lead requirements not listed in the catalog.
Tables and Graphs: Provides detailed tables showing stroke ranges, maximum speeds, and payload capacities, along with cross-sectional drawings of cable carriers and installation details.
Critical Information: Maximum speed adjustments are necessary for strokes longer than specified lengths. The total of X and Y strokes should not exceed 1000mm. Various controller options and configurations are available, including regenerative units and expansion I/O.
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Catalog excerpts

Cartesian robots-1

Linear conveyor Compact Linear motor Cartesian SCARA Pick & place Articulated robots modules single-axis robots Single-axis robots single-axis robots robots robots robots Moving arm YA LCM100 TRANSERVO FLIP-X PHASER XY-X YK-X YP-X CLEAN CONTROLLER INFORMATION Arm type Gantry type type Pole type XZ type

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Articulated robots Linear conveyor modules Cable variations Compact single-axis robots TRANSERVO FLIP-X Single-axis robots Two cable types are available; cable carrier type and whipover type. (except PXYX) The cable carrier type is supplied with a user cable as standard so that cable can be added easily. The whipover type is supplied with a user cable and tube as standard set. A cable duct specially designed for clean rooms is also available. (See P.458 to P.463 for detailed information on Clean Cartesian robots.) Arm variations The first step for selection of Cartesian type robot models is to...

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Cartesian robots-3

Articulated robots Linear conveyor modules Single-axis robots Cartesian robots SCARA robots Pick & place robots Gantry type Pole type CONTROLLER INFORMATION Linear motor single-axis robots Compact single-axis robots

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Cartesian robots-4

2-axis spec selection guide Setting method While checking conditions in order starting from©, proceed to the right. Select the desired model in ©. d Select the arm variation Arm type The type with moving Y-axis carriage. Gantry type The type with a guide railing at the end of Y-axis for support. The type with a moving Y-axis arm. Pole type The type with vertically moving Y-axis carriage. XZ type The type with combination of X-axis for horizontal movement and Z-axis for vertical movement. (2 Select a line satisfying both the Y-axis stroke and payload and move to the right. (3 Check the cable types...

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Cable type Cable type Cable type Cable type Maximum speed (X-axis / Y-axis) (mm/sec) Note 1. The figure entered at * inside the form, expresses the arm variation. See P. 242 for more information.

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3-axis spec selection guideSetting method While checking conditions in order starting from®, proceed to the right. Select the desired model in (f). The type with a guide railing at the end of The type with vertically moving Y-axis Y-axis for support. carriage.

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@ Check the Z-axis speed, stroke, and installation method Select a line satisfying both the Y-axis stroke and payload and move to the right. Check the cable types _I (5 Check the X axis stroke Check the maximum speed on X-axis and Y-axis Cable type Maximum speed (X-axis / Y-axis) (mm/sec) Note 1. The figure entered at * inside the form, expresses the arm variation. See P.242 for more information.

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Gantry type Moving arm type Pole type Z-axis

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Cable type Cable carrier Cable carrier Cable carrier Cable carrier Cable carrier ® Decide the model Model |Note 11 Cable type Whipover Whipover Cable carrier Cable carrier Cable carrier Cable carrier Note 1. The figure entered at * inside the form, expresses the arm variation. See P.242 for more information. Cable type Cable carrier Cable carrier

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In the order format for the YAMAHA cartesian robots XY-X series, the notation (letters/numbers) for the mechanical section is shown linked to the controller section notation. [Example] ■ 2-axis specifications • Mechanical FXYx (Arm type) • Cable variations > Cable carrier • X-axis stroke t> 450mm • Y-axis stroke > 350mm • Robot cable length > 3.5M Controller section To find detailed controller information see the controller page. RCX222 ► G

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Cartesian robots-11

Enter the robot unit model. Cable specs can be selected. To find detailed information see P.242. C: Cable carrier S: Whipover Select the arm variation and combination method. •Arm type The type with moving Y-axis carriage. To find information on combinations see P.242. X-axis stroke Y-axis stroke Select the X axis stroke. Enter in centimeters (cm). (For example enter 50 for a stroke of 500mm.) Select the Y axis stroke. Enter in centimeters (cm). (For example enter 50 for a stroke of 500mm.) Select the Z axis installation direction. The R axis is installed with 4-axis specifications. To find more...

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Ordering method Note 1. NPN cannot be selected if using CE marking. Note 2. Available only for the master. See P.68 for details on YC-Link system. Note 3. Only when CC or DN or PB was selected for I/O select 1 above. EN can be selected in I/O select 2. M Maximum payload_(kg) -q I-><o Note 1. Use caution that the flame machining (installation holes, tap holes) differs from single-axis robots’. Note 2. Positioning repeatability in one direction. Note 3. Leads not listed in the catalog are also available. Contact us for details. Note 4. When the X-axis stroke is longer than 650mm, resonance of the...

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Cartesian robots-13

Articulated robots PXYx PXYx 2 axes B-B (installation holes in detail) 8.2 7.6 Cross-section of cable carrier Linear motor single-axis robots Single-axis robots Compact single-axis robots Linear conveyor modules Use M4 x 0.7 hex socket head bolt with length head bolt with length 2- 3H7 Depth 6 (under head) of 15mm or more. 9.5 4-M4 x 0.7 Depth 9 4.5 Approx. 250 (Motor cable length) 50 or more 122+/-3 (90) 35 Approx. 250 (Motor cable length) 50 or more Detail of section A Use M4 x 0.7 hex socket head bolt with length head bolt with length (under head) of 15mm or more. 9.5 4.5 X stroke + 183 L...

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FXYx ®»^QSSQSS^ ^0^333933)Ordering method Note 1. NPN cannot be selected if using CE marking. Note 2. Available only for the master. See P.68 for details on YC-Link system. Note 3. Only when CC or DN or PB was selected for I/O select 1 above. EN can be selected in I/O select 2. Note 1. Positioning repeatability in one direction. Note 2. Leads not listed in the catalog are also available. Contact us for details. Note 3. When the X-axis stroke is longer than 750mm, resonance of the ball screw may occur depending on the operation conditions (critical speed). In this case, reduce the speed setting...

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Articulated robots FXYx FXYx 2 axes Compact single-axis robots Use M6 x 1.0 hex socket head bolt with length head bolt with length (under head) of 35mm or more 2- 5H7 Depth 6 Detail of section A Linear conveyor modules Linear motor single-axis robots 8.2 7.6 Cross-section of cable carrier Single-axis robots Cartesian robots 2- 5H7 Depth 6 Detail of section A Pick & place robots Use M6 x 1.0 hex socket head bolt with length head bolt with length (under head) of 35mm or more. SCARA robots 20 (Between knocks +/-0.02) 90 (Between knocks +/-0.02) CONTROLLER INFORMATION 8.2 7.6 Cross-section of cable...

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