Standard Gantry Robots Standard System

Transcription

1 Standard Gantry Robots Standard System

2 WARNING USER RESPONSIBILITY FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS DESCRIBED ITEMS CAN CAUSE DEATH; PERSONAL INJURY AND PROPERTY DAMAGE. This document and other information from Parker-Hannifin Corporation, its subsidiaries and authorized distributors provide product or system options for further investigation by users having technical expertise. The user, through its own analysis and testing, is solely responsible for making the final selection of the system and components and assuring that all performance, endurance, maintenance, safety and warning requirements of the application are met. The user must analyze all aspects of the application, follow applicable industry standards, and follow the information concerning the product in the current product catalog and in any other materials provided from Parker or its subsidiaries or authorized distributors. To the extent that Parker or its subsidiaries or authorized distributors provide component or system options based upon data or specifications provided by the user, the user is responsible for determining that such data and specifications are suitable and sufficient for all applications and reasonably foreseeable uses of the components or systems. 2

3 Content Electromechanical Automation... 5 Global Products with local manufacturing and support...6 With Standard to the Custom Gantry... 6 Standard Line Gantry:... 8 Technical specifications... 8 Dimensions... 9 Standard Space Gantry: Technical specification Dimensions Energy Chains: Dimensions for support and cable carrier chain Drive Package Gantries - Overview Order code

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5 Electromechanical Automation Global Products with Local Manufacturing and Support Global Product Design Since 1963 PARKER Hannifin has extensive experiences in the design and manufacturing of drives, controls, motors and mechanical products. With dedicated global product development teams, Parker draws on industry-leading technological leadership and experience from engineering teams in Europe, North America and Asia. Local Application Expertise Parker has local engineering resources committed to adapting and applying our current products and technologies to best fit our customers needs. Parker s engineering resources also extend to the development and manufacturing of complete systems for continuous process and motion control applications. Manufacturing to Meet our Customers Needs Parker is committed to meeting the increasing service demands that our customers require to succeed in the global industrial market. Parker s manufacturing teams seek continuous improvement through the implementation of lean manufacturing methods throughout the process. We measure ourselves on meeting our customers expectations of quality and delivery, not just our own. In order to meet these expectations, Parker operates and continues to invest in our manufacturing facilities in Europe, North America and Asia. This allows us to minimize transportation time and costs. And we are able to respond immediately to customer needs. Worldwide Electromechanical Automation Manufacturing Locations Europe Littlehampton, GB Dijon, France Offenburg, Germany Milano, Italy Asia: Shanghai, China Chennai, India North America Rohnert Park, California Irwin, Pennsylvania Wadsworth, Ohio Charlotte, North Carolina New Ulm, Minnesota Since 50 years, PARKER develops and produces high quality components and systems for the automation industry. Integrating development, production and service synergy for highest economic efficiency is effectively exploited. Technical innovation and futureorientated concepts are linked efficient with practical suitable solutions. The consequent followed systems idea enables an extensive palette of reasonable standardized automation solutions. Inherent handling systems for core industry, palletizing robots, linear - portals and space gantries, storage and retrieval machines, pick and place handling and charging gantries. Parker plants wordwide 5

6 With Standard to the Custom Gantry Gantry out of the box Standard components to satisfy your system requirements Focussed system confi gurations enable robot applications to be specified easily using our carefully selected standard components, re ducing the time and resources nee ded by the integrator to specify the system. Short deliveries & competitive pricing Using our engineering standard PARKER components enable gantry kits to be supplied cost effectively. Factory pre - assembly is no longer required as proven com ponent configurations eliminate possible installation errors. This safes time and costs. This results an extreme short delivery time combined with an attractive price. Flexible solution for experienced machine builders We deliver a gantry robot kit. The assembly of the kit and further construction will be done on your own. This includes among others: connecting the gripper at the Z- axis, mounting and connecting the controller, safety requirements and the machine setup. Motor- and feedback cables On request we can supply customized systems, including gripper, cabinet, control andsteel frame! Pre-defined cable length offered. Line gantry with X- and Z-axes or space gantry with X-, Y- and Z- axes (all actuators with gearbox), optional with steel strip cover for the X- and Y-axis (Protection class IP30), optional with cable management (for all axes). Basic gantry The basic version includes the linear actu ators, with mounted gearbox and assembly accessories. Customer supplied motors can be spe cified 1). 1) If a customer-specific gearbox is used the delivery time of the entire gantry robot may extend up to 6 weeks. Complete with drive In additional to the basic gantry a complete drive package can be ordered. Comprising of: Motor Controller, power module, plug set Motor- and feedback cables Parameter list for all axes. Motors Parker servo motors with resolver feedback or with SinusCosinus Multiturn feedback (absolute value encoder - no initiators 6

7 Energy cable chain This option provides standard- Energy cable chains for all axes of the device. The cable feed is located close to the x-axis drive. Controller Compax3 provides a control solution to meet the most demanding re quirements. Initiators and limit switch kit. On request we deliver Initiators, end of travel switches and tripping plates for each axis (Please order sepa rately). You will find ordering in for ma tion in the related inear actuator cata logues: Steel frame Steel support structures can be supplied on request for easy robot in stallation. Fig. shows GL04 without steel frame 7

8 Standard Linear Portal Combination of LEB/LBB linear axis Fig. shows version with optional steel frame Basic design Type Axis Module max. V 1) max a 2) max max. hub load [m] [m/s] [m/s] [kg] Drive Gearing i 3) Motor 4) drive - package GL02 GL03 GL04 GL05 X LBB SMH PS90-007S2 7 Z ZEB SMHA X LEB PS90-005S2 5 SMH Z ZEB PS90-010S2 10 SMHA X LBB PS90-007S2 7 SMH Z ZEB PS90-010S2 SMHA X LBB PS SMH Z ZEB S2 SMHA GL2 GL3 GL4 GL5 1) Value for maximum working width and maximum payload 2) Rated for X - axis, only during entered Z - axis 3) Gear ratio 4) SMH without brake, SMHA brake included 8

9 B A "Z-Stroke" Z12 Zh "Z-Stroke" + Z12 Z11 "Z-Stroke" + Z11 C= (2* "Z-Stroke") + Z11+ Z12 X02 X11 "X-Stroke" X12 L = "X-Stroke" +X11 + X12 X01 XL Line- Portal Distance profile x-axis Width Length carriage Length for Safety distance X-axis Length for Safety distance transcend Z-axis Length for distance transcend Height housing A B X L X 01 X 02 X 11 X 12 Z 11 Z 12 Z h GL GL GL GL

10 Standard Space Gantry Combination of LEB/LBB linear actuators and ZEB vertcal axis Fig. shows version with optional steel frame Basic version Type Axis Module max. V 1) max a 2) max max. hub load [m] [m/s] [m/s] [kg] Drive Gearbox i 3) Motor 4) Drive package GR02 GR03 GR06 GR08 GR10 X LBB SMH Y LBB PS90-007S2 7 SMH Z ZEB SMHA X LEB PS90-005S2 5 SMH Y LEB SMH Z ZEB PS90-010S2 10 SMHA X LBB PS90-010S2 10 SMH Y LBB PS90-007S2 7 SMH Z ZEB PS90-010S2 10 SMHA X LBB SMH Y LBB PS S2 10 SMH Z ZEB SMHA X LEB SMH PS S2 7 Y LEB SMH Z ZEB PS S2 10 SMHA ) Value for maximum working width and maximum load 2) Rated for X - axis, only during entered Z - axis 3) Gear ratio 4) SMH without brake, SMHA brake included GR2 GR3 GR6 GR8 GR10 10

11 Y01 YL "Y-Stroke" Y02 "Z-Stroke" Zh Z12 "Z-Stroke"+Z11 C=(2*"Z-Stroke")+Z11+Z12 "Z-Stroke"+Z12 z11 X11 "X-Stroke" X12 Y11 "Y-Stroke" Y12 "X-Stroke" + X11+X12 X01 XL "X-Stroke" X02 D "Y-Stroke"+Y11+Y12 A= Y-Stroke" +E Line- Portal Supplement distance profile x-axis Distance profile Y-axis Length carriage X-axis Y-axis Length carriage Length Length for Length Length for for safetydistance safetydistance for safety- safetystance transcend distance transcend Z-axis Length for safetydistance transcend Height of casing E D X L X 01 X 02 X 11 X 12 Y 01 Y 02 Y 11 Y 12 Y L Z 11 Z 12 Z h GR GR GR GR GR

12 Energy Chains Dimensions of Supporting Profile and E-chain A cable carrier is needed when making power connections to moving elements. The cable carrier chain consists of Igumid and the support profile is made of aluminum. A A? JHE? E A D I A B = J? = > A E F d A D KR B C HLE150 HPLA120 HLE100 HPLA080 with KSP1 with KSP2 Type Bending A B C D E F d Art. No. max. max. Cable carrier chain Connection elements fix radius point and driving plate KR (inelastic) B B KSP1 small cable supporting profile (Please state required length. Length = stroke) KSP2 large cable supporting profile (Please state required length. Length = stroke)

13 Drive Package for Line- or Space - Gantries Type Servo drive Signal cable Compax 3M Axis Motor Motor cable Resolver GL2 C3 M050 D6 5.0A, 560/680 VDC X SMH MOK 55/.. 1) REK42/.. 1) C3 M050 D6 5.0A, 560/680 VDC Z SMHA MOK 54/.. 1) REK41/.. 1) GL3 C3 M100 D6 10.0A, 560/680 VDC X SMH MOK 55/.. 1) REK42/.. 1) C3 M100 D6 10.0A, 560/680 VDC Z SMHA MOK 54/.. 1) REK41/.. 1) GL4 C3 M100 D6 10.0A, 560/680 VDC X SMH MOK 55/.. 1) REK42/.. 1) C3 M100 D6 10.0A, 560/680 VDC Z SMHA MOK 54/.. 1) REK41/.. 1) GL5 C3 M100 D6 10.0A, 560/680 VDC X SMH MOK 55/.. 1) REK42/.. 1) C3 M100 D6 10.0A, 560/680 VDC Z SMHA MOK 57/.. 1) REK41/.. 1) GR2 C3 M050 D6 5.0 A, 560/680 VDC X SMH MOK 55/.. 1) REK42/.. 1) C3 M050 D6 5.0 A, 560/680 VDC Y SMH MOK 54/.. 1) REK41/.. 1) C3 M050 D6 5.0 A, 560/680 VDC Z SMHA MOK 54/.. 1) REK41/.. 1) GR3 C3 M100 D6 10.0A, 560/680 VDC X SMH MOK 55/.. 1) REK42/.. 1) C3 M100 D6 10.0A, 560/680 VDC Y SMH MOK 54/.. 1) REK41/.. 1) C3 M100 D6 10.0A, 560/680 VDC Z SMHA MOK 54/.. 1) REK41/.. 1) GR6 C3 M100 D6 10.0A, 560/680 VDC X SMH MOK 55/.. 1) REK42/.. 1) C3 M100 D6 10.0A, 560/680 VDC Y SMH MOK 54/.. 1) REK41/.. 1) C3 M100 D6 10.0A, 560/680 VDC Z SMHA MOK 54/.. 1) REK41/.. 1) GR8 C3 M100 D A, 560/680 VDC X SMH MOK 55/.. 1) REK42/.. 1) C3 M100 D A, 560/680 VDC Y SMH MOK 57/.. 1) REK41/.. 1) C3 M150 D A, 560/680 VDC Z SMHA MOK 57/.. 1) REK41/.. 1) GR10 C3 M100 D A, 560/680 VDC X SMH MOK 55/.. 1) REK42/.. 1) C3 M150 D A, 560/680 VDC Y SMH MOK 57/.. 1) REK41/.. 1) C3 M150 D A, 560/680 VDC Z SMHA MOK 57/.. 1) REK41/.. 1) Type GL2 - GL5 GR2 -GR10 Power supply PSU P10D6 10kW 3*400/480V/AC 10kW 3*400/480V/AC Multiturn Sinus- Cosinustransducer GBK24/.. 1) GBK24/.. 1) Length code for cables (1) Length code 1 (Example MOK55/09 = length 25 m) Length [m] 1,0 2,5 5,0 7,5 10,0 12,5 15,0 20,0 25,0 30,0 35,0 40,0 45,0 50,0 Order code 1)

14 Gantries Overview GL02 GL03 GL04 GL05 Linegantry Spacegantry GR02 GR03 GR06 GR08 GR10 Axis Module max. stroke max. load [kg] hints X LBB Z ZEB X LEB Z ZEB X LBB Z ZEB X LBB Z ZEB see page 8-9 Axis Module max. stroke max. load [kg] hints X Y Z X Y Z X Y Z X Y Z X Y Z LBB080 LBB080 ZEB050 LEB100 LEB100 ZEB080 LBB120 LBB120 ZEB080 LBB120 LBB120 ZEB100 LEB150 LEB150 ZEB see page Fig. shows GL04 standard gantry 14

15 Standard-Gantry G / / Order Code Type / Size See table on page 11 Line gantry G L LBB080 (X), ZEB050 (Z) G L 0 2 LEB100 (X), ZEB080 (Z) G L 0 3 LBB120 (X), ZEB080 (Z) G L 0 4 LBB120 (X), ZEB100 (Z) G L 0 5 Space gantry G R LBB080 (X), LBB080 (Y), ZEB050 (Z) G R 0 2 LEB100 (X), LEB100 (Y), ZEB080 (Z) G R 0 3 LBB120 (X), LBB120 (Y), ZEB080 (Z) G R 0 6 LBB120 (X), LBB120 (Y), ZEB100 (Z) G R 0 8 LEB150 (X), LEB150 (Y), ZEB100 (Z) G R 1 0 Steel strip cover All axes without steel strip cover X and - if exist Y-axis with steel strip cover(ip30) N C Stroke X-axis Indicate Stroke (in mm) n n n n Stroke Y-axis With GR: indicate stroke (in mm) n n n n With GL: indicate Stroke Z-axis Indicate stroke (in mm) n n n n Energy supply chain without energy chain inclusive energy chain N E Drive package (Motor, controller, cable) Gearbox (without drive package) Gearbox (Inclusive drive package N A Motor / encoder system Without drive package Resolver Multiturn SinusCosinus (absolute value encoder) Compax3 fieldbus option Without drive package analog and step/direction input Profi bus DP CANopen Ethernet POWERLINK EtherCAT PROFINET N R M N A P C D E F Free length of cable between switch cabinet and cable management Without drive package N cable length 5 m 1 cable length 10 m 2 cable length 15 m 3 cable length 20 m 4 cable length 25 m 5 cable length 30 m 6 cable length 35 m 7 cable length 40 m 8 cable length 45 m 9 15

16 More Information available under: We reserve the right to make technical changes. The data correspond to the current status at the time of printing N8 August Parker Hannifin Corporation Parker Hannifin GmbH Sales and Service Automation Robert-Bosch-Straße 22 D Offenburg, Germany +49 (0)781 / (0)781 / sales.systems@parker.com