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SAFETY REQUIREMENTS FOR E.DO GRIPPER USE

7

Comau Robotics Product Instruction

Remove the e.DO Gripper from the related packaging, proceeding as indicated below:

The e.DO Gripper is packed in a normal cardboard box with pressure lock; no 
special tools are required to remove the packaging;

remove the packaging paying particular attention not to damage the contents;

make sure that all the components indicated in the previous 

Fig. 1.2

 are present 

inside the package;

after removing the packaging, make sure the e.DO Gripper does not show signs of 
damage during transport; if it does, do not install e.DO Gripper and contact the 
Comau Service Centre (see the following address: 
edo.cloud/support-and-contacts/);

the packaging materials must be kept out of reach of children, as they are potential 
sources of danger.

1.2.2

Preliminary requirements and instructions for installation

Before proceeding with the installation of e.DO Gripper:

check that the e.DO Robot is powered off, that the related main switch is open (0 - 
OFF position) and that the power supply cable is disconnected;

The e.DO Gripper is designed and built to be used exclusively in indoor domestic 
/ scholastic environments and protected from atmospheric agents. It is not 
intended for use in industrial or in hazardous environments (e.g. environments with 
potential risks of explosion).

The e.DO Gripper can be used for the execution of programs including small 
operations for handling small and non-dangerous objects, compatibly with the 

General technical features

 of the e.DO Gripper and of the e.DO Robot. Depending 

on the nature and features of the handled items (configuration, weight, etc.), after 
the evaluation performed by the User there can be needed the installation of 
perimeter protective guards, that prevent the reaching of the Robot by the 
surrounding people, and an additional emergency push-button outside the guards 
themselves (see 

par. 3.4

);

carry out the e.DO Gripper installation as indicated in the 

e.DO Gripper installation 

procedure

.

Do not handle the e.DO Gripper and perform the installation working with wet or damp 
hands or feet.

Summary of Contents for e.DO

Page 1: ...per Safety requirements technical features and assembly and integration instructions Requirements technical features and instructions for safe installation and use of the e DO Gripper CR00758190 en_00...

Page 2: ...p A Any reproduction even partial is prohibited without prior written authorization from COMAU S p A COMAU reserves the right to modify without notice the features of the product presented in this ha...

Page 3: ...eneral technical features 10 e DO Gripper diagrams and drawings 11 e DO Gripper mechanical drawings dimensions workspaces 11 Flange hole diagram for e DO Gripper fixing 13 Electrical diagram of e DO G...

Page 4: ...MENTS FOR E DO GRIPPER USE 1 SAFETY REQUIREMENTS FOR E DO GRIPPER USE In this chapter are summarized minimum safety requirements to be followed during the e DO Gripper use Certification Before using D...

Page 5: ...roperly installed and integrated on the e DO Robot it complies with the requirements of the following Community Directives DIRECTIVE 2006 42 EC OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 17 May...

Page 6: ...oval and preliminary checks The e DO Gripper packaging contains q ty 1 e DO Gripper q ty 1 CAN network connection cable q ty 1 e DO Gripper power supply cable q ty 2 socket hex head screws M3x8 q ty 2...

Page 7: ...obot is powered off that the related main switch is open 0 OFF position and that the power supply cable is disconnected The e DO Gripper is designed and built to be used exclusively in indoor domestic...

Page 8: ...pper see par 2 2 e DO Gripper diagrams and drawings on page 11 and Fig 1 7 Robot workspace in 6 axes configuration on page 16 and Fig 1 8 Robot workspace in 4 axes configuration on page 17 on the Robo...

Page 9: ...he Robot wrist disassemble the Robot following the assembly instructions in reverse order when present perform the disposal of the Robot e DO Gripper and various components in accordance with the law...

Page 10: ...friction factor of the neoprene covered fingers grabbing a steel object Description Feature Type 2 finger fingertips Gripper Weight 180 g Stroke Without neoprene fingertip cover 81 mm With neoprene f...

Page 11: ...ns workspaces Flange hole diagram for e DO Gripper fixing 2 2 1 e DO Gripper mechanical drawings dimensions workspaces The following drawings show the dimensions of the e DO Gripper dimensions in mm D...

Page 12: ...Comau Robotics Product Instruction 12 E DO GRIPPER TECHNICAL FEATURES Fig 2 2 Dimensions of closed e DO Gripper 25 26 79 4 39 73 14 2 50 2 50 50 32 132 5 20 50 50 50 R 3 5...

Page 13: ...truction 2 2 2 Flange hole diagram for e DO Gripper fixing The following drawing shows the diagram of holes present on the e DO Gripper flange to be used for the e DO Gripper fixing to the e DO Robot...

Page 14: ...y to be performed on the e DO Gripper electronic board PCB in order to allow its correct operation Fig 2 4 Electrical diagram of e DO Gripper connection View Description A BUS OUT connector B BUS IN c...

Page 15: ...e guards for the use of the e DO Gripper for handling purpose 3 1 Equipment and material required For e DO Gripper installation the following equipment is necessary e DO Gripper q ty 2 socket hex head...

Page 16: ...ot in calibration position vertical position as in the figure Representative figure illustrating e DO Robot in calibration position At the end of the movement shut down the e DO position the main swit...

Page 17: ...g resistor from the electronic board PCB of the last Robot joint f Insert the end with 2 connectors D CAN SUPP and CAN SIGN of the CAN network connection cable and power supply cable E included with e...

Page 18: ...upply cable E to the connector F of the last Robot joint electronic board PCB the same connector from which at step e terminating resistor was removed i Insert the end with 2 connectors D CAN SUPP and...

Page 19: ...the e DO Gripper k By means of a 2 5 mm Allen wrench fix the e DO Gripper to the last Robot joint flange using q ty 2 screws K M3x12 electronic board PCB side q ty 2 screws L M3x8 side opposite to th...

Page 20: ...g from the last Robot joint to the related connectors present on the e DO Gripper electronic board PCB as shown in the figure n Connect the 2 connectors P 2 PIN and Q 4 PIN of the power supply cable a...

Page 21: ...rd PCB as shown in the figure p Reposition the plastic protective cover of the e DO Gripper electronic board PCB no tools assembly During the repositioning of the plastic protective cover pay particul...

Page 22: ...he plastic protective cover U of the last Robot joint by using the two socket hex head screws V M3x8 After the mechanical installation of the e DO Gripper it is necessary to perform some identificatio...

Page 23: ...onnect e DO to the power supply mains and perform the power up access the related app and perform the connection via Wi Fi network through appropriate pop up windows select the Robot configuration e D...

Page 24: ...imeter protective guards installation it is also necessary to connect through the J8 connector D on Robot base an additional emergency push button C to be positioned outside the perimeter protective g...

Page 25: ...protective guards to be carried out by the User B Safety limit switch to control the correct positioning of the guard to be installed by the User C Additional emergency push button to be installed by...

Page 26: ...INTEGRATION SOFTWARE ASPECTS For the correct use of the e DO Gripper after the mechanical installation it is necessary to perform some identification and setup operations via dedicated app For furthe...

Page 27: ......

Page 28: ...Made in Comau Integration to instructions...

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