SICK nanoScan3 I/O Operating Instructions Manual Download Page 32

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Ordering information

10.1

Scope of delivery

Table 6: Software scope of delivery

nanoScan3 Tool - URCap

Provided upon purchase.

Operating instructions

10.2

Ordering information

Suitable components for the configuration software

Table 7: Ordering information for safety laser scanner

Product

Type code

Part number

nanoScan3 Core I/O safety laser scanner

NANS3-AAAZ30AN1

1100333

nanoScan3 Pro I/O safety laser scanner

NANS3-CAAZ30AN1

1100334

Table 8: Ordering information for system plug

Accessories for

Connection type

Type code

Part number

Device

Part number

nanoScan3 Core
I/O

1100333

Cable with plug con‐
nector
M12 Ethernet connec‐
tion

NANSX-AAABAEZZ1 2104949

nanoScan3 Pro I/O 1100334

Cable with plug con‐
nector
M12 Ethernet connec‐
tion

NANSX-AAACAEZZ1

2104860

Table 9: Brackets ordering information

Part

Part number

Mounting kit 1b (with protection for optics cover)

2111768

ORDERING INFORMATION

O P E R A T I N G I N S T R U C T I O N S | nanoScan3 Tool - URCap

8025720/1A9R/2020-12-15 | SICK

Subject to change without notice

Summary of Contents for nanoScan3 I/O

Page 1: ...O P E R A T I N G I N S T R U C T I O N S nanoScan3 Tool URCap Safety System ...

Page 2: ...ible within the limits of the legal determination of Copyright Law Any modi fication abridgment or translation of this document is prohibited without the express written permission of SICK AG The trademarks stated in this document are the property of their respective owner SICK AG All rights reserved Original document This document is an original document of SICK AG 2 O P E R A T I N G I N S T R U...

Page 3: ...nstallation 14 5 1 Installing nanoScan3 Tool URCap 14 6 Configuration 15 6 1 Requirements for software and functional scope 15 6 2 Configuration of the robot controller 15 6 2 1 Setting password for switching operating modes 15 6 2 2 Configuring inputs of the robot controller 15 6 2 3 Configuring network 16 6 3 Configuring the safety laser scanner 17 6 3 1 Starting nanoScan3 Tool configuration sof...

Page 4: ...to device 26 6 3 6 Checking configuration 26 7 Commissioning 28 7 1 Safety 28 7 2 Performing commissioning at a new location 28 8 Troubleshooting 30 8 1 Error messages on the start screen 30 8 2 Carry out diagnosis 30 8 3 Displaying last verified report 30 9 Technical data 31 9 1 Data sheet 31 10 Ordering information 32 10 1 Scope of delivery 32 10 2 Ordering information 32 11 Accessories 33 11 1 ...

Page 5: ...minent danger which will lead to death or serious injuries if not prevented WARNING Indicates a situation presenting possible danger which may lead to death or serious injuries if not prevented CAUTION Indicates a situation presenting possible danger which may lead to moderate or minor injuries if not prevented NOTICE Indicates a situation presenting possible danger which may lead to property dama...

Page 6: ...her languages Operating instructions and mounting instructions of SICK components suitable for the safety system Guide for Safe Machinery Six steps to a safe machine 1 ABOUT THIS DOCUMENT 6 O P E R A T I N G I N S T R U C T I O N S nanoScan3 Tool URCap 8025720 1A9R 2020 12 15 SICK Subject to change without notice ...

Page 7: ...s for the qualification of personnel Only qualified safety personnel may use the configruation software nanoScan3 Tool URCap to design configure commission and diagnose safety related devices device groups or system configurations Project planning For project planning a person is considered competent when he she has expertise and experience in the selection and use of protective devices on machine...

Page 8: ...e workspace but at different times cooperation see Human robot interaction The robot works at a fixed position If the robot is mounted on a moving table the safety laser scanner must be mounted on the same table The application requires a protective field 3 m Access to the hazardous area must be designed so that the protective fields of the safety laser scanner cover the entire point of access to ...

Page 9: ... Stop Field radius Overview The Stop Field radius value determines the maximum extension of protective field PF1 The value is calculated from the radius of the robot hazardous area and the minimum distance to the hazardous area Detection in protective field PF1 activates the Trigger protective stop function You must calculate Stop Field radius so that the robot comes to a standstill in the event o...

Page 10: ...n millimeters mm C 1 200 mm 0 4 protective field height mm At a protective field height of 300 mm 1 080 mm 1 Value in delivery state Check the actual value with operating instructions 8024594 2 Is not required in all applications Calculating radius of the hazardous area of the robot SR b Calculate the radius of the hazardous area of the robot SR The radius is composed of the scanning range of the ...

Page 11: ...f must be 0 mm In principle you can freely design SDiff However SDiff has a retroactive effect on the minimum distance to hazardous area SPF1 SDiff 912 mm To calculate the minimum distance to hazardous area SPF1 use the robot stopping time at maximum speed Normal Mode SDiff 912 mm To calculate the minimum distance to hazardous area SPF1 use the robot stopping time at safety related monitored speed...

Page 12: ... the robot The robot must be mounted at a fixed position If the robot is mounted on a moving table the safety laser scanner must be mounted on the same table The robot and the safety laser scanner must always be positioned in the same relationship to each other If the position of the robot is changed the protective fields must be reestablished because the environment of the system has changed 4 1 ...

Page 13: ...nents of the safety system see operating instructions of the components The check must detect if it is possible to enter the hazardous area without being detected Such possibilities may exist due to modifications manipulations or exter nal influences In many cases depending on the application conditions the risk assessment can determine that further thorough checks are required The thorough checks...

Page 14: ...ect USB stick to robot controller 3 In the robot control Hamburger menu SETTINGS SYSTEM URCAPS PLUS icon 4 Search for and select nanoScan3_Tool_ urcap file 5 Click on OPEN 6 Reboot robot controller 5 INSTALLATION 14 O P E R A T I N G I N S T R U C T I O N S nanoScan3 Tool URCap 8025720 1A9R 2020 12 15 SICK Subject to change without notice ...

Page 15: ...ween the operating modes using the icon at the top right You must enter the password defined above to change to Manual operating mode 6 2 2 Configuring inputs of the robot controller Prerequisites Robot is in manual operating mode Approach 1 Select Installation in the robot controller 2 Under Safety select the I O menu item 3 Assign the functions to the inputs Input Signal Function Assignment conf...

Page 16: ...ger icon 2 Under System click on Network 3 Activate Static Address 4 Configure network settings as desired The subnet address specified here must match the subnet address configured in the nanoScan3 Tool URCap configura tion software 6 CONFIGURATION 16 O P E R A T I N G I N S T R U C T I O N S nanoScan3 Tool URCap 8025720 1A9R 2020 12 15 SICK Subject to change without notice ...

Page 17: ... of fields The fields are configured in the layout screen You can then check and transfer the configuration The fields must be reconfigured as soon as the position or the environ ment of the robot is changed 6 3 3 General configuration 6 3 3 1 Logging in 6 3 3 1 1 Logging in as service technician Approach 1 In the start screen click on Settings The Settings dialog is displayed 2 During the first l...

Page 18: ... Alternatively click on the table 2 In the Width and Length fields enter the table dimensions The table display is adjusted 3 Click on Apply The Success dialog is displayed Confirm dialog to continue 6 3 3 3 Configuring position of the robot Prerequisites You are registered as a service technician Approach 1 Click on the Robot tab Alternatively click directly on the robot 2 In the X and Y fields c...

Page 19: ... robot Reduced Field radius The calculated minimum distance for trig gering the safety rated monitored speed Stop Field radius The calculated minimum distance for trig gering the protective stop 4 Click on Apply The Success dialog is displayed Confirm dialog to continue Complementary information Safety relevant values are marked with the following symbol Further topics Calculating value for Stop F...

Page 20: ...n be used to track which user performed commissioning 6 Click on Apply The Success dialog is displayed Confirm dialog to continue 6 3 3 7 Configuring the safety laser scanner 6 3 3 7 1 Assigning safety laser scanners Prerequisites You are registered as a service technician Approach 1 In the graphic overview click on the free placeholder e g A Free placeholders are gray A list of available and not ...

Page 21: ...he coordinate system lower left table corner and the center point of the safety laser scanner The center point of the safety laser scanner is marked on the top side 4 In the Rotation field enter the alignment of the safety laser scanner in degrees The entered alignment of the safety laser scanner is displayed with a mark in the preview This mark must correspond to the 90 mark on the top of the saf...

Page 22: ...s are optional and not required for operation of the safety system Prerequisites You are registered as a service technician Approach 1 Click on the desired safety laser scanner Placeholders with assigned safety laser scanner are orange 2 Click on Name 3 In the Name field enter the desired name 4 Click on Apply The Success dialog is displayed Confirm dialog to continue 6 3 3 7 4 Configuring the con...

Page 23: ...ware 6 3 3 8 Verifying settings Prerequisites You are registered as a service technician Approach 1 Click on Verify The Plausibility Checks window is displayed The software automatically checks whether the configuration is plausible A failed test is labeled with the following symbol In some cases you can navigate directly to the corresponding setting by clicking on the following icon 2 Click on Pr...

Page 24: ...combined with the results of the scan to automatically generate the fields Figure 10 Before teach in Figure 11 After teach in 6 3 4 3 Defining walls Overview With the Walls functions areas can be excluded from monitoring This allows you to take into account physical guards that could not be detected by the safety laser scanner when teaching in the area e g fences or covers made of acrylic glass It...

Page 25: ... The area has been scanned Free Fields mode is active Settings Approach 1 Click on Fields 2 In the preview click on the position where the circle is to be placed 2 circles with different radii are displayed The inner circle is for the protective field for the Trigger protective stop function 3 Use the displayed tools to configure the circles as desired and confirm by ticking the check mark see fig...

Page 26: ...the configuration with Yes Configuration is being transferred to the device 6 3 6 Checking configuration Overview You can check the configuration in the Commissoning screen The view shows the real time data of the safety laser scanner Important information DANGER Unmonitored areas The robot does not stop or does not stop on time b Perform test carefully b This requires appropriate expertise and ex...

Page 27: ...ction in field The Stop Field switches inputs CI0 and CI1 If available the Reduced Field switches the inputs CI2 and CI3 Access to the hazardous area is only possible through the Stop Field It is not possible to bypass the fields e g by stepping over them It is not possible to stay in the hazardous area without being detected in the Stop Field 2 Click on Next Figure 15 Check configuration CONFIGUR...

Page 28: ... not stop or not on time b Ensure that the fields are only configured by users who can evaluate a safe working condition Approach Configuring fields short description 1 In the start screen click on Next The layout screen is displayed 2 Scan the area 3 If necessary define areas not to be monitored with the Walls function 4 When Free Fields mode is activated in the general settings define the fields...

Page 29: ...area page 24 Defining walls page 24 Drawing fields manually page 25 Transferring configuration to device page 26 Checking configuration page 26 COMMISSIONING 7 8025720 1A9R 2020 12 15 SICK O P E R A T I N G I N S T R U C T I O N S nanoScan3 Tool URCap 29 Subject to change without notice ...

Page 30: ...cabling and type of the connected safety laser scanner Check network configura tion Basic parameters of nanoScan3 configuration suc cessfully loaded Check configuration of the safety laser scan ner Contact SICK if necessary 8 2 Carry out diagnosis Approach 1 Click on Info 2 Click on Diagnostic Diagnostic information is shown 8 3 Displaying last verified report Approach 1 Click on Info 2 Click on L...

Page 31: ...ted Universal I O 1 Warning field Universal I O 2 OSSD pair 2 OSSD A OSSD 2 A Universal I O 3 OSSD pair 2 OSSD B OSSD 2 B 1 In principle these parameters can be configured on the safety laser scanner In this safety system however the parameters are permanently set to the specified values TECHNICAL DATA 9 8025720 1A9R 2020 12 15 SICK O P E R A T I N G I N S T R U C T I O N S nanoScan3 Tool URCap 31...

Page 32: ...r NANS3 CAAZ30AN1 1100334 Table 8 Ordering information for system plug Accessories for Connection type Type code Part number Device Part number nanoScan3 Core I O 1100333 Cable with plug con nector M12 Ethernet connec tion NANSX AAABAEZZ1 2104949 nanoScan3 Pro I O 1100334 Cable with plug con nector M12 Ethernet connec tion NANSX AAACAEZZ1 2104860 Table 9 Brackets ordering information Part Part num...

Page 33: ...m cable RJ45 male connector YM2D24 020PN1MRJA4 2106182 Male connector straight 5 m cable RJ45 male connector YM2D24 050PN1MRJA4 2106184 Male connector straight 10 m cable RJ45 male connector YM2D24 100PN1MRJA4 2106185 ACCESSORIES 11 8025720 1A9R 2020 12 15 SICK O P E R A T I N G I N S T R U C T I O N S nanoScan3 Tool URCap 33 Subject to change without notice ...

Page 34: ...nd machinery in which a person can be exposed to a hazard ISO 12100 OSSD Output signal switching device signal output for the protective device which is used for stopping the dangerous movement An OSSD is a safety switching output The functionality of each OSSD is tested periodically OSSDs are always connected in pairs and must undergo dual channel analysis for safety reasons An OSSD pair is forme...

Page 35: ...also known as the sensor detection capability is the minimum size of an object for it to be reliably detected Response time The protective device s response time is the maximum time between the occurrence of the event leading to the sensor s response and supply of the switch off signal to the protective device s interface for example OFF state of the OSSD pair Safety function Function of a machine...

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