Novitec Swing3D User Manual

Novitec Swing3D User Manual

Novitec Swing3D is a high-speed 3D sensor designed for fast 3D inspection using Laser Triangulation. Its rotating line laser module allows for 3D data acquisition without moving the object. This makes it ideal for applications requiring precise measurements and detailed 3D mapping in various industries, like quality control, automation, and robotics.

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Novitec Swing3D User Manual | Download & Read Online | Manualzz
[Swing3D]
[User Manual]
Copyright ©2023_Ver.1 NOVITEC Co., Ltd.
[Swing3D User Manual]
CONTENTS
1. COPYRIGHT NOTICE OR TRADEMARK .......................................................................................... 4
2. ABOUT THIS DOCUMENT ................................................................................................................ 4
3. IMPORTANT INFORMATION ............................................................................................................ 5
3.1. INSTRUMENT SAFETY INSTRUCTIONS............................................................................................................................................ 5
3.2. OPERATIONAL CONSIDERATIONS................................................................................................................................................... 5
3.2.1. Important Safety Precautions ................................................................................................................................. 5
3.2.2. Handling and Cleaning ............................................................................................................................................. 5
3.2.3. Installation ....................................................................................................................................................................... 5
3.2.4. Performance and Longevity .................................................................................................................................... 6
3.2.5. Connector ........................................................................................................................................................................ 6
4. SWING3D INTRODUCTION .............................................................................................................. 6
5. QUICK START ...................................................................................................................................... 7
5.1. SYSTEM REQUIREMENTS ................................................................................................................................................................. 7
5.2. DOWNLOAD SDK ............................................................................................................................................................................ 7
6. SWING3D CONNECTION AND ENVIRONMENT CONFIGURATION.......................................... 8
6.1. SWING3D CONNECTION ................................................................................................................................................................ 8
6.1.1. Power ................................................................................................................................................................................. 8
6.1.2. Network Cable Connection ..................................................................................................................................... 9
6.2. INSTALL SDK ..................................................................................................................................................................................10
6.2.1. Execute the Swing3D Setup Installer ................................................................................................................10
6.2.2. Choose the Swing3D SDK install location .....................................................................................................10
6.2.3. Complete the Swing3D SDK install ...................................................................................................................11
6.3. NETWORK SETTINGS......................................................................................................................................................................11
6.3.1. Setting Up a Network in a DHCP Environment ...........................................................................................11
6.3.2. Static IP Settings.........................................................................................................................................................11
7. APPENDIX .......................................................................................................................................... 14
7.1. SWING3D – XS SPECIFICATIONS ................................................................................................................................................14
7.2. SWING3D – S SPECIFICATIONS ...................................................................................................................................................15
7.3. SWING3D – M SPECIFICATIONS .................................................................................................................................................16
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7.4. SWING3D – L SPECIFICATIONS ...................................................................................................................................................17
7.5. SWING3D – XS DIMENSIONS .....................................................................................................................................................18
7.6. SWING3D – S DIMENSIONS ........................................................................................................................................................19
7.7. SWING3D – M DIMENSIONS ......................................................................................................................................................20
7.8. SWING3D – L DIMENSIONS ........................................................................................................................................................21
8. FIGURE INDEX .................................................................................................................................. 22
9. TABLE INDEX..................................................................................................................................... 23
10. REVISION HISTORY ....................................................................................................................... 23
11. CONTACT ......................................................................................................................................... 23
Copyright ©2023_Ver.1 NOVITEC Co., Ltd.
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[Swing3D User Manual]
1. Copyright notice or Trademark
All information provided in this manual is believed to be accurate and reliable. No responsibility is assumed
by Novitec Co., Ltd. For its use. Novitec Co., Ltd. Reserves the right to make changes to this information
without notice. Reproduction of this manual in whole or in part, by any means, is prohibited without prior
permission having been obtained from Novitec Co., Ltd.
All other trademarks or intellectual property mentioned herein being to their respective owners.
2. About this document
This document is for those new to the Swing3D. This document introduces the basic information required
to use the Swing3D – Provides instructions for installing H/W and S/W.
API documentation and example project for programming requirements.
For more information, please visit Novitec Technical Support Cafe.
(https://cafe.naver.com/novitecsupport)
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3. Important Information
3.1. Instrument Safety Instructions
-
We are not responsible for any damage caused by user negligence or the connection of other
equipment.
-
Please handle the swing3D carefully. Be careful of strong shocks, storage in inappropriate environments,
etc.
-
Do not use accessories that are not recommended because they may pose a risk.
3.2. Operational Considerations
3.2.1. Important Safety Precautions
-
Please check the specifications for each product and use a power supply with the appropriate specifications.
-
Use the product separately from heat sources such as radiators, heaters, stoves, or other products (amplifiers,
etc.).
-
Be careful not to allow flammable substances, water, or metal to enter the swing3D.
-
Do not use the swing3D with the swing3D modified or the exterior cover removed.
-
Don't use the swing3D in places where there is thunder or lightning.
-
When using the swing3D outdoors, protect it from moisture (rain/snow, etc.).
-
Board Level Precautions
◼
Please take care to avoid electrical shocks such as ESD.
◆
To avoid electrical shock, use ground (GND) etc.
◆
Be careful not to contain plastic, vinyl, styrofoam, etc. in the circuit board.
◆
Do not touch parts on the circuit board with hands or conductive devices.
3.2.2. Handling and Cleaning
-
Do not attempt to disassemble the swing3D.
-
When replacing or removing lenses or filters, be careful not to allow water or dust to enter.
-
Use a blower or lens brush to remove dust from the lens or optical filter.
-
Do not disassemble the front flange.
-
Clean the case with a soft dry cloth.
-
Do not use benzene, sour, alcohol, liquid, and spray type cleaners.
3.2.3. Installation
Avoid installing or storing the swing3D in the following locations.
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Environment that is directly exposed to sunlight, rain, or snow.
-
Environment with flammable or corrosive gases.
-
Excessive temperature or low temperature environment (recommended ambient temperature: 0 to 45 °C)
-
Environment with humid or dusty.
-
Environment subject to excessive vibration or shock.
-
Environment exposed to strong electric or magnetic fields.
-
Environment where the swing3D is installed facing the sun or other strong light sources.
-
In case of unfavorable environment, be sure to inquire about the installation environment before installation.
3.2.4. Performance and Longevity
Please configure the environment that meets the swing3D operation specifications. If the ambient temperature is
high, the service life may be shortened due to deterioration of the parts. In that case, you also need to consider the
cooling system.
3.2.5. Connector
-
When connecting I/O connectors, be careful with the connection so that the wires fit well.
-
Make sure the power is turned off before connecting or disconnecting the I /O connector.
-
To avoid damaging the connector, do not pull by holding the electric wire, etc.
4. Swing3D Introduction
Swing3D is a high-speed 3D sensor optimized for high-speed 3D inspection using Laser Triangulation. The
Rotating Line Laser module enables 3D data acquisition in a stationary state.
Please refer to Chapter7 Appendix for swing3D specifications.
<Figure> 1. Swing3D
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5. Quick Start
5.1. System Requirements
-
OS: Microsoft Windows 10(64bit)
5.2. Download SDK
The SDK provided supports C++.
SDK can be downloaded from our website.
(https://www.novitec.co.kr/its/sub/support03.php?category=SDK)
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6. Swing3D Connection and Environment Configuration
6.1. Swing3D Connection
On the back of the swing3D, there is a power connector and a network connector as shown below.
<Figure> 2. Swing3D Rear Port
6.1.1. Power
The swing3D uses 24V power.
Connect the power to the 12pin power cable, Connect the power cable to the swing3D.
Pin map of power cable of swing3D is as follows.
<Figure> 3. Power Pin Map
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Pin
signal
Description
1
Power
Power(24V)
2
Power
Power(24V)
3
Power
Power(24V)
4
Power
Power(24V)
5
GND
Ground
6
GND
Ground
7
GND
Ground
8
GND
Ground
9
-
-
10
-
-
11
-
-
12
-
-
<Table> 1. Power Pin Map
6.1.2. Network Cable Connection
Connect the network cable to the swing3D and PC.
When using DHCP, connect the cable to the router/switch/hub connected to the network where the swing3D and
DHCP server are located.
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6.2. Install SDK
Execute the provided Swing3D Setup Installer to install the SDK.
6.2.1. Execute the Swing3D Setup Installer
<Figure> 4. Execute Swing3D Setup Installer
6.2.2. Choose the Swing3D SDK install location
<Figure> 5. Choose the Swing3D SDK install location
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6.2.3. Complete the Swing3D SDK install
<Figure> 6. Completed the Swing3D SDK install.
6.3. Network Settings
The option to set the swing3D IP Address from the factory defaults to DHCP and Link Local Address. If the
DHCP connection fails, the IP Address is set to the link-local address.
6.3.1. Setting Up a Network in a DHCP Environment
DHCP is set to default when the swing3D ships. No separate settings are required if the swing3D is connected to a
network with a DHCP server on first use.
6.3.2. Static IP Settings
If you connect your swing3D directly to your PC, you will need the IP settings of your swing3D and PC network
adapter.
6.3.2.1. PC Network Adapter IP Settings
①
Open control panel and click “View network status and tasks” below “Network and Internet”.
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<Figure> 7. Control Panel
②
Click “Change adapter settings” on the left side of the screen.
<Figure> 8. Control Panel – View network status and tasks
③
Right Click on the network to which the swing3D is connected and select “Properties” from the menu.
<Figure> 9. Network Right Click Menu
④
When the Ethernet properties appears, select “Internet Protocol Version 4(TCP/IPv4)”, and click
“Properties”.
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<Figure> 10. Ethernet Properties
⑤
In the Internet Protocol Version 4(TCP/Ipv4) properties, click the “Use the following IP address” radio
button and set the IP address and subnet mask that you want to use.
When using static IP, usually use private IP address class C. The C class ranges from 192.168.0.0 to
192.168.255.255.
<Figure> 11. IPv4 Settings
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7. Appendix
7.1. Swing3D – XS Specifications
Laser Wavelength
450 nm
Laser Output Power
0~70 mW
Normal Mode - Clearance distance
405 mm
Normal Mode - Measurable depth distance
225 mm
Normal Mode - FOV
Near: 256 x 290 mm
Far: 268 x 442 mm
Extended Mode - Clearance distance
340 mm
Extended Mode - Measurable depth distance
360 mm
Extended Mode - FOV
Near: 180 x 246 mm
Far: 271 x 489 mm
3D acquisition time
<1000mSec
Dimension / Weight
94 x 80 x 308 mm / 1.6kg
Baseline
239 mm
Interface
Gigabit Ethernet
<Table> 2. Swing3D - XS Specification
<Figure> 12. Swing3D – XS FOV
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7.2. Swing3D – S Specifications
Laser Wavelength
450 nm
Laser Output Power
0~70 mW
Normal Mode - Clearance distance
650 mm
Normal Mode - Measurable depth distance
360 mm
Normal Mode - FOV
Near: 392 x 463 mm
Far: 453 x 704 mm
Extended Mode - Clearance distance
540 mm
Extended Mode - Measurable depth distance
580 mm
Extended Mode - FOV
Near: 284 x 389 mm
Far: 472 x 777 mm
3D acquisition time
<1000mSec
Dimension / Weight
94 x 80 x 338 mm / 1.7kg
Baseline
273 mm
Interface
Gigabit Ethernet
<Table> 3. Swing3D - S Specification
<Figure> 13. Swing3D – S FOV
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7.3. Swing3D – M Specifications
Laser Wavelength
450 nm
Laser Output Power
0~500 mW
Normal Mode - Clearance distance
1200 mm
Normal Mode - Measurable depth distance
670 mm
Normal Mode - FOV
Near: 702 x 833 mm
Far: 868 x 1290 mm
Extended Mode - Clearance distance
990 mm
Extended Mode - Measurable depth distance
1090 mm
Extended Mode - FOV
Near: 511 x 689 mm
Far: 921 x 1434 mm
3D acquisition time
<1000mSec
Dimension / Weight
94 x 80 x 470 mm / 2.2kg
Baseline
403 mm
Interface
Gigabit Ethernet
<Table> 4. Swing3D - M Specification
<Figure> 14. Swing3D – M FOV
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7.4. Swing3D – L Specifications
Laser Wavelength
450 nm
Laser Output Power
0~500 mW
Normal Mode - Clearance distance
2300 mm
Normal Mode - Measurable depth distance
1280 mm
Normal Mode - FOV
Near: 1334 x 1579 mm
Far: 1650 x 2456 mm
Extended Mode - Clearance distance
1900 mm
Extended Mode - Measurable depth distance
2100 mm
Extended Mode - FOV
Near: 970 x 1304 mm
Far: 1755 x 2745 mm
3D acquisition time
<1000mSec
Dimension / Weight
94 x 80 x 832 mm / 2.5kg
Baseline
765 mm
Interface
Gigabit Ethernet
<Table> 5. Swing3D - L Specification
<Figure> 15. Swing3D – L FOV
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7.5. Swing3D – XS Dimensions
<Figure> 16. Swing3D – XS Dimensions
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7.6. Swing3D – S Dimensions
<Figure> 17. Swing3D – S Dimensions
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7.7. Swing3D – M Dimensions
<Figure> 18. Swing3D – M Dimensions
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7.8. Swing3D – L Dimensions
<Figure> 19. Swing3D – L Dimensions
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8. Figure Index
<Figure> 1. Swing3D ...................................................................................................................................................................................6
<Figure> 2. Swing3D Rear Port ..............................................................................................................................................................8
<Figure> 3. Power Pin Map .....................................................................................................................................................................8
<Figure> 4. Execute Swing3D Setup Installer ............................................................................................................................... 10
<Figure> 5. Choose the Swing3D SDK install location ............................................................................................................ 10
<Figure> 6. Completed the Swing3D SDK install. ...................................................................................................................... 11
<Figure> 7. Control Panel ...................................................................................................................................................................... 12
<Figure> 8. Control Panel – View network status and tasks ................................................................................................ 12
<Figure> 9. Network Right Click Menu ........................................................................................................................................... 12
<Figure> 10. Ethernet Properties ....................................................................................................................................................... 13
<Figure> 11. IPv4 Settings ..................................................................................................................................................................... 13
<Figure> 12. Swing3D – XS FOV ........................................................................................................................................................ 14
<Figure> 13. Swing3D – S FOV ........................................................................................................................................................... 15
<Figure> 14. Swing3D – M FOV ......................................................................................................................................................... 16
<Figure> 15. Swing3D – L FOV ........................................................................................................................................................... 17
<Figure> 16. Swing3D – XS Dimensions......................................................................................................................................... 18
<Figure> 17. Swing3D – S Dimensions ........................................................................................................................................... 19
<Figure> 18. Swing3D – M Dimensions.......................................................................................................................................... 20
<Figure> 19. Swing3D – L Dimensions ............................................................................................................................................ 21
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9. Table Index
<Table> 1. Power Pin Map ........................................................................................................................................................................9
<Table> 2. Swing3D - XS Specification ............................................................................................................................................ 14
<Table> 3. Swing3D - S Specification .............................................................................................................................................. 15
<Table> 4. Swing3D - M Specification ............................................................................................................................................. 16
<Table> 5. Swing3D - L Specification ............................................................................................................................................... 17
<Table> 6. Revision History Table ...................................................................................................................................................... 23
10. Revision history
Date
Version
Description
2023.03.28
V1.0
Initial Release
Note
<Table> 6. Revision History Table
11. Contact
• Address: 30-18, Baekjegobun-ro 39-gil, Songpa-gu, Seoul, South-Korea
• Tel
: +82-70-7122-1000
• Fax
: +82-70-7159-1315
• Website: http://www.novitec.co.kr
• E-mail : Technical Support – [email protected]
Sales Inquiries – [email protected]
Copyright ©2023_Ver.1 NOVITEC Co., Ltd.
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Key Features

  • High-speed 3D inspection
  • Laser Triangulation
  • Rotating Line Laser
  • Stationary data acquisition
  • Gigabit Ethernet interface
  • Multiple model sizes
  • Normal and Extended modes
  • Clearance and depth distance adjustments

Frequently Answers and Questions

What is the maximum depth distance measurable by the Swing3D - XS model?
The maximum measurable depth distance in Normal Mode for the XS model is 225mm, while in Extended Mode it's 360mm.
What type of network connection does the Swing3D use?
The Swing3D utilizes a Gigabit Ethernet connection for data transfer.
What is the purpose of the 'Extended Mode' on the Swing3D?
Extended Mode offers a larger field of view (FOV) and increased depth distance compared to Normal Mode. It allows for capturing wider areas and objects located farther away from the sensor.

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