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Vision Application Checklist

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Presentation on theme: "Vision Application Checklist"— Presentation transcript:

1 Vision Application Checklist

2 Vision Application Checklist
Collect Key Information Don’t waste time chasing bad opportunities Streamlines communication flow Don’t know what you don’t know PDF form or print out Manage the Customer’s Expectations Qualify the Lead

3 Budget $2451-$3513 $3681-$4743 $1295-$1895 $

4 Compare Features and Vision Tools
Vision Platform Compare Features and Vision Tools

5 Feature Comparison Model iVu Plus TG VE P4 Resolutions 752 x 480
1600 x 1200 (2MP) XVGA, 5MP (Future) 640 x 480 / 1280 x 1024 0.3MP / 1.3MP Tools per Inspection 9 299 - Max Inspections 30 999 Emulator Runtime Editing PC Programming Housing Material PBT Aluminum Aluminum / Stainless Steel Lenses Micro video, C-Mount C-mount Serial Communications ASCII Data Export and Command Channel ASCII Data Export ASCII Data Export and Command Channel Ethernet TCP/IP ASCII Data Export, Command Channel, Image Export ASCII Data Export, Image Export TCP/IP, Image Export FTP Industrial Protocols EtherNet/IP, Modbus/TCP, PROFINET, PCCC EtherNet/IP, Modbus/TCP, PCCC IP Rating IP67 IP20 / IP68

6 Vision Tools Comparison
iVu VE P4 Average Gray BCR Future Bead Blemish Blob (Area) Circle Detect Edge Line Detect Locate Logic Match (Geo) Object Math Tools iVu VE P4 Measure OCR/OCV Future Pattern Tool Sort String Color Tools

7 Contact Information Who is responsible for Proving out the application Installation Training Maintenance ?

8 Inspection Type Presence/Absence Orientation/Position Measurement
Flaw Detection Bead Color Barcode 1D and 2D OCR/OCV

9 Part Presentation How is the target being presented to the camera?
Speed Consistency in positioning

10 Cycle Time - Indexed Indexed Motion = Start – Stop – Start - Stop
Measured in parts per minute or parts per second Typically slower that continuous motion Needed information Index speed

11 Cycle Time - Indexed Needed Information 1 minute 60 seconds 60 seconds
Index speed = 100 part per Minute 1 minute 60 seconds 60 seconds X = = 100 parts 1 minute 100 parts 60 seconds = 0.60 seconds per part 100 parts

12 Cycle Time - Continuous
Continuous = Constant speed Measured in meters per second, meters per minute, centimeters per minute, centimeters per second Needed information Part speed Part spacing (leading edge to leading edge)

13 Cycle Time - Continuous
Needed Information Part speed = 1 meter per second Part spacing = 0.25 meters 0.25 meters 1 second 0.25 seconds X = = 1 part 1 meter 1 part 0.25 seconds = 0.25 seconds per part 1 part

14 Part Presentation Tolerance
X, Y and ϴ Movement ϴ Effects FOV size May need Location Tools Y Z Movement Limited by Focal Depth Effects measurement perspective X Z Focal Length = Focal Depth Focal Length = Focal Depth

15 Best Bad and Worst Good Worst Good Best Bad
Part barely passes expectations Best Bad Part barely fails expectations

16 Describes the parts that Pass and Fail
The customer saying I want the part to look like this is too subjective Look for the pain point Avoid application creep Manage expectations

17 Camera Trigger and Part Rejection
Part Rejection Method How do you plan to eject part? Solenoid Indicator Light PLC input Camera Triggering Source How are you going to tell the camera to capture and image? Photo eye Proximity sensor Encoder PLC HMI Push button This can effect your target presentation tolerance

18 Vision Sensor Mounting
FOV Determined by Working Distance Lens Focal Length WD Determined by Field of View Size Lens Focal Length

19 Lens Charts and Calculators
Search for P/N - Choosing a Lens (VR_P5_S1_E) Search for P/N - iVu Lens Kit (P/N ) iVu Software - iVu Lens Assistant VE Series Technical Documents - 2MP Lens Chart (B_ ) - 1.3MP Lens Chart (B_ ) - WVGA Lens Chart (B_ )

20 Calipers need to be 1 decimal better than the desired tolerance (x 10)
Tolerance vs FOV Calipers need to be 1 decimal better than the desired tolerance (x 10)

21 CONTRAST CONTRAST Color or Geometry Lighting Technique
It’s all about  CONTRAST

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24 Communications /TCP

25 User Interface How is the operator going to interface with Vision Sensor? VE Vision Manager Software Built in display iVu Integrated screen Remote screen VB.Net PresencePLUS PresencePLUS GUI Composite video out

26 Application Description/Sketch

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