Automation Technology C5 Series - Using the C5 Heat Sink

91 pages

To Next Page

To Previous Page

C5 Series User Manual Rev. 1.4



Using the C5 Heat Sink

AT provide a specially designed heat sink to improve the cooling of C5 cameras in

applications lacking sufficient thermal dissipation.

Absolute thermal resistance for camera housing: R

= 5 [K / W]

Absolute thermal resistance for heat sink: R

= 3.75 [K / W]

Main Page

Default Chapter3
- Table of Contents3
- C5 Series Overview7
Introduction7
The C5 Series General Specifications8
- The Sensor Specifications10
- The Sensors Spectral Response15
- Temperature Range (Operation/Storage)16
- Heat Dissipation16
  - General Guidelines for Heat Dissipation16
  - Using the C5 Heat Sink17
- Mechanical Drawings18
- Lens Protection Tubes for the C5 Series23
- Subpixel Limitations24
- C5 Series Operational Reference25
Measuring Principle25
- Geometry 125
- Geometry 226
- Geometry 326
- Geometry 427
The C5 Sensor Algorithms28
- The Image Mode (IMG)28
- The Maximum Intensity Profile Mode (MAX)29
- The Threshold Mode (TRSH)30
- The Center of Gravity Mode (COG)31
- The FIR Peak Mode (FIR PEAK)32
The FIR Filter Function33
The High Dynamic Range 3D Feature (HDR-3D)34
- Multipleslope Function34
The Data Output Format38
- The Data Channel Assignment DC0, DC1 and DC238
- The Output Frame Structure40
  - Index Definition41
  - Examples of Output Frame Structure41
The Advanced AOI Functions44
- AOI-Search44
- AOI-Tracking44
The C5 Series Triggering Mode45
- Description of Profile Trigger Modes45
- Trigger Control - RS422 Resolver46
- Description of Modes for Triggering of Sequencer/Frame and Profile Acquisition48
The C5 Series Chunk Data Mode50
- General Description50
- Payload Layout in Chunk Data Mode51
- XML Descriptors and ID's52
- Chunk Data Structure53
The Gige-Vision Events54
The Web Interface55
The External C5-IO-Panel (Breakout Board)57
- Mechanical Drawings57
- Clamp Configuration58
- Mechanical Dimension59
The C5 Series I/O Schematics60
- I/O and Encoder with Differential TTL-Mode for RS422 (Standard)60
- I/O and Encoder with Differential HTL-Mode for RS422 (Option)61
- I/O and Encoder with Single Ended HTL or TTL Mode for RS422 (Option)62
- Part Number for I/O and Encoder Option63
  - Encoder / Resolver Input Specification63
- Laser Connection with Analog and Digital Modulation64
- Master/Slave Connection65
  - Example Configuration for Master/Slave Connection65
The Digital Outputs66
The C5-Gige Interface67
- The Gige Interface67
- The I/O & Power Interface68
- Description of Leds69
The C5 Series Cables70
- Cables for Power, I/O and Laser Control70
- Wire Assignment of M12 17 Pin Pigtail Cable71
- Cables for Gige Interface72
- Orientation of Angled Adapter Cable74
The C5 Series Genicam Features75
- Device Control75
- Image Format Control75
- Acquisition Control75
- Camera Control75
- Light Control76
- Camera IO76
- Trigger Control77
  - RS422 Resolver77
  - Autostart77
- Transport Layer Control77
  - Gige Vision77
- User Set Control77
- Chunk Data Control77
- Event Control77
- File Access Control77
Additional Features for Scatter Firmware78
- C5-2040-SCT-Gige78
- Cxexplorer Overview82
The Cxexplorer82
Cxexplorer Features83
- Image Wizard83
- Image Mode84
- 3D Wizard84
- 3D Mode85
- Quickstart a C5 Camera86
- Cxsoftware Development Kit87
- Service Information88
Product Information and Updates88
Warranty Conditions89
- Warranty Period89
- Extended Warranty89
Return Policy89
Document Revision90

Automation Technology C5 Series - Using the C5 Heat Sink

Table of Contents