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Related Manuals for Cognex GigE CAM-CIC-4KL-28-G-1
Summary of Contents for Cognex GigE CAM-CIC-4KL-28-G-1
- Page 1 GigE Line Scan Camera User’s Manual 2023 August 18 V1.1.0...
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Page 2: Foreword
Foreword Abstract The document briefly describes Cognex GigE Line Scan Industrial Camera, including product introduction, networking, basic parameters and applications for quick operation. Symbol Convention The following symbols may appear in this document, and their meanings are as follows： Symbol... -
Page 3: Important Safety Instructions
Important Safety Instructions Here is the proper use of the product and prevention of dangers as well as loss of property, etc. Be sure to follow the instructions when using. Please do not place or install the device in the location with strong sunlight or near ⚫... -
Page 4: Table Of Contents
Directory Contents Contents Foreword ..........................II Important Safety Instructions ....................III Directory ..........................4 1 Product Overview ....................... 5 1.1 Product Introduction ......................5 1.2 Product Features ......................... 5 1.3 Typical Networking ......................5 1.4 Main Technical Parameters ....................6 1.5 Spectral Curve ........................ -
Page 5: Product Overview
It can work stably in various harsh environments. The device transmits images through Gigabit Ethernet and allows you to use images and set camera parameters through Cognex VisionPro or SDK. Product Features Easy installation, convenient operation, support：... -
Page 6: Main Technical Parameters
Figure 1-1 Typical Networking Main Technical Parameters Main technical parameters of the GigE Line Scan Industrial Camera are as follow: Sheet 1-1 CAM-CIC-4KL-28-G-1 Technical Parameters GigE Mono Line Scan Industrial Camera Sensor Model GPixel GL0402 Sensor Type CMOS Mono/Color Mono Shutter Global Sensor... -
Page 7: Spectral Curve
GigE Mono Line Scan Industrial Camera Storage Temperature: -30 ℃ ～ +80 ℃ ; Operating Temperature Temperature: -30℃ ～ +50℃ 62mm×62mm×44mm (Not including the lens mount and Dimension the rear case connectors) Weight 252g Certification Conforms to CE, FCC, RoHS, GigE Vision V2.0 and GenICam Software GenICam and GigE Vision supported devices Spectral Curve... - Page 8 Operating ambient humidity：20%～80% no condensation. Storage temperature：-30℃～+80℃. Storage humidity：20%～80% no condensation. Please install the device in a stable location indoors, with enough heat dissipation ⚫ space. Please keep certain ventilation. ⚫...
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Page 9: Interface Description
Interface Description Product Dimensions The product dimensions are as follows： Figure 2-1 62mm×62mm×44mm（Unit：mm） Interface Description The back of the device has two interfaces, the network interface and 12pin power as well as I/O interface, as shown below: Figure 2-2 62mm×62mm×44mm Interface Description... -
Page 10: Network Interface
2.2.1 Network Interface Network interface, RJ45 Ethernet port, three-speed Ethernet 10M / 100M / 1000Mbps transmission interface for camera control, data transmission and power supply (POE function). It is best to use shielded twisted-pair Category 6 cable in order to ensure the transmission quality, as well as to prevent too much data retransmission and packet loss phenomenon. -
Page 11: Io Port Electrical Specification
EMC Standard Class A 2.3.2 IO Port Electrical Specification 2.3.2.1 Differential Input Differential Sheet 2-3 input Input voltage Description ±25.0 V Input common-mode voltage range Input differential voltage (A-B). It represents logic 1 200 mV when the value is exceeded. The input status reverses, and the logic status -200 to +200 mV inside the voltage range is unsure. - Page 12 Output voltage Description The output status reverses, and -200 to +200 mV the logic status inside the voltage range is unsure. Differential output voltage -200 mV (A-B). It represents logic 0 when the value is not exceeded For GEN.3 linear array cameras, the differential output contains only Line3. Figure 2-4 Connection of differential output 2.3.2.3 Opto-isolated Input Sheet 2-5 Opto-isolated Input...
- Page 13 2.3.2.4 GPIO Input Sheet 2-5 GPIO Input Voltage Description Max. voltage input, which must not be exceeded. Otherwise, the 26.0 VDC device might be damaged. Safe operating voltage input range (min. 3.3 VDC when an external 0-24.0 VDC pull-up adapter exists) 0-0.8 VDC Logic 0 The input status reverses, and the logic status inside the voltage...
- Page 14 Figure 2-7 Input Circuit of 5V TTL Logic Level 2.3.2.5 GPIO Output Sheet 2-6 GPIO Output Voltage Description Max. voltage. Output voltage cannot exceed the value. Otherwise, the +30.0 VDC device might be damaged. 3.3-24 VDC Safe operating voltage output range <...
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Page 15: Indicator Light Description
Indicator Light Description The indicator light description of the device is shown in Sheet 2-7. Sheet 2-7 Indicator Light Description Status Indicator Description Flashes quickly The device is starting. The address has been allocated, but the application Low light API is not connected to the device. The application API is connected to the device and High light the device is in free-run mode, but there is no image... -
Page 16: Faq
You can solve problems that you may encounter with following instructions: No Cameras Detected Reason: The camera is not started as expected. ⚫ Abnormal network cable connection. ⚫ The camera and the host PC running the client are not in the same network segment. ⚫... -
Page 17: Issues Related To Image Acquiring
Issues Related to Image Acquiring 3.4.1 FailedStream Acquiring The port is not a GigE port and Jumbo is disabled. Trigger is disabled for the camera. Figure 3-1Network connection Issues Related to Debugging and Installation Only a line is captured by the camera: It is possible that the sensor and the scan line are not in parallel. - Page 18 Images of the same type of products have huge differences: The light source is not in parallel with the captured object. We recommend you install the line scan camera horizontally. If the camera is installed slantly, you can install a fixed part to unify the installation angle.
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Page 19: Cleaning And Maintenance
Cleaning and Maintenance This chapter mainly introduces cleaning and replacement of color filter. We have installed a fully transparent protective glass for the mono camera with the main purpose of preventing dust from falling on the surface of the image sensor. The color camera is equipped with a low-pass filter that cuts off to the near-infrared band.
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