What to do if Dalsa Digital Camera acquisition is good but frame rate is lower than expected?
If the Dalsa Digital Camera acquisition appears good but the frame rate is lower than expected, ensure that the lens iris is open. Also, aim the Linea Lite GigE at a bright light source. Finally, verify that the programmed exposure duration is not too short, or set it to maximum.
What to do if Dalsa Digital Camera fails to establish connection with host PC?
If the Dalsa Digital Camera fails to establish connection with the host PC, it may be because a NIC IP is not assigned. In this case, a manual IP address assignment must be made. Another solution is to right-click the GigE server tray icon and select ‘Scan Network’ to update the GigE Vision Device Status and Camera IP.
What to do if Dalsa Digital Camera is connected but a NIC IP is not assigned?
If the Dalsa Digital Camera is connected but a NIC IP is not assigned, open the Teledyne DALSA’s Network Configuration Tool from Window’s Start Menu. Cameras displayed in red require a NIC IP. Click the camera name and Select ‘Device IP Configuration’ tab. Then click Automatic Recovery (Force IP).
What to do if Dalsa Digital Camera shows 'Device Not Available'?
If the Dalsa Digital Camera shows 'Device Not Available', this may be due to a major camera fault or condition such as disconnected power, or a network issue where there is no communication. Review Connecting the Linea Lite GigE Camera to verify required installation steps. If the Linea Lite GigE camera cannot acquire a DHCP, and you're using multiple NIC systems where the NIC for the Linea Lite GigE is using LLA mode, ensure that no other NIC is in or switches to LLA mode. Also, verify that your NIC is running the latest driver available from the manufacturer.
General| Resolution | 2k (2048 pixels) |
|---|---|
| Interface | GigE Vision |
| Sensor Type | CMOS |
| Frame Rate | N/A (Line Scan Camera) |
| Dynamic Range | 60 dB |
| Operating Temperature | 0°C to 50°C |
| Dimensions | 62 mm x 62 mm x 48 mm |
| Bit Depth | 8 or 12 bit |
General introduction to the Linea Lite GigE camera and its applications.
Explanation of TurboDrive technology for high-speed data transfers.
Key features and benefits of the Linea Lite GigE camera.
Information regarding camera firmware and update procedures.
Guide to installing Sapera software for camera control and setup.
Steps for physically connecting the camera to a network.
Explanation of Time Delay Integration technology for image capture.
The default operating mode for camera line output.
Camera mode for enhanced sensitivity by summing sensor rows.
Camera mode for improving signal-to-noise ratio.
Mode for capturing details in both bright and dark image areas.
Mode for synchronized output of multiple sensor rows.
Methods and configurations for triggering image acquisition.
Details on using external signals to trigger camera operations.
Adjusting digital gain and black level for image optimization.
Process of combining pixels to increase light sensitivity.
Using programmable LUTs for image adjustments like gamma.
Compensating for pixel gain and offset variations.
Step-by-step guide for setting up Flat Field Correction.
Detailed explanations of camera features and parameters.
Retrieving camera model, firmware, and identification details.
Configuring sensor-specific parameters like line rate and exposure.
Configuring external inputs, outputs, and trigger actions.
Managing camera counters and timers for acquisition control.
Controls for advanced image processing features.
Configuring pixel format, image cropping, and binning.
Enabling and selecting chunk data (metadata) in image payload.
Managing image acquisition modes and data transfer.
Configuring camera events and notifications.
Configuring GigE Vision transport layer and Ethernet connection.
Configuring host computer GigE Vision networking features.
Uploading firmware updates and configuration files.
Information on network setup, configuration, and tools.
Details on IP address assignment modes like LLA, DHCP, Persistent IP.
Configuration of a static IP address for camera network access.
Tips for optimizing network adapter settings for better performance.
Explanation of the PAUSE Frame feature for Ethernet flow control.
Physical dimensions, mounting details, and connectors of the camera.
Maximum tolerances for sensor alignment in production cameras.
Details on the RJ45 Ethernet and HD15 I/O connectors.
Statements regarding compliance with EC and FCC regulations.
General guide to selecting appropriate lenses for the camera.
Information on supported lens mount standards and adapters.
Specific lens mount information for the GigE 4k model.
Details and specifications for the M42x1 to Nikon F adapter.
Details and specifications for the M42x1 to C-mount adapter.
Graphic illustrating sensor size relative to lens image circle.
Other lens parameters relevant to specific vision applications.
Overview of illumination, light sources, and lens factors for imaging.
Factors affecting image illumination and exposure settings.
Guidelines for selecting and setting up light sources.
How lenses are modeled for camera purposes using primary points.
Understanding lens magnification and image resolution.
Procedures for handling, cleaning, and storing the camera sensor.
Precautions against electrostatic discharge (ESD) damage to the sensor.
Care instructions for the sensor window to maintain image quality.
Techniques and recommendations for cleaning the sensor window.
Information on industrial-grade Ethernet cables for high vibration environments.
Introduction to troubleshooting methods and tools for the camera.
Categorization of common camera installation and setup problems.
Troubleshooting steps when the camera device is not detected.
Diagnosing and resolving IP configuration errors.
Addressing suboptimal performance when the camera is detected.
Diagnosing issues when no error messages appear.
Checking and configuring network device parameters.
Steps to take before requesting technical assistance.
Resolving issues observed after camera installation.
Resolving problems where the camera cannot connect to the host.
Troubleshooting considerations for systems with multiple cameras.
Resolving issues related to camera firmware updates.
Procedure for recovering from power loss during firmware update.
Diagnosing and resolving problems with cables and communication.
Troubleshooting acquisition errors that do not display timeout messages.
Diagnosing issues where the camera fails to expose.
Addressing issues causing lower than expected frame rates.
Troubleshooting scenarios with black images despite proper line rate.
Resolving error messages related to incomplete acquisition frame buffers.
Troubleshooting conflicts or issues related to Cognex VisionPro software.
Contact details and locations for sales inquiries.
Information on how to obtain technical assistance and support.
To Next Page
