What to do if my Specim FX10 Digital Camera shuts down unexpectedly?
If your Specim Digital Camera shuts down unexpectedly, it might be due to the operating temperature being too high. Disconnect the power cord and allow the camera to cool down before attempting to power it up again. If the issue persists, consider adding cooling to prevent repeated temperature increases.
Why is there no signal to data acquisition PC from my Specim FX10 Digital Camera?
If there's no signal to the data acquisition PC from your Specim Digital Camera, here are a few things to check: * **Lens Cap:** Ensure the lens cap has been removed. * **Lens Aperture:** Verify that a standard lens is being used. If a non-standard lens is in use: * Check if the lens aperture can be adjusted. * Make sure the aperture is not set too small.
How to fix poor image quality on my Specim FX10 Digital Camera?
If the image quality of your Specim Digital Camera is poor, it might be due to insufficient illumination. You can try the following: * Add more lighting to your setup. * Increase the integration time.
What to do if my Specim FX10 data is not stored to PC?
If data from your Specim Digital Camera is not being stored to your PC, the save folder may not be defined. Ensure that you define the save folder in LUMO.
Why my Specim FX10 Digital Camera does not start and the LED is blinking?
If your Specim Digital Camera doesn't start and the LED is blinking, it could be due to a boot loop. To resolve this, remove the camera's power cord from the wall socket, wait for a few minutes, and then reconnect the power.
Outlines the basic steps for setting up the camera system.
Describes available mounting options and the mounting kit installation.
Provides instructions for connecting the Camera Link camera and its back panel connectors.
Details the connection process for the GigE camera and its back panel connectors.
Instructions for setting the jumbo frame value for GigE cameras to prevent data corruption.
Explains the two readout modes: Sequential and Simultaneous (interleave).
Explains MROI for reducing pixels, increasing frame rate, and its variations across models.
Introduction to how triggers control exposure and the need for external trigger cables.
Explains trigger control for exposure and the use of power cable versions for external triggering.
Lists available trigger sources: Free running, Interface Trigger, and I/O Trigger.
Explains how exposure time is determined by camera or trigger signal.
Details the timing diagram for external trigger mode with camera-controlled exposure.
Explains timing for external trigger mode with pulse width controlled exposure.
Overview of camera image corrections: AIE and Offset/hot pixel correction.
Explains AIE for unifying spectral bands and minimizing keystone/smile.
Details offset correction for reducing fixed pattern noise and removing hot pixels.
How to use LFSR mode and histograms to diagnose system quality and transmission errors.
Step-by-step guide for configuring MROI using Lumo software console.
Instructions for enabling or disabling Automatic Image Enhancement (AIE) in Lumo.
Introduction to trigger input and strobe output via the power connector.
Explains the opto-isolated trigger input specifications and cautions.
Details the opto-isolated strobe output, including pull-up resistor requirement.
Instructions for configuring external triggering using Lumo Recorder or Scanner.
Provides common symptoms, possible causes, and solutions for FX series cameras.
General| Sensor Type | CMOS |
|---|---|
| Spatial Pixels | 1024 |
| Spectral Bands | 224 |
| Spectral Range | 400-1000 nm |
| Frame Rate | Up to 330 fps |
| Interface | GigE Vision |
| Operating Temperature | 0 – 40 °C |
| Storage Temperature | -20°C to +60°C |
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