Mit ace Kameras

2

Max. Bildkreis 1/2.3″

1

C-mount Anschluss

ace 2 Pro GigE Kamera
a2A1920-51gmPRO

Monochrom-Kamera

Die Basler a2A1920-51gmPRO GigE-Kamera mit dem Sony IMX392 CMOS-Sensor liefert 51 Bilder pro Sekunde bei 2.3 MP Auflösung.

1

Stromversorgung: PoE or 12-24 VDC

2

GigE

Technischen Daten!

 a2A1920-51gmPRO 
Allgemeine Information
Artikelnummer107963
Produktlinieace 2 Pro
Sensor
SensorherstellerSony
SensorIMX392
Shutter-TechnologieGlobal Shutter
Max. Bildkreis1/2.3″
SensortypenCMOS
Sensorgröße6,6 mm x 4,1 mm
Auflösung (HxV)1920 px x 1200 px
Auflösung2.3 MP
Pixelgröße (H x V)3,45 µm x 3,45 µm
Bildrate51 fps
Bildrate Compression Beyondbis zu 100 fps
Mono/FarbeMono
EMVA-Daten
Quanteneffizienz (typisch)0.622
Dark Noise (typisch)2,6 e¯
Saturation Capacity (typisch)10,5 ke¯
Dynamikbereich (typisch)71,7 dB
Signal-Rausch-Verhältnis (typisch)40,2 dB
Kameradaten
SchnittstelleGigE
Pixel Bit Depth8/10/12 bits
Synchronisierungfree-run
hardware trigger
software trigger
Belichtungssteuerungprogrammable via the camera API
hardware trigger
Digitaler Input1
General Purpose I/O2
StromversorgungPoE or 12-24 VDC
Leistung (typisch)3,8 W
Bauform
Housing TypBox
Größe (L x B x H)55,5 mm x 29 mm x 29 mm
ObjektivanschlussC-mount
Betriebstemperatur0 – 50°C
Gewicht (typisch)100g
Konformität
KonformitätRoHS
CE
IP30
GigE Vision 2.0
FCC
UL (in preparation)
GenICam
KC

 a2A1920-51gmPRO
Beyond FeaturesCompression Beyond
Pixel Beyond
ChunksCRC Checksum (coming soon)
Counter Value (coming soon)
Exposure Time (coming soon)
Frame Counter (coming soon)
Gain (coming soon)
Line Status All (coming soon)
Timestamp (coming soon)
Trigger Input Counter (coming soon)
Event ReportingCritical Temperature (coming soon)
Exposure End (coming soon)
Frame Burst Start (coming soon)
Frame Burst Start Overtrigger (coming soon)
Frame Burst Start Wait (coming soon)
Frame Start (coming soon)
Frame Start Overtrigger (coming soon)
Frame Start Wait (coming soon)
Over Temperature (coming soon)
GigE Vision 2.0Action Commands (Synchronous Triggering)
Precision Time Protocol (IEEE 1588)
Scheduled Action Commands
I/O Control and Line Source SignalsAcquisition Trigger Wait / Frame Burst Trigger Wait
Exposure Active
Frame Trigger Wait
Input Filter
Timer Active
User Output
Image Acquisition ControlAcquisition Abort
Acquisition Single Frame
Acquisition Start
Acquisition Status
Acquisition Stop
Frame Burst Start Trigger
Frame Start Trigger
Trigger Delay
Triggered by Hardware
Triggered by Software
MiscellaneousDevice Information Parameters
Device Temperature
User Defined Values
User Sets (Configuration Sets)
PGIDenoising
Improved Sharpness
Pixel FormatsMono 10 (coming soon)
Mono 10p (Mono 10 Packed) (coming soon)
Mono 12
Mono 12p (Mono 12 Packed)
Mono 8
Standard Features12Bit Lookup Table (LUT)
Auto Function Profile
Binning Horizontal
Binning Vertical
Black Level
Digital Shift
Exposure Auto
Exposure Mode: Timed (Control via API)
Exposure Mode: Trigger Width (Control via External Trigger)
Exposure Time
Gain
Gain Auto
Gamma Correction
Region of Interest (ROI)
Reverse X (Horizontal Mirroring)
Reverse Y (Vertical Mirroring)
Test Patterns
Ultra Short Exposure Time Mode

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