allPIXA evo 15k DXGE

allPIXA evo 15k DXGE

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Camera specifications

Sensor	Tri-linear CMOS color line sensor
Pixel size	5.6 µm × 5.6 µm
Line spacing	5.6 µm between R-G & G-B
Spectral sensitivity	360 nm – 960 nm
Resolution	15360 pixels × 3 lines
Video output	Single/Dual 10GigE, GigE Vision® 2.0 compliant
Data format	3 × 8/10/12 Bit color or 1 × 8/10/12 Bit mono
Trigger Mode	Frame Start / Frame Active / Line Start External trigger Line trigger / Encoder and Frame trigger
Video output port	2 × SFP+
Interface position	X
Digital I/O port	External I/O (15 pin HD D-Sub, fem.)
Power supply	6 pin Hirose, male 12 V – 24 V DC ± 10 %; 1 A @ 24 V
Debugging port	USB 2.0 (Micro USB)
Lens mount / adapter	M95 × 1 mm
Housing dimensions	102 mm × 101 mm × 82 mm (W × H × D)
Weight	0.9 kg
Temperature during operation	0 °C – 60 °C; 32 °F – 140 °F
Humidity during operation	20 % – 85 % relative air humidity, non condensing
Temperature during transport and storage	-20 °C – +85 °C; -4 °F – +185 °F
Protection category	IP50
Certifications	CE, RoHS
General ambient conditions
Transport	IEC 721-3-3:IE33
Operation	IEC 721-3-3:IE21
Storage	IEC 721-3-3:IE11

Sensor line spacing

svg-evo-10k15k color sensitivity diagram_05 Measured relative spectral sensitivity of the 10k and 15k sensor - color

Measured relative spectral sensitivity of the 10k and 15k sensor - mono

Alignment and orientation of the 15k sensor

Feature	Value
First pixel	Left side
Sensor position alignment	X: < ± 100 µm Y: < ± 100 µm Y: < ± 100 µm
Sensor rotation alignment	Y: < ± 0.1° Z: < ± 0.1°
Planarity of the sensor interface	< ± 0.5 µm
Sensor window thickness	1.1 mm
Refraction index	1.5
Optical path extension	0.55 mm

Dimensional drawing of the allPIXA evo 15k DXGE – interface position X

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1	Video output SFP+ Port 1 (10GigE)	2	Status LED
3	Debugging port	4	Connector for additional fan
5	Power supply	6	Digital I/O port
7	Video output SFP+ Port 2 (10GigE)

The following connector is required for the power supply cable:

	Pin	Description
Pin allocation of the power supply port	1	Power +24 V
	2	Power +24 V
	3	Not connected
	4	Not connected
	5	Ground
	6	Ground

The following connector is required for the digital I/O port:

evo-digital io_02 Pin allocation D-Sub connector (female) of the camera

Pin	GenICam	Signal	Level	In/Out	Example/Remark
1	Line 1	Enc0_InP (+)	RS 422	Differential input	Encoder0 or LineTrigger
2	Line 2	Enc1_InP (+)	RS 422	Differential input	Encoder1 or Frametrigger
3	Line 3	IO_0P	LVCMOS	Input	single-ended
4	-	RT	RS 485	-	-
5	Line 5	IO_2P	LVCMOS	Out	LED-Out1
6	Line 1	Enc0_InN (-)	RS 422	Differential input	Encoder0
7	Line 2	Enc1_InN (-)	RS 422	Differential input	Encoder1
8	Line 4	IO_1N	LVCMOS	Input single-ended	Trigger or Master-Slave Cascaded
9	-	RTN	RS 485	Out	To LightController XLC4
10	Line 6	IO_3	LVCMOS	Out	LED-Out2
11	-	GND	-	GND	-
12	Line 7	IO_4_SDA	LVCMOS	Out	LED-Out3
13	-	GND	GND	-	-
14	Line 9	Master/Slave	LVCMOS	Bi-directional	Master/Slave
15	Line 8	IO_5_SCL	LVCMOS	Out	LED-Out4

I/O standard	V_IL		V_IH		V_OL	V_OH
	V_min	V_max	V_min	V_max	V_max	V_min
LVCMOS	–0.5	0.7	1.7	3.6	0.4	2.1
RS422	–6	0.8	2	6	-	-

	NOTICE
	Non compliance may cause irreparable damages to the device.
	The maximum input level of the LVCMOS is 3.6 V. Use a level converter if necessary (e.g. 74 LVC14).

The Micro-USB connection is currently used for debugging information.

Color code	Behaviour	Description
	Off	No power supply or the input voltage is out of range.
	Blue continuous	The device is OK and provides image data.
	Green continuous	The device is in power-up mode.
	Green blinking	The device is OK and ready.
	Green/Blue alternative	The device is OK and provides image data frequently, based on a trigger signal.
	Yellow continuous	Warning-state: The device is operational.
	Red continuous	Error-state: The device is not operational.

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