MSS-HFG512HD/HN has high definition, low noise, excellentperformance, easy installation and usage and other features.

Itpplication Industry：
It is suitable for industrial inspection, medical treatment,scientific research, education , security and other fields.

Spectral response curve：

Product Features：
100 meters long-distance stable transmission, optional POE power supply.
Compatible with VISION standard, the free drive directly supports software such as Halcon and VisionPro.
Support external trigger and flash synchronization, up to 7 GPIO, all opto-isolated.
Support 8bit and 12bit lossless format output.
SDK supports Windows,Linux,Mac OS systems.
Unique data packet retransmission technology ensures reliable data transmission.
Excellent SDK ,easy to use like a USB camera, plug and play.
Support multiple cameras working at the same time, the number is unlimited, and can be networked arbitrarily.

Mechanical Specification:
unit:mm

 

< class="table" style="width:100%;">

Model/Specifications	MSS-HFG512HD	MSS-HFG512HN
Sensor	1"CMOS
Shutter type	Global shutter
Camera type	Color	Mono
Pixel size	5.5umx5.5um
Effective pixels	4MP
Resolution @frame rate	2040X2048Max@29FPS
Exposure mode	Frame exposure
Signal to Noise Ratio	40.8dB
Dynamic range	60dB
Sensitivity	7V/lux*s
GPIO	1 optically isolated input,1 optically isolated output;3 inputs and 4 outputs optional
Output pixel width	12bit
AD width	12bit
Frame buffer	128M Bytes
Exposure time range(ms)	0.016~11534.3ms
Maximum gain(multiple)	16.5
User EEPROM	2K Bytes
Frequency output format	Bayer GB 8/12bit                                        Mono 8/12bit
Visual standard protocol	GigE Vision V1.2 GenlCam
Lens interface	C/CS interface,providing adapter ring
Port	Gigabit Network and POE(Optional)
Power supply	12~24V/POE 48~57V(POE is optional)
Power	<2.5W
Boundary dimension	29(mm)X39.5(mm)×40(mm)(Lens mount and back housing mount are not included)
Weight	<75g
Working temperature	0~50℃
Working humidity	20~80%(No Condensation)
Storage temperature	-30~60℃
Storage humidity	20~95%(No Condensation)
Operating system	WINXP,WIN7/8/1032&64-bit systems,Linux and ARM Linux driver and Android platform driver MAC       US       system
Drive program	Directshow components Halcon special components Labview dedicated drive OCx components TWAIN components
Programming language	C/C++/C#/VB6/VB.NET/Delphi/BCB/Python/Java
Other functions	Support any size ROl custom resolution,contrast and gamma adjustment,saturation adjustment,white balance correction, black level correction,custom dead point coordinate correction,ISP image processing acceleration,3D noise reduction, custom LUT table,frame rate adjustment,custom camera name,etc.

Camera Suffix Selection Table 

 

FunctionSuffix	Aviation head Line sequence definition diagram	POE power supply	Dual aviation head extension I0	Shrapnel aviation head interface	Threaded aviation head interface	Lens interface C-mount	Lens interface CS-mount	State
-T-CL	1							Recommend
-T-L	1							Book
-TPO-CL	2	●						Book
-T1-C	3							Recommend
-T1P-C	3	●						Book
-T	4							Planned shutdown
-TPO	5	●	●	●				Planned shutdown
-TPO-C	5	●	●					Planned shutdown

 

 -T-CL、-T-L Line Sequence Definition1

Port	Pin number	Line color	Signal name	Signal description	Remarks
Port A	1	White	GPI1+/TRIG_IN+	GPl¹positive terminal/Trigger input positive terminal	Default is trigger input
	2	Green	GP01+/STRB_OUT+	GP01 positive terminal/Strobe output positive terminal	Default is strobe output
	3	Yellow	GP01-/STRB_OUT-	GPO1 negative terminal/ Strobe output negative terminal	Default is strobe output
	4	Empty foot
	5	Black	PWRGND	Camera power input negative terminal
	6	Brown(high soft blue)	GPI1-/TRIG_IN-	GPl1 negative terminal/trigger input negative terminal	The default is triggerinput
	7	Red	PWR12V	Camera powerinput positive terminal
	8	Empty foot

 

-TPO-CL Line Sequence Definition2

< class="table" style="width:100%;">

Port	Pin Number	Line Color	Signal Name	Signal Description	Remarks
Port A	1	White	GPI1+/TRIG_IN+	GPl1 positive terminal/Trigger input positive terminal	Defaultis triggerinput
	2	Green	GP01+/STRB_OUT+	GP01 positive terminal/Strobe output positive terminal	Defaultis strobe output
	3	Yellow	GP01-/STRB_OUT-	GP01 negative terminal/Strobe output negative terminal	Defaultis strobe output
	4	Empty foot
	5	Black	PWRGND	Camera powerinput negative terminal
	6	Brown (High soft blue)	GPI1-/TRIG_IN-	GPI¹negative terminal/Trigger input negative terminal	Defaultis triggerinput
	7	Red	PWR12V	Camera power input positive terminal
	8	Empty foot
Port B	L	White	GP04+	GP04 positive terminal output
	2	Green	GP02+	GP02 positive terminal output
	3	Yellow	GP03+	GP03 positive terminal output
	4	Empty foot
	5	Black	GPIO_COM	GPIO common negative terminal
	6	Brown	GPI2+	GPI2 positive terminal output
	7	Red	GPI3+	GPI3 positive terminal output
	8	Empty foot

 

T1-C、 -T1-C Line Sequence Definition 3

< class="table" style="width:100%;">

Port	Pin Number	Line Color	Signal Name	Signal Description	Remarks
Port A	1	Red	PWR12V	Camera powerinput positive terminal
	2	White	GPI1+/TRIG_IN+	GPl1 positive terminal/Trigger input positive terminal	Default is trigger input
	3	Brown	GP02+	GP02 output positive terminal	Empty foot
	4	Green	GP01+/STRB_OUT+	GP01 positive terminal/Strobe output positive terminal	Default is flash output
	5	Yellow	GP01-/STRB-OUT- /TRIG_IN-	GP01 negative terminal/Strobe output negative terminal/Trigger input negative terminal	GPIO common negative terminal
	6	Black	PWRGND	Camera power input negative terminal

 

-T Line Sequence Definition 4 

< class="table" style="width:100%;">

Port	Pin number	Line color	Signal name	Signal name	Remarks
Port A	L	Green	GP01+/STRB_OUT+	GPOl positive terminal/Positive output positive terminal	Defaultis strobe output
	2	Yellow	GP01-/STRB_OUT-	GPOl negative terminal/Strobe output negative terminal	Defaultis strobe output
	3	White	GP¹1+/TRIG_IN+	GPl1 positive terminal/Trigger input positive terminal	Defaultistriggerinput
	4	Brown	GPI1-/TRIG_IN-	GPl1 negative terminal/Trigger input negative terminal	Default to triggerinput
	5	Red	PWR12V	Camera powerinput positive terminal
	6	Black	PWRGND	Camera power input negative terminal

 

-TPO、-TPO-C Line Sequence Definition 5 

< class="table" style="width:100%;">

Port	Pin number	Line color	Signal name	Signal description	Remarks
Port A	1	Green	GP01+/STRB_OUT+	GP01Positive terminal/Strobe output positive terminal	Default is strobe output
	2	Yellow	GP01-/STRB_OUT-	GP01 negative terminal/Strobe output negative terminal	Defaultis strobe output
	3	White	GP¹1+/TRIG_IN+	GPl¹positive terminal/Trigger input positive terminal	Defaultis triggerinput
	4	Brown	GPI1-/TRIG_IN-	GPlinegative terminal/Trigger input negative terminal	Defaultis triggerinput
	5	Red	PWR12V	Camera power input positive terminal
	6	Black	PWRGND	Camera power input negative terminal
Port B	1	Green	GP02+	GP02 positive terminal output
	2	Yellow	GPO3+	GPO3 positive terminal output
	3	White	GP04+	GP04 positive terminal output
	4	Brown	GPI2+	GPI2 positive terminal input
	5	Red	GPI3+	GPI3 positive terminal input
	6	Black	GPIO_COM	GPIO common negative terminal

 

C-Mount/CS-Mount Camera Drawing

 

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

Your satisfaction and positive feedback is very significant to us.
Thank you! Have a nice day!