JAI GO-2400M-PMCL, GO-2400C-PMCL User Manual

Thank you for purchasing this product.

Be sure to read this manual before use.

This manual includes important safety precautions and instructions on how to operate the unit. Be sure to read this manual to ensure proper operation.

GO-2400M-PMCL

GO-2400C-PMCL

2.35M Digital Progressive Scan

Monochrome and Color Camera

Document Version: 1.2

GO-2400-PMCL_Ver.1.2_Mar.2017

User Manual

Contents

Notice ............................................................................3

Warranty .......................................................................3

Certifications .................................................................3

Warning ........................................................................3

Usage Precautions .......................................................6

Features ........................................................................7

Parts Identification ........................................................8

Preparation...........................................................11

Preparation Flow .........................................................11

Step 1: Installing the Software (first time only) ............11

Step 2: Connecting Devices ........................................13

Step3: Verifying the Camera Connection Status .........15

Step 4: Configuring Initial Settings for the Camera .....16

Connecting to the Camera to Control Tool .............16

Configuring the Output Format ...............................16

Configuring Exposure and External Trigger

Settings ...................................................................18

Exposure times ...............................................19

Control via External Triggers .......................................19

When Controlling the Exposure Time Using

Specified Exposure Times ......................................19

When controlling the exposure time using the

pulse width of the trigger input signal ....................20

Control without external triggers .................................21

When controlling the exposure time using

specified exposure times .......................................21

When not controlling the exposure time .................21

Step 5: Adjusting the Image Quality............................22

Adjusting the Gain ..................................................22

Manual adjustment .............................................22

Adjusting the White Balance (GO-2400C-PMCL

only) ........................................................................23

Manual white balance adjustment ......................23

Automatic white balance adjustment .................23

Adjusting the Black Level .......................................23

Step 6: Configuring Various Other Settings ................23

Step 7: Saving the Settings .........................................24

To save user settings ..........................................24

To load user settings ...........................................25

Basic Function Matrix .................................................26

Main Functions ....................................................27

GPIO (Digital Input/Output Settings) ...........................27

Valid Input/Output Combinations ............................28

Camera Output Formats .............................................29

1X2-1Y ................................................................29

1X3-1Y ................................................................30

1X4-1Y ................................................................30

1X8-1Y (CL) ........................................................31

Cable length reference .......................................31

Acquisition Control (Image Acquisition Controls) ........31

Changing the Frame Rate ......................................31

Maximum frame rate period formula ..................32

Exposure Mode ...........................................................32

Image Output Timing ..................................................33

Vertical timing .....................................................33

Horizontal timing .................................................34

Trigger Control

............................................................35

Shortest Repetition Period for Triggers ...................35

When [Exposure Mode] is [Timed] .....................35

When [Exposure Mode] is [Trigger Width] .........36

During normal continuous operation ..................37

Gain Control ................................................................39

LUT (Lookup Tab le) ....................................................40

To use the LUT function ......................................40

LUT values ..........................................................41

Gamma Function ........................................................41

To use the gamma function ................................41

Shading Correction .....................................................42

Flat Shading ........................................................42

Color Shading (GO-2400C-PMCL only) .............43

To use the shading correction function ..............43

Binning Function .........................................................43

ROI (Regional Scanning Function) .............................44

ROI Settings ............................................................44

Video Send Mode .......................................................45

Video Send Mode ...................................................45

To switch the video send mode ..........................45

Trigger Sequence mode ..................................... 45

Sensor Multi ROI Function ..........................................48

ALC (Automatic Level Control) Function .....................51

To use the ALC function ......................................51

Automatic gain level control ...............................51

Detailed Settings for Automatic Gain Level

Control (Gain Auto) .................................................51

Counter and Timer Control Function (only

“Counter” is implemented) ..........................................52

Counter occurrence diagram .............................52

Internal camera blocks .......................................52

To use the counter function ................................53

Video Process Bypass Mode ......................................53

Differences in camera operation ........................53

To enable video process bypass mode..............53

P-Iris Lens Control Model ...........................................54

Example of camera and P-Iris lens

connection .....................................................54

Supported lenses ...............................................55

Configuration procedure .....................................55

Settings List .........................................................57

Feature Properties ......................................................57

ASCII Command List ..................................................69

Settings .......................................................................92

Miscellaneous ......................................................94

Troubleshooting ..........................................................94

Specifications ..............................................................95

Frame Rate Reference ...............................................97

Spectral Response .....................................................97

Dimensions .................................................................98

Index ...................................................................100



GO-2400M-PMCL / GO-2400C-PMCL



Notice

The material contained in this manual consists of information that is proprietary to JAI Ltd., Japan and may only be used by the purchasers of the product. JAI Ltd., Japan makes no warranty for the use of its product and assumes no responsibility for any errors which may appear or for damages resulting from the use of the information contained herein. JAI Ltd., Japan reserves the right to make changes without notice.

Company and product names mentioned in this manual are trademarks or registered trademarks of their respective owners.

Warranty

For information about the warranty, please contact your factory representative.

Certifications

CE compliance

As defined by the Directive 2004/108/EC of the European Parliament and of the Council, EMC (Electromagnetic compatibility), JAI Ltd., Japan declares that GO-2400M-PGE and GO-2400C-PGE comply with the following provisions applying to its standards. EN 61000-6-3 (Generic emission standard part 1) EN 61000-6-2 (Generic immunity standard part 1)

FCC

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

•Reorient or relocate the receiving antenna.

•Increase the separation between the equipment and receiver.

•Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

•Consult the dealer or an experienced radio/TV technician for help.

Warning

Changes or modifications to this unit not expressly approved by the party responsible for FCC compliance could void the user



s authority to operate the equipment.

GO-2400M-PMCL / GO-2400C-PMCL



GO-5000M-PGE

Supplement

The following statement is related to the regulation on “ Measures for the Administration of the control of Pollution by Electronic Information Products “ , known as “ China RoHS “. The table shows contained Hazardous Substances in this camera.

mark shows that the environment-friendly use period of contained Hazardous

Substances is 15 years.

嶷勣廣吭並㍻

嗤蕎嗤墾麗嵎賜圷殆兆各式根楚燕

功象嶄鯖繁酎慌才忽佚連恢匍何〆窮徨佚連恢瞳麟半陣崙砿尖一隈〇云恢瞳ゞ嗤蕎嗤墾麗嵎賜圷殆兆各式根楚燕〃泌和



桟隠聞喘豚㍉

窮徨佚連恢瞳嶄根嗤議嗤蕎嗤墾麗嵎賜圷殆壓屎械聞喘議訳周和音氏窟伏翌亶賜融延、窮徨佚連恢瞳喘薩聞喘乎窮徨佚連恢瞳音氏斤桟廠夛撹冢嶷麟半賜斤児繁附、夏恢夛撹冢嶷鱒墾議豚㍉。

方忖仝15々葎豚㍉15定。

部件名称

有毒有害物质或元素

铅

(Pb)

汞

(Hg)

镉

(Cd)

六价铬

(Cr (VI))

多溴联苯

(PBB)

多溴二苯醚

(PBDE)

电路板 × ○ ○ ○ ○ ○

螺丝 × ○ ○ ○ ○ ○

插座 × ○ ○ ○ ○ ○

······ ······ ······ ······ ······ ······ ······

GO-2400M-PMCL / GO-2400C-PMCL



GO-5000C-PGE

Supplement

mark shows that the environment-friendly use period of contained Hazardous

Substances is 15 years.

嶷勣廣吭並㍻

嗤蕎嗤墾麗嵎賜圷殆兆各式根楚燕

功象嶄鯖繁酎慌才忽佚連恢匍何〆窮徨佚連恢瞳麟半陣崙砿尖一隈〇云恢瞳ゞ嗤蕎嗤墾麗嵎賜圷殆兆各式根楚燕〃泌和



桟隠聞喘豚㍉

方忖仝15々葎豚㍉15定。

部件名称

有毒有害物质或元素

铅

(Pb)

汞

(Hg)

镉

(Cd)

六价铬

(Cr (VI))

多溴联苯

(PBB)

多溴二苯醚

(PBDE)

电路板 × ○ ○ ○ ○ ○

螺丝 × ○ ○ ○ ○ ○

插座 × ○ ○ ○ ○ ○

光学滤镜 × ○ × ○ ○ ○

······ ······ ······ ······ ······ ······ ······

GO-2400M-PMCL / GO-2400C-PMCL



Notes on cable configurations

The presence of lighting equipment and television receivers nearby may result in video and audio noise. In such cases, change the cable configurations or placement.

Notes on Camera Link cable connections

Secure the locking screws on the connector manually, and do not use a driver. Do not secure the screws too tightly. Doing so may wear down the screw threads on the camera. (Tightening torque:

0.291±0.049 N·m or less)

Notes on attaching the lens

Avoiding dust particles

When attaching the lens to the camera, stray dust and other particles may adhere to the sensor surface and rear surface of the lens. Be careful of the following when attaching the lens.

•Work in a clean environment.

•Do not remove the caps from the camera and lens until immediately before you attach the lens.

•To prevent dust from adhering to surfaces, point the camera and lens downward and do not allow the

lens surface to come into contact with your hands or other objects.

•Always use a blower brush to remove any dust that adheres. Never use your hands or cloth, blow with your mouth, or use other methods to remove dust.

Phenomena specific to CMOS image sensors

The following phenomena are known to occur on cameras equipped with CMOS image sensors. These do not indicate malfunctions.

•

Aliasing

When shooting straight lines, stripes, and similar patterns, vertical aliasing (zigzag distortion) may appear on the monitor.

•

Blooming

When strong light enters, more than the allowable amount of charge of the sensor element in the COMS image sensor (pixel) and the charge is overflowing, enters into the surrounding pixels, and blooming may occur. However, this does not affect actual operation.

•

Fixed pattern noise

When shooting dark objects in high-temperature conditions, fixed pattern noise may occur throughout the entire video monitor screen.

•

Defective pixels

Defective pixels (white and black pixels) of the CMOS image sensor are minimized at the factory according to shipping standards. However, as this phenomenon can be affected by the ambient temperature, camera settings (e.g., high sensitivity and long exposure), and other factors, be sure to operate within the camera's specified operating environment.

Notes on exportation

When exporting this product, please follow the export regulations of your country or region.

Secure manually. Do not secure too tightly.

Usage Precautions

GO-2400M-PMCL / GO-2400C-PMCL



GO-2400M-PMCL / GO-2400C-PMCL

Features

The GO-2400M-PMCL/GO-2400C-PMCL is an industrial progressive scan camera equipped with a 1/1.2-inch global shutter CMOS image sensor with 2.35 effective megapixels (1936 × 1216). The unit is compact and lightweight in design and is equipped with Camera Link Ver. 2.0 compatible interface.

 The GO-2400M-PMCL produces monochrome output while the GO-2400C-PMCL produces color output.

Compact and lightweight

The unit's compact (approx. 29 × 29 × 41.5 mm (excluding the lens)) and lightweight (approx. 46 g) design allows for easy assembly and installation.

Camera Link Ver. 2.0 compatible interface

•High-speed transfer at up to 850 MByte/s of uncompressed data, the ideal format for image processing.

•Maximum cable length of 10 m.

•Support for PoCL (Power over Camera Link) allowing you to supply power to the camera via the

Camera Link cable.

Note

To power the camera via Camera Link, the frame grabber board you are using must support PoCL. You can also supply power via the 4-pin connector. A separate power supply and/or conversion cable (not supplied) is required.

Output formats

You can choose from 8-bit, 10-bit, and 12-bit for both monochrome and color outputs.

* As the color camera cannot perform white balance when using 12-bit output, perform white balance on the

application.

High frame rate

Both the GO-2400M-PMCL and GO-2400C-PMCL are capable of frame rates of up to 165.5 fps (for the 8-bit format) and 2.35 megapixel outputs. Even faster frame rates can be achieved by using binning (GO-2400M-PMCL only) or by specifying smaller scanning areas for the ROI (region of interest).

ALC (automatic lighting control) function

Combine the automatic gain control and automatic exposure control functions to allow handling of changes in various brightnesses.

Variety of pre-process functions

•LUT (Lookup T able)

Programmable control over gamma and contrast is possible.

•Gamma correction

Gamma can be set to 0.45, 0.60, or 1.0 (off).

•Shading correction (flat field and color shading)

Non-uniformity (i.e., shading) in the amount of light generated by the lens and lighting equipment can be corrected.

•Bayer white balance (GO-2400C-PMCL only)

Automatically adjust white balance continuously. It can also be adjusted manually using R, and B gain.



GO-2400M-PMCL / GO-2400C-PMCL

Connection example:

External trigger

AC adapter

Camera

Frame grabber

board

Computer

Parts Identification

②

③

④

①

⑤

Lens mount (C-mount)

Mount a C-mount lens, microscope adapter, etc. here.

 Before mounting a lens, be sure to refer to “Step 2: Connecting Devices” (page 13) and confirm the

precautions for attaching a lens and the supported lens types.



GO-2400M-PMCL / GO-2400C-PMCL

2 Mini Camera Link connector

Connect a cable that is compatible with Mini Camera Link (SDR) connectors here.

Camera side: HONDA HDR-EC26FYTG2-SL+

Port 1

Pin No. Input/output Signal Description

1, 26 Power Power 2(–), 15(+) Out X_OUT0 Data out 3(–), 16(+) Out X_OUT1 4(–), 17(+) Out X_OUT2 5(–), 18(+) Out X_Clk CL Clock

6(–), 19(+) Out X_OUT3 Data out 7(+), 20(–) In SerTC (RxD) LVDS Serial Control 8(–), 21(+) Out SerTFG (TxD) 9(–), 22(+) In CC1 (Trigger) JAI standard trigger

10(+), 23(–) In CC2 (Reserved)

11, 24 N.C 12, 25 N.C 13, 14 Shield Power Return

Port 2

Pin No. Input/output Signal Description

1, 26 Power Power 2(–), 15(+) Out Y_OUT0 Data out 3(–), 16(+) Out Y_OUT1 4(–), 17(+) Out Y_OUT2 5(–), 18(+) Out Y_Clk CL Clock 6(–), 19(+) Out Y_OUT3 Data out 7(+), 20(–) N.C 8(–), 21(+) Out Z_OUT0 Data out 9(–), 22(+) Out Z_OUT1

10(+), 23(–) Out Z_OUT2 11(–), 24(+) Out Z_Clk CL Clock 12(–), 25(+) Out Z_OUT3 Data out

13, 14 Shield Power Return



GO-2400M-PMCL / GO-2400C-PMCL

3 Power/trigger LED

Indicates the power and trigger input status.

LED status and camera status

LED Light Status

Power / trigger LED

Lit amber

Camera initializing.

Lit green

Operational and no triggers being input.

Blinking green

Operational and triggers being input.

 The blinking interval is not related to the actual input interval

of the external trigger.

4 DC IN / trigger IN connector (4-pin round)

Connect the cable for a VA-044G Power Supply (optional) or for DC IN /trigger IN here.

Compatible connectors

Camera side: 09-3111-81-04 (Binder) Cable side: 79-3108-52-04 (Binder) AWG 26 or 79-3108-32-04 (Binder) AWG 24

Pin No. Input/output Signal Description

1 Power In DC (+12 V) In DC 12 V to 24 V +/– 10% 2 In TTL In Line 4

3 Out TTL Out Line 1 4 Out Power GND COMMON GND



GO-2400M-PMCL / GO-2400C-PMCL

Preparation

Preparation Flow

Step 1

Installing the Software (first time only)

Install the software for configuring and controlling the camera (JAI SDK) on the computer.



Step 2

Connecting Devices

Connect the lens, Camera Link cable, AC adapter, computer, and other devices.



Step 3

Verifying the Camera's Network Connection Status

Verify whether the camera is ready for use via the LEDs at the rear of the camera.



Step 4

Configuring Initial Settings for the Camera

• Configure the output format.

• Configure the exposure and external trigger settings.



Step 5

Adjusting the Image Quality

• Adjust the gain and white balance.

• Adjust the exposure (shutter).



Step 6

Configuring Various Other Settings

Configure various other settings as necessary.



Step 7

Saving the Settings

Save the current setting configurations as user memory.

Step 1: Installing the Software (first time only)

When using the camera for the first time, install the software for configuring and controlling the camera (JAI SDK) on the computer.

 When you install JAI SDK, JAI Camera Control Tool will also be installed.

Download the "JAI - Getting Started Guide" and JAI SDK from the JAI website.

URL http://www.jai.com/en/support/jai_sdk_and_control_tool

Refer to the "JAI - Getting Started Guide," and install JAI SDK on the computer.

The computer will restart when installation is complete.

Note

When the JAI SDK is installed, a camera driver for the interface is also part of the default installation. This Vision Filter Driver is added to every NIC/port on the host computer. As the driver is also added to the NIC/ port for Internet connection, it may affect Internet access speed on some systems. If you think your Internet speed is affected, configure the following settings to disable the filter driver on that port.

Open [Control Panel]  [Network and Internet]  [Connect to a network], and right-click the

port used for Internet connection to open the properties dialog box.



GO-2400M-PMCL / GO-2400C-PMCL

Clear the [JAI GigE Vision Filter Driver] checkbox, and save.

Verify the settings for using Camera Link.

The GO-2400-PMCL supports GenICam and Gen-CP. Check the following settings when controlling the camera via JAI SDK.

Checking the frame grabber board's settings

Settings must be configured on the frame grabber board to enable Gen-CP support.

For details, refer to the operating instructions for each board.

Checking JAI SDK's settings

Start JAI Control Tool, and click the

(Settings) icon at the top right.

Check that the [JAI_GenCP_Camera_Link] and [Camera Link Transport Layer] settings are

configured as follows.



GO-2400M-PMCL / GO-2400C-PMCL

Step 2: Connecting Devices

Connect the lens, Camera Link cable, AC adapter, and other necessary devices. Attach the lens in a clean environment to prevent dust from adhering to the unit.

Camera body

Direct connection

(or MP-43 tripod adapter plate)

DC IN / trigger IN

connection cable (not supplied)

Lens

Camera Link cable

Frame grabber board

Computer

to external trigger

AC adapter (not supplied)



GO-2400M-PMCL / GO-2400C-PMCL

Lens

•C-mount lenses with lens mount protrusions of 9 mm or less can be attached.

9 mm or less

Lens mount protrusion

Lens

•The diagonal of the camera's CMOS image sensor is smaller at 13.4 mm than the 16 mm of 1-inch models. To prevent vignetting and to obtain the optimal resolution, use a 1-inch lens.

Caution

• The maximum performance of the camera may not be realized depending on the lens.

• Attaching a lens with a mount protrusion longer than 9.1 mm may damage the lens or camera.

Note

The following formula can be used to estimate the focal length. focal length = WD/(1 + W/w) WD: Working distance (distance between lens and object) W: Width of object w: Width of sensor (11.3 mm on this camera)

Direct connection (or MP-43 tripod adapter plate)

When mounting the camera directly to a wall or other device, use screws that match the camera locking screw holes on the camera. (Large: M3, small: M2, depth: 3 mm) Use the supplied screws to attach the tripod adapter plate.

Caution

For heavy lenses, be sure to support the lens itself. Do not use configurations in which its weight is supported by the camera.

Camera Link cable

Connect the Camera Link cable to the Mini Camera Link connector.

•Use a cable that supports the Camera Link standard and is compatible with Mini Camera Link (SDR) connectors.

•Refer to the specifications of the cable for details on its bend radius.

•For details on the cable, see “2 Mini Camera Link connector” (page 9).

Caution

Secure the locking screws on the connector manually, and do not use a driver. Do not secure the screws too tightly. Doing so may wear down the screw threads on the camera. (Tightening torque: 0.291±0.049 N·m or less)

Frame grabber board

Refer to the operating instructions of the frame grabber board, and configure settings on the computer as necessary.

Secure manually. Do not secure too tightly.



GO-2400M-PMCL / GO-2400C-PMCL

Computer

Use a computer that meets the following requirements.

Operating system (OS):

Microsoft Windows Vista 7/8 32-bit/64-bit edition

CPU: Intel Core i3 or higher Memory:

Windows 7/8 32-bit edition: DDR3, 4 GB or higher Windows 7/8 64-bit edition: DDR3, 8 GB or higher

Graphics card: PCI-Express 3.0 or higher

DC IN / trigger IN connection cable

AC adapter (if desired)

Connect an AC adapter to the DC IN / trigger IN connector on the camera. For details on the connector, see “4 DC IN / trigger IN connector (4-pin round)” (page 10).

 The AC adapter is not required when using PoCL.

Step3: Verifying the Camera Connection Status

When the necessary devices are connected and power is supplied to the camera, the power / trigger LED at the rear of the camera lights amber, and initialization of the camera starts. When initialization is complete, the power / trigger LED lights green.

Verify whether power is being supplied to the camera and whether the camera is operational by checking the rear LED.

Lit green

During normal status

 For details on how to read the LED, see “LED status and camera status” (page 10) in the “Parts Identification”

section.

Note

Initialization of the camera will not complete unless connection with the host is established. If the power / trigger LED does not switch to green within minutes of supplying power, check the Camera Link cable and other connections. After initialization is completed once, the power / trigger LED will remain green, even if the connection with the host is severed.



GO-2400M-PMCL / GO-2400C-PMCL

Step 4: Configuring Initial Settings for the Camera

Start Control Tool, connect the camera to the frame grabber board, and configure initial settings for the output format, exposure, external trigger, etc.

Connecting to the Camera to Control Tool

Start JAI Control Tool.

Cameras connected to the frame grabber board are detected, and a window appears. If they do not appear, right-click inside the window and select [Search for Cameras].

Select the camera you want to configure.

Check that the settings of the selected camera are displayed.

Configuring the Output Format

Configure the size, position, and pixel format of the images to be captured. The factory default settings are as follows. Change the settings as necessary.

Factory default values

Item Default value

Image Format Control Width 1936 (pixels)

Height 1216 (pixels) Offset X (horizontal position) 0 (pixels) Offset Y (vertical position) 0 (pixels) Pixel Format GO-2400M-PGE: 8 Bit

Monochrome

GO-2400C-PMCL: 8 Bit Bayer RG

 You can specify the image capture area. For details, see “ROI (Regional Scanning Function)” (page 44).



GO-2400M-PMCL / GO-2400C-PMCL

Select the [Feature Properties] tab, and select the item you want to configure under [Image

Format Control].

when a configurable item is selected.

Note

Settings can only be changed when image capture on the camera is stopped. If an item is grayed out and

does not appear even when you select it, click (Stop Acquisition) to stop image capture.

Click and change the setting value.

Example: When changing [Width]

Example: When changing [Pixel Format]

Note

Direct entry of numerical and text values is possible for some setting items.



GO-2400M-PMCL / GO-2400C-PMCL

Configuring Exposure and External T rigger Settings

Configure settings related to exposure control methods and trigger control. The factory default settings are as follows. Change settings as necessary, according to the intended purpose or application.

Factory default values

Item Default value

Trigger Selector (trigger operation) Frame Start

Trigger Mode Off Trigger Source (trigger signal source) Line7 CC1

Trigger Activation (trigger polarity) Rising Edge (rising edge of input signal) Exposure Mode Timed (control via exposure time) Exposure Time 20363 (µs) Exposure Auto * Off

* This item is only enabled when [Exposure Mode] is set to [Timed].

Caution

When [Exposure Mode] is set to [Off], [Trigger Mode] cannot be set to [On]. Other settings may also be restricted depending on the [Exposure Mode] setting, so be sure to set the [Exposure Mode] setting before configuring the trigger settings.

Expand [Acquisition Control] and configure the following items.

Caution

Settings can only be configured when image capture on the camera is stopped. If an item is grayed out and the setting cannot be changed, stop image capture beforehand.



GO-2400M-PMCL / GO-2400C-PMCL

■ Exposure times

Exposure times vary depending on the Tap Geometry and CL Pixel Clock settings. Refer to the following table.

Tap Geometry CL Pixel Clock (MHz) Max. exposure time value A

Longest

exposure time

[msec]

Shortest

exposure time

[usec]

1X2-1Y 37.125 Frame Period -342 [usec] 7999.658 79 1X2-1Y 74.25 Frame Period -171 [usec] 7999.829 40 1X2-1Y 84.85 Frame Period -162 [usec] 7999.838 38 1X3-1Y 37.125 Frame Period -252 [usec] 7999.748 59 1X3-1Y 74.25 Frame Period -114 [usec] 7999.886 27 1X3-1Y 84.85 Frame Period -100 [usec] 7999.900 24 1X4-1Y 37.125 Frame Period -172 [usec] 7999.828 40 1X4-1Y 74.25 Frame Period -86 [usec] 7999.914 20 1X4-1Y 84.85 Frame Period -81 [usec] 7999.919 19 1X8-1Y 37.125 Frame Period -88 [usec] 7999.912 21 1X8-1Y 74.25 Frame Period -63 [usec] 7999.937 15 1X8-1Y 74.25 Frame Period -81 [usec] 7999.919 19 1X8-1Y 84.85 Frame Period -63 [usec] 7999.937 15 1X8-1Y 84.85 Frame Period -81 [usec] 7999.919 19

Control via External Triggers

When Controlling the Exposure Time Using Specified Exposure Times

Configure the settings as follows.

Item Setting value / selectable range

Trigger Selector (trigger operation) Frame Start

Trigger Mode On

Trigger Source (trigger signal source) Any

Trigger Activation (trigger polarity) Rising Edge (rising edge of input signal), Falling Edge (falling

edge of input signal) Exposure Mode Timed (control via exposure time) Exposure Time Varies depending on the Tap Geometry and CL Pixel Clock

settings. *

Exposure Auto Off, Continuous

* 1 Max. value = [Acquisition Frame Rate] - Max. exposure time value A (“Exposure times” (page 19))

Set [Exposure Mode] to [Timed].

([Timed] is the default setting.)

Specify the exposure time in [Exposure Time].

The setting value for the exposure time can only be changed when [Exposure Auto] is set to [Off]. If [Exposure Auto] is set to [Continuous], temporarily set it to [Off] before changing the [Exposure Time].

Set [Trigger Selector] to [Frame Start].

([Frame Start] is the default setting.)

Set [Trigger Mode] to [On].



GO-2400M-PMCL / GO-2400C-PMCL

If necessary, change the [Trigger Source], [Trigger Activation], and [Exposure Auto]

settings.

When controlling the exposure time using the pulse width of the trigger input signal

Configure the settings as follows.

Item Setting value / selectable range

Trigger Selector (trigger operation) Frame Start

Trigger Mode On Trigger Source (trigger signal source) Any Trigger Activation (trigger polarity) Level High (high-level duration), Level Low (low-level

duration) Exposure Mode Trigger Width (control via trigger width)

Set [Exposure Mode] to [Trigger Width] .

When you select [Trigger Width], [Trigger Mode] will automatically be set to [On].

Set [Trigger Selector] to [Frame Start].

([Frame Start] is the default setting.)

If necessary, change the [Trigger Source] and [Trigger Activation] settings.



GO-2400M-PMCL / GO-2400C-PMCL

Control without external triggers

When controlling the exposure time using specified exposure times

Configure the settings as follows.

Item Setting value / selectable range

Trigger Selector (trigger operation) Frame Start

Trigger Mode Off Exposure Mode Timed (control via exposure time) Exposure Time Varies depending on the Tap Geometry and CL Pixel Clock

settings. *

Exposure Auto Off, Continuous

* 1 Max. value = [Acquisition Frame Rate] - Max. exposure time value A (“Exposure times” (page 19))

Set [Exposure Mode] to [Timed].

([Timed] is the default setting.)

Specify the exposure time in [Exposure Time].

Set [Trigger Mode] to [On].

If necessary, change the [Exposure Auto] setting.

When not controlling the exposure time

Configure the settings as follows.

Item Setting value / selectable range

Exposure Mode Off

The exposure will be performed with an exposure time equal to 1 / frame rate.

* The [Exposure Time] setting will be disabled, and the [Exposure Auto] function cannot be used.



GO-2400M-PMCL / GO-2400C-PMCL

Step 5: Adjusting the Image Quality

Adjust the image quality using the gain and white balance (GO-2400C-PMCL only) functions.

To adjust the image quality

The display level must be changed from [Beginner] to [Guru].

Adjusting the Gain

Adjust the sensitivity via the analog gain (i.e., master gain).

 For details on gain control, see “Gain Control” (page 39) in the "Main Functions" section.

■ Manual adjustment

Expand [Analog Control], and set [Gain Auto] to [Off].

([Off] is the default setting.)

Configure the gain.

Expand [Analog Control], and select the gain you want to configure in [Gain Selector].

•For the GO-2400M-PMCL, only [Analog All] (master gain) can be configured.

•For the GO-2400C-PMCL, [Analog All] (master gain), [Digital Red] (digital R gain), and

[Digital Blue] (digital B gain) can be configured individually.

Configure the gain value in [Gain].

•The [Digital All] (master gain) can be set to a value from x1 to x16 (0 dB to +24 dB) the analog base gain value. The resolution is set in x0.01 steps (0.05 dB to 0.08 dB depending on the setting value). Values are configured by multipliers. For example, the values set for x1 and x16 are 100 and 1600 respectively.

•For the GO-2400C-PMCL, the [Digital Red] (digital R gain) and [Digital Blue] (digital B gain) can be set to a value from x0.45 to x5.62 (

–7 dB to +15 dB) the [Digital All] (master gain)

value. The resolution is set in 0.1 dB steps. Specify 0 for 0 dB, negative values for settings below 0, and positive values for settings above 0.



GO-2400M-PMCL / GO-2400C-PMCL

Adjusting the White Balance (GO-2400C-PMCL only)

Adjust the white balance using R, and B gain. The white balance can also be adjusted automatically.

■ Manual white balance adjustment

Expand [Analog Control], and set [Balance White Auto] to [Off].

([Off] is the default setting.)

Select the gain to configure in [Gain Selector], and set the gain value in [Gain].

■ Automatic white balance adjustment

Place a white sheet of paper or similar object under the same lighting conditions as the

intended subject, and zoom in to capture the white.

White objects near the subject, such as a white cloth or wall, can also be used.

Be sure to prevent the high-intensity spot lights from entering the screen.

Select the [Balance White Auto] tab, and click [Continuous] or [Once] depending on your

intended application.

The white balance is automatically adjusted.

Adjusting the Black Level

Expand [Analog Control] and select the black level you want to configure in [Black Level

Selector].

For the GO-2400M-PMCL, only [Digital All] (master black) can be configured.

For the GO-2400C-PMCL, [Digital All] (master black), [Digital Red] (digital R), and [Digital Blue] (digital B) can be configured individually.

Specify the adjustment value in [Black Level].

Step 6: Configuring Various Other Settings

See “Settings List” (page 57), and configure settings as necessary.



GO-2400M-PMCL / GO-2400C-PMCL

Step 7: Saving the Settings

The setting values configured in Control Tool will be deleted when the camera is turned off. By storing current setting values to user memory, you can load and recall them whenever necessary. You can save up to three sets of user memory settings (User Set1 to 3).

User memory Temporary memory

Current

setting values

Control

Tool

Save

User Set1

User Set2

User Set3

Note

The setting values are not saved to the computer (Control Tool).

■ To save user settings

Stop image capture.

Expand [User Set Control] and select the save destination ([User Set1] to [User Set3]) in

[User Set Selector].

Note

The factory default setting values are stored in [Default] and cannot be overwritten.

Caution

Settings can only be saved when image capture on the camera is stopped.



GO-2400M-PMCL / GO-2400C-PMCL

Select [User Set Save], and click [Execute 'User Set Save' Command].

The current setting values are saved as user settings.

■ To load user settings

Stop image capture.

User settings can only be loaded when image capture on the camera is stopped.

Select the settings to load (Default, and User Set1 to User Set3) in [User Set Selector].

Select [User Set Load], and click [Execute 'User Set Load' Command].

The selected user settings are loaded.

 The next time the unit is started up, the settings selected in [User Set Selector] will be loaded automatically.



GO-2400M-PMCL / GO-2400C-PMCL

Basic Function Matrix

The combinations of settings for the basic functions that can be used together are as follows.

Exposure Mode

Frame Start Trigger

Exposure Time

ROI

Balance White Auto

Gain Auto

Exposure Auto

Video Send Mode

Sensor Multi ROI

Trigger Sequence Mode

Command Sequence Mode

Off Off ×

  



× ×

Timed Off

     



Timed (EPS) On

 

× × ×

  

Trigger Width On ×



× × ×



× ×

* 1 Operates only on the GO-2400C-PMCL



GO-2400M-PMCL / GO-2400C-PMCL

Main Functions

GPIO (Digital Input/Output Settings)

The unit can input/output the following signals to and from external input/output connectors.

External output TTL Out (Line1) DC IN / trigger IN connector (4-pin round) External input TTL IN (Line4) DC IN / trigger IN connector (4-pin round)

CC1 (Line7) Camera Link cable

These signals can be used as triggers and other necessary signals within the camera or as signals output from the camera to the system, such as those used for lighting equipment control. In addition, a pulse generator for generating custom pulses and a NAND module for performing logic operations are built into the camera. The two can be used together for a variety of purposes, such as noise removal for trigger signals and phase adjustment for pulse outputs. Such functions are generally referred to as GPIO functions.

Signals are selected as follows.

•When using external signals or the signals of each GPIO module as trigger signals: Select in [Trigger Selector] > [Trigger Source].

•When selecting the signals to use for external outputs: Select in [Line Selector] > [Line Source].

•When selecting the input signal for the NAND logic line: Select in [Line Selector] > [Line Source].

•When selecting the clear signal for [Pulse Generator]: Select in [Pulse Generator Selector] > [Pulse Generator Clear source].

GPIO block diagram

NAND Logic

Pulse Generator

Trigger Selector

PulseGenerator Selector

Line Selector

Cross point switch

External input

Camera internal signal

User control signal

GPIO module signal

Trigger signal

External output

Signal to the GPIO module



GO-2400M-PMCL / GO-2400C-PMCL

Valid Input/Output Combinations

The following signals can be used as sources for each output destination (Trigger Selector, Line Selector, Pulse Generator Selector). You can also connect two different sources to NAND paths in the GPIO and reuse the signal generated there as a source for a different selector.

The combinations of source signals and output destinations are indicated in the following.

Selector

(Cross point

switch output)

Source signal (Cross point switch input)

Output destination

Trigger Selector Line Selector

Pulse

Generator

Selector

Acquisition Start

Acquisition Stop

Frame Start

Transfer Start

Line2 OPT Out 1

(GPIO 1)

Line2 OPT Out 2

(GPIO 2)

Time Stamp Reset

NAND 0 In 1

NAND 0 In 2

NAND 1 In 1

NAND 1 In 2

Pulse Generator 0

Signals to use as output

LOW

           

HIGH

           

Line4 TTL In

           

Line7 CC1

           

NAND 0 Out

      

× ×

  

NAND 1 Out

        

× ×



Pulse Generator 0

          

User Output 0

           

User Output 1

           

Software Trigger

   

× ×



× × × × ×

Action 1

   

× × × × × × ×



Action 2

   

× × × × × × ×



FVAL

× × × ×

       

LVAL

× × × ×



     

Exposure Active

× × × ×

       

Frame Trigger Wait

× × × ×

       

Frame Active

× × × ×

       

Acquisition Trigger Wait

× × × ×

       

Trigger Source Line Source

Pulse

Generator

Clear Source

Use

: Indicates default values for each selector. “Factory default values” (page 18) shows the

default values for [Frame Start].



GO-2400M-PMCL / GO-2400C-PMCL

Camera Output Formats

The GO-2400-PMCL supports a variety of output formats. The following tap geometries are supported. The settings on the frame grabber board must be configured to match the tap geometry setting on the camera. For details configuring frame grabber board settings, refer to the operating instructions for each board.

Tap Geometry CL Configuration IP Bypass Off IP Bypass On

1X2-1Y Base bit: 8/10 bit: 8/10/12 1X3-1Y Base bit: 8 bit: 8 1X3-1Y Medium bit: 10 bit: 10/12 1X4-1Y Medium bit: 8/10 bit: 8/10/12 1X8-1Y Full bit: 8 bit: 8 1X8-1Y 80-bit bit: 10 bit: 10

■ 1X2-1Y

1X2-1Y is a 2-tap output format as defined in GenICam tap geometry.



GO-2400M-PMCL / GO-2400C-PMCL

■ 1X3-1Y

1X3-1Y is a 3-tap output format as defined in GenICam tap geometry.

■ 1X4-1Y

1X4-1Y is a 4-tap output format as defined in GenICam tap geometry.



GO-2400M-PMCL / GO-2400C-PMCL

■ 1X8-1Y (CL)

1X8-1Y (CL) is a 8-tap output format as defined in GenICam tap geometry.

■ Cable length reference

The following is a reference for the length of cable you can use based on the Camera Link clock*1.

CL Pixel Clock [MHz] CL cable length

37.125 10 m

74.25 7 m

84.85 3 m

*1 The length of cable you can use will also vary depending on type and maker.

Acquisition Control (Image Acquisition Controls)

Perform operations and configure settings related to image capture in [Acquisition Control].

On the GO-2400-PMCL, acquisition control always operates in [Continuous] mode.

Changing the Frame Rate

When [Trigger Mode] is disabled, you can change the frame rate in [Acquisition Frame Rate].

Note

• The shortest frame period varies depending on the ROI, pixel format, and binning mode selected. The longest frame period is 0.125 Hz (8 sec.).

• When [Trigger Mode] is enabled, the [Acquisition Frame Rate] setting is disabled.



GO-2400M-PMCL / GO-2400C-PMCL

■ Maximum frame rate period formula

•<Maximum output frame rate> During [Continuous] mode: 1 / ((Height_s + 40) × Hperiod) During [Trigger Mode]: 1 / (Exposure Time [sec] + (Height_s + 40) × Hperiod)

Full size (regardless of Binning Vertical and Binning Horizontal settings)

Tap Geometry CL Pixel Clock (MHz) H Period [sec] Frame Rate [Hz]

1X2-1Y 37.125 26.290 × 10

-6

30.28

1X2-1Y 74.25 13.145 × 10

-6

60.57

1X2-1Y 84.85 12.444 × 10

-6

63.98

1X3-1Y 37.125 19.421 × 10

-6

41.00

1X3-1Y 74.25 8.795 × 10

-6

90.53

1X3-1Y 84.85 7.731 × 10

-6

102.99

1X4-1Y 37.125 13.253 × 10

-6

60.08

1X4-1Y 74.25 6.626 × 10

-6

120.15

1X4-1Y 84.85 6.222 × 10

-6

127.96

1X8-1Y 37.125 6.734 × 10

-6

118.23

1X8-1Y 74.25 4.848 × 10

-6

164.21

1X8-1Y 74.25 6.222 × 10

-6

127.96

1X8-1Y 84.85 4.808 × 10

-6

165.59

1X8-1Y 84.85 6.222 × 10

-6

127.96

Exposure Mode

The following exposure modes are available on the camera.

Exposure Mode Description

Off Exposure control is not performed (free-running operation). Timed Mode in which exposure time is pre-set by the user. Images can be captured with the

trigger off (free-running) or with trigger on (EPS).

Trigger Width Mode in which control of the exposure time is performed using the pulse width of the

trigger input signal. The exposure time will be the same as the pulse width of the trigger input signal. This allows long exposure.

 The settings for exposure control and triggers are related to each other. Be sure to configure the settings

described in “Configuring Exposure and External Trigger Settings” (page 18).



GO-2400M-PMCL / GO-2400C-PMCL

Image Output Timing

■ Vertical timing

Tap

Geometry

PixelClock

[MHz]

Frequency

(KHz)

FVAL

BlankingLine

[A]

FVALValid

Line [B]

Total

FrameLine [C]

Total Frame

Period (msec)

Frame Rate

(Hz)

Vertical

ROI

ALL



40 Height Height + 40 (Height +

40) / H Freq

H Freq*1000 /

Height + 40

1X2-1Y

(Full)

37.125 38.038 40 1216 1256 33.020 30.28

74.25 76.076 40 1216 1256 16.510 60.57

84.85 80.357 40 1216 1256 15.630 63.98

1X3-1Y

(Full)

37.125 51.491 40 1216 1256 24.393 41.00

74.25 113.706 40 1216 1256 11.046 90.53

84.85 129.355 40 1216 1256 9.710 102.99

1X4-1Y

(Full)

37.125 75.457 40 1216 1256 16.645 60.08

74.25 150.915 40 1216 1256 8.323 120.15

84.85 160.714 40 1216 1256 7.815 127.96

1X8-1Y

(Full)

37.125 148.500 40 1216 1256 8.458 118.23

74.25_8 206.250 40 1216 1256 6.090 164.21

74.25_10 160.714 40 1216 1256 7.815 127.96

84.85_8 207.983 40 1216 1256 6.039 165.59

84.85_10 160.714 40 1216 1256 7.815 127.96



GO-2400M-PMCL / GO-2400C-PMCL

■ Horizontal timing

Tap Geometry

CL Pixel

Clock (MHz)

Line

BlankingClock

[A]

LineValid clock

[B]

Total Line clock

[C]

Total Line Period

(usec) [C]

Line Rate (KHz)

[C]

Horizontal

ROI

ALL (1936/Tap)

- Width + 8

Width

  

1X2-1Y

(Full)

37.125 8 968 976 26.290 38.038

74.25 8 968 976 13.145 76.076

84.85 8 968 1056 12.444 80.357

1X3-1Y

(Full)

37.125 76 645 721 19.421 51.491

74.25 8 645 653 8.795 113.706

84.85 11 645 656 7.731 129.355

1X4-1Y

(Full)

37.125 8 484 492 13.253 75.457

74.25 8 484 492 6.626 150.915

84.85 44 484 528 6.222 160.714

1X8-1Y

(Full)

37.125 8 242 250 6.734 148.500

74.25_8 118 242 360 4.848 206.250

74.25_10 220 242 462 6.222 160.714

84.85_8 166 242 408 4.808 207.983

84.85_10 286 242 528 6.222 160.714



GO-2400M-PMCL / GO-2400C-PMCL

Trigger Control

The camera allows Frame Start trigger controls to be performed via external trigger signals. The Frame Start trigger allows exposure control via the trigger signal inputs.

 The settings for exposure control and triggers are related to each other. Be sure to configure the settings

described in “Configuring Exposure and External Trigger Settings” (page 18).

Shortest Repetition Period for Triggers

The reciprocal of the maximum frame rate is the time required to output one frame. The shortest repetition periods for triggers cannot be lower than that value.

■ When [Exposure Mode] is [Timed]

Example: When [Trigger Source] is set to [Line7 CC1]

Scanning range

Shortest period of trigger [ms], exposure condition: minimum

exposure time

1X2-1Y 1X3-1Y 1X4-1Y 1X8-1Y

84.85 MHz 8 bit

84.85 MHz 8-bit

Full 15670 9736 7836 6046 ROI 2/3 (Height = 810) 10618 6597 5310 4094 ROI 1/2 (Height = 608) 8104 5035 4053 3122 ROI 1/4 (Height = 304) 4321 2685 2161 1661 ROI 1/8 (Height = 152) 2429 1510 1216 930 Binning Vertical (968 × 608)* 15670 9736 7836 6046

* GO-2400M-PMCL only

Exposure and readout cannot overlap on the GO-2400-PMCL. The above table indicates the shortest trigger periods for the shortest exposure times. By adding the value of the exposure time you are using to the values in the table, you can determine the shortest trigger periods under your own usage environment.

0.25 us

FVAL

Frame Active

Frame Trigger Wait

0.25 us

Sensor Exposure

Trigger

Exposure Active

Exposure duration

Next trigger disabled

trigger

input

enabled

Data output duration

(= Height x Line Period)



GO-2400M-PMCL / GO-2400C-PMCL

Tap

Geometry

CL Pixel

Clock

(MHz)

Period From Trigger start

edge to

Exposure start

[A] (usec)

Period from

Exposure

endTo FVAL

start [B] (usec)

Period FVAL

end to next trigger start

[C] (usec)

Max Exposure

[msec]

Min Exposure

[usec]

Horizontal

ROI

ALL

  

Framerate

– 13/H Freq

3/H Freq

+ 22×0.013

1X2-1Y

(Full)

37.125 80 884

≥ 89

7999.658 79

74.25 40 452

≥ 37

7999.829 40

84.85 38 428

≥ 34

7999.838 38

1X3-1Y

(Full)

37.125 60 654

≥ 65

7999.748 59

74.25 27 300

≥ 11

7999.886 27

84.85 24 263

≥ 24

7999.900 24

1X4-1Y

(Full)

37.125 41 454

≥ 37

7999.828 40

74.25 21 228

≥ 18

7999.914 20

84.85 20 214

≥ 17

7999.919 19

1X8-1Y

(Full)

37.125 22 232

≥ 17

7999.912 21

74.25_8 16 168

≥ 13

7999.937 15

74.25_10 20 214

≥ 19

7999.919 19

84.85_8 15 167

≥ 2.1

7999.937 15

84.85_10 20 214

≥ 19

7999.919 19

Smallest input pulse width of trigger signal: 10 µS or more

■ When [Exposure Mode] is [Trigger Width]

Scanning range

Shortest period of trigger [ms], exposure condition: minimum

exposure time

1X2-1Y 1X3-1Y 1X4-1Y 1X8-1Y

84.85 MHz 8-bit

* GO-2400M-PMCL only



GO-2400M-PMCL / GO-2400C-PMCL

0.25 us

FVAL

Frame Active

Frame Trigger Wait

0.25 us

Sensor Exposure

Trigger

Exposure Active

Exposure duration

Next trigger disabled

trigger

input

enabled

Data output duration

(= Height x Line Period)

Tap

Geometry

CL Pixel

Clock

(MHz)

Period From Trigger start

edge to

Exposure start

[A] (usec)

Period from

Exposure

endTo FVAL

start [B] (usec)

Period FVAL

end to next

trigger start

[C] (usec)

Period From

Trigger end

edge to

Exposure end

[D] (usec)

Min Exposure

[usec]

Horizontal

ROI

ALL

   

3/H Freq

+ 22×0.013

1X2-1Y

(Full)

37.125 80 885

≥ 88

80 79

74.25 41 452

≥ 36

41 40

84.85 39 428

≥ 33

39 38

1X3-1Y

(Full)

37.125 60 654

≥ 64

60 59

74.25 27 300

≥ 9.3

27.4 27

84.85 24 264

≥ 23

25 24

1X4-1Y

(Full)

37.125 41 452

≥ 36

41 40

74.25 20 227

≥ 17

20.8 20

84.85 19 214

≥ 16

19.6 19

1X8-1Y

(Full)

37.125 21 231

≥ 17

21.2 21

74.25_8 16 169

≥ 12

16 15

74.25_10 20 215

≥ 18

20 19

84.85_8 16 168

≥ 1.2

16 15

84.85_10 20 214

≥ 19

20 19

Smallest input pulse width of trigger signal: minimum exposure time of each mode

■ During normal continuous operation

When using an application that does not require external triggers, the following applies.

Scanning range

Shortest period [ms]

1X2-1Y 1X3-1Y 1X4-1Y 1X8-1Y

84.85 MHz 8-bit

Full 15.630 9.710 7.815 6.039 ROI 2/3 (Height = 810) 10.578 6.571 5.289 4.087 ROI 1/2 (Height = 608) 8.064 5.009 4.032 3.116 ROI 1/4 (Height = 304) 4.281 2.659 2.140 1.654 ROI 1/8 (Height = 152) 2.389 1.484 1.195 0.923 Binning Full (968 × 608)* 15.630 9.710 7.815 6.039

GO-2400M-PMCL only



GO-2400M-PMCL / GO-2400C-PMCL

When [Exposure Mode] is [Off]

FVAL

Sensor Exposure

Exposure Active

Exposure duration

Tap Geometry CL Pixel Clock (MHz)

Exposure stop period [X1]

(usec)

Period From FVAL end to

Exposure end [min] [X2]

(usec)

Horizontal ROI ALL 13/H Freq



1X2-1Y

(Full)

37.125 342

≥ 167

74.25 171

≥ 75

84.85 162

≥ 69

1X3-1Y

(Full)

37.125 252

≥ 121

74.25 114

≥ 35

84.85 100

≥ 45

1X4-1Y

(Full)

37.125 172

≥ 80

74.25 86

≥ 36

84.85 80

≥ 37

1X8-1Y

(Full)

37.125 88

≥ 37

74.25_8 63

≥ 26

74.25_10 81

≥ 36

84.85_8 63

≥ 8.9

84.85_10 81

≥ 36

When [Exposure Mode] is [Timed]

FVAL

Sensor Exposure

Exposure Active

Exposure duration



GO-2400M-PMCL / GO-2400C-PMCL

Tap Geometry

CL Pixel Clock

(MHz)

Period From FVAL end to

Exposure end

[X1] (usec)

Max Exposure [msec]

Min Exposure

[usec]

Horizontal ROI ALL



Framerate-13/H Freq 3H + 22 x 0.013

1X2-1Y

(Full)

37.125 143 to 169 7999.658 79

74.25 64 to 77 7999.829 40

84.85 59 to 72 7999.838 38

1X3-1Y

(Full)

37.125 104 to 124 7999.748 59

74.25 29 to 39 7999.886 27

84.85 40 to 48 7999.900 24

1X4-1Y

(Full)

37.125 64 to 78 7999.828 40

74.25 32 to 40 7999.914 20

84.85 30 to 37 7999.919 19

1X8-1Y

(Full)

37.125 32 to 40 7999.912 21

74.25_8 24 to 29 7999.937 15

74.25_10 32 to 39 7999.919 19

84.85_8 7.3 to 12 7999.937 15

84.85_10 33 to 39 7999.919 19

Gain Control

[Analog All] can be used for gain control for both the monochrome and color camera. [Analog All] (master gain) uses the sensor's internal gain function and consists of analog gain + digital gain. Analog gain is used for lower gain, and analog gain + digital gain is used when the gain becomes high. R and B can be configured individually as digital gain on the GO-2400C-PMCL.

 For details on how to configure the settings, see “Adjusting the Gain” (page 22).

The relationship between the gain setting value, gain amplification, and dB value is as follows. For example, a gain amplification of x5.62 will be 15 dB.

For monochrome

x16

1600

100

24dB

0dB

Gain

setting

value

Gain

amplification

Gain adjustment range (monochrome)



GO-2400M-PMCL / GO-2400C-PMCL

For color

Master Master

Gain

setting

value

Gain

amplification

Gain setting

value (scaling)

Gain adjustment range (Bayer color)

X89.12

X16

X7.15

X5.62

X0.45

1600

37876 (X5.62)

0 (X1)

–4533 (X0.45)

R&B

Red

Blue

39dB

-7dB

0dB

24dB

15dB

0dB

–7dB

15dB

0dB

–7dB

15dB

37876 (X5.62)

0 (X1)

–4533 (X0.45)

LUT (Lookup T able)

The LUT function is used to generate a non-linear mapping between signal values captured on the sensor and those that are output from the camera. You can specify the output curve using 256 setting points (indexes) on the GO-2400M/C-PMCL.

■ To use the LUT function

Configure the settings as follows.

Item

Setting value / selectable

range

Description

JAI LUT Mode LUT Use LUT. LUT Selector

R, G, B Select the LUT channel to control.

LUT Index GO-2400M-PMCL: 0 to 255

GO-2400C-PMCL: 0 to 255

Select the LUT index to configure. Indexes represent the setting points, and values from the lowest point (Index 0) to the highest point (Index 15) are represented. On the 2400M-PMCL, for example, Index 0 is full black and Index 255 is full white.

LUT Value 0 to 4095 Set the LUT output value for the selected index.

* GO-2400C-PMCL only

Note

For the GO-2400C-PMCL, the same characteristic curve is configured for R, G, and B.



GO-2400M-PMCL / GO-2400C-PMCL

■ LUT values

LUT values range from 0 at the lowest to 4095 at the highest. Linear interpolation is used to calculate LUT values between the index points.

4095

Index0

Index1

LUT Value [1]

LUT Value [0]

Index255

Interpolation using the average values of data to the left and right is used to determine values between points.

Gamma Function

The gamma function corrects the output signals from the camera beforehand (reverse correction), taking into consideration the light-emitting properties of the monitor display. As the light-emitting properties of the monitor are not linear, the entire image may be darker or the gradation in the dark areas may be less noticeable when camera outputs are displayed without processing. The gamma function can be used to correct the camera signals with an opposite-direction curve and produce a display that is close to linear.

Example of the light-emitting properties of the monitor display

■ To use the gamma function

Configure the settings as follows.

Item Setting value / selectable range Description

Gamma 0.45, 0.60, 1.0 (Off) Select the gamma correction value. JAI LUT Mode Gamma Use Gamma.

Note

You can use the LUT function to configure a curve with more detailed points. For details, see “LUT (Lookup Table)” (page 40).



GO-2400M-PMCL / GO-2400C-PMCL

Shading Correction

The shading correction is a function that corrects non-uniformity (i.e., shading) in the amount of light generated by the lens and lighting equipment. Using this function allows correction even if top, bottom, left, and right shading is not symmetrical in relation to the center of the screen (H, V).

The size of the correction block is 16 (H) × 10 (V) blocks and calculation errors in the correction data are minimized due to the small interpolation block. Each block is 128 × 128 pixels. The total size of the blocks is 2048 (H) × 1280 (V), but the actual number of effective pixels for the camera is 1936 (H) × 1216 (V). The ineffective peripheral areas will be deleted internally on the camera automatically.

2048 (Total size)

1936 (Effective pixels)

1280 (Total size)

1216 (Effective pixels)

128

The following shading correction modes are available on the camera.

■ Flat Shading

Correction is performed using the area of the screen with the highest brightness level as the reference, and adjusting the brightness levels of the other areas to match this level.

        



Within 30%

of adjustment

range



GO-2400M-PMCL / GO-2400C-PMCL

■ Color Shading (GO-2400C-PMCL only)

R-channel and B-channel properties are adjusted to using the G-channel shading properties as a reference.

Pre-correction

Post-correction

Caution

Proper correction is not possible under the following conditions.

• If an area with a brightness level that is more than 30% less than the reference level exists within the screen

• If the brightness level is saturated in parts or all of the screen

• If the area in the screen with the highest brightness level is 300 LSB or less (during 10-bit video output)

■ To use the shading correction function

Configure the settings as follows.

Item Setting value Description

Shading Correction Mode GO-2400M-PMCL:

Flat Shading (fixed)

GO-2400C-PMCL:

Flat Shading, Color Shading

Select the shading correction mode.

Shading Mode User 1, User 2, User 3 Select the user area to which to save the

shading correction value.

Display a white chart under a uniform light, and execute [Perform Shading Calibration].

Note

After shading correction is executed, the shading correction value is automatically saved to the user area selected in [Shading Mode].

Binning Function

The binning function allows you to combine the signal values of clusters of adjacent pixels on the sensor to create improved virtual pixels. Using the function results in images with lower pixel resolution and higher sensitivity. Common methods of binning include "horizontal binning" where two horizontally adjacent pixels are combined, and "vertical binning" where two vertically adjacent pixels are combined. By combining the horizontal and vertical methods to create a group of four pixels (2×2 binning), you can create images with x4 sensitivity.

* GO-2400M-PMCL only



GO-2400M-PMCL / GO-2400C-PMCL

ROI (Regional Scanning Function)

The ROI (region of interest) function allows you to output images by specifying the areas to scan.

ROI Settings

Specify the area to scan by specifying width, height, and horizontal/vertical offset values under [Image Format Control].

 For details on how to configure the settings, see “Configuring the Output Format” (page 16).

You can increase the frame rate by specifying a lower height, as the number of lines scanned decreases. The minimum area is as follows.

Minimum width value (pixels) Minimum height value (pixels)

GO-2400M-PMCL Binning Off: 96

Binning On: 48

 The minimum value for Monochrome

varies depending on the [Binning] setting.

GO-2400C-PMCL 16 2

Example 1: Without binning

[Binning Horizontal] *: 1 [Binning Vertical] *: 1

OffsetX

OffsetY

Height

Width

1216 Height Max

1936 Width Max

Scanning range

Example 2: With binning

[Binning Horizontal] *: 2 [Binning Vertical] *: 2

OffsetX

OffsetY

Height

Width

608 Height Max

968 Width Max

Scanning range

* GO-2400M-PMCL only

 For details on the frame rates for common ROI sizes, see “Frame Rate Reference” (page 97) (page 43).



GO-2400M-PMCL / GO-2400C-PMCL

Video Send Mode

Switch the video send mode to configure and operate Sequence Trigger and other JAI Custom Control functions.

Video Send Mode

■ To switch the video send mode

Select the video send mode in [Video Send Mode Selector].

[Video Send Mode Selector] option Description

Normal Mode Normal camera operation. Trigger Sequence Mode Sequence Trigger mode.

Sequence Trigger mode that executes presets in a predefined order based on [Sequence Roi Frame Count] and [Sequence Roi Next Index]. Starts at Index #1.

Command Sequence Mode Sequence Command mode.

Sequence Trigger mode that executes the preset listed in [Command Sequence Index] each time a trigger is received. Can jump to new preset by sending a new index value to [Command Sequence Index].

■ Trigger Sequence mode

The Sequence Trigger function lets you define up to 128 preset combinations of exposure time, gain, ROI, and other settings which can be stepped through each time a trigger is received. This is particularly useful for quickly capturing multiple exposures of objects under inspection to adjust for areas or components with significantly different levels of reflectance. The order of execution and the repetition of particular presets are based on user-defined parameters stored in the sequence, as well as the sequence mode selected in the [Video Send Mode Selector].

Two operation modes (Trigger Sequence and Command Sequence) are available for the Sequence Trigger function.

Trigger Sequence mode

With this mode, the Sequence Trigger “pattern” is predetermined by the user. The user defines up to 128 different “indexes.” Each index represents a combination of the following parameters:

•ROI (width, height, offset X, and offset Y)

•Exposure Time

•Gain Level (R/B Gain can also be configured on the color model)

•Black Level

•Binning Mode (monochrome only)

•LUT Enable (whether or not to enable the use of LUT for this index)

•Frame Count (the number of times to repeat this index before moving to the next)

•Next Index to execute in the predetermined pattern

In addition to these individual index parameters, two other parameters are applied to the entire sequence:

[Sequence LUT Mode] defines whether Gamma or LUT is to be applied to the sequence. If Gamma is selected, the Gamma setting defined in the camera’s Analog Control section will be applied to all exposures in the sequence. If LUT is selected, the LUT characteristics defined in Analog Control will be applied to any index where [Sequence LUT enable] has been set to ON.



GO-2400M-PMCL / GO-2400C-PMCL

[Reset Sequence Index] causes the index selector to be reset to Index 1. Thus, the sequence pattern will start over at the next trigger.

In Trigger Sequence mode, patterns always begin with Index1. Subsequent triggers follow the userdefined values in [Sequence Index Frame Count] and [Sequence ROI Next Index]. Assigning a Next Index value of “1” to an index creates a loop back to the start of the sequence pattern.

Trigger Sequence example

User-defined Indexes (up to 128)

Index1 Index2

Index4 Index3

ROI Exposure Gain LUT Binning Frame Count = 2 Next Index = 3

ROI Exposure Gain LUT Binning Frame Count = 1 Next Index = 1

ROI Exposure Gain LUT Binning Frame Count = 1 Next Index = 4

ROI Exposure Gain LUT Binning Frame Count = 2 Next Index = 2

Triggers / Image Frames

Index structure for Trigger Sequence

Index1

ROI1

Exposure

Gain1

(M/Red/Blue)

Black

Level1

Binning1

(H/V)

LUT

Enable1

Frame

Count1

Index1

Index2

ROI2

Exposure

Gain2

(M/Red/Blue)

Black

Level2

Binning2

(H/V)

LUT

Enable2

Frame

Count2

Index2

Index128 ROI128

Exposure

128

Gain128

(M/Red/Blue)

Black

Level128

Binning128

(H/V)

LUT

Enable128

Frame

Count128

Index128

Index

Selector

(MUX)

Index Table

・

Index Next Index

Current Index

Command

・

Reset Sequence Index

Reset Sequence

Common Settings

・

Sequence LUT mode

Command Sequence mode

This mode allows the user to vary the “pattern” of the sequence in response to external factors. Changes in the sequence can be initiated manually or in a programmatic fashion as the result of data from sensors/controllers or from the analysis of previous images.

In this mode, the user can define up to 128 different “indexes” each incorporating a combination of:

•ROI (width, height, offset X, and offset Y)

•Exposure Time

•Gain Level (R/B Gain can also be configured on the color model)

•Black Level

•Binning Mode (monochrome only)

•LUT Enable (whether or not to enable the use of LUT for this index)

The user must also enter a value from 1 to 128 in [Command Sequence Index]. This indicates which index to execute each time a trigger is received. The same index will continue to be executed for all subsequent triggers as long as the value of [Command Sequence Index] remains unchanged.



GO-2400M-PMCL / GO-2400C-PMCL

Changing the value of [Command Sequence Index] to one of the other predefined indexes causes that index to be executed in response to subsequent triggers. This mode of operation enables users to develop applications that continually send new values to [Command Sequence Index] in response to external factors such as changing light conditions, different types or sizes of objects being inspected, or other factors. This allows applications to change ROI, exposure, gain, etc., without being restricted to a predefined pattern.

[Sequence Index Frame Count], [Sequence ROI Next Index], and [Reset Sequence Index] are not used in Command Sequence mode and entered values are ignored.

Command Sequence example

User-defined Indexes (up to 128)

Index1 Index2

Index3

ROI Exposure Gain LUT Binning

Command Sequence Index

Camera Triggers

Image Frames

Set to Index1

Set to Index3

Set to Index1

Set to Index2

Set to Index1

Set to Index2

Index1 Settings

Index3 Settings

Index1 Settings

Index2 Settings

Index1 Settings

Index2 Settings

Settings Used



GO-2400M-PMCL / GO-2400C-PMCL

Index structure for Command Sequence

Index1

ROI1

Exposure1

Gain1

Black

Level1

Binning1

LUT

Enable1

Index2

ROI2

Exposure2

Gain2

Black

Level2

Binning2

LUT

Enable2

Index128

ROI128

Exposure

128

Gain128

Black

Level128

Binning128

LUT

Enable128

Index

Selector

(MUX)

Current Index

(M/Red/Blue)

(H/V)

(M/Red/Blue)

(H/V)

Common Settings

Command Sequence Index (1 to 128)

Common Settings

Sequence LUT mode

(M/Red/Blue) (H/V)

Sensor Multi ROI Function

Sensor Multi ROI is an ROI function that is configured and functions inside the sensor. You can configure up to 16 scanning regions (4 horizontal and 4 vertical). By skipping areas that are not specified as regions of interest when scanning a frame, the sensor's ROI function outputs the specified regions in a compressed state. You can increase the frame rate due to the reduced scanning time for the compressed areas. However, you cannot make the line frequency faster by compressing in the horizontal direction.

ROI 1-1

ROI 1-2

ROI 1-3

ROI 1-4

ROI 2-1

ROI 3-1

ROI 4-1

ROI 2-2 ROI 2-3

ROI 2-4

ROI 3-4

ROI 3-3

ROI 4-2

ROI 4-4

ROI 3-2

ROI 4-3

ROI 1-1 ROI 1-2

ROI 1-3

ROI 1-4

ROI 2-1

ROI 3-1

ROI 4-1

ROI 2-2 ROI 2-3

ROI 2-4

ROI 3-4

ROI 3-3

ROI 4-2

ROI 4-4

ROI 3-2

ROI 4-3

Total sensor area (1936 × 1216)

The areas selected with the ROI function will be compressed.

Horizontal pixel count ROI Width 1 + ROI Width 2 + ROI Width 3 + ROI Width 4

Vertical pixel count ROI Height 1 + ROI Height 2 + ROI Height 3 + ROI Height 4

Restrictions

•The specified areas cannot overlap.

•The frame rate can be increased in relation to size of the area specified in the vertical direction, but

not in relation to the horizontal direction.

•In the horizontal direction, the configuration for the second and subsequent row will be identical. In the vertical direction, the configuration for the second and subsequent column will be identical.



GO-2400M-PMCL / GO-2400C-PMCL

Configuration

Configure each area so that they do not overlap. Both the horizontal and vertical settings must be configured as even values.

Horizontal ROI conditions

ROI Offset H1 + ROI Width 1 < ROI Offset H2 ROI Offset H2 + ROI Width 2 < ROI Offset H3 ROI Offset H3 + ROI Width 3 < ROI Offset H4 ROI Offset H4 + ROI Width4 < 1936

Vertical ROI conditions

ROI Offset V1 + ROI Height 1 < ROI Offset V2 ROI Offset V2 + ROI Height 2 < ROI Offset V3 ROI Offset V3 + ROI Height 3 < ROI Offset V4 ROI Offset V4 + ROI Height 4 < 1216

Configure the four index settings (Index 1 to 4). The [OffsetH], [Width], [OffsetV], [Height], [Horizontal Enable], and [Vertical Enable] settings can be configured for each index.

When you configure the [OffsetH], [Width], [OffsetV], and [Height] settings for an index and set [Horizontal Enable] or [Vertical Enable] to [True] for that index, the corresponding area is configured. When [False] is specified, the settings within the index are disabled. OffsetH, Width:

16 pixels/step

OffsetV, Height: 2 lines/step

ROI 1-1 ROI 1-2

ROI 1-3

ROI 1-4

ROI 2-1

ROI 3-1

ROI 4-1

ROI 2-2 ROI 2-3

ROI 2-4

ROI 3-4

ROI 3-3

ROI 4-2

ROI 4-4

ROI 3-2

ROI 4-3

Index1 Index2 Index3 Index4

Index1

Index2

Index3

Index4

Total sensor area (1936 × 1216)

Reference: Areas corresponding to the [Horizontal Enable] and [Vertical Enable] settings of each setting

Index 1 Index 2 Index 3 Index 4

Enabled

ROI

Enabled area

Hori Vert Hori Ve rt Hori Vert Hori Ve rt

True True False False False False False False 1 ROI 1-1

True True True True False False False False 4 ROI 1-1, ROI 1-2, ROI 2-1, ROI 2-2

True True True False False False False False 2 ROI 1-1, ROI 1-2

True True True True True True False False 9 ROI 1-1, ROI 1-2, ROI 1-3

ROI 2-1, ROI 2-2, ROI 2-3 ROI 3-1, ROI 3-2, ROI 3-3

True True True True True True True False 12 ROI 1-1, ROI 1-2, ROI 1-3, ROI 1-4

ROI 2-1, ROI 2-2, ROI 2-3, ROI 2-4 ROI 3-1, ROI 3-2, ROI 3-3, ROI 3-4



GO-2400M-PMCL / GO-2400C-PMCL

Index 1 Index 2 Index 3 Index 4

Enabled

ROI

Enabled area

Hori Vert Hori Ve rt Hori Vert Hori Ve rt

True True True True True True True True 16 ROI 1-1, ROI 1-2, ROI 1-3, ROI 1-4

ROI 2-1, ROI 2-2, ROI 2-3, ROI 2-4 ROI 3-1, ROI 3-2, ROI 3-3, ROI 3-4 ROI 4-1, ROI 4-2, ROI 4-3, ROI 4-4

Frame rate calculation formula

FR = line rate ÷ (ROI Height 1 + ROI Height 2 + ROI Height 3 + ROI Height 4 + vertical invalid lines)

 Invalid vertical lines = 40 (constant)  The value of [Line Rate] depends on tap geometry and Camera Link pixel clock frequency as shown in the

following table.

Tap Geometry CL Pixel Clock (MHz) Line Rate (KHz)

1X2-1Y(Full)

37.125 38.038

74.25 76.076

84.85 80.357

1X3-1Y(Full)

37.125 51.491

74.25 113.706

84.85 129.355

1X4-1Y(Full)

37.125 75.457

74.25 150.915

84.85 160.714

1X8-1Y(Full)

37.125 148.500

74.25_8 206.250

74.25_10 160.714

84.85_8 207.983

84.85_10 160.714



GO-2400M-PMCL / GO-2400C-PMCL

ALC (Automatic Level Control) Function

The ALC (automatic level control) function combines the automatic gain control (AGC/Auto Gain Control) and automatic exposure control (ASC/Auto Shutter Control) functions, and is capable of handling various changes in brightness.

Change from bright to dark: ASC  AGC Change from dark to bright: AGC  ASC

Change in brightness

Fixed at max. ASC value Fixed at min. ASC value

Fixed at min. gain value

AGC

Max

AGC operation

Max. to min. (user specified)

Operation during change from dark to bright

Operation during change from bright to dark

ASC operation

Max. to min. (user specified)

ASC (auto shutter) operation

AGC operation

Dark Bright

■ To use the ALC function

Set [Gain Auto] or [Exposure Auto] or both to [Continuous] mode. Configure the minimum value, maximum value, etc. for AGC and ASC under [JAI Custom Control ALC]. The target video levels for AGC and ASC are configured in [ALC Reference]. For example, when [ALC Reference] is set to 100%, video levels will be maintained at 100% for AGC and ASC.

■ Automatic gain level control

Set [Gain Auto] to [Continuous].

Detailed Settings for Automatic Gain Level Control (Gain Auto)

When [Gain Auto] is set to [Continuous], you can configure the conditions for automatic adjustment in detail.

Item Description

ALC Reference Specify the target level for automatic gain control. (This setting is also used

for automatic exposure control.)

ALC Area Enable All Select whether to specify all areas as auto gain metering areas or whether to

specify the areas individually.

[0]: Specify areas as auto gain metering areas (16 areas) individually. [1]: Specify all areas as auto gain metering areas.

ALC Area Selector Individually select any of 16 areas for automatic gain metering. (This setting

is also used for automatic exposure control.)

ALC Area Enable Select [True] to enable the metering area selected in [ALC Area Selector], or

select [False] to disable it. AGC Max. Specify the maximum value for the automatic gain control range. AGC Min. Specify the minimum value for the automatic gain control range. AGC/ASC Control Speed Specify the speed for automatic gain control. (This setting is also used for

automatic exposure control.)



GO-2400M-PMCL / GO-2400C-PMCL

Auto gain metering areas (16 areas)

Low

Right

Low

Mid-right

Low

Mid-left

Low

Left

Mid-Low

Mid-left

Mid-High

Mid-left

High

Mid-left

Mid-Low

Left

Mid-High

Left

High

Left

High

Mid-right

Mid-High

Mid-right

Mid-Low Mid-right

High Right

Mid-High

Right

Mid-Low

Right

Counter and Timer Control Function (only “Counter” is implemented)

The counter function counts up change points in the camera's internal signals using the camera's internal counter, and reads that information from the host side. This function is useful for verifying error conditions via the count value using internal camera operations. Counting is performed at frame trigger, frame start, exposure start, and exposure transfer end, and by comparing these values, you can determine which internal camera state at which missed triggers will occur.

■ Counter occurrence diagram

Frame trigger

GVCP transmission

Exposure Start

Event occurrence

Count up

Frame trigger counter

Set to count 1

Exposure Start counter

Counter reset

Count 2 request

Count1

Request

Read count value

Count 1 reset

GVCP reception

Set to count 2

Read count value

Count 2 reset

Event occurrence

Note

To reset the counter itself, execute [Counter Reset] or enter "1" in [Counter Reset].

■ Internal camera blocks

Internal MCU of camera

Counter

Frame trigger

Send information

via GVCP

Counter reset

Counter

Event detection

Counter

At event occurrence or count up

Exposure Start

Frame Transfer End

Frame Start

Read requested counter value

Event detection



GO-2400M-PMCL / GO-2400C-PMCL

■ To use the counter function

Configure the settings as follows. Three counters can be configured (Counter 0 to 2).

Item Setting value / selectable range Description

Counter 0 to 2 Counter 0 to 2 Select the counter.

Counter 0 to 2 Event Source Off,

Frame Trigger, Frame Start, Exposure Start, Exposure Transfer End

Select the counter event signal for which to read the count value.

Counter 0 to 2 Event Activation Rising Edge (fixed)

or Falling Edge

Specify the timing at which to count.

Note

The four counter event signals are always counted up internally on the camera.

Video Process Bypass Mode

The video process bypass mode is a function that bypasses internal video processing on the camera. When bypass is enabled, the sensor output and camera output data can be set to the same bit width. Operation using 12-bit outputs must be performed in bypass mode.

Video process bypass mode On Off

Camera operation All video processes except Gain all

(excluding R/B Gain) and Blemish Compensation are disabled.

All video processes are enabled.

Camera output 8-/10-/12-bit 8-/10-bit

■ Differences in camera operation

When video process bypass mode is disabled

All video processes are enabled.

Sensor Block

Gain All

Black Level

Block

R/B Black

Level

Pixel Gain

Block

R/B Gain

Shading/

LUT Block

LUT

Blemish

Comp Block

Blemish Comp

BlackSetup

Block

Black Setup

When video process bypass mode is enabled

All video processes except Gain all (excluding R/B Gain) and Blemish Compensation are disabled.

Sensor Block

Gain All

Blemish

Comp Block

Blemish Comp

■ To enable video process bypass mode

Item Setting value / selectable range Description

Video Process Bypass Mode On Enable video process bypass

mode.



GO-2400M-PMCL / GO-2400C-PMCL

P-Iris Lens Control Model

In addition to the standard model, a model that supports P-Iris lens control is available. Currently, only a monochrome model, the GO-2400M-PMCL-AUX1, is available.

The DC IN / trigger connector (4-pin round) signal on this model differs from that of the standard model.

Caution

The pin specifications differ despite being the same connector. Beware that connecting the standard model's cable to the P-Iris model may damage the unit.

Standard model

Pin No. Input/output Signal Description

1 Power In DC(+12 V)In DC 12 to 24 V +/–10% 2 In TTL In Line4 3 Out TTL Out Line1 4 Out Power GND COMMON GND

P-Iris

Pin No. Input/output Signal Description

1 Out OUT B+ P-Iris control signal

2 Out OUT A+ P-Iris control signal 3 Out OUT A– P-Iris control signal 4 Out OUT B– P-Iris control signal

■ Example of camera and P-Iris lens connection

Use the following camera and P-Iris lens connection as a reference.

P-Iris Lens

A+

B+

Technical Electron

E4-191J

Technical Electron

D4-156N-100A

Camera Side

Binder

09-3111-81-04

Binder

79-3108-52-04

A-

B-

A+

B+

A-

B-



Open



Pin name Lens Pin No.

Camera Pin

No.

Step1 Step2 Step3 Step4

B+ 1 1 L L H H

A+ 2 2 L H H L A– 3 3 H L L H B– 4 4 H H L L



GO-2400M-PMCL / GO-2400C-PMCL

■ Supported lenses

The GO-2400-PMCL-AUX1 supports the following lenses.

LM16JC5MM Kowa 16 mm 2/3" LM35JC5MM Kowa 35 mm 2/3" CINEGON 1.9/10 Schneider 16 mm 1" CINEGON 1.8/4.8 Schneider 11 mm 2/3" SCHNEIDER COMPACTIRIS Schneider P-IRIS unit MG3518KC CBC 35 mm VV1618HF_DN_P Myutron zoom lens OTHERS Select this when using a lens not found in the presets.

You can use an unsupported lens by setting the lens setting to [OTHERS] and configuring other necessary information. The necessary settings are as follows.

Item Description

P-IRIS Position Limit Set the maximum position value. (manual operation, auto operation) P-IRIS Auto Minimum Step No Set the smallest value configurable for the iris value. (Auto operation only) P-IRIS Auto Maximum Step No Set the largest value configurable for the iris value. (Auto operation only)

■ Configuration procedure

Configure the following settings when using a P-Iris lens.

Start the camera.

Do not connect the P-Iris lens' connector to the camera yet.

Set the P-IRIS Lens Control setting to [Off].

Select your lens in the P-IRIS Lens Select setting, or select [OTHERS].

•If you are using a supported lens, proceed to step 7.

•If you selected [OTHERS] and are using manual operation, proceed to step 7 after performing

step 4.

•If you selected [OTHERS] and are using auto operation, proceed to step 4.

Configure the P-IRIS Position Limit setting according to the specifications of your P-Iris

lens.

Set the OPEN-end value for auto iris control by configuring the P-IRIS Auto Minimum Step

No setting.

(Example: OPEN end = 0)

Set the CLOSE-end value for auto iris control by configuring the P-IRIS Auto Maximum

Step No setting.

The recommended value is about 80% of the value configured for P-IRIS Position Limit.

(Example: If the P-IRIS Position Limit is 50, set the value to about 40.)

Connect the P-Iris lens connector to the camera.



GO-2400M-PMCL / GO-2400C-PMCL

Set the P-IRIS Lens Control setting to [On].

The iris position of the P-Iris lens is initialized.

•Manual operation: Proceed to step 9, and adjust the aperture of the iris.

•Auto operation: Proceed to step 10, and start auto operation.

When operating the P-Iris manually, adjust the P-Iris position to obtain the appropriate

brightness.

When operating the P-Iris automatically, set the Auto Iris Lens Control Signal Output to [On],

and adjust the brightness with the ALC Reference setting.



GO-2400M-PMCL / GO-2400C-PMCL

Settings List

Feature Properties

: Settings that can only be configured when image capture on the camera is stopped.

Function name

Access

type

Setting range Min. value Max. value Default value Description

a) Device Control

— — — Display/configure

information related to the device.

Device Vendor Name

R/O —

— —

JAI Ltd, Japan Display the

manufacturer name.

Device Model Name

R/O —

— —

GO-2400M-PMCL GO-2400C-PMCL

Display the model name.

Device Manufacturer Info

R/O —

— —

Digital 2.4Mega Pexel Progresshive Scan

Display manufacturer information.

Device Version R/O —

— —

Software Version Display the software

version.

Device Firmware Version

R/O —

— —

Firm Ver. No. Display the firmware

version.

Device Fpga Version

R/O —

— —

FPGA Ver. No. Display the FPGA

version.

Device SFNC Version Major

R/O —

— —

SFNCMajorVersion Display the SFNC

version.

Device SFNC Version Minor

R/O —

— —

SFNCMinorVersion Display the SFNC

version.

Device SFNC Version SubMinor

R/O —

— —

SFNCSubMinorVersion Display the SFNC

version.

XML Major Version

R/O —

— —

XMLMajorVersion Display the XML

version.

XML Minor Version

R/O —

— —

XMLMinorVersion Display the XML

version.

XML Sub Minor Version

R/O —

— —

XMLSubMinorVersion Display the XML

version.

Device Serial Number

R/O —

— —

Varies by camera. Display the device ID.

Device User ID R/W —

— —

blank Set the user ID for the

camera.

Device Temperature Selector

R/O Mainboard

— —

Mainboard Select the area of the

camera's interior for which to display the temperature sensor's reading.

Device Temperature (C)

R/O value ˚C

— —

value ˚C Display the internal

temperature (˚C) of the camera.

Device Reset W/O —

— —

— Reset the device.

b) Image Format Control

—

— —

Configure image format settings.

Sensor Width R/O 1936

— —

1936 Display the maximum

image width.

Sensor Height R/O 1216

— —

1216 Display the maximum

image height.

Sensor Digitization Taps

R/W Ten [10 Bit]

Twelve [12 Bit]

— —

12 Bit Displays the digital

tones output from the sensor.

Width Max R/O 1936

— —

1936 Display the maximum

image width.

Height Max R/O 1216

— —

1216 Display the maximum

image height.

Width R/W Min to (Max-OffsetX)

96 1936

1936

Set the image width.

Height R/W Min to (Max-OffsetX)

2 1216

1216 Set the image height.



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

Offset X R/W Min to Max

0 1840

0 Set the horizontal

offset.

Offset Y R/W Min to Max

0 1214

0 Set the vertical offset.

Binning Horizontal

R/W 1: Off

2: x2

1 2

1: Off Set the number of

pixels in the horizontal direction for which to perform binning. (Mono only)

Binning Vertical R/W 1: Off

2: x2

1 2

1: Off Set the number of

pixels in the vertical direction for which to perform binning. GO-400M-PMCL only

Pixel Format R/W GO-2400M-PMCL:

Mono8 Mono10 Mono12 GO-2400C-PMCL: BayerRG8 BayerRG10 BayerRG12

— —

GO-2400M-PMCL: Mono8 GO-2400C-PMCL: BayerRG8

Set the pixel format. Mono12 and BayerRG12 are available when Video Process Bypass Mode is set to On.

PixelColorFilter R/O GO-2400M-PMCL:

None GO-2400C-PMCL: BayerRG

— —

GO-2400M-PMCL: None GO-2400C-PMCL: BayerRG

Display the color filter type that will be applied to the image.

Test Pattern R/W Off [Off]

GreyHorizontalRamp [Grey Horizontal Ramp] GreyVerticalRamp [Grey Vertical Ramp] GreyHorizontalRampMoving [Grey Horizontal Ramp Moving] HorizontalColorBar [Horizontal Color Bar] VerticalColorBar [Vertical Color Bar] MovingColorBar [Moving Color Bar]

— —

0: Off Select the test image.

ColorBar is only available on the GO-2400C-PMCL.

c) Acquisition Control

Configure image capture settings.

Acquisition Frame Rate Raw

R/W 0.125 to 127.975

0.125 127.975

120.163 Set the frame rate as a frequency. (unit: Hz) The maximum value varies depending on the TapGeometory and ROI settings.

Trigger Selector R/O FrameStart

[Frame Start]*

— —

FrameStart Select the trigger

operation.

Trigger Mode R/W Off

— —

Off Display the Trigger

mode.

Trigger Software W/O —

— —

— Execute a software

trigger.

Trigger Source R/W

Low [Low] High [High] Software [Software] PulseGenerator0 [Pulse Generator 0] UserOutput0 [User Output 0] UserOutput1 [User Output 1] Line4 [Line4 - TTL In] Line 7[Line7 - CC1] Nand0 [Nand0 Out] Nand1 [Nand1 Out]

— —

Line 7 [Line7- CC1] Select the trigger

signal source. Line4 TTL In is available on Standard Model.

Trigger Activation R/W RisingEdge [Rising Edge]

FallingEdge [Falling Edge] LevelHigh [Level High] LevelLow [Level Low]

— —

Rising Edge Select the polarity of

the trigger signal (i.e., location of signal at which trigger is applied).



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

Trigger OverLap R/O Off

— —

Off Select the trigger

overlap operation.

Trigger Option R/W Off

— —

Off Select the alternate

trigger modes when [Exposure Mode] is set to [Timed]. This is fixed at OFF on this camera.

Exposure Mode R/W Off [Off]

Timed [Timed] TriggerWidth [Trigger Width]

0 2

Timed (control via exposure time)

Select the exposure mode.

Exposure Time (us)

R/W 10bit: 15 to 8000000

12bit: 20 to 8000000

15 * 8000000 *

8216 Set the exposure

time. The maximum value when Trigger Mode is OFF varies depending on the [Acquisition Frame Rate Raw] value. The minimum value varies depending on the TapGeometry.

Exposure Auto R/W Off

Continuous

— —

Off Set whether to enable

auto exposure.

d) Digital IO Control

Configure settings for digital input/output.

Line Selector R/W Line1 [Line1 - TTL Out]

Line4 [Line4 - TTL In] Line7 [Line7 - CC1] Nand0_In_1 [NAND Gate 0 In 1] Nand0_In_2 [NAND Gate 0 In 2] Nand1_In_1 [NAND Gate 1 In 1] Nand1_In_2 [NAND Gate 1 In 2]

— —

6: CC1 Select the input/

output to configure. Line1 TTL Out and Line4 TTL In are available on Standard Model.

Line Mode R/O Input

Output

— —

Input Display the input/

output status (whether it is input or output).

Line Inverter R/W True, False

— —

FALSE Enable/disable

polarity inversion for the selected input signal or output signal.

Line Status R/O True, False

— —

— Display the status of

the input signal or output signal (True: High, False: Low).

LineSource R/W

Low [Low] High [High] FrameTriggerWait [Frame Trigger Wait] FrameActive [Frame Active] ExposureActive [Exposure Active] FVAL [FVAL] LVAL [LVAL] PulseGenerator0 [PulseGenerator0] UserOutput0 [User Output 0] UserOutput1 [User Output 1] Line4 [Line4 - TTL In] Line7 [Line7 - CC1] Nand0 [Nand0 Out] Nand1 [Nand1 Out]

— —

Low Select the line source

signal for the item selected in [Line Selector]. Line4 TTL In is available on Standard Model.

Line Format R/O NoConnect [No Connect]

InternalSignal [Internal Signal] TTL [TTL] LVDS [LVDS] OptoCoupled [Opto Coupled]

— —

TTL Display the current I/F

type.

User Output Selector

R/W

UserOutput0 [User Output 0] UserOutput1 [User Output 1]

— —

0: UserOutput0 Set the user output

signal.



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

User Output Value

R/W True, False

— —

FALSE Set the User Output

value selected in [User Output Selector].

e) Analog Control

Configure analog control settings.

Gain Selector R/W

GO-2400M-PMCL: AnalogAll [Analog All] GO-2400C-PMCL: AnalogAll [Analog All] DigitalRedAll [Digital Red All] DigitalBlueAll [Digital Blue All]

— —

Analog All (master gain) Select the gain to

configure. Digital Red All and Digital Blue All are only available on the GO-2400C-PMCL.

Gain R/W AnalogAll: 1 to 16

DigitalRedAll, DigitalBlueAll:0.4467 to 5.6235

AnalogAll: 1 to 16 DigitalRedAll:

0.4467 DigitalBlueAll:

0.4467

AnalogAll: 16 to 16 DigitalRedAll:

5.6235 DigitalBlueAll:

5.6235

1 Set the gain value for

the gain item selected with the GainSelector setting.

Gain Auto R/W Off

Continuous

Off

Black Level Selector

R/W GO-2400M-PMCL:

Digita All [Digital All] GO-2400C-PMCL: DigitalAll [Digital All] DigitalRed [Digital Red] DigitalBlue [Digital Blue]

— —

Digital All (master black) Select the black level

to configure. Digital Red All and Digital Blue All are only available on the GO-2400C-PMCL.

Black Level R/W –133 to 255

–133 255

0 Set the black level

value.

Balance White Auto

R/W

Off [Off] Once [Once] Continuous [Continuous] Preset_4600K [Preset 4600K] Preset_5600K [Preset 5600K] Preset_6500K [Preset 6500K]

— —

Off Enable/disable auto

white balance.

LUT Mode R/W Off

Gamma LUT

— —

0: 0.45 Select the JAI LUT

mode.

Gamma Selector R/W Gamma_0_45 [0.45]

Gamma_0_6 [0.6] Gamma_1_0 [1.0]

— —

0: Off Set the gamma value.

f) Pulse Generators

Configure pulse generator settings.

Clock Pre-scaler R/W 1 to 4096

1 4096

1 Set the division value

for the prescaler (12-bit) using the pixel clock as the base clock.

Pulse Generator Clock (MHz)

R/W 0.018127 to 74.25

0.018127 74.25

74.25 Set the clock used for the pulse generator. This value is calculated based on the Clock Pre-Scaler value.

Pulse Generator Selector

R/O PulseGenerator0 [Pulse

Generator 0]

— —

Pulse Generator 0 Select the pulse

generator.

Pulse Generator Length

R/W 1 to 1048575

1 1048575

1 Set the maximum

count up value using clock value.

Pulse Generator Length (ms)

R/W 0.000013468 to 14.1222

1.35E-05 14.1222

1.35E-05 Set the maximum count up value using ms. This value is calculated based on the Pulse Generator Length value. The setting range varies depending on the Clock Pre-Scaler value.



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

Pulse Generator Frequency (Hz)

R/W 70.810386 to 74250000

70.810386

74250000

4.8E+07 Set the maximum count up value using frequency. This value is calculated based on the Pulse Generator Length value.

Pulse Generator Start Point

R/W 0 to 1048574

0 1048574

0 Set the start point for

the High interval using clock value. When the counter reaches this value, the output becomes

Pulse Generator Start Point (ms)

R/W 0 to 14.1222

0 14.1222

0 Set the start point for

the High interval using ms. When the counter reaches this value, the output becomes

1. The setting range varies depending on the Clock Pre-Scaler value.

Pulse Generator End Point

R/W 1 to 1048575

1 1048575

1 Set the start point for

the Low interval using clock value. When the counter reaches this value, the output becomes

Pulse Generator End Point (ms)

R/W 0.000013468 to 14.1222

0.000013468

14.1222

1.35E-05 Set the start point for the Low interval using ms. When the counter reaches this value, the output becomes

0. The setting range varies depending on the Clock Pre-Scaler value.

Pulse Generator pulse-width (ms)

R/O 0 to 14.1222

— —

1.35E-05 Display High interval width for the pulse in ms. This is a calculation of the time between the Start Point and End Point. The setting range varies depending on the Clock Pre-Scaler value.

Pulse Generator Repeat Count

R/W 0 to 255

0 255

0 Set the repeat count

for the counter. When this is set to 0, the counter will be free-running with limitless repeating.

Pulse Generator Clear Activation

R/W Off [Off]

HighLevel [High Level] LowLevel [Low Level] RisingEdge [Rising Edge] FallingEdge [Falling Edge]

— —

0: Off Set the clear signal

condition for the count clear input of the pulse generator.



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

Pulse Generator Clear Source

R/W

Low [Low] High [High] FrameTriggerWait [Frame Trigger Wait] FrameActive [Frame Active] ExposureActive [Exposure Active] FVAL [FVAL] LVAL [LVAL] UserOutput0 [User Output 0] UserOutput1 [User Output 1] Line4 [Line4 - TTL In] Line7 [Line7 - CC1] Nand0 [Nand0 Out] Nand1 [Nand1 Out]

— —

0: Low Select the count clear

input signal source. Line4 TTL In is available on Standard Model.

Pulse Generator Clear Inverter

R/W True, False

— —

FALSE Select whether to

invert the polarity of the count clear input signal.

Pulse Generator Clear Sync Mode

R/W AsyncMode [Async Mode]

SyncMode [Sync Mode]

— —

Async Mode Select the sync mode

for the count clear input signal.

g) LUTControl

Configure LUT settings.

LUT Selector R/W Red

Green Blue

— —

GO-2400M-PMCL: 1: Mono GO-2400C-PMCL: 1: Green

Select the LUT channel to control. This item is not displayed for the GO-2400M-PMCL.

LUT Index R/W 0 to 255

0 255

0 Set the LUT index

table number.

LUT Value R/W 0 to 4095

0 4095

0 Set the LUT value.

h) T ransportLay erControl

Configure Camera Link Transport Layer settings.

Device Tap Geometry

R/W Geometry_1X2_1Y

Geometry_1X3_1Y Geometry_1X4_1Y Geometry_1X8_1Y

— —

3: 1X4_1Y Set the transmission

method for each time images are transmitted from the device (TAP structure).

Camera Link Clock Frequency

R/W CameraLinkClock37_1MHz

[37.1MHz] CameraLinkClock74_3MHz [74.3MHz] CameraLinkClock84_9MHz [84.9MHz]

— —

1: 74.3MHz Set the Camera Link

clock.

h) UserSetControl

Load factory default settings or save/load user settings for camera settings.

UserSet Selector R/W Default [Default]

User1 [User1] User2 [User2] User3 [User3]

0 3

0: Default (factory default values)

Select the user settings.

UserSet Load W/O —

— —

— Load user settings.

UserSet Save W/O —

— —

— Save the current

setting values as user settings.

i) JAICustomControl

Configure settings for functions that are unique to JAI cameras and not specified by SFNC.

Video Process Bypass Mode

R/W Off

— —

Off Enable/ disable video

process bypass mode.



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

Binning Gain Enable

R/W Off

— —

Off Set whether to apply

gain to the image during binning mode. GO-2400M-PMCL only

Blemish Reduction Enable

R/W True, False

— —

TRUE Enable/disable

blemish correction.

Perform White Blemish Reduction Calibration

W/O —

— —

— Execute blemish

detection.

Blemish Detect Threshold

R/W 0 to 100

0 100

10 Set the blemish

detection threshold.

Blemish Data Index

R/W 0 to 255

0 255

0 Select the correction

blemish coordinate (Blemish Data Position X/Y) index.

Blemish Data Position X Value

R/W –1 to +1935

–1 1935

Varies by camera. Display the x

coordinate (horizontal pixel position) of the correction blemish selected in [Blemish Data Index]. You can also manually enter the x coordinate of the blemish you want to correct.

Blemish Data Position Y Value

R/W –1 to +1215

–1 1215

Varies by camera. Display the y

coordinate (vertical pixel position) of the correction blemish selected in [Blemish Data Index]. You can also manually enter the y coordinate of the blemish you want to correct.

Blemish Compensation Number

R/O —

— —

Varies by camera. Display the number of

correction blemishes.

Shading Correction Mode

R/W FlatShading [Flat Shading]

ColorShading [Color Shading]

— —

Flat Shading Select the shading

correction mode. This is fixed at [Flat Shading] on the GO-2400M-PMCL. You can select from [Flat Shading] and [Color Shading] on the GO-2400C-PMCL.

Shading Mode R/W Off [Off]

User1 [User 1] User2 [User 2] User3 [User 3]

— —

Off Set the storage area

for the shading correction data. When this is set to [Off], the shading correction data is not saved.

Perform Shading Calibration

W/O —

— —

— Execute shading

correction.

Shading Detect Result

R/O —

— —

0 Display the shading

correction results.

ALC Reference R/W 10 to 95

10 95

50 Set the target level for

ALC. (unit: %)



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

ALC Area Selector

R/W

LowRight [Low Right] LowMidRight [Low Mid-Right] LowMidLeft [Low Mid-Left] LowLeft [Low Left] MidLowRight [Mid-Low Right] MidLowMidRight [Mid-Low Mid-Right] MidLowMidLeft [Mid-Low Mid-Left] MidLowLeft [Mid-Low Left] MidHighRight [Mid-High Right] MidHighMidRight [Mid-High Mid-Right] MidHighMidLeft [Mid-High Mid-Left] MidHighLeft [Mid-High Left] HighRight [High Right] HighMidRight [High Mid-Right] HighMidLeft [High Mid-Left] HighLeft [High Left]

— —

Low Right Select the area for

which to configure [ALC Area Enable].

ALC Area Enable R/W Off

— —

FALSE Enable/disable the

photometry area selected in [ALC Area Selector].

ALC Area Enable All

R/W Off

— —

On On: Specify all

photometry areas for ALC, regardless of the enabled/disabled statuses configured individually for each photometry area with [ALC Area Selector]. Off: Specify areas for ALC based on the enabled/disabled statuses configured individually for each photometry area with [ALC Area Selector].

ASC Min. R/W 100 to 7999999

100 7999999

100 Set the minimum

value for the Exposure Auto (ASC) control range.

ASC Max. R/W 101 to 8000000

101 8000000

8216 Set the maximum

value for the Exposure Auto (ASC) control range.

AGC Min. R/W 100 to 1599

100 1599

100 Set the minimum

value for the Gain Auto (AGC) control range.

AGC Max. R/W 101 to 1600

101 1600

1600 Set the maximum

value for the Gain Auto (AGC) control range.

AGC/ASC Control Speed

R/W 1(slow) to 8(fast)

1 8

4 Set the control speed

for AGC and ASC (8 is the fastest).

ALC Status R/W Off

AIC ASC AGC

— —

— Display whether ASC

or AGC is being controlled during ALC.



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

AWB Area Selector

R/W

— —

Low Right Select the area for

which to configure [AWB Area Enable].

AWB Area Enable

R/W Off

— —

Off Enable/disable the

photometry area selected in [AWB Area Selector].

AWB Area Enable All

R/W Off

— —

On On: Specify all

photometry areas for AWB, regardless of the enabled/disabled statuses configured individually for each photometry area with [AWB Area Selector]. Off: Specify areas for AWB based on the enabled/disabled statuses configured individually for each photometry area with [AWB Area Selector].

AWB Control Speed

R/W 1(slow) to 8(fast)

1 8

4 Set the control speed

for Balance White Auto (AWB) (8 is the fastest).

Video Send Mode Selector

R/W NormalMode [Normal Mode]

TriggerSequenceMode [Trigger Sequence Mode] CommandSequenceMode [Command Sequence Mode]

— —

Normal Mode Set the video send

mode.

Sequence Roi Index

R/W 1 to 128

1 128

1 Select the index for

Trigger Sequence Mode and Command Sequence Mode.

Sequence Roi Frame Count

R/W 1 to 255

1 255

1 Set the display frame

count of the selected Sequence Roi Index. (Only enabled during 4Trigger Sequence Mode.)

Sequence Roi Next Index

R/W 1 to 128

1 128

1 Set the index to be

displayed after the selected Sequence Roi Index. (Only enabled during Trigger Sequence Mode.)

Sequence Roi Width

R/W 96 to 1936

96 1936

1936 Set the width of the

selected Sequence Roi Index.

Sequence Roi Height

R/W 2 to 1216

2 1216

1216 Set the height of the

selected Sequence Roi Index.



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

Sequence Roi Offset X

R/W 0 to 1840

0 1840

0 Set the Offset X of the

selected Sequence Roi Index.

Sequence Roi Offset Y

R/W 0 to 1214

0 1214

0 Set the Offset Y of the

selected Sequence Roi Index.

Sequence Roi V Binning

R/W 1 to 2

1 2

1 Set the Horizontal

Binning of the selected Sequence Roi Index. (Mono only)

Sequence Roi Black Level

R/W 1 to 2

1 2

1 Set the Vertical

Binning of the selected Sequence Roi Index. (Mono only)

Sequence Roi Exposure Time

R/W 15 to 8000000*

15 * 8000000 *

8000 Set the exposure time

of the selected Sequence Roi Index.

Sequence Roi Gain

R/W 100 to 1600

100 1600

100 Set the gain of the

selected Sequence Roi Index.

Sequence Roi Gain Red

R/W –4533 to +37876

–4533 37876

0 Set the red gain of

the selected Sequence Roi Index.

Sequence Roi Gain Blue

R/W –4533 to +37876

–4533 37876

0 Set the blue gain of

the selected Sequence Roi Index.

Sequence Roi H Binning

R/W –133 to +255

–133 255

0 Set the black level of

the selected Sequence Roi Index.

Sequence Lut enable

R/W True, False

— —

FALSE Enable/disable the

LUT setting for the selected Sequence Roi Index.

Sequence LUT Mode

R/W Gamma

LUT

— —

Gamma Select the LUT mode

to use during Trigger Sequence Mode and Command Sequence Mode. (This setting is applied when Sequence Roi Lut Enable is set to "True.")

Command Sequence Index

R/O —

1 128

0 Set the index

displayed during Command Sequence Mode.

Current Sequence Index

R/W

— —

Display the index number of the currently displayed image.

Reset Sequence Index

W/O —

— —

— Reset the current

index number for Trigger Sequence Mode and Command Sequence Mode to "Index 1."

Sensor Multi Roi Index

R/W Index1 [Index 1]

Index2 [Index 2] Index3 [Index 3] Index4 [Index 4]

— —

Index1 Select the index for

Sensor Multi Roi Mode.

Sensor Multi Roi Width

R/W 96 to 1936

96 1936

1936 Set the width of the

selected Sensor Multi Roi Index.

Sensor Multi Roi Height

R/W 2 to 1216

2 1216

1216 Set the height of the

selected Sensor Multi Roi Index.



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

Sensor Multi Roi Offset X

R/W 0 to 1840

0 1840

0 Set the Offset X of the

selected Sensor Multi Roi Index.

Sensor Multi Roi Offset Y

R/W 0 to 1214

0 1214

0 Set the Offset Y of the

selected Sensor Multi Roi Index.

Horizontal Enable R/W Off

— —

Off Enable/disable the

Width/Offset X for the selected Sequence Multi Roi Index.

Vertical Enable R/W Off

— —

Off Enable/disable the

Height/Offset Y for the selected Sequence Multi Roi Index.

P-IRIS Lens Select

R/W OTHERS [OTHERS]

LM16JC5MM [LM16JC5MM] LM35JC5MM [LM35JC5MM] CNG1P9M10 [CINEGON1.9/10] CNG1P8M48 [CINEGON1.8/4.8] CNGCOMPACTIRIS [SCHNEIDER COMPACT IRIS] MG3518KC [MG3518KC] VV1618HF_DN_P [VV1618HF DN P]

— —

OTHERS Select the P-Iris lens

to be used. (P-Iris models only)

P-IRIS Lens Control

R/W Off

— —

Off Set this to [On] when

using a P-Iris lens. (P-Iris models only)

P-IRIS Step Max R/O 0 to 255

0 255

74 Display the maximum

step number for the P-Iris lens selected in [P-IRIS Lens Select]. This is only enabled when [P-IRIS Lens Select] is set to a setting other than [OTHERS]. (P-Iris models only)

P-IRIS Position R/W 0 to

0 Varies

depending on lens

0 Set the iris position of

the P-Iris lens as a step number. (P-Iris models only)

P-IRIS Auto Minimum F_No

R/W F_OPEN [Open]

F_14 [F 1.4] F_20 [F 2.0] F_28 [F 2.8] F_40 [F 4.0] F_56 [F 5.6] F_80 [F 8.0] F_110 [F 11.0] F_160 [F 16.0] F_220 [F 22.0] F_320 [F 32.0] F_CLOSE [Close]

— —

F 5.6 Set the minimum

value for the control range as an F number when controlling the P-Iris lens using auto iris. This is only enabled when [P-IRIS Lens Select] is set to a setting other than [OTHERS]. (P-Iris models only)

P-IRIS Auto Maximum F_No

R/W F_OPEN [Open]

F_14 [F 1.4] F_20 [F 2.0] F_28 [F 2.8] F_40 [F 4.0] F_56 [F 5.6] F_80 [F 8.0] F_110 [F 11.0] F_160 [F 16.0] F_220 [F 22.0] F_320 [F 32.0] F_CLOSE [Close]

— —

F 1.4 Set the maximum



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

P-IRIS Current F Value

R/O F_OPEN [Open]

F_14 [F 1.4] F_20 [F 2.0] F_28 [F 2.8] F_40 [F 4.0] F_56 [F 5.6] F_80 [F 8.0] F_110 [F 11.0] F_160 [F 16.0] F_220 [F 22.0] F_320 [F 32.0] F_CLOSE [Close] F_UNKNOWN [Unknown]

— —

Unknown Display the iris

position of the P-Iris lens as an F number. (P-Iris models only)

P-IRIS Auto Minimum Step No

R/W

0 200

0 Set the minimum

value for the control range as a step number when controlling the P-Iris lens using auto iris. This is only enabled when [P-IRIS Lens Select] is set to [OTHERS]. (P-Iris models only)

P-IRIS Auto Maximum Step No

R/W

0 200

60 Set the maximum

value for the control range as a step number when controlling the P-Iris lens using auto iris. This is only enabled when [P-IRIS Lens Select] is set to [OTHERS]. (P-Iris models only)

P-IRIS Position Limit

R/W

0 200

74 Set the maximum

step number for when [P-IRIS Lens Select] is set to [OTHERS]. This is only enabled when [P-IRIS Lens Select] is set to [OTHERS]. (P-Iris models only)

P-IRIS Phase Control

R/W Phase_AB [A-AM_B-BM]

Phase_BA [B-BM_A-AM]

— —

Off Set the iris control

direction for the P-Iris lens. This is only enabled when [P-IRIS Lens Select] is set to [OTHERS]. (P-Iris models only)

Auto Iris Lens Control Signal Output

R/W A-AM_B-BM

B-BM_A-AM

— —

A-AM, B- Set this to [On] to

control the P-Iris lens using auto iris control. (P-Iris models only)

j) CounterAndTimer Control

Configure counter settings. (This camera only supports counter functions.)

Counter 0 R/O Counter [Counter 0]

— —

— Select the counter.

Counter0 Event Source

R/W Off [Off]

FrameTrigger [Frame Trigger] FrameStart [Frame Start] ExposureStart [Exposure Start] FrameTransferEnd [Frame Transfer End]

— — Off

Select the counter event signal for which to read the count value.

Counter0 Event Activation

R/O RisingEdge [Rising Edge]

FallingEdge [Falling Edge]

— —

— Display the timing at

which to count.

Counter0 Reset W/O —

— —

— Reset the counter.



GO-2400M-PMCL / GO-2400C-PMCL

Function name

Access

type

Setting range Min. value Max. value Default value Description

Counter0 Refresh W/O —

— —

— Update the count

value.

Counter0 Value R/O —

— —

0 Display the count

value.

Counter0 Status R/O CounterActive [Counter Active]

— —

Counter Active Display the counter

status.

Counter 1 R/O Counter [Counter 1]

— —

— Select the counter.

Counter1 Event Source

R/W Off [Off]

FrameTrigger [Frame Trigger] FrameStart [Frame Start] ExposureStart [Exposure Start] FrameTransferEnd [Frame Transfer End]

— —

Off Select the counter

event signal for which to read the count value.

Counter1 Event Activation

R/O RisingEdge [Rising Edge]

FallingEdge [Falling Edge]

— —

— Display the timing at

which to count.

Counter1 Reset W/O —

— —

— Reset the counter.

Counter1 Refresh W/O —

— —

— Update the count

value.

Counter1 Value R/O —

— —

0 Display the count

value.

Counter1 Status R/O CounterActive [Counter Active]

— —

Counter Active Display the counter

status.

Counter 2 R/O Counter [Counter 2]

— —

— Select the counter.

Counter2 Event Source

R/W Off [Off]

FrameTrigger [Frame Trigger] FrameStart [Frame Start] ExposureStart [Exposure Start] FrameTransferEnd [Frame Transfer End]

— —

Off Select the counter

event signal for which to read the count value.

Counter2 Event Activation

R/O RisingEdge [Rising Edge]

FallingEdge [Falling Edge]

— —

— Display the timing at

which to count.

Counter2 Reset W/O —

— —

— Reset the counter.

Counter2 Refresh W/O —

— —

— Update the count

value.

Counter2 Value R/O —

— —

0 Display the count

value.

Counter2 Status R/O CounterActive [Counter Active]

— —

Counter Active Display the counter

status.

ASCII Command List

1. GenCP Bootstrap Register

Name

Access

ShortASCII

Values

MIN MAX

DEFAULT Description

Description

DeviceVendorName

R/O DVN JAI Ltd, Japan

— — —

DVN?<CR><LF>

Display the manufacturer name.

DeviceModelName

R/O MD “GO-2400M-

PMCL”(Mono) “GO-2400CPMCL”(Color) “GO-2400MPMCLAUX1”(Mono) “GO-2400C-PMCLAUX1”(Color)

— — —

MD?<CR><LF>

Display the model name.

DeviceVersion

R/O DV Indicate device

version (e.g. “0.1.0.0” )

— — —

DV?<CR><LF>

Display the camera version.

DeviceID

R/O ID Serial Number

— — —

ID?<CR><LF>

Display the device ID.



GO-2400M-PMCL / GO-2400C-PMCL

DeviceUserID

R/W UD User can save and

load free text. (12 or less characters)

UD=[Param.]<CR><LF> UD?<CR><LF>

Set the user ID for the camera.

2. Technology Specific Bootstrap Register

SupportedBaudrates

R/O SBDRT Indicate Support/

Non-support status for each baud rate bit0: 9600bps bit1: 19200bps bit2: 38400bps bit3: 57600bps bit4: 115200bps

0x01 0xFF 0x1F

SBDRT?<CR><LF>

This camera supports 9600bps, 19200bps, 38400bps, 57600bps, and 115200bps.

Display the supported transmission baud rates as bit fields.

CurrentBaudrate

R/W CBDRT READ: Indicate

current baud rate WRITE: Set any bit of baud rate bit0: 9600bps bit1: 19200bps bit2: 38400bps bit3: 57600bps bit4: 115200bps

0x01 0x80

(9600bps)

CBDRT=[Param.]<CR><LF> CBDRT?<CR><LF>

In case of WRITE execution (change baud rate), it needs to control in the proper sequence between Host and Camera. (Refer to the section 3.3)

Display the currently configured transmission baud rate. To change the transmission baud rate, use this command (configuration steps).

3. Device Control

DeviceFirmware Version

R/O VN Firm Ver. No.

— — —

VN?<CR><LF>

Display the firmware version.

DeviceReset

W/O CRS00 1

— — —

CRS00=1<CR><LF>

Reset the device.

4. Image Format Control

Height

R/W HTL Min to (Max -

OffsetY)

2 1216 1216

HTL=[Param.]<CR><LF> HTL?<CR><LF> (2 line/ Step)

Set the image height.

Width

R/W WTC Min to (Max -

OffsetX)

1936

(*) Varies

depending

on Tap

Geometry

setting.

1936

"WTC=[Param.]<CR><LF> WTC?<CR><LF> ※ 1X2-1Y:96~1936,Step:2Pix/Step 1X3-1Y:96~1932.Step:6Pix/Step 1X4-1Y:96~1936,Step:4Pix/Step 1X8-1Y:96~1936,Step:8Pix/Step

Set the image width.

Offset Y

R/W OFL Min to (Max -

Height)

0 1214 0

OFL=[Param.]<CR><LF> OFL?<CR><LF> (2 line/ Step)

Set the vertical offset.

Offset X

R/W OFC Min to (Max -

Width)

1840

(*)

Varies

depending

on Tap

Geometry

setting.

OFC=[Param.]<CR><LF> OFC?<CR><LF> * 1X2-1Y:Offset X:2Pix/Step 1X3-1Y:Offset X:6Pix/Step Max 1836 1X4-1Y:Offset X:4Pix/Step 1X8-1Y:Offset X:8Pix/Step

Set the horizontal offset.

BinningHorizontal

R/W HB 1: Binning Off

2: Binning 2 mode"

1 2 1

HB=[Param.]<CR><LF> HB?<CR><LF> (Mono model only)

Set the number of pixels in the horizontal direction for which to perform binning. (Mono only)

BinningVertical

R/W VB 1: Binning Off

2: Binning 2 mode

1 2 1

VB=[Param.]<CR><LF> VB?<CR><LF> (Mono model only)

Set the number of pixels in the vertical direction for which to perform binning. GO-2400M-PMCL only



GO-2400M-PMCL / GO-2400C-PMCL

PixelFormat

R/(W) BA Mono model:

0: Mono8 1: Mono10 2: Mono12*

Color model: 0: ColorRG8 1: ColorRG10 2: ColorRG12* (*VP bypass On only)

0 2 0

BA=[Param.]<CR><LF> BA?<CR><LF>

Set the pixel format.

TestImageSelector

R/W TPN

0: Off 1: GreyHorizontalRamp 2: GreyVerticalRamp 3: GreyHorizontalRampMoving 4: Horizontal Colorbar* 5: Vertical Colorbar* 6: Moving Colorbar* (* Color model only)

0 Mono:3

Color:6

TPN=[Param.]<CR><LF> TPN?<CR><LF>

Select the test image.

SensorDigitizationTaps

R/W SDT 1: 10-bit

2: 12-bit

1 2 2

SDT=[Param.]<CR><LF> SDT?<CR><LF>

Displays the digital tones output from the sensor.

5. Acquisition Control

FrameStartTrigMode

R/W TM Off/On

0 1 0

TM=[Param.]<CR><LF> TM?<CR><LF>

Display the Trigger mode.

TriggerSoftware

(R)/W STRG 0 or 1

— — —

STRG=0<CR><LF>

Execute a software trigger.

FrameStartTrigSource

R/W TI

0: Low 1: High 2: SoftTrigger 8: PulseGenerator0 10:UserOutput0 11:UserOutput1 12: TTL_In1(Std Only) 13: CL_CC1_In 14: Nand0 15: Nand1

0 15 0

TI=[Param.]<CR><LF> TM?<CR><LF>

Select the trigger signal source.

FrameStartTrig Activation

R/W TA 0: RisingEdge

1: FallingEdge 2: LevelHigh 3: LevelLow

0 3 0

TA=[Param.]<CR><LF> TA?<CR><LF>

Select the polarity of the trigger signal (i.e., location of signal at which trigger is applied).

ExposureMode

R/W EM 0: Off

1: Timed 2: TriggerWidth

0 2 0

EM=[Param.]<CR><LF> EM?<CR><LF>

Select the exposure mode.

ExposureTimeRaw

R/W PE Min to Max[us]

15 *

8000000

18000

PE=[Param.]<CR><LF> PE?<CR><LF>

Set the exposure time. The maximum value varies depending on the [Acquisition Frame Rate Raw] value.

ExposureAuto

R/W ASC 0: Off

1: Continuous

0 1 0

ASC=[Param.]<CR><LF> ASC?<CR><LF>

Set whether to enable auto exposure.

6. Digital I/O Control

LineInverter_Nand0In1

R/W

ND0INV1

False/True

0 1 0

ND0INV1=[Param.]<CR><LF> ND0INV1?<CR><LF>

Enable/disable polarity inversion for the NAND0 In1 input.

LineInverter_Nand0In2

R/W

ND0INV2

False/True

0 1 0

ND0INV2=[Param.]<CR><LF> ND0INV2?<CR><LF>

Enable/disable polarity inversion for the NAND0 In2 input.

LineInverter_Nand1In1

R/W

ND1INV1

False/True

0 1 0

ND1INV1=[Param.]<CR><LF> ND0INV1?<CR><LF>

Enable/disable polarity inversion for the NAND1 In1 input.



GO-2400M-PMCL / GO-2400C-PMCL

LineInverter_Nand1In2

R/W

ND1INV2

False/True

0 1 0

ND1INV2=[Param.]<CR><LF> ND0INV2?<CR><LF>

Enable/disable polarity inversion for the NAND1 In2 input.

LineSource_Line1

R/W LS0

0: Low 1: High 3: FrameTriggerWait 4: FrameActive 5: ExposureActive 6: Fval 7: Lval 8: PulseGenerator0 10:UserOutput0 11:UserOutput1 12: TTL_In1(Std Only) 13: CL_CC1_In 14: Nand0 15: Nand1

0 15 0

LS0=[Param.]<CR><LF> LS0?<CR><LF> For 12pin TTL out

Select the line source signal for Line1 (12-pin TTL output).

UserOutput0

R/W USC0 False/True

0 1 0

USC0=[Param.]<CR><LF> USC0?<CR><LF>

Set the User Output0 value.

UserOutput1

R/W USC1 False/True

0 1 0

USC1=[Param.]<CR><LF> USC1?<CR><LF>

Set the User Output1 value.

7. Analog Control

GainRawAnalogAll

R/W FGA min to 0 to max

100 1600 100

FGA=[Param.]<CR><LF> FGA?<CR><LF>

Set the gain value.

GainRawDigitalRedAll

R/W PGR min to 0 to max

–4533 28400 0

PGR=[Param.]<CR><LF> PGR?<CR><LF> (Color model only)

Set the red gain value for white balance control.

GainRawDigitalBlueAll

R/W PGB min to 0 to max

–4533 28400 0

PGB=[Param.]<CR><LF> PGB?<CR><LF> (Color model only)

Set the blue gain value for white balance control.

GainAuto

R/W AGC 0: Off

1: Continuous

0 1 0

AGC=[Param.]<CR><LF> AGC?<CR><LF>

Enable/disable gain auto adjustment.

BlackLevelRawAll

R/W BL min to 0 to max

–133 255 0

BL=[Param.]<CR><LF> BL?<CR><LF>

Set the black level value.

BlackLevelRawRed

R/W BLR1 min to 0 to max

–133 255 0

BLR1=[Param.]<CR><LF> BLR1?<CR><LF> (Color model only)

Set the red gain value for black balance control.

BlackLevelRawBlue

R/W BLB1 min to 0 to max

–133 255 0

BLB1=[Param.]<CR><LF> BLB1?<CR><LF> (Color model only)

Set the blue gain value for black balance control.

BalanceWhiteAuto

R/W AWB 0: Off

1: Once 2: Continuous 3: 4600K 4: 5600K 5: 6600K Else : Off

0 2 0

AWB=[Param.]<CR><LF> AWB?<CR><LF> (Color model only)

Set the auto white balance mode. (Color only)

8. LUT Control

LUTValueRed

R/W LUTR Param 1: LUT

index Param 2: LUTdata(Min to Max)

0 0

255

4095

γ=1

equivalent

value

LUTR=[Param1],[Param2]<CR><LF> LUTR?[Param1]<CR><LF> (Color model only)

Set the LUT value for the red output signal. (Color only)

LUTValueGreen(Mono)

R/W LUTG Param 1: LUT

index Param 2:LUTdata(Min to Max)

0 0

255

4095

γ=1

equivalent

value

LUTG=[Param1],[Param2]<CR><LF> LUTG?[Param1]<CR><LF>

Set the LUT value for the green output signal. (for Color) Set the LUT value for the image output signal. (for Mono)

LUTValueBlue

R/W LUTB Param 1: LUT

index Param 2: LUTdata(Min to Max)

0 0

255

4095

γ=1

equivalent

value

LUTB=[Param1],[Param2]<CR><LF> LUTB?[Param1]<CR><LF> (Color model only)

Set the LUT value for the blue output signal. (Color only)



GO-2400M-PMCL / GO-2400C-PMCL

9. Transport Layer Control

DeviceTapGeometry

R/W TAGM

1: Geometry_1X2_1Y 3: Geometry_1X4_1Y 5: Geometry_1X8_1Y 7: Geometry_1X3_1Y

1 7 5

TAGM=[Param.]<CR><LF> TAGM?<CR><LF>

Set the transmission method for each time images are transmitted from the device (TAP structure).

10. User Set Control

UserSetLoad

(R)/W LD 0: Default

1: UserSet1 2: UserSet2 3: UserSet3

0 3 0

LD=[Param.]<CR><LF> LD?<CR><LF>

Load user settings.

UserSetSave

(R)/W SA 1: UserSet1

2: UserSet2 3: UserSet3

1 3 1

SA=[Param.]<CR><LF> SA?<CR><LF>

Save the current setting values as user settings.

11. Counter and Timer Control

Counter0EventSource

R/W CE0 False/True

0 1 0

CE0=[Param.]<CR><LF> CE0?<CR><LF>

Select the counter event signal for which to read the count value (for Counter0).

Counter1EventSource

R/W CE1 False/True

0 1 0

CE1=[Param.]<CR><LF> CE1?<CR><LF>

Select the counter event signal for which to read the count value (for Counter1).

Counter2EventSource

R/W CE2 False/True

0 1 0

CE2=[Param.]<CR><LF> CE2?<CR><LF>

Select the counter event signal for which to read the count value (for Counter2).

Counter0Reset

(R)/W CR0 1

1 1 —

CR0=0<CR><LF>

Reset Counter0.

Counter1Reset

(R)/W CR1 1

1 1 —

CR1=0<CR><LF>

Reset Counter1.

Counter2Reset

(R)/W CR2 1

1 1 —

CR2=0<CR><LF>

Reset Counter2.

Counter0Value

R/O CV0 Min to Max

0 65535 0

CV0?<CR><LF>

Display the Counter0 value.

Counter1Value

R/O CV1 Min to Max

0 65535 0

CV1?<CR><LF>

Display the Counter1 value.

Counter2Value

R/O CV2 Min to Max

0 65535 0

CV2?<CR><LF>

Display the Counter2 value.

12. JAI-Custom

AcquisitionFrame Period

R/W AR Min to Max[us] 32764 *28000000

11961

AR=[Param.]<CR><LF> AR?<CR><LF> Maximum value is calculated depending on Height and Offset Y settings

Set the frame rate as a frame interval [us].

BlemishWhiteEnable

R/W BMW 0: False

1: True

0 1 1

BMW=[Param.]<CR><LF> BMW?<CR><LF>

Enable/disable blemish correction.

BlemishWhiteDetect

W/O

BMRCW

1 1 —

BMRCW=0<CR><LF>

Execute blemish detection.

BlemishWhiteDetect Threshold

R/W BMTHW Min to Max

0 100 10

BMTHW=[Param.]<CR><LF> BMTHW?<CR><LF>

Set the blemish detection threshold.



GO-2400M-PMCL / GO-2400C-PMCL

BlemishWhiteDetect PositionX

R/W BMPXW Param 1: Blemish

index Param 2: X position(Min to Max)

–1

255

1935

–1

BMPXW=[Param1],[Param2]<CR><LF> BMPXW? [Param1]<CR><LF>

Display the x coordinate (horizontal pixel position) of the correction blemish selected in [Blemish Data Index]. You can also manually enter the x coordinate of the blemish you want to correct.

BlemishWhiteDetect PositionY

R/W BMPYW Param 1: Blemish

index Param 2: Y position(Min to Max)

–1

255

1935

–1

BMPYW=[Param1],[Param2]<CR><LF> BMPYW? [Param1]<CR><LF>

Display the y coordinate (vertical pixel position) of the correction blemish selected in [Blemish Data Index]. You can also manually enter the y coordinate of the blemish you want to correct.

VideoSendMode

R/W VSM 0: Normal

1: Trigger Sequence 2: Command Sequence

0 2 0

VSM=[Param.]<CR><LF> VSM?<CR><LF>

Set the video send mode.

ShadingCorrection Mode

R/W SDCM 0: Flat Shading

1: Color Shading* (*Color model only)

0 1 0

SDCM=[Param.]<CR><LF> SDCM?<CR><LF>

Select the shading correction mode. (Color only / fixed at Flat Shading for Mono)

ShadingCorrect

W/O RS

0 0 0

BMRCW=0<CR><LF>

Execute shading correction.

RequestShadingDetectResult

R/O SDRS 0=Complete.

1=Too Bright. 2=Too dark. 3=Timeout Error. 4=Busy. 5=Limit. 6= Trig is not set as Normal.

0 6 0

SDRS?<CR><LF>

Display the shading correction results.

ShadingMode

R/W SDM 0: OFF

1: User 1 2: User 2 3: User 3

0 3 0

SDM=[Param.]<CR><LF> SDM?<CR><LF>

Set the storage area for the shading correction data. When this is set to [Off], the shading correction data is not saved.

SequenceModeFrame Count1

R/W SQF1 Min to Max

1 255 1

SQF1=[Param.]<CR><LF> SQI1?<CR><LF>

Set the frame count of Sequence Roi Index1. (Only enabled during Trigger Sequence Mode.)

SequenceModeFrame Count2

R/W SQF2 Min to Max

1 255 1

SQF2=[Param.]<CR><LF> SQI2?<CR><LF>

Set the frame count of Sequence Roi Index2. (Only enabled during Trigger Sequence Mode.)

SequenceModeFrame Count3

R/W SQF3 Min to Max

1 255 1

SQF3=[Param.]<CR><LF> SQI3?<CR><LF>

Set the frame count of Sequence Roi Index3. (Only enabled during Trigger Sequence Mode.)



GO-2400M-PMCL / GO-2400C-PMCL

SequenceModeFrame Count4

R/W SQF4 Min to Max

1 255 1

SQF4=[Param.]<CR><LF> SQI4?<CR><LF>

Set the frame count of Sequence Roi Index4. (Only enabled during Trigger Sequence Mode.)

SequenceModeFrame Count5

R/W SQF5 Min to Max

1 255 1

SQF5=[Param.]<CR><LF> SQI5?<CR><LF>

Set the frame count of Sequence Roi Index5. (Only enabled during Trigger Sequence Mode.)

SequenceModeFrame Count6

R/W SQF6 Min to Max

1 255 1

SQF6=[Param.]<CR><LF> SQI6?<CR><LF>

Set the frame count of Sequence Roi Index6. (Only enabled during Trigger Sequence Mode.)

SequenceModeFrame Count7

R/W SQF7 Min to Max

1 255 1

SQF7=[Param.]<CR><LF> SQI7?<CR><LF>

Set the frame count of Sequence Roi Index7. (Only enabled during Trigger Sequence Mode.)

SequenceModeFrame Count8

R/W SQF8 Min to Max

1 255 1

SQF8=[Param.]<CR><LF> SQI8?<CR><LF>

Set the frame count of Sequence Roi Index8. (Only enabled during Trigger Sequence Mode.)

SequenceModeFrame Count9

R/W SQF9 Min to Max

1 255 1

SQF9=[Param.]<CR><LF> SQI9?<CR><LF>

Set the frame count of Sequence Roi Index9. (Only enabled during Trigger Sequence Mode.)

SequenceModeFrame Count10

R/W SQF10 Min to Max

1 255 1

SQF10=[Param.]<CR><LF> SQI10?<CR><LF>

Set the frame count of Sequence Roi Index10. (Only enabled during Trigger Sequence Mode.)

SequenceModeFrame Count128

R/W SQF128 Min to Max

1 255 1

SQF128=[Param.]<CR><LF> SQI128?<CR><LF>

Set the frame count of Sequence Roi Index128. (Only enabled during Trigger Sequence Mode.)

SequenceModeNext Index1

R/W SQNI1

Same as SequenceRoiIndex

1 128 1

SQNI1=[Param.]<CR><LF> SQNI1?<CR><LF>

Set the index to be executed after Sequence Roi Index1. (Only enabled during Trigger Sequence Mode.)

SequenceModeNext Index2

R/W SQNI2

Same as SequenceRoiIndex

1 128 1

SQNI2=[Param.]<CR><LF> SQNI2?<CR><LF>

Set the index to be executed after Sequence Roi Index2. (Only enabled during Trigger Sequence Mode.)

SequenceModeNext Index3

R/W SQNI3

Same as SequenceRoiIndex

1 128 1

SQNI3=[Param.]<CR><LF> SQNI3?<CR><LF>

Set the index to be executed after Sequence Roi Index3. (Only enabled during Trigger Sequence Mode.)



GO-2400M-PMCL / GO-2400C-PMCL

SequenceModeNext Index4

R/W SQNI4

Same as SequenceRoiIndex

1 128 1

SQNI4=[Param.]<CR><LF> SQNI4?<CR><LF>

Set the index to be displayed after executed Roi Index4. (Only enabled during Trigger Sequence Mode.)

SequenceModeNext Index5

R/W SQNI5

Same as SequenceRoiIndex

1 128 1

SQNI5=[Param.]<CR><LF> SQNI5?<CR><LF>

Set the index to be executed after Sequence Roi Index5. (Only enabled during Trigger Sequence Mode.)

SequenceModeNext Index6

R/W SQNI6

Same as SequenceRoiIndex

1 128 1

SQNI6=[Param.]<CR><LF> SQNI6?<CR><LF>

Set the index to be executed after Sequence Roi Index6. (Only enabled during Trigger Sequence Mode.)

SequenceModeNext Index7

R/W SQNI7

Same as SequenceRoiIndex

1 128 1

SQNI7=[Param.]<CR><LF> SQNI7?<CR><LF>

Set the index to be executed after Sequence Roi Index7. (Only enabled during Trigger Sequence Mode.)

SequenceModeNext Index8

R/W SQNI8

Same as SequenceRoiIndex

1 128 1

SQNI8=[Param.]<CR><LF> SQNI8?<CR><LF>

Set the index to be executed after Sequence Roi Index8. (Only enabled during Trigger Sequence Mode.)

SequenceModeNext Index9

R/W SQNI9

Same as SequenceRoiIndex

1 128 1

SQNI9=[Param.]<CR><LF> SQNI9?<CR><LF>

Set the index to be executed after Sequence Roi Index9. (Only enabled during Trigger Sequence Mode.)

SequenceModeNext Index10

R/W SQNI10

Same as SequenceRoiIndex

1 128 1

SQNI10=[Param.]<CR><LF> SQNI10?<CR><LF>

Set the index to be executed after Sequence Roi Index10. (Only enabled during Trigger Sequence Mode.)

SequenceModeNext Index128

R/W

SQNI128

Same as SequenceRoiIndex

1 128 1

SQNI128=[Param.]<CR><LF> SQNI128?<CR><LF>

Set the index to be executed after Sequence Roi Index128. (Only enabled during Trigger Sequence Mode.)

SequenceMode Width1

R/W SQW1 Min to Max

96 1936 1936

SQW1=[Param.]<CR><LF> SQW1?<CR><LF>

Set the width of Sequence Roi Index1.

SequenceMode Width2

R/W SQW2 Min to Max

96 1936 1936

SQW2=[Param.]<CR><LF> SQW2?<CR><LF>

Set the width of Sequence Roi Index2.

SequenceMode Width3

R/W SQW3 Min to Max

96 1936 1936

SQW3=[Param.]<CR><LF> SQW3?<CR><LF>

Set the width of Sequence Roi Index3.

SequenceMode Width4

R/W SQW4 Min to Max

96 1936 1936

SQW4=[Param.]<CR><LF> SQW4?<CR><LF>

Set the width of Sequence Roi Index4.

SequenceMode Width5

R/W SQW5 Min to Max

96 1936 1936

SQW5=[Param.]<CR><LF> SQW5?<CR><LF>

Set the width of Sequence Roi Index5.



GO-2400M-PMCL / GO-2400C-PMCL

SequenceMode Width6

R/W SQW6 Min to Max

96 1936 1936

SQW6=[Param.]<CR><LF> SQW6?<CR><LF>

Set the width of Sequence Roi Index6.

SequenceMode Width7

R/W SQW7 Min to Max

96 1936 1936

SQW7=[Param.]<CR><LF> SQW7?<CR><LF>

Set the width of Sequence Roi Index7.

SequenceMode Width8

R/W SQW8 Min to Max

96 1936 1936

SQW8=[Param.]<CR><LF> SQW8?<CR><LF>

Set the width of Sequence Roi Index8.

SequenceMode Width9

R/W SQW9 Min to Max

96 1936 1936

SQW9=[Param.]<CR><LF> SQW9?<CR><LF>

Set the width of Sequence Roi Index9.

SequenceMode Width10

R/W SQW10 Min to Max

96 1936 1936

SQW10=[Param.]<CR><LF> SQW10?<CR><LF>

Set the width of Sequence Roi Index10.

SequenceMode Width128

R/W

SQW128

Min to Max

96 1936 1936

SQW128=[Param.]<CR><LF> SQW128?<CR><LF>

Set the width of Sequence Roi Index128.

SequenceMode OffsetX1

R/W SQOX1 Min to Max

0 1840 0

SQOX1=[Param.]<CR><LF> SQOX1?<CR><LF>

Set the Offset X of Sequence Roi Index1.

SequenceMode OffsetX2

R/W SQOX2 Min to Max

0 1840 0

SQOX2=[Param.]<CR><LF> SQOX2?<CR><LF>

Set the Offset X of Sequence Roi Index2.

SequenceMode OffsetX3

R/W SQOX3 Min to Max

0 1840 0

SQOX3=[Param.]<CR><LF> SQOX3?<CR><LF>

Set the Offset X of Sequence Roi Index3.

SequenceMode OffsetX4

R/W SQOX4 Min to Max

0 1840 0

SQOX4=[Param.]<CR><LF> SQOX4?<CR><LF>

Set the Offset X of Sequence Roi Index4.

SequenceMode OffsetX5

R/W SQOX5 Min to Max

0 1840 0

SQOX5=[Param.]<CR><LF> SQOX5?<CR><LF>

Set the Offset X of Sequence Roi Index5.

SequenceMode OffsetX6

R/W SQOX6 Min to Max

0 1840 0

SQOX6=[Param.]<CR><LF> SQOX6?<CR><LF>

Set the Offset X of Sequence Roi Index6.

SequenceMode OffsetX7

R/W SQOX7 Min to Max

0 1840 0

SQOX7=[Param.]<CR><LF> SQOX7?<CR><LF>

Set the Offset X of Sequence Roi Index7.

SequenceMode OffsetX8

R/W SQOX8 Min to Max

0 1840 0

SQOX8=[Param.]<CR><LF> SQOX8?<CR><LF>

Set the Offset X of Sequence Roi Index8.

SequenceMode OffsetX9

R/W SQOX9 Min to Max

0 1840 0

SQOX9=[Param.]<CR><LF> SQOX9?<CR><LF>

Set the Offset X of Sequence Roi Index9.

SequenceMode OffsetX10

R/W

SQOX10

Min to Max

0 1840 0

SQOX10=[Param.]<CR><LF> SQOX10?<CR><LF>

Set the Offset X of Sequence Roi Index10.

SequenceMode OffsetX128

R/W

SQOX128

Min to Max

0 1840 0

SQOX128=[Param.]<CR><LF> SQOX128?<CR><LF>

Set the Offset X of Sequence Roi Index128.

SequenceMode Height1

R/W SQH1 Min to Max

2 1216 1216

SQH1=[Param.]<CR><LF> SQH1?<CR><LF>

Set the height of Sequence Roi Index1.

SequenceMode Height2

R/W SQH2 Min to Max

2 1216 1216

SQH2=[Param.]<CR><LF> SQH2?<CR><LF>

Set the height of Sequence Roi Index2.

SequenceMode Height3

R/W SQH3 Min to Max

2 1216 1216

SQH3=[Param.]<CR><LF> SQH3?<CR><LF>

Set the height of Sequence Roi Index3.

SequenceMode Height4

R/W SQH4 Min to Max

2 1216 1216

SQH4=[Param.]<CR><LF> SQH4?<CR><LF>

Set the height of Sequence Roi Index4.

SequenceMode Height5

R/W SQH5 Min to Max

2 1216 1216

SQH5=[Param.]<CR><LF> SQH5?<CR><LF>

Set the height of Sequence Roi Index5.



GO-2400M-PMCL / GO-2400C-PMCL

SequenceMode Height6

R/W SQH6 Min to Max

2 1216 1216

SQH6=[Param.]<CR><LF> SQH6?<CR><LF>

Set the height of Sequence Roi Index6.

SequenceMode Height7

R/W SQH7 Min to Max

2 1216 1216

SQH7=[Param.]<CR><LF> SQH7?<CR><LF>

Set the height of Sequence Roi Index7.

SequenceMode Height8

R/W SQH8 Min to Max

2 1216 1216

SQH8=[Param.]<CR><LF> SQH8?<CR><LF>

Set the height of Sequence Roi Index8.

SequenceMode Height9

R/W SQH9 Min to Max

2 1216 1216

SQH9=[Param.]<CR><LF> SQH9?<CR><LF>

Set the height of Sequence Roi Index9.

SequenceMode Height10

R/W SQH10 Min to Max

2 1216 1216

SQH10=[Param.]<CR><LF> SQH10?<CR><LF>

Set the height of Sequence Roi Index10.

SequenceMode Height128

R/W

SQH128

Min to Max

2 1216 1216

SQH128=[Param.]<CR><LF> SQH128?<CR><LF>

Set the height of Sequence Roi Index128.

SequenceMode OffsetY1

R/W SQOY1 Min to Max

0 1214 0

SQOY1=[Param.]<CR><LF> SQOY1?<CR><LF>

Set the Offset Y of Sequence Roi Index1.

SequenceMode OffsetY2

R/W SQOY2 Min to Max

0 1214 0

SQOY2=[Param.]<CR><LF> SQOY2?<CR><LF>

Set the Offset Y of Sequence Roi Index2.

SequenceMode OffsetY3

R/W SQOY3 Min to Max

0 1214 0

SQOY3=[Param.]<CR><LF> SQOY3?<CR><LF>

Set the Offset Y of Sequence Roi Index3.

SequenceMode OffsetY4

R/W SQOY4 Min to Max

0 1214 0

SQOY4=[Param.]<CR><LF> SQOY4?<CR><LF>

Set the Offset Y of Sequence Roi Index4.

SequenceMode OffsetY5

R/W SQOY5 Min to Max

0 1214 0

SQOY5=[Param.]<CR><LF> SQOY5?<CR><LF>

Set the Offset Y of Sequence Roi Index5.

SequenceMode OffsetY6

R/W SQOY6 Min to Max

0 1214 0

SQOY6=[Param.]<CR><LF> SQOY6?<CR><LF>

Set the Offset Y of Sequence Roi Index6.

SequenceMode OffsetY7

R/W SQOY7 Min to Max

0 1214 0

SQOY7=[Param.]<CR><LF> SQOY7?<CR><LF>

Set the Offset Y of Sequence Roi Index7.

SequenceMode OffsetY8

R/W SQOY8 Min to Max

0 1214 0

SQOY8=[Param.]<CR><LF> SQOY8?<CR><LF>

Set the Offset Y of Sequence Roi Index8.

SequenceMode OffsetY9

R/W SQOY9 Min to Max

0 1214 0

SQOY9=[Param.]<CR><LF> SQOY9?<CR><LF>

Set the Offset Y of Sequence Roi Index9.

SequenceMode OffsetY10

R/W

SQOY10

Min to Max

0 1214 0

SQOY10=[Param.]<CR><LF> SQOY10?<CR><LF>

Set the Offset Y of Sequence Roi Index10.

SequenceMode OffsetY128

R/W

SQOY128

Min to Max

0 1214 0

SQOY128=[Param.]<CR><LF> SQOY128?<CR><LF>

Set the Offset Y of Sequence Roi Index128.

SequenceModeGain1

R/W SQGA1 Min to Max

100 1600 0

SQGA1=[Param.]<CR><LF> SQGA1?<CR><LF>

Set the gain of Sequence Roi Index1.

SequenceModeGain2

R/W SQGA2 Min to Max

100 1600 0

SQGA2=[Param.]<CR><LF> SQGA2?<CR><LF>

Set the gain of Sequence Roi Index2.

SequenceModeGain3

R/W SQGA3 Min to Max

100 1600 0

SQGA3=[Param.]<CR><LF> SQGA3?<CR><LF>

Set the gain of Sequence Roi Index3.

SequenceModeGain4

R/W SQGA4 Min to Max

100 1600 0

SQGA4=[Param.]<CR><LF> SQGA4?<CR><LF>

Set the gain of Sequence Roi Index4.

SequenceModeGain5

R/W SQGA5 Min to Max

100 1600 0

SQGA5=[Param.]<CR><LF> SQGA5?<CR><LF>

Set the gain of Sequence Roi Index5.



GO-2400M-PMCL / GO-2400C-PMCL

SequenceModeGain6

R/W SQGA6 Min to Max

100 1600 0

SQGA6=[Param.]<CR><LF> SQGA6?<CR><LF>

Set the gain of Sequence Roi Index6.

SequenceModeGain7

R/W SQGA7 Min to Max

100 1600 0

SQGA7=[Param.]<CR><LF> SQGA7?<CR><LF>

Set the gain of Sequence Roi Index7.

SequenceModeGain8

R/W SQGA8 Min to Max

100 1600 0

SQGA8=[Param.]<CR><LF> SQGA8?<CR><LF>

Set the gain of Sequence Roi Index8.

SequenceModeGain9

R/W SQGA9 Min to Max

100 1600 0

SQGA9=[Param.]<CR><LF> SQGA9?<CR><LF>

Set the gain of Sequence Roi Index9.

SequenceModeGain10

R/W

SQGA10

Min to Max

100 1600 0

SQGA10=[Param.]<CR><LF> SQGA10?<CR><LF>

Set the gain of Sequence Roi Index10.

SequenceModeGain128

R/W

SQGA128

Min to Max

100 1600 0

SQGA128=[Param.]<CR><LF> SQGA128?<CR><LF>

Set the gain of Sequence Roi Index128.

SequenceMode ExposureTime1

R/W SQPE1 Min to Max

15 *

8000000

18000

SQPE1=[Param.]<CR><LF> SQPE1?<CR><LF>

Set the exposure time of Sequence Roi Index1.

SequenceMode ExposureTime2

R/W SQPE2 Min to Max

15 *

8000000

18000

SQPE2=[Param.]<CR><LF> SQPE2?<CR><LF>

Set the exposure time of Sequence Roi Index2.

SequenceMode ExposureTime3

R/W SQPE3 Min to Max

15 *

8000000

18000

SQPE3=[Param.]<CR><LF> SQPE3?<CR><LF>

Set the exposure time of Sequence Roi Index3.

SequenceMode ExposureTime4

R/W SQPE4 Min to Max

15 *

8000000

18000

SQPE4=[Param.]<CR><LF> SQPE4?<CR><LF>

Set the exposure time of Sequence Roi Index4.

SequenceMode ExposureTime5

R/W SQPE5 Min to Max

15 *

8000000

18000

SQPE5=[Param.]<CR><LF> SQPE5?<CR><LF>

Set the exposure time of Sequence Roi Index5.

SequenceMode ExposureTime6

R/W SQPE6 Min to Max

15 *

8000000

18000

SQPE6=[Param.]<CR><LF> SQPE6?<CR><LF>

Set the exposure time of Sequence Roi Index6.

SequenceMode ExposureTime7

R/W SQPE7 Min to Max

15 *

8000000

18000

SQPE7=[Param.]<CR><LF> SQPE7?<CR><LF>

Set the exposure time of Sequence Roi Index7.

SequenceMode ExposureTime8

R/W SQPE8 Min to Max

15 *

8000000

18000

SQPE8=[Param.]<CR><LF> SQPE8?<CR><LF>

Set the exposure time of Sequence Roi Index8.

SequenceMode ExposureTime9

R/W SQPE9 Min to Max

15 *

8000000

18000

SQPE9=[Param.]<CR><LF> SQPE9?<CR><LF>

Set the exposure time of Sequence Roi Index9.

SequenceMode ExposureTime10

R/W SQPE10 Min to Max

15 *

8000000

18000

SQPE10=[Param.]<CR><LF> SQPE10?<CR><LF>

Set the exposure time of Sequence Roi Index10.

SequenceMode ExposureTime128

R/W

SQPE128

Min to Max

15 *

8000000

18000

SQPE128=[Param.]<CR><LF> SQPE128?<CR><LF>

Set the exposure time of Sequence Roi Index128.

SequenceMode Hbinning1

R/W SQHB1 1: Hbinning = OFF

2: Hbinning = x2

1 2 1

SQHB1=[Param.]<CR><LF> SQHB1?<CR><LF> (Mono model only)

Set the horizontal binning of Sequence Roi Index1. (Mono only)

SequenceMode Hbinning2

R/W SQHB2 1: Hbinning = OFF

2: Hbinning = x2

1 2 1

SQHB2=[Param.]<CR><LF> SQHB2?<CR><LF> (Mono model only)

Set the horizontal binning of Sequence Roi Index2. (Mono only)

SequenceMode Hbinning3

R/W SQHB3 "1: Hbinning =

OFF 2: Hbinning = x2

1 2 1

SQHB3=[Param.]<CR><LF> SQHB3?<CR><LF> (Mono model only)

Set the horizontal binning of Sequence Roi Index3. (Mono only)



GO-2400M-PMCL / GO-2400C-PMCL

SequenceMode Hbinning4

R/W SQHB4 1: Hbinning = OFF

2: Hbinning = x2

1 2 1

SQHB4=[Param.]<CR><LF> SQHB4?<CR><LF> (Mono model only)

Set the horizontal binning of Sequence Roi Index4. (Mono only)

SequenceMode Hbinning5

R/W SQHB5 1: Hbinning = OFF

2: Hbinning = x2

1 2 1

SQHB5=[Param.]<CR><LF> SQHB5?<CR><LF> (Mono model only)

Set the horizontal binning of Sequence Roi Index5. (Mono only)

SequenceMode Hbinning6

R/W SQHB6 1: Hbinning = OFF

2: Hbinning = x2

1 2 1

SQHB6=[Param.]<CR><LF> SQHB6?<CR><LF> (Mono model only)

Set the horizontal binning of Sequence Roi Index6. (Mono only)

SequenceMode Hbinning7

R/W SQHB7 1: Hbinning = OFF

2: Hbinning = x2

1 2 1

SQHB7=[Param.]<CR><LF> SQHB7?<CR><LF> (Mono model only)

Set the horizontal binning of Sequence Roi Index7. (Mono only)

SequenceMode Hbinning8

R/W SQHB8 1: Hbinning = OFF

2: Hbinning = x2

1 2 1

SQHB8=[Param.]<CR><LF> SQHB8?<CR><LF> (Mono model only)

Set the horizontal binning of Sequence Roi Index8. (Mono only)

SequenceMode Hbinning9

R/W SQHB9 1: Hbinning = OFF

2: Hbinning = x2

1 2 1

SQHB9=[Param.]<CR><LF> SQHB9?<CR><LF> (Mono model only)

Set the horizontal binning of Sequence Roi Index9. (Mono only)

SequenceMode Hbinning10

R/W

SQHB10

1: Hbinning = OFF 2: Hbinning = x2

1 2 1

SQHB10=[Param.]<CR><LF> SQHB10?<CR><LF> (Mono model only)

Set the horizontal binning of Sequence Roi Index10. (Mono only)

SequenceMode Hbinning128

R/W

SQHB128

1: Hbinning = OFF 2: Hbinning = x2

1 2 1

SQHB128=[Param.]<CR><LF> SQHB128?<CR><LF> (Mono model only)

Set the horizontal binning of Sequence Roi Index128. (Mono only)

SequenceMode Vbinning1

R/W SQVB1 1: Vbinning = OFF

2: Vbinning = x2

1 2 1

SQVB1=[Param.]<CR><LF> SQVB1?<CR><LF> (Mono model only)

Set the vertical binning of Sequence Roi Index1. (Mono only)

SequenceMode Vbinning2

R/W SQVB2 1: Vbinning = OFF

2: Vbinning = x2

1 2 1

SQVB2=[Param.]<CR><LF> SQVB2?<CR><LF> (Mono model only)

Set the vertical binning of Sequence Roi Index2. (Mono only)

SequenceMode Vbinning3

R/W SQVB3 1: Vbinning = OFF

2: Vbinning = x2

1 2 1

SQVB31=[Param.]<CR><LF> SQVB3?<CR><LF> (Mono model only)

Set the vertical binning of Sequence Roi Index3. (Mono only)

SequenceMode Vbinning4

R/W SQVB4 1: Vbinning = OFF

2: Vbinning = x2

1 2 1

SQVB4=[Param.]<CR><LF> SQVB4?<CR><LF> (Mono model only)

Set the vertical binning of Sequence Roi Index4. (Mono only)

SequenceMode Vbinning5

R/W SQVB5 1: Vbinning = OFF

2: Vbinning = x2

1 2 1

SQVB5=[Param.]<CR><LF> SQVB5?<CR><LF> (Mono model only)

Set the vertical binning of Sequence Roi Index5. (Mono only)

SequenceMode Vbinning6

R/W SQVB6 1: Vbinning = OFF

2: Vbinning = x2

1 2 1

SQVB6=[Param.]<CR><LF> SQVB6?<CR><LF> (Mono model only)

Set the vertical binning of Sequence Roi Index6. (Mono only)



GO-2400M-PMCL / GO-2400C-PMCL

SequenceMode Vbinning7

R/W SQVB7 1: Vbinning = OFF

2: Vbinning = x2

1 2 1

SQVB7=[Param.]<CR><LF> SQVB7?<CR><LF> (Mono model only)

Set the vertical binning of Sequence Roi Index7. (Mono only)

SequenceMode Vbinning8

R/W SQVB8 1: Vbinning = OFF

2: Vbinning = x2

1 2 1

SQVB8=[Param.]<CR><LF> SQVB8?<CR><LF> (Mono model only)

Set the vertical binning of Sequence Roi Index8. (Mono only)

SequenceMode Vbinning9

R/W SQVB9 1: Vbinning = OFF

2: Vbinning = x2

1 2 1

SQVB9=[Param.]<CR><LF> SQVB9?<CR><LF> (Mono model only)

Set the vertical binning of Sequence Roi Index9. (Mono only)

SequenceMode Vbinning10

R/W

SQVB10

1: Vbinning = OFF 2: Vbinning = x2

1 2 1

SQVB10=[Param.]<CR><LF> SQVB10?<CR><LF> (Mono model only)

Set the vertical binning of Sequence Roi Index10. (Mono only)

SequenceMode Vbinning128

R/W

SQVB128

1: Vbinning = OFF 2: Vbinning = x2

1 2 1

SQVB128=[Param.]<CR><LF> SQVB128?<CR><LF> (Mono model only)

Set the vertical binning of Sequence Roi Index128. (Mono only)

SequenceMode LutEnable1

R/W

SQLUT1

Off/On

0 1 0

SQLUT1=[Param.]<CR><LF> SQLUT1?<CR><LF>

Enable/disable the LUT setting for Sequence Roi Index1.

SequenceMode LutEnable2

R/W

SQLUT2

Off/On

0 1 0

SQLUT2=[Param.]<CR><LF> SQLUT2?<CR><LF>

Enable/disable the LUT setting for Sequence Roi Index2.

SequenceMode LutEnable3

R/W

SQLUT3

Off/On

0 1 0

SQLUT3=[Param.]<CR><LF> SQLUT3?<CR><LF>

Enable/disable the LUT setting for Sequence Roi Index3.

SequenceMode LutEnable4

R/W

SQLUT4

Off/On

0 1 0

SQLUT4=[Param.]<CR><LF> SQLUT4?<CR><LF>

Enable/disable the LUT setting for Sequence Roi Index4.

SequenceMode LutEnable5

R/W

SQLUT5

Off/On

0 1 0

SQLUT5=[Param.]<CR><LF> SQLUT5?<CR><LF>

Enable/disable the LUT setting for Sequence Roi Index5.

SequenceMode LutEnable6

R/W

SQLUT6

Off/On

0 1 0

SQLUT6=[Param.]<CR><LF> SQLUT6?<CR><LF>

Enable/disable the LUT setting for Sequence Roi Index6.

SequenceMode LutEnable7

R/W

SQLUT7

Off/On

0 1 0

SQLUT7=[Param.]<CR><LF> SQLUT7?<CR><LF>

Enable/disable the LUT setting for Sequence Roi Index7.

SequenceMode LutEnable8

R/W

SQLUT8

Off/On

0 1 0

SQLUT8=[Param.]<CR><LF> SQLUT8?<CR><LF>

Enable/disable the LUT setting for Sequence Roi Index8.

SequenceMode LutEnable9

R/W

SQLUT9

Off/On

0 1 0

SQLUT9=[Param.]<CR><LF> SQLUT9?<CR><LF>

Enable/disable the LUT setting for Sequence Roi Index9.

SequenceMode LutEnable10

R/W

SQLUT10

Off/On

0 1 0

SQLUT10=[Param.]<CR><LF> SQLUT10?<CR><LF>

Enable/disable the LUT setting for Sequence Roi Index10.

SequenceMode LutEnable128

R/W

SQLUT128

Off/On

0 1 0

SQLUT128=[Param.]<CR><LF> SQLUT128?<CR><LF>

Enable/disable the LUT setting for Sequence Roi Index128.



GO-2400M-PMCL / GO-2400C-PMCL

SequenceMode BlackLevel1

R/W SQBL1 Min to Max

–133 255 0

SQBL1=[Param.]<CR><LF> SQBL1?<CR><LF>

Set the black level of Sequence Roi Index1.

SequenceMode BlackLevel2

R/W SQBL2 Min to Max

–133 255 0

SQBL2=[Param.]<CR><LF> SQBL2?<CR><LF>

Set the black level of Sequence Roi Index2.

SequenceMode BlackLevel3

R/W SQBL3 Min to Max

–133 255 0

SQBL3=[Param.]<CR><LF> SQBL3?<CR><LF>

Set the black level of Sequence Roi Index3.

SequenceMode BlackLevel4

R/W SQBL4 Min to Max

–133 255 0

SQBL4=[Param.]<CR><LF> SQBL4?<CR><LF>

Set the black level of Sequence Roi Index4.

SequenceMode BlackLevel5

R/W SQBL5 Min to Max

–133 255 0

SQBL5=[Param.]<CR><LF> SQBL5?<CR><LF>

Set the black level of Sequence Roi Index5.

SequenceMode BlackLevel6

R/W SQBL6 Min to Max

–133 255 0

SQBL6=[Param.]<CR><LF> SQBL6?<CR><LF>

Set the black level of Sequence Roi Index6.

SequenceMode BlackLevel7

R/W SQBL7 Min to Max

–133 255 0

SQBL7=[Param.]<CR><LF> SQBL7?<CR><LF>

Set the black level of Sequence Roi Index7.

SequenceMode BlackLevel8

R/W SQBL8 Min to Max

–133 255 0

SQBL8=[Param.]<CR><LF> SQBL8?<CR><LF>

Set the black level of Sequence Roi Index8.

SequenceMode BlackLevel9

R/W SQBL9 Min to Max

–133 255 0

SQBL9=[Param.]<CR><LF> SQBL9?<CR><LF>

Set the black level of Sequence Roi Index9.

SequenceMode BlackLevel10

R/W SQBL10 Min to Max

–133 255 0

SQBL10=[Param.]<CR><LF> SQBL10?<CR><LF>

Set the black level of Sequence Roi Index10.

SequenceMode BlackLevel128

R/W

SQBL128

Min to Max

–133 255 0

SQBL128=[Param.]<CR><LF> SQBL128?<CR><LF>

Set the black level of Sequence Roi Index128.

SequenceMode GainRed1

R/W

SQPGR1

Min to Max

–4533 17713 0

SQPGR1=[Param.]<CR><LF> SQPGR1?<CR><LF> (Color model only)

Set the red gain of Sequence Roi Index1.

SequenceMode GainRed2

R/W

SQPGR2

Min to Max

–4533 17713 0

SQPGR2=[Param.]<CR><LF> SQPGR2?<CR><LF> (Color model only)

Set the red gain of Sequence Roi Index2.

SequenceMode GainRed3

R/W

SQPGR3

Min to Max

–4533 17713 0

SQPGR3=[Param.]<CR><LF> SQPGR3?<CR><LF> (Color model only)

Set the red gain of Sequence Roi Index3.

SequenceMode GainRed4

R/W

SQPGR4

Min to Max

–4533 17713 0

SQPGR4=[Param.]<CR><LF> SQPGR4?<CR><LF> (Color model only)

Set the red gain of Sequence Roi Index4.

SequenceMode GainRed5

R/W

SQPGR5

Min to Max

–4533 17713 0

SQPGR5=[Param.]<CR><LF> SQPGR5?<CR><LF> (Color model only)

Set the red gain of Sequence Roi Index5.

SequenceMode GainRed6

R/W

SQPGR6

Min to Max

–4533 17713 0

SQPGR6=[Param.]<CR><LF> SQPGR6?<CR><LF> (Color model only)

Set the red gain of Sequence Roi Index6.

SequenceMode GainRed7

R/W

SQPGR7

Min to Max

–4533 17713 0

SQPGR7=[Param.]<CR><LF> SQPGR7?<CR><LF> (Color model only)

Set the red gain of Sequence Roi Index7.

SequenceMode GainRed8

R/W

SQPGR8

Min to Max

–4533 17713 0

SQPGR8=[Param.]<CR><LF> SQPGR8?<CR><LF> (Color model only)

Set the red gain of Sequence Roi Index8.

SequenceMode GainRed9

R/W

SQPGR9

Min to Max

–4533 17713 0

SQPGR9=[Param.]<CR><LF> SQPGR9?<CR><LF> (Color model only)

Set the red gain of Sequence Roi Index9.

SequenceMode GainRed10

R/W

SQPGR10

Min to Max

–4533 17713 0

SQPGR10=[Param.]<CR><LF> SQPGR10?<CR><LF> (Color model only)

Set the red gain of Sequence Roi Index10.

SequenceMode GainRed128

R/W

SQPGR128

Min to Max

–4533 17713 0

SQPGR128=[Param.]<CR><LF> SQPGR128?<CR><LF> (Color model only)

Set the red gain of Sequence Roi Index128.



GO-2400M-PMCL / GO-2400C-PMCL

SequenceMode GainBlue1

R/W

SQPGB1

Min to Max

–4533 17713 0

SQPGB1=[Param.]<CR><LF> SQPGB1?<CR><LF> (Color model only)

Set the blue gain of Sequence Roi Index1.

SequenceMode GainBlue2

R/W

SQPGB2

Min to Max

–4533 17713 0

SQPGB2=[Param.]<CR><LF> SQPGB2?<CR><LF> (Color model only)

Set the blue gain of Sequence Roi Index2.

SequenceMode GainBlue3

R/W

SQPGB3

Min to Max

–4533 17713 0

SQPGB3=[Param.]<CR><LF> SQPGB3?<CR><LF> (Color model only)

Set the blue gain of Sequence Roi Index3.

SequenceMode GainBlue4

R/W

SQPGB4

Min to Max

–4533 17713 0

SQPGB4=[Param.]<CR><LF> SQPGB4?<CR><LF> (Color model only)

Set the blue gain of Sequence Roi Index4.

SequenceMode GainBlue5

R/W

SQPGB5

Min to Max

–4533 17713 0

SQPGB5=[Param.]<CR><LF> SQPGB5?<CR><LF> (Color model only)

Set the blue gain of Sequence Roi Index5.

SequenceMode GainBlue6

R/W

SQPGB6

Min to Max

–4533 17713 0

SQPGB6=[Param.]<CR><LF> SQPGB6?<CR><LF> (Color model only)

Set the blue gain of Sequence Roi Index6.

SequenceMode GainBlue7

R/W

SQPGB7

Min to Max

–4533 17713 0

SQPGB7=[Param.]<CR><LF> SQPGB7?<CR><LF> (Color model only)

Set the blue gain of Sequence Roi Index7.

SequenceMode GainBlue8

R/W

SQPGB8

Min to Max

–4533 17713 0

SQPGB8=[Param.]<CR><LF> SQPGB8?<CR><LF> (Color model only)

Set the blue gain of Sequence Roi Index8.

SequenceMode GainBlue9

R/W

SQPGB9

Min to Max

–4533 17713 0

SQPGB9=[Param.]<CR><LF> SQPGB9?<CR><LF> (Color model only)

Set the blue gain of Sequence Roi Index9.

SequenceMode GainBlue10

R/W

SQPGB10

Min to Max

–4533 17713 0

SQPGB10=[Param.]<CR><LF> SQPGB10?<CR><LF> (Color model only)

Set the blue gain of Sequence Roi Index10.

SequenceMode GainBlue128

R/W

SQPGB12

Min to Max

–4533 17713 0

SQPGB128=[Param.]<CR><LF> SQPGB128?<CR><LF> (Color model only)

Set the blue gain of Sequence Roi Index128.

CommnadSequence Index

R/W CSQI

Same as SequenceModeIndex

1 128 0

CSQI=[Param.]<CR><LF> CSQI?<CR><LF>

Set the index to execute during Command Sequence Mode.

CurrentSequence Index

R/O SQIDX

Same as SequenceModeIndex

1 128 0

SQIDX?<CR><LF>

Display the index number of the current Command Sequence Index.

SequenceReset

W/O SQRST 0

0 0 0

SQRST=[Param.]<CR><LF>

Reset the current index number for Trigger Sequence Mode and Command Sequence Mode to “Index 1.”

SequenceLutMode

R/W SQLUT 0: Gamma

1: LUT

0 1 0

SQLUT=[Param.]<CR><LF> SQLUT?<CR><LF>

Select the LUT mode to use during Trigger Sequence Mode and Command Sequence Mode. (This setting is applied when Sequence Roi Lut Enable is set to “True.”)

SensorMultiRoiWidth1

R/W SMRW1 Min to Max

16 1936 1936

SMRW1=[Param.]<CR><LF> SMRW1?<CR><LF>

Set the width of Sensor Multi Roi Index1.

SensorMultiRoiWidth2

R/W SMRW2 Min to Max

16 1936 1936

SMRW2=[Param.]<CR><LF> SMRW2?<CR><LF>

Set the width of Sensor Multi Roi Index2.

SensorMultiRoiWidth3

R/W SMRW3 Min to Max

16 1936 1936

SMRW3=[Param.]<CR><LF> SMRW3?<CR><LF>

Set the width of Sensor Multi Roi Index3.



GO-2400M-PMCL / GO-2400C-PMCL

SensorMultiRoiWidth4

R/W SMRW4 Min to Max

16 1936 1936

SMRW4=[Param.]<CR><LF> SMRW4?<CR><LF>

Set the width of Sensor Multi Roi Index4.

SensorMultiRoiHeight1

R/W SMRH1 Min to Max

2 1216 1216

SMRH1=[Param.]<CR><LF> SMRH1?<CR><LF>

Set the height of Sensor Multi Roi Index1.

SensorMultiRoiHeight2

R/W SMRH2 Min to Max

2 1216 1216

SMRH2=[Param.]<CR><LF> SMRH2?<CR><LF>

Set the height of Sensor Multi Roi Index2.

SensorMultiRoiHeight3

R/W SMRH3 Min to Max

2 1216 1216

SMRH3=[Param.]<CR><LF> SMRH3?<CR><LF>

Set the height of Sensor Multi Roi Index3.

SensorMultiRoiHeight4

R/W SMRH4 Min to Max

2 1216 1216

SMRH4=[Param.]<CR><LF> SMRH4?<CR><LF>

Set the height of Sensor Multi Roi Index4.

SensorMultiRoi OffsetX1

R/W

SMROX1

Min to Max

0 1920 0

SMROX1=[Param.]<CR><LF> SMROX1?<CR><LF>

Set the Offset X of Sensor Multi Roi Index1.

SensorMultiRoi OffsetX2

R/W

SMROX2

Min to Max

0 1920 0

SMROX2=[Param.]<CR><LF> SMROX2?<CR><LF>

Set the Offset X of Sensor Multi Roi Index2.

SensorMultiRoi OffsetX3

R/W

SMROX3

Min to Max

0 1920 0

SMROX3=[Param.]<CR><LF> SMROX3?<CR><LF>

Set the Offset X of Sensor Multi Roi Index3.

SensorMultiRoi OffsetX4

R/W

SMROX4

Min to Max

0 1920 0

SMROX4=[Param.]<CR><LF> SMROX4?<CR><LF>

Set the Offset X of Sensor Multi Roi Index4.

SensorMultiRoi OffsetY1

R/W

SMROY1

Min to Max

0 1214 0

SMROY1=[Param.]<CR><LF> SMROY1?<CR><LF>

Set the Offset Y of Sensor Multi Roi Index1.

SensorMultiRoi OffsetY2

R/W

SMROY2

Min to Max

0 1214 0

SMROY2=[Param.]<CR><LF> SMROY2?<CR><LF>

Set the Offset Y of Sensor Multi Roi Index2.

SensorMultiRoi OffsetY3

R/W

SMROY3

Min to Max

0 1214 0

SMROY3=[Param.]<CR><LF> SMROY3?<CR><LF>

Set the Offset Y of Sensor Multi Roi Index3.

SensorMultiRoi OffsetY4

R/W

SMROY4

Min to Max

0 1214 0

SMROY4=[Param.]<CR><LF> SMROY4?<CR><LF>

Set the Offset Y of Sensor Multi Roi Index4.

SensorMultiRoi HorizontalEnable1

R/W

SMROH1

Off/On

0 1 0

SMROH1=[Param.]<CR><LF> SMROH1?<CR><LF>

Enable/disable Sensor Multi Roi horizontal Index1 (Row 1).

SensorMultiRoi HorizontalEnable2

R/W

SMROH2

Off/On

0 1 0

SMROH2=[Param.]<CR><LF> SMROH2?<CR><LF>

Enable/disable Sensor Multi Roi horizontal Index2 (Row 2).

SensorMultiRoi HorizontalEnable3

R/W

SMROH3

Off/On

0 1 0

SMROH3=[Param.]<CR><LF> SMROH3?<CR><LF>

Enable/disable Sensor Multi Roi horizontal Index3 (Row 3).

SensorMultiRoi HorizontalEnable4

R/W

SMROH4

Off/On

0 1 0

SMROH4=[Param.]<CR><LF> SMROH4?<CR><LF>

Enable/disable Sensor Multi Roi horizontal Index4 (Row 4).

SensorMultiRoi VerticalEnable1

R/W

SMROV1

Off/On

0 1 0

SMROV1=[Param.]<CR><LF> SMROV1?<CR><LF>

Enable/disable Sensor Multi Roi vertical Index1 (Column 1).

SensorMultiRoi VerticalEnable2

R/W

SMROV2

Off/On

0 1 0

SMROV2=[Param.]<CR><LF> SMROV2?<CR><LF>

Enable/disable Sensor Multi Roi vertical Index2 (Column 2).

SensorMultiRoi VerticalEnable3

R/W

SMROV3

Off/On

0 1 0

SMROV3=[Param.]<CR><LF> SMROV3?<CR><LF>

Enable/disable Sensor Multi Roi vertical Index3 (Column 3).

SensorMultiRoi VerticalEnable4

R/W

SMROV4

Off/On

0 1 0

SMROV4=[Param.]<CR><LF> SMROV4?<CR><LF>

Enable/disable Sensor Multi Roi vertical Index4 (Column 4).



GO-2400M-PMCL / GO-2400C-PMCL

LUTMode

R/W LUTC 0: Off

1: Gamma 2: LUT

0 2 0

LUTC=[Param.]<CR><LF> LUTC?<CR><LF>

Select the JAI LUT mode.

AlcSpeed

R/W ALCS Min to Max

1 8 4

ALCS=[Param.]<CR><LF> ALCS?<CR><LF> for AGC and ASC

Set the control speed for AGC and ASC (8 is the fastest).

AwbSpeed

R/W AWBS Min to Max

1 8 4

AWBS=[Param.]<CR><LF> AWBS?<CR><LF> for AWB

Set the control speed for Balance White Auto (AWB) (8 is the fastest).

ExposureAutoMax

R/W ASCEA Min to Max[us]

101

8000000

18000

ASCEA=[Param.]<CR><LF> ASCEA?<CR><LF> Maximum value is varied

depending on frame rate.

Set the maximum value for the Exposure Auto (ASC) control range.

ExposureAutoMin

R/W ASCEI Min to Max

100

7999999

100

ASCEI=[Param.]<CR><LF> ASCEI?<CR><LF> Maximum value is varied

depending on frame rate.

Set the minimum value for the Exposure Auto (ASC) control range.

AlcReference

R/W AGCF Min to Max[%]

1 100 50

AGCF=[Param.]<CR><LF> AGCF?<CR><LF>

Set the target level for ALC. (unit: %)

GainAutoMax

R/W AGCGA Min to Max

101 1600 1600

AGCGA=[Param.]<CR><LF> AGCGA?<CR><LF>

Set the maximum value for the Gain Auto (AGC) control range.

GainAutoMin

R/W AGCGI Min to Max

100 1599 100

AGCGI=[Param.]<CR><LF> AGCGI?<CR><LF>

Set the minimum value for the Gain Auto (AGC) control range.

ALCChannelAreaAll

R/W ALCA 0: Off / 1: On

0 1 0

ALCA=[Param.]<CR><LF> ALCA?<CR><LF>

On: Specify all photometry areas for ALC, regardless of the enabled/disabled statuses configured individually for each photometry area with [ALC Area Selector]. Off: Specify areas for ALC based on the enabled/ disabled statuses configured individually for each photometry area with [ALC Area Selector].

ALCChannelArea LowRight

R/W ALCLR 0: Off / 1: On

0 1 1

ALC**=[Param.]<CR><LF> ALC**?<CR><LF>

Enable/disable the Low Right photometry area.

ALCChannelArea LowMidRight

R/W

ALCLMR

0: Off / 1: On

0 1 1

Enable/disable the Low Mid Right photometry area.

ALCChannelArea LowMidLeft

R/W

ALCLML

0: Off / 1: On

0 1 1

Enable/disable the Low Mid Left photometry area.

ALCChannelArea LowLeft

R/W ALCLL 0: Off / 1: On

0 1 1

Enable/disable the Low Left photometry area.

ALCChannelArea MidLowRight

R/W

ALCMLR

0: Off / 1: On

0 1 1

Enable/disable the Mid Low Left photometry area.

ALCChannelArea MidLowMidRight

R/W

ALCMLMR

0: Off / 1: On

0 1 1

Enable/disable the Mid Low Mid Right photometry area.



GO-2400M-PMCL / GO-2400C-PMCL

ALCChannelArea MidLowMidLeft

R/W

ALCMLML

0: Off / 1: On

0 1 1

Enable/disable the Mid Low Mid Left photometry area.

ALCChannelArea MidLowLeft

R/W

ALCMLL

0: Off / 1: On

0 1 1

Enable/disable the Mid Low Left photometry area.

ALCChannelArea MidHighRight

R/W

ALCMHR

0: Off / 1: On

0 1 1

Enable/disable the Mid High Right photometry area.

ALCChannelArea MidHighMidRight

R/W

ALCMHMR

0: Off / 1: On

0 1 1

Enable/disable the Mid High Mid Right photometry area.

ALCChannelArea MidHighMidLeft

R/W

ALCMHML

0: Off / 1: On

0 1 1

Enable/disable the Mid High Mid Left photometry area.

ALCChannelArea MidHighLeft

R/W

ALCMHL

0: Off / 1: On

0 1 1

Enable/disable the Mid High Left photometry area.

ALCChannelArea HighRight

R/W ALCHR 0: Off / 1: On

0 1 1

Enable/disable the High Right photometry area.

ALCChannelArea HighMidRight

R/W

ALCHMR

0: Off / 1: On

0 1 1

Enable/disable the High Mid Right photometry area.

ALCChannelArea HighMidLeft

R/W

ALCHML

0: Off / 1: On

0 1 1

Enable/disable the Mid High Left photometry area.

ALCChannelArea HighLeft

R/W ALCHL 0: Off / 1: On

0 1 1

Enable/disable the High Left photometry area.

RequestBalanceWhite AutoResult

R/O AWRS 0= Complete.

1= Too Bright. 2= Too dark. 3= Timeout Error. 4= Busy. 5= Limit. 6= Trig is not set as Normal.

0 6 0

AWRS?<CR><LF> (Color model only)

Display the AWB Once results.

AWBChannelAreaAll

R/W AWBA 0: Off / 1: On

0 1 0

AWBA=[Param.]<CR><LF> AWBA?<CR><LF> (Color model only)

On: Specify all photometry areas for AWB, regardless of the enabled/disabled statuses configured individually for each photometry area with [AWB Area Selector]. Off: Specify areas for AWB based on the enabled/ disabled statuses configured individually for each photometry area with [AWB Area Selector].

AWBChannelArea LowRight

R/W AWBLR 0: Off / 1: On

0 1 1

AWB**=[Param.]<CR><LF> AWB**?<CR><LF> (Color model only)

Enable/disable the Low Right photometry area.

AWBChannelArea LowMidRight

R/W

AWBLMR

0: Off / 1: On

0 1 1

Enable/disable the Low Mid Right photometry area.

AWBChannelArea LowMidLeft

R/W

AWBLML

0: Off / 1: On

0 1 1

Enable/disable the Low Mid Left photometry area.



GO-2400M-PMCL / GO-2400C-PMCL

AWBChannelArea LowLeft

R/W AWBLL 0: Off / 1: On

0 1 1

Enable/disable the Low Left photometry area.

AWBChannelArea MidLowRight

R/W

AWBMLR

0: Off / 1: On

0 1 1

Enable/disable the Mid Low Left photometry area.

AWBChannelArea MidLowMidRight

R/W

AWBMLMR

0: Off / 1: On

0 1 1

Enable/disable the Mid Low Mid Right photometry area.

AWBChannelArea MidLowMidLeft

R/W

AWBMLML

0: Off / 1: On

0 1 1

Enable/disable the Mid Low Mid Left photometry area.

AWBChannelArea MidLowLeft

R/W

AWBMLL

0: Off / 1: On

0 1 1

Enable/disable the Mid Low Left photometry area.

AWBChannelArea MidHighRight

R/W

AWBMHR

0: Off / 1: On

0 1 1

Enable/disable the Mid High Right photometry area.

AWBChannelArea MidHighMidRight

R/W

AWBMHMR

0: Off / 1: On

0 1 1

Enable/disable the Mid High Mid Right photometry area.

AWBChannelArea MidHighMidLeft

R/W

AWBMHML

0: Off / 1: On

0 1 1

Enable/disable the Mid High Mid Left photometry area.

AWBChannelArea MidHighLeft

R/W

AWBMHL

0: Off / 1: On

0 1 1

Enable/disable the Mid High Left photometry area.

AWBChannelArea HighRight

R/W AWBHR 0: Off / 1: On

0 1 1

Enable/disable the High Right photometry area.

AWBChannelArea HighMidRight

R/W

AWBHMR

0: Off / 1: On

0 1 1

Enable/disable the High Mid Right photometry area.

AWBChannelArea HighMidLeft

R/W

AWBHML

0: Off / 1: On

0 1 1

Enable/disable the Mid High Left photometry area.

AWBChannelArea HighLeft

R/W AWBHL 0: Off / 1: On

0 1 1

Enable/disable the High Left photometry area.

CurrentAreaNoRequest

R/O EA 0: Factory area

1: User 1 area 2: User 2 area 3: User 3 area

0 3 0

EA?<CR><LF> The camera return the latest used DATA AREA.

Display the currently configured User Set Selector status. (Start up with the state saved to this area.)

AcquisitionFrameLine

R/W AR Min to Max

1 325786 774

AR=[Param.]<CR><LF> AR?<CR><LF> Maximum value is calcurated depending on Height and Offset Y settings

Not required. Acquisition Frame Period exists on 73rd line.

GammaSelector

R/W GMA

0(γ=0.45)/1(γ=0.60)/ 2(γ=1.0)

0 2 0

GMA=[Param.]<CR><LF> GMA?<CR><LF>

Set the gamma value.

Temperature

R/O TMP0 value

— — —

TMP0?<CR><LF> (Value÷128) = Temperature[˚C]

Display the internal temperature (˚C) of the camera as a x128 value.

GpioPulseGenDivide Value

R/W PGDEV Min to Max

1 4096 1

PGDEV=[Param.]<CR><LF> PGDEV?<CR><LF>

Set the division value for the prescaler (12-bit) using the pixel clock as the base clock.



GO-2400M-PMCL / GO-2400C-PMCL

GpioPulseGenLength0

R/W PGL0 Min to Max

1048575

PGL0=[Param.]<CR><LF> PGL0?<CR><LF>

Set the maximum count up value using clock value.

GpioPulseGenStart Point0

R/W PGST0 Min to Max

1048574

PGST0=[Param.]<CR><LF> PGST0?<CR><LF>

Set the start point for the High interval using clock value. When the counter reaches this value, the output becomes 1.

GpioPulseGenEnd Point0

R/W PGEN0 Min to Max

1048575

PGEN0=[Param.]<CR><LF> PGEN0?<CR><LF>

Set the start point for the Low interval using clock value. When the counter reaches this value, the output becomes 0.

GpioPulseGenRepeat Count0

R/W

PGRPT0

Min to Max

0 255 0

PGRPT0=[Param.]<CR><LF> PGRPT0?<CR><LF>

Set the repeat count for the counter. When this is set to 0, the counter will be free-running with limitless repeating.

GpioPulseGenClear Mode0

R/W PGCM0 0: Free Run

1: Level High 2: Level Low 3: Rising Edge 4: Falling Edge

0 4 0

PGCM0=[Param.]<CR><LF> PGCM0?<CR><LF>

Set the clear signal condition for the count clear input of the pulse generator.

GpioPulseGenSync Mode0

R/W PGSM0 0: Async Mode

1: Sync Mode

0 1 0

PGSM0=[Param.]<CR><LF> PGSM0?<CR><LF>

Select the sync mode for the count clear input signal.

GpioPulseGenInput0

R/W PGIN0

0: Low 1: High

4: FrameTriggerWait 5: FrameActive 6: ExposureActive 7: FVAL 8: LVAL 10: UserOutput0 11: UserOutput1 12: TTL_In1(Std Only) 13: CL_CC1_In 15: nand0 16: nand1

0 16 0

PGIN0=[Param.]<CR><LF> PGIN0?<CR><LF>

Select the count clear input signal source.

GpioPulseGen Invert0

R/W PGINV0 0:Non-Inv

1:Inv

0 1 0

PGINV0=[Param.]<CR><LF> PGINV0?<CR><LF>

Select whether to invert the polarity of the count clear input signal.

GpioNand0 InputSource1

R/W ND0IN1

0: Low 1: High 3: FrameTriggerWait 4: FrameActive 5: ExposureActive 6: Fval 7: Lval 8: PulseGenerator0 10: UserOutput0 11: UserOutput1 12: TTL_In1(Std Only) 13: CL_CC1_In 14: Nand0

0 6 0

ND0IN1=[Param.]<CR><LF> ND0IN1?<CR><LF>

Select the input source signal for NAND0 In1.

GpioNand0 InputSource2

R/W ND0IN2 Same as above.

0 6 0

ND0IN2=[Param.]<CR><LF> ND0IN2?<CR><LF>

Select the input source signal for NAND0 In2.



GO-2400M-PMCL / GO-2400C-PMCL

GpioNand1 InputSource1

R/W ND1IN1

0: Low 1: High 3: FrameTriggerWait 4: FrameActive 5: ExposureActive 6: Fval 7: Lval 8: PulseGenerator0 10: UserOutput0 11: UserOutput1 12: TTL_In1(Std Only) 13: CL_CC1_In 15: Nand1

0 6 0

ND1IN1=[Param.]<CR><LF> ND1IN1?<CR><LF>

Select the input source signal for NAND1 In1.

GpioNand1 InputSource2

R/W ND1IN2 Same as above.

0 6 0

ND1IN2=[Param.]<CR><LF> ND1IN2?<CR><LF>

Select the input source signal for NAND1 In2.

GpioNand0 InputInvert1

R/W

ND0INV1

0: Non-Inv 1: Inv

0 1 0

ND0INV1=[Param.]<CR><LF> ND0INV1?<CR><LF>

Not required. LineInverter_ Nand0In1 exists on 37th line.

GpioNand1 InputInvert1

R/W

ND1INV1

Same as above.

0 1 0

ND1INV1=[Param.]<CR><LF> ND1INV1?<CR><LF>

Not required. LineInverter_ Nand1In1 exists on 39th line.

GpioNand0 InputInvert2

R/W

ND0INV2

0: Non-Inv 1: Inv

0 1 0

ND0INV2=[Param.]<CR><LF> ND0INV2?<CR><LF>

Not required. LineInverter_ Nand0In2 exists on 38th line.

GpioNand1 InputInvert2

R/W

ND1INV2

Same as above.

0 1 0

ND1INV2=[Param.]<CR><LF> ND1INV2?<CR><LF>

Not required. LineInverter_ Nand1In2 exists on 40th line.

LUTSequenceR

R/W LUTSR Min to Max

0 4095 0

LUTSR=[Param.]<CR><LF> LUTSR?<CR><LF> (Color model only)

When 256 commands are sent in succession, the LUT curve is updated (during WRITE) or the LUT curve is loaded sequentially (during READ). (Red signal)

LUTSequenceG

R/W LUTSG Min to Max

0 4095 0

LUTSG=[Param.]<CR><LF> LUTSG?<CR><LF> (Color model only)

When 256 commands are sent in succession, the LUT curve is updated (during WRITE) or the LUT curve is loaded sequentially (during READ). (Green signal)

LUTSequenceB

R/W LUTSB Min to Max

0 4095 0

LUTSB=[Param.]<CR><LF> LUTSB?<CR><LF> (Color model only)

When 256 commands are sent in succession, the LUT curve is updated (during WRITE) or the LUT curve is loaded sequentially (during READ). (Blue signal)

BlemishNum

R/O BNUM Min to Max

0 255 0

BNUM?<CR><LF>

Display the number of correction blemishes.

CameraLinkClock Frequency

R/O CLCF 0= 84.85MHz

1= 74.25MHz 2= 37.12MHz

0 2 0

CLCF =[Param.]<CR><LF> CLCF?<CR><LF>

Set the Camera Link clock.



GO-2400M-PMCL / GO-2400C-PMCL

BINNING_GAIN_EN

R/W BGOE 0: Off / 1: On

0 1 0

BGOE =[Param.]<CR><LF> BGOE?<CR><LF>

Set whether to apply gain to the image during binning mode.

PIrisLensControl

R/W PLC 0: Off / 1: On

0 1 0

PLC =[Param.]<CR><LF> PLC?<CR><LF> (GO-2400-AUX1(P-Iris) only)

Set this to [On] when using a P-Iris lens.

PirisLensSelect

R/W PLS

0: Others 1: LM16JC5MM 2: LM35JC5MM 3: CINEGON1.9/10 4: CINEGON1.8/4.8 5: SCHNEIDER

COMPACTIRIS 6: MG3518KC 7: VV1618HF_DN_P

0 8 1

PLS=[Param.]<CR><LF> PLS?<CR><LF> (GO-2400-AUX1(P-Iris) only)

Select the P-Iris lens to be used.

PIrisStepMax

R/O PIS Indicate P-IRIS

control step maximum value

0 200 128

PIS?<CR><LF> Different depending on PirisLensSelect value (P-Iris Model only)

Display the maximum step number for the P-Iris lens selected in [P-IRIS Lens Select]. (This is only enabled when [P-IRIS Lens Select] is set to a setting other than [OTHERS].)

PIrisPosition

R/W PIP Min to Max

0 200 128

PIP=[Param.]<CR><LF> PIP?<CR><LF> Maximum value is PIrisStepMax (GO-2400-AUX1(P-Iris) only)

Set the iris position of the P-Iris lens as a step number.

PirisAutoMin

R/W PLI 0: FULL OPEN

1: F1.4 2: F2 3: F2.8 4: F4 5: F5.6 6: F8 7: F11 8: F16 9: F22 10: F32 11: CLOSE

0 11 1

PLI=[Param.]<CR><LF> PLI?<CR><LF> Minimum value and Maximum value are different depending on PirisLensSelect value (GO-2400-AUX1(P-Iris) only)

Set the minimum value for the control range as an F number when controlling the P-Iris lens using auto iris. (This is only enabled when [P-IRIS Lens Select] is set to a setting other than [OTHERS].)

PirisAutoMax

R/W PLA Same as above.

0 11 5

PLI=[Param.]<CR><LF> PLI?<CR><LF> Minimum value and Maximum value are different depending on PirisLensSelect value(GO2400-AUX1(P-Iris) only)

Set the maximum value for the control range as an F number when controlling the P-Iris lens using auto iris. (This is only enabled when [P-IRIS Lens Select] is set to a setting other than [OTHERS].)

PirisCurrentFvalue

R/O PCV Same as above.

0 11 0

PCV?<CR><LF> (GO-2400-AUX1(P-Iris) only)

Display the iris position of the P-Iris lens as an F number.

PirisAutoStepMin

R/W PLSI Min to Max

0 200 0

PLSI=[Param.]<CR><LF> PLSI?<CR><LF> (GO-2400-AUX1(P-Iris) only)

Set the minimum value for the control range as a step number when controlling the P-Iris lens using auto iris. (This is only enabled when [P-IRIS Lens Select] is set to [OTHERS].)



GO-2400M-PMCL / GO-2400C-PMCL

PirisAutoStepMax

R/W PLSA Min to Max

0 200 60

PLSA=[Param.]<CR><LF> PLSA?<CR><LF> (GO-2400-AUX1(P-Iris) only)

Set the maximum value for the control range as a step number when controlling the P-Iris lens using auto iris. (This is only enabled when [P-IRIS Lens Select] is set to [OTHERS].)

PirisPositionLimit

R/W PLSL Min to Max

0 200 74

PLSL=[Param.]<CR><LF> PLSL?<CR><LF> (GO-2400-AUX1(P-Iris) only)

Set the maximum step number for when [P-IRIS Lens Select] is set to [OTHERS]. (This is only enabled when [P-IRIS Lens Select] is set to [OTHERS].)

AlcStatus

R/O ALCST 0=Off

1=AIC(P-Iris Model only) 2=ASC 3=AGC

0 3 0

ALCST?<CR><LF>

Display whether ASC or AGC is currently being used for control when using ALC.

VideoProcessBypass

R/W VPB 0: Off / 1: On

0 1 0

VPB=[Param.]<CR><LF> VPB?<CR><LF>

Enable/ disable video process bypass mode.

Framerate min limit

R/O ARMIN Min to Max *

6029 32764 6080

ARMIN?<CR><LF>

Display the fastest value for the frame rate under the current configurations as a frame interval [us].

Exposure min limit

R/O PEMIN Min to Max *

15 79 20

PEMIN?<CR><LF>

Display the minimum value [us] for exposure time under the current configurations.

Exposure max limit

R/O PEMAX Min to Max *

5976

8000000

8236

PEMAX?<CR><LF>

Display the maximum value [us] for exposure time under the current configurations.

PirisPhaseControl

R/W PIPC 0: A-AM B-BM

1: B-BM A-AM

0 1 0

PIPC=[Param.]<CR><LF> PIPC?<CR><LF> (GO-2400-AUX1(P-Iris) only)

Set the iris control direction for the P-Iris lens. (This is only enabled when [P-IRIS Lens Select] is set to [OTHERS].)



GO-2400M-PMCL / GO-2400C-PMCL

Settings

 For details on the setting items, refer to the JAI Control Tool User's Guide

Item Setting range Default value

32-bit Factory Transport Layers

Available 32-bit Transport Layers —

JAI_GigE_Vision —

Transport name — JAI_GigE_Vision

Full path to cti file — $(JAI_SDK_BIN)¥

JaiGevTL.cti

Enabled True, False True

Display name — GevTL

64-bit Factory Transport Layers

—

Available 64-bit Transport Layers —

JAI_GigE_Vision —

Transport name JAI_GigE_Vision

Full path to cti file — $(JAI_SDK_BIN_64)¥

JaiGenTL.cti

Enabled True, False True

Display name — GenTL

Asynchronous Image Recording

Recording Count — 25

Recording Skip Count — 0

Recording mode List, CyclicBuffer List

Optimize the AVI-file creation for Mono8 True, False True

Prompt user for AVI Encoder True, False True

Camera Link Transport Layer

Automatically probe for CameraLink devices at startup True, False True

Use Highest Baud rate for XML download from camera True, False False

Show CameraLink Warning Dialog True, False True

CXP T ransport Layer

Sync Remote And Local Devices True, False True

File Save

File Format Tiff, Jpeg, Bmp, Jai, RAW Tiff

Encoder parameter — 75

GigE T ransport Layer

Preferred Drive Type FilterDriver, SocketDriver FilterDriver

Preferred Device Access Mode None, ReadOnly, Control Control

Enable Automatic Force IP True, False True

Enable Subnet Conflict Warning? True, False True

Look-and-feel

Visibility Level Beginner, Expert, Guru Beginner

HEX display True, False False

Display ToolTips True, False True

Floating-Point Display Notation Automatic, Fixed, Scientific Automatic

Floating-Point Display Precision — 5

Display the Remote device layer at the top of the tree (transport at the bottom)

True, False True

Refresh Property Grid After Editing True, False False

Override TrackBar Floating-point display precision settings

True, False False

Make the control tool appear on top of images True, False False

Timestamp display format Ticks, MSec, PTP Ticks

Plugins

Search path for plugin DLLs — .\plugins

Enable the plug-in button on the menu tab True, False False

Support

Open settings file after save True, False True



GO-2400M-PMCL / GO-2400C-PMCL

Item Setting range Default value

Support EMail Address — camerasupport@jai.com

Logging Properties

Enable logging True, False False

Use custom properties file True, False False

Custom logging properties file path

Output log file path

Enable GenApi logging True, False False

Enable GenTL logging True, False False

Enable CIProtocol logging True, False False

Enable USB logging True, False False

Log Level FATAL, ALERT, CRIT, ERROR, WARN,

NOTICE, INFO, DEBUG, NOTEST

INFO

Format string — LOG %d %x: %c :

%m%n

Append To Log file True, False False

Video Display

Stretch Live Video True, False True

Restore Live Video Window True, False True

Skip image display when busy True, False True

Enable Color Interpolation True, False True

Color Interpolation BayerStandard,

BayerStandardMultiprocessor, BayerExtended, BayerExtendedMultiprocessor, BayerSimple, BayerSimpleMultiprocessor, BayerFast, BayerFastMultiprocessor

BayerStandard

Show Zoom Navigation window True, False True

Show Cursor Information window True, False False

Enable Mouse Zoom True, False True

Enable Mouse Cursor Display True, False False



GO-2400M-PMCL / GO-2400C-PMCL

Miscellaneous

Troubleshooting

Check the following before requesting help. If the problem persists, contact your local JAI distributor.

■ Power supply and connections

Problem Cause and solution

The power / trigger LED remains lit amber and does not turn green, even after power is supplied to the camera.

Camera initialization may not be complete. Check the Camera Link cable conection.

■ Image display

Problem Cause and solution

Gradation in dark areas is not noticeable. Use the gamma function to correct the display. As the light-

emitting properties of the monitor are not linear, the entire image may be darker or the gradation in the dark areas may be less noticeable when camera outputs are displayed without processing. Using the gamma function performs correction to produce a display that is close to linear. For details, see “Gamma Function” (page 41).

■ Settings and operations

Problem Cause and solution

Settings cannot be saved to user memory. You cannot save to user memory while images are being

captured by the camera. Stop image capture before performing the save operation.

I want to restore the factory default settings. Load [Default] under [User Set Selector] in the [Feature

Properties] tab to restore the factory default settings.



GO-2400M-PMCL / GO-2400C-PMCL

Specifications

Item GO-2400M-PMCL GO-2400C-PMCL

Scanning system Progressive scan

Synchronization Internal

Interface CameraLink (Version 2.0)

Image sensor 1/1.2-inch monochrome CMOS 1/1.2-inch Bayer color CMOS

Image size (effective image) 11.3 (H) × 7.13 (V), 13.4 mm diagonal

Pixel size 5.86 (H) × 5.86 (V) µm

Effective image pixel output 1936 (H) × 1216 (V) 1936 (H) × 1216 (V)

Acquisition Frame Rate (max)

 The minimum

value is 0.125 fps for all.

8-bit H1, V1 165.5 fps 165.5 fps

Binning H1, V2 165.5 fps —

H2, V1 165.5 fps —

H2, V2 165.5 fps —

10-bit H1, V1 127.9 fps 127.9 fps

Binning H1, V2 127.9 fps —

H2, V1 127.9 fps —

H2, V2 127.9 fps —

EMVA 1288 parameters Absolute sensitivity Maximum SNR

At 12-bit output

9.45p (λ = 525 nm)

45.16 dB

At 12-bit output

10.68p (λ = 525 nm)

45.17 dB

SNR (traditional method) 60 dB or more (standard)

(0 dB gain, Black)

60 dB or more (standard)

(0 dB gain, Green Black)

Image output format Digital

Full pixel 1936 (H) × 1216 (V)

Bayer 1936 (H) × 1216 (V)

ROI Width 96 to 1936, 12 or 16 pixels/step 96 to 1936, 12 or 16 pixels/step

Offset X 0 to 1920, 2 to 8 pixels/step 0 to 1920, 2 to 8 pixels/step

Height 2 to 1216, 1 line/step 2 to 1216, 2 lines/step

Offset Y 0 to 1214, 2 lines/step 0 to 1214, 2 lines/step

Binning H 1 1936 (H) 1936 (H)

2 968 (H) —

V 1 1216 (V) 1216 (V)

2 608 (V) —

Pixel Format Mono8, Mono10, Mono12 BayerRG8, BayerRG10,

BayerRG12

Acquisition Mode Continuous, Single Frame, Multi Frame (1 to 255)

Trigger Selector Exposure Frame Start

Exposure Mode Off, Timed (EPS), Trigger Width (PWC)

Trigger overlap Off

Trigger input signals Line4 (TTL In), Software, PG0, NAND Out 0/1

Exposure Mode Timed

15 µ

s ~ (8-bit),

19 µ

s ~ (10-bit) (min) to 8 s (max), variable unit: 1 µs

❖ Performance verified for up to 1 second. Min. value varies

depending on Tap Geometry setting.

Trigger Width

15 µ

s ~ (8-bit),

19 µ

s ~ (10-bit) (min) to ∞ (max)

❖ Performance verified for up to 1 second. Min. value varies

depending on Tap Geometry setting.

Auto exposure (Exposure Auto) Off, Continuous

Auto exposure response speed (AGC/ASC Control Speed)

1 to 8

Video Send Mode Selector Normal ROI, Trigger Sequence, Command Sequence, Delayed

Readout

Digital I/O Std.: Line Selector(4P): GPIO IN / GPIO OUT

Black level adjustment

Default level 33LSB (during 10-bit output)

Video level adjustment range 0 to 100 (during 10-bit output)

Adjustment range −33LSB to +64LSB against reference level 10-bit

Resolution adjustment 1 STEP = 0.25LSB



GO-2400M-PMCL / GO-2400C-PMCL

Item GO-2400M-PMCL GO-2400C-PMCL

Gain adjustment Manual adjustment range 0 dB to +24 dB

1 step = x0.01 (0.005 dB to 0.08

dB)

(varies by setting value)

0 dB to +24 dB

1 step = x0.01 (0.005 dB to 0.08

dB)

(varies by setting value)

Auto gain Off, Continuous Off, Continuous

WB gain — R / B: –7 dB to +15 dB, 1 step =

0.1 dB

WB area — 16 (4 × 4) Area

WB range — 3000 K to 9000 K

White balance — Off, Continuous, Once

Blemish correction Detection Detect white blemishes using threshold values

(black blemish correction performed only at factory)

Correction Interpolation using adjacent pixels (continuous blemishes not

corrected)

Correctable pixels 256 pixels

ALC Can be adjusted automatically together with AGC and auto exposure

Gamma 0.45, 0.6 an, 1.0 (OFF) (3 steps available)

LUT

OFF: γ = 1.0, ON = 256 points can be set

Power supply

4-pin connector

Input range DC +12 V to +24 V ±10% (via input terminal)

Current 230 mA ±20 mA (at 12 V input, full pixel) (Typical)

Power 2.76 W (at 12 V input, full pixel) (Typical)

PoCL Input range DC +12 V

Current 230 mA ±20 mA (at 12 V input, full pixel) (Typical)

Power 2.76 W (at 12 V input, full pixel) (Typical)

Lens mount C-mount

Lens mount protrusion length of 9 mm or less is supported

Flange back 17.526, tolerance: 0 mm to −0.05 m

Optical filter Protective glass: Not provided IR cut filter (half value of 670 nm)

Verified performance temperature / humidity −5 ˚C to +45 ˚C / 20% to 80% (non-condensing)

Storage temperature / humidity −25 ˚C to +60 ˚C/ 20% to 80% (non-condensing)

Regulations CE (EN61000-6-2 and EN61000-6-3), FCC part 15 class B, RoHS,

WEEE

Dimensions (housing)

29 × 29 × 41.5 mm (WHD) (excluding mount and protrusions)

Weight 46 g

Approximately 5 minutes of warm-up are required to achieve these specifications.

Package contents

Camera body (1) Sensor protection cap (1) Dear Customer (sheet) (1)

Optional accessories (not supplied)

MP-43 tripod mount

Design and specifications are subject to change without notice.



GO-2400M-PMCL / GO-2400C-PMCL

Frame Rate Reference

(Theoretical value: decimal values are dropped, during Unpacked)

Pixel

count

Resolution

(screen size)

ROI/Binning

Pixel size

(µm)

Image size

Frame rate

1x8-1Y (84.85 MHz)

2.35 MP 1936 × 1216 Full pixel 5.86 × 5.86 1/1.2" (13.40 mm) 165 fps (@ 8 bit)

2 MP 1920 × 1080 ROI 5.86 × 5.86 1/1.2" (12.91 mm) 185 fps (@ 8 bit)

1.4 MP 1400 × 1050 ROI 5.86 × 5.86 1/1.6" (10.26 mm) 190 fps (@ 8 bit)

1.3 MP 1280 × 1024 ROI 5.86 × 5.86 1/1.7" (9.61 mm) 195 fps (@ 8 bit)

0.5 MP 800 × 600 ROI 5.86 × 5.86 1/2.7" (5.86 mm) 324 fps (@ 8 bit)

0.3 MP 640 × 480 ROI 5.86 × 5.86 1/3.4" (4.69 mm) 400 fps (@ 8 bit)

Spectral Response

GO-2400M-PMCL

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

400 500 600 700 800 900 1000

Sensitivity

wave length (nm)

B&W



GO-2400M-PMCL / GO-2400C-PMCL

GO-2400C-PMCL

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

400 500 600 700 800 900 1000

Sensitivity

wave length (nm)

Rch

Gch

Bch

Dimensions

41.5

23.7

19.2

C Mount

12.5

14 3-M3 Depth3

4-M2 Depth3

Dimensional tolerance: ±0.3 mm Unit: mm



GO-2400M-PMCL / GO-2400C-PMCL

Trademarks

• Microsoft and Windows are trademarks or registered trademarks of Microsoft Corporation in the United States and other countries.

• Intel and Intel Core are trademarks of Intel Corporation in the United States and other countries.

Other system and product names described in this document are trademarks or registered trademarks of their respective owners. The ™ and ® symbols are not used in this document.

— 100 —

GO-2400M-PGE / GO-2400C-PGE

AC adapter

Acquisition Control

ALC

Black level

Camera Link cable

Camera locking screw holesCamera

locking screw holes

C-mount

Counter And Timer Control Function

DC IN

DC IN / trigger IN connector

Detailed settings

Digital I/O

Dimensions

Exposure

Exposure mode 8, 14, 18, 24, 32,

Exposure Mode

External triggers

Factory default valuesFactory default

values

Feature Properties

Feed tray

[File] menu

Gain Auto

Gain Control

Gain level

Gamma

GPIO

High-dynamic range

Installation

JAI Control Tool

JAI SDK

LED

Lens

LUT

Network card

Nozzle check pattern

Optional accessories (not supplied)

Output format

Paper guide 31,

Power / trigger LED

JAI GO-2400M-PMCL, GO-2400C-PMCL User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual