Examples

Commands expressed in writing as alphabetic letters are always enclosed in brackets [ ], and Carriage Return is abbreviated. For example, what is written on the page as [12AB] is sent as 31h, 32h, 41h, 42h, and 0Dh in data.

Setting RS-232C mode

1Set the RC-232C switches to ON (see “Setting the RS-232C Switches” (page 11)).

2Connect the camera and the host (see “Connections” (page 12)).

3Supply power to the camera.

4Confirm that [ACTV] has been sent from the camera.

5Send the version confirmation command [VERS] to the camera.

6Confirm that the version information [X1**] 1) and an [OKAY] have been sent from the camera.

1)[X] indicates that this is an XC series camera.

[1]is a product code that indicates this is an XC-555. An XC-555P would send a [2].

[**]indicates the version of the software. If it is [10], the version is Version 1.0.

After sending an [OKAY], the camera is able to receive RS-232C commands, and it remains in a wait state, watching for communication.

Setting AGC to ON

AGC is set to ON using the AGC Max Limit command.

1Send the AGC Max Limit command (18dB), [E222], to the camera.

2Confirm that an [OKAY] has been sent from the camera.

Setting the Shutter speed to 1/2000

Send the two commands needed to set the shutter speed together, one right after the other.

1Send the first half of the Shutter speed command (STEP), [E328], to the camera.

2Confirm that an [OKAY] has been sent from the camera.

3Send the second half of the Shutter speed command (STEP), [E406], to the camera.

4Confirm that an [OKAY] has been sent from the camera.

RS-232C Command List

Activating One Push AWB

Set WB mode to AWB, then send the start command.

1Send the WB mode AWB command, [EA30], to the camera.

2Confirm that an [OKAY] has been sent from the camera.

3Send the AWB start command, [C800], to the camera.

4Confirm that an [OKAY] has been sent from the camera.

(One of the following will be returned.)

OK

: [C208] AWB Finished Normally

NG

: [C018]

Automatic adjustment not

 

 

possible due to unacceptable

 

 

level of accuracy

Level Hi

: [C003]

Exposure too bright

Level Lo

: [C004]

Exposure too dark

Ctemp Hi

: [C005]

Light source color

 

 

temperature too high

Ctemp Lo

: [C006]

Light source color

 

 

temperature too low

Ending RS-232C mode

1Send the “end RS-232C mode” command, [STOP] to the camera.

2Confirm that an [OKAY] has been sent from the camera.

The camera will return to the same internal settings it had when the power was first turned on.

3Confirm that an [ACTV] has been sent from the camera.

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Sony XC-555/555P technical manual Examples
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XC-555/555P specifications

The Sony XC-555 and XC-555P are advanced industrial cameras that have garnered attention for their high-performance capabilities in various applications, including machine vision, medical imaging, and scientific research. Known for their compact design and robust features, these cameras are built to deliver exceptional image quality and reliability.

At the heart of the XC-555 series lies a high-resolution CCD sensor that ensures clear and detailed images. The camera boasts a resolution of 1380 x 1024 pixels, allowing users to capture fine details in their imaging tasks. This high pixel count is particularly advantageous in industrial applications where precision is critical. The camera is capable of 30 frames per second, making it suitable for dynamic and fast-paced environments.

One of the standout features of the XC-555 is its versatile output options. It supports both analog and digital video output, providing flexibility for integration with various systems. The camera's analog output (CCIR or EIA formats) ensures compatibility with a wide range of devices, while the digital output caters to modern interfaces, including USB and FireWire connections. This dual-output capability makes the XC-555 an ideal choice for users needing to interface with different equipment.

The camera employs advanced signal processing technologies to enhance image quality. It features adjustable gain and shutter speeds, allowing users to fine-tune settings for optimal performance in varying lighting conditions. This adaptability is crucial for industrial environments where lighting can often be inconsistent.

Additionally, the XC-555 series incorporates a robust design, making it resistant to harsh operating conditions. Its compact form factor allows for easy integration into smaller spaces, making it a suitable choice for automation systems. The camera operates efficiently over a wide temperature range, ensuring reliable performance in diverse environments.

Another notable characteristic of the XC-555 is its user-friendly interface. The camera is designed for easy setup and operation, with intuitive controls that simplify the configuration process. Users can easily adjust parameters and settings to match their specific requirements, which enhances productivity and efficiency.

In conclusion, the Sony XC-555 and XC-555P cameras are distinguished by their high-resolution imaging, flexible output options, and advanced processing technologies. These features, combined with their robust design and ease of use, make them an excellent choice for a wide range of industrial and scientific applications. Whether for quality control, automation, or research, the XC-555 series stands out for its reliability and performance in capturing high-quality images.
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