255.255.255.0

Sets the type of data being acquired. IntensityImage for setting the ROI or Range for acquiring 3D data

Default: IntensityWithROI

Sets the number of rows to acquire in a Range image

Default: 1000

Specifies the physical size of range image pixels in the X direction (in mm/pixel)

Default: 0.006300

Specifies the physical size of range image pixels in the Y direction (in mm/pixel). Set this value to match the distance your motion system moves between each image row.

Default: 0.100000

Specifies the physical size in the Z direction corresponding to one-grey-level change in the value of a range image pixel (in mm/grey-level)

Default: 0.001050

Specifies whether acquisition is performed using a physical encoder, a simulated encoder, or as fast as possible (without any encoder)

Default: Encoderless

If MotionInput is set to SimulatedEncoder, this value specifies the frequency of the simulated encoder (in Hz)

Default: 200

If MotionInput is set to PhysicalEncoder, this value specifies how many encoder steps occur between each line of the acquired Range image.

Default: 1

Sets whether IsTooFastEncoder acqfailure can be generated due to a line overrun situation. Default is true (line overruns will not be reported)

Default: True

Sets the number of encoder counts to wait before acquisition starts. This property only applies when the MotionInput is set to PhysicalEncoder

Default: 0

Specifies the scene motion that causes the encoder to generate positive-direction pulses. Set this value to LensToLaser if motion in that direction generates positive encoder pulses; otherwise, set this value to LaserToLens.

Default: LensToLaser

Specifies the scene motion for the next image acquisition. If MotionInput is set to PhysicalEncoder only motion in this direction will cause image data to be acquired.

Default: LensToLaser

Specifies whether to automatically set the row-order of the acquired image to match the actual appearance of the scene. If this value is set to False, images acquired the LaserToLens direction will appear to be mirrored top-to-bottom.

Default: True

When true, the camera uses two different exposures to increase the dynamic range of the visible laser line. One exposure will be the requested value, and the other will be one-tenth of that. This is useful if your scene contains both dark and highly reflective regions. It also reduces the maximum line rate.

Default: False

Default: Off

Specifies the minimum intensity required for a pixel to be recognized as part of the laser line. Lowering this value makes laser detection more sensitive but also more susceptible to noise.

Default: 40

Specifies which laser line to use in cases where multiple lines can appear. For example, this can occur when imaging transparent objects

Default: MaxIntensity

Shows the numeric base that the pixel values of ROI parameters on the X axis must be multiples of or else be rounded.

Shows the numeric base that the pixel values of ROI parameters on the Y axis must be multiples of or else be rounded.

Shows the current line frequency. This value will internally be refreshed during acquisition.

Shows if a line overrun happened during the current acquisition.

Shows the actual detected frequency of the configured encoder steps.

Shows the maximal possible step frequency accepted by sensor in its configuration. This register will be updated internally during acquisition of data.

Shows the internal sensor temperature in degrees Celsius.

Shows the actual Firmware version

Shows the IP address of the sensor

Shows the subnet mask of the sensor

Shows the default gateway of the sensor

Shows the MAC address of the sensor

Shows the serial number of the sensor