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General| Brand | Baumer |
|---|---|
| Model | VCXG |
| Category | Security Camera |
| Language | English |
Caution regarding heat damage and proper dissipation methods.
Observe precautions for handling electrostatic sensitive devices.
Camera is Class A, may cause radio interference; take measures.
Highlights VCXG features: image quality, transfer speed, integration.
Highlights VCXU features: image quality, transfer speed, integration.
Lists supported standards for VCXG and VCXU cameras.
Identifies VCXG components: Lens mount, Power/IO, Ethernet Port.
Identifies VCXU components: Lens mount, Digital IO, USB port, LED.
Details VCXG camera types, sensor size, resolution, frame rates, and dimensions.
Lists VCXU camera types, sensor size, resolution, frame rates, and dimensions.
Notice on avoiding contamination during lens mounting.
Specifies storage and operating temperature and humidity limits.
Caution about device heating during operation and skin irritation.
Shows maximal temperature measuring points for VCXG and VCXU.
Details parameters for vibration, shock, and bump tests per IEC standards.
Describes VCXG Ethernet interface pinout and PoE support.
Details VCXG power supply and digital IO pin assignments and wire colors.
Illustrates VCXG GPIO input and output circuits.
Explains digital output operating modes: Low Active and High Active.
Illustrates VCXG digital input configuration.
Details VCXG LED signals and their meanings (link active, error, transmitting).
Details VCXU USB 3.0 Micro B connector pinout.
Caution on connecting to USB 2.0 ports and potential hardware damage.
Details VCXU power supply and digital IO pin assignments and wire colors.
Illustrates VCXU GPIO input and output circuits.
Explains digital output operating modes: Low Active and High Active.
Details VCXU LED signals and their meanings (Power on, USB connections, Readout active).
Explains spectral sensitivity characteristics of monochrome and color sensors.
Displays spectral sensitivity curves for VCXG-53M and VCXG-53C cameras.
Displays spectral sensitivity curves for VCXU-23M and VCXU-23C cameras.
Displays spectral sensitivity curves for VCXU-50M and VCXU-50C cameras.
Provides accuracy data for VCXG field of view position parameters.
Provides accuracy data for VCXU field of view position parameters.
Explains the difference between non-overlapped and overlapped operation.
Describes Continuous Mode operation and timing principles.
Provides formulas for trigger mode timings based on exposure and readout times.
Explains overlapped operation timing in trigger mode, including not-ready intervals.
Describes the EventLost signal for lost events.
Explains the TriggerReady event for processing incoming trigger signals.
Explains the TriggerSkipped event when triggers are missed.
Generic Application Programming Interface for camera integration and control.
Information on using third-party software with Baumer cameras.
Details on image formats, resolution, and binning modes for Baumer cameras.
Shows image format capabilities (full frame, binning) for VCXG models.
Shows image format capabilities (full frame, binning) for VCXU models.
Defines pixel formats like RAW, Bayer, Mono, and RGB color models.
Specifies minimum and maximum exposure times for VCXG cameras.
Specifies minimum and maximum exposure times for VCXU cameras.
Defines ROI by offset X, offset Y, size X, and size Y.
Illustrates how ROI readout decreases readout time by up to 40%.
Illustrates monochrome binning (without, 1x2, 2x1, 2x2) and output.
Allows user adjustment of color gain correction factors for precise color balance.
Details offset adjustment range for VCXG and VCXU cameras.
Specifies the gain adjustment range in dB for VCXG cameras.
Specifies the gain adjustment range in dB for VCXU cameras.
Explains user-definable inputs and the IO matrix for signal selection.
Illustrates various trigger sources (photo electric, hardware, software, broadcast).
Lists parameters available for user-configurable sets on VCXG cameras.
Gigabit Ethernet specific information for VCXG devices.
Discusses packet sizes and Maximum Transmission Unit (MTU) for network components.
Explains IPG for optimal image transfer and its scalable nature.
Assigns a permanent IP address and subnet mask to the camera.
Automates network parameter assignment via DHCP Discovery, Offer, Request, ACK.
Describes the normal case where packets are transferred correctly (99% probability).
Details detection and resend process for packets lost mid-stream.
Lists GenICam standard events like ExposureStart, ExposureEnd, FrameStart.
Lists vendor-specific events like EventError, EventLost, TriggerReady.
Provides VCXU device information from USB descriptor (PID, VID, GUID).
Lists GenICam and vendor-specific events for VCXU cameras.
Details the three steps of acquisition and how stopping/aborting works.
Explains how starting or stopping the interface affects data transmission.
Declaration of conformity with CE directives.
Statement of compliance with European Union RoHS recommendations.
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