Cognex VPM 8100LS 000 rev. A vision board for Minami Printer and other SMT/SMD machines. Used but in good working condition. Ready to ship from local stock.

Condition : Used / second handVision Board - Used for Minami SMT Printer windows version and other machines. Cognex VPM-8100LS-000 Rev. A is a PCI frame grabber / vision board from Cognex’s older MVS-8000 / MVS-8100 series (PC-based machine vision hardware). The “LS” designation typically indicates a line-scan oriented variant. It is designed for use with Cognex vision software (e.g., VisionPro / older OMI packages) on a host PC. Official detailed public datasheets specifically for the exact “VPM-8100LS-000 Rev. A” (also referenced with board marking 801-8136-03C) are limited, as this is a legacy product. Information below is compiled from Cognex MVS-8100-series documentation, related hardware manuals, and product listings.Key FeaturesPCI frame grabber for PC-based processing.Fast image transfer in parallel with acquisition.Direct Memory Access (DMA) for acquisition.Pipelined processing.High-speed image transfer.Leverages Intel MMX instruction set together with Cognex machine-vision software for performance. Typical / Related Specifications (MVS-8100 Series Frame Grabbers)CategorySpecificationForm FactorSingle-slot 32-bit PCIDimensionsApproximately 107 mm × 175 mm (4.2 in × 6.875 in)Video Memory512 KB (typical for series)Host PC RequirementsPentium-class CPU ≥ 133 MHz (MMX recommended/required for advanced tools such as PatMax); open +5 V / 32-bit PCI slot; Windows 95/98/NT/2000-era OS support (legacy)Video InputSupport for RS-170 / CCIR cameras (monochrome); multiplexed inputs (up to 4 in related models); progressive-scan / rapid-reset options; full or half resolution; external camera syncI/OHigh-speed opto-isolated trigger input; opto-isolated strobe output; opto-isolated accept/reject outputPower Consumption≈ +5 V @ 3.0 A, +12 V @ 2 A, –12 V @ 0.2 A (approx. 27 W total, series-typical)Operating Temperature10 °C to 45 °C (some related boards 10–50 °C)Humidity10 % to 90 % non-condensingExternal Light ControlDynamic light-intensity control capability (via digital connection in series)