XMP-PCI-EXP-8C-24V Danaher
Wake Industrial LLC is not an authorized distributor of this product.
MPN: A041-001
The XMP-PCI-EXP-8C-24V Synqnet board features 8 opto-isolated I/O channels, an I/O configuration voltage of 24 VDC, an isolation voltage of 40 V, and opto-input propagation delay of 20 µs. Designed as part of the Synqnet Boards series by Danaher, it also boasts RS-422 transmitter propagation delay of 60 nanoseconds.
Internal Product Review
The XMP-PCI-EXP-8C-24V is a motion control system designed for industrial applications. It supports 8 axes, 2.5 MHz stepper output, and VHDCI connectivity. It includes DSP-based watchdog timers and high-speed capture input. The product is ideal for high-speed, precise motion control systems requiring up to 16 axes.
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Product Description:
Danaher manufactures the XMP-PCI-EXP-8C-24V PCI-based motion control system for industrial automation applications. It provides high precision and versatility for manipulating numerous axes. The system is compatible with normal 5V PCI bus receptacles and can handle up to 8 axes by default, with the option of expanding to 16 axes via an expansion board.
The XMP-PCI-EXP-8C-24V PCI control system requires particular voltages: +5 VDC ± 5%, +12 VDC ± 10%, and -12 VDC ± 10%. The main board consumes 1.70 A at 5 V, 0.03 A at 12 V, and 0.01 A at -12 V. The expansion board draws 1.20 A at 5V, 0.01 A at 12V, and 0.01 A at-12V. The SIM4 modules require 0.18A at 5V, 0.01A at 12V, and 0.03A at -12V. The system can sample at up to 10 kHz for 8 axes and produce stepper output speeds of up to 2.5 MHz. Additionally, the control system supports ±10V analog differential signals and quadrature encoder inputs with up to 40 MHz count rates. The system provides consistent performance due to specialized DSP-based watchdog clocks, which improve system stability. The system incorporates DSP-based watchdog timers as well as software and hardware restrictions that may be configured for each axis.
The XMP-PCI-EXP-8C-24V PCI control system can add axes by using extension boards for a maximum of 16 axes. The PCI control system has dedicated high-speed compare output and capture inputs for each axis and is designed for demanding applications that need precision in motion control. The I/O uses VHDCI connectors, and these connectors are used to support the connectivity and to keep track of effective I/O activities.
