QIOGP8x8 QIO Series Productos, Periféricos y Accesorios QSYS

Qsc Qio Gp8x8. QSC QIOGP8x8 Open Box, Excellent condition eBay The Q-SYS QIO-GP8x8 expands your Q-SYS system's capabilities to enable streamlined interoperability with non-networked control devices via GPIO connectivity The peripheral shall feature multiple mounting options including a standard 19-inch rack or surfaces such as under-table or on-wall

QSC QIOGP8x8 QIO Series Network Control Input or Output Expanders User
QSC QIOGP8x8 QIO Series Network Control Input or Output Expanders User from device.report

Specificiations: QIO-GP8x8: GPIO Ports: General purpose inputs: 0-24 VDC analog input, digital, or contact closure; configurable pull-up to +12 V: General purpose outputs Q-SYS peripheral providing control expansion with 8 logic inputs and 8 logic outputs

QSC QIOGP8x8 QIO Series Network Control Input or Output Expanders User

"Giving Gear New Life" QSC QIO-GP8x8 Network GPIO expander for Q-SYS Includes:Original Packaging SKU: CG00479 Check out the pictures to. By separating local I/O from processing hardware, the QIO Series offer modular and easily scalable network I/O to support your desired topology The Q-SYS QIO-GP8x8 is a network control endpoint native to the Q-SYS Ecosystem, providing General Purpose Input/Output (GPIO) connections that allow the Q-SYS network to interface with miscellaneous outside devices, such as LED indicators, switches, relays, and potentiometers, and with custom or third-party controls.

QSC QIOGP8x8 QIO Series Network Control Input or Output Expanders User. QSC QIO-GP8X8 Q-SYS Network I/O Expander, 8-Logic Inputs and 8-Logic Outputs, PoE, 0-24V DC The Q-SYS QIO-GP8x8 expands your Q-SYS system's capabilities to enable streamlined interoperability with non-networked control devices via GPIO connectivity

Awareness Potentiometer (10K Ohm, 12V) configuration and behavior for. Q-SYS peripheral providing control expansion with 8 logic inputs and 8 logic outputs By separating local I/O from processing hardware, the QIO Series offer modular and easily scalable network I/O to support your desired topology