SCMPB05, 8-Position Analog I/O Backpanel, Non-Multiplexed
- can accept up to eight SCM5B analog input and/or output modules
- 1-, 2-, 8-, 16-Position Backpanels
- Panel or DIN Rail Mounting Options
- 1500 Vrms Isolation
- CE Compliant
- 1-, 2-, 8-, 16-Position Backpanels
- 19-Inch Mounting Rack For Backpanels
- Multiplexed and Non-Multiplexed Backpanels
- Interface cables
- Module Evaluation Board
- Cable to Screw Terminal Interface Board
The SCMPB05 backpanel (Figure 12) can accept up to eight SCM5B analog input and/or output modules in any combination. It can be mounted on the SCMXRK-002 19-inch metal rack. A separate analog signal path is provided for each channel and each channel’s signal is accessible at redundant 26-pin connectors. The module output switch is continuously “on” when using this backpanel and all eight module outputs are simultaneously accessible to high-speed data acquistion (ADC) boards.
On-board jumpers permit paralleling two SCMPB05 boards to form a SCMPB01 equivalent. An additional set of inter-channel bridge jumpers permits connecting an input module’s output to an output module’s input, providing two levels of isolation (Figures 12, 13).
Jumpers on the SCMPB05 permit user selection of low (i.e. channels 0-7) or high (i.e. channels 8-15) addresses. A temperature sensor mounted on each channel provides cold junction compensation for thermocouple input modules (see Fig. 13 for schematic). Field connections are terminated with four screw terminals at each module site. Use system interface cable SCMXCA004-XX for connection to the host system.
SCMPB05 | 8-channel backpanel with standoffs for mounting. |
SCMPB05-1 | 8-channel backpanel without cold junction compensation circuits and standoffs for mounting. |
SCMPB05-2 | 8-channel backpanel with DIN rail mounting option. The backpanel is mounted on a plate which is captured by the SCMXBExx DIN rail mounting elements. |
SCMPB05-3 | 8-channel backpanel without cold junction compensation circuits and with DIN rail mounting option. |
SCMPB01-07 Datasheet |
AN101 RMS_Voltage_Current App Note |
AN121 RiseTime vs BW App Note |
AN126 Tuning_Surge_Tank_Level_Control_Loops App Note |
AN128 RMS Revisited App Note |
AN129 Harmonics and utility costs App Note |
Hysteresis Specifications Tech Note |
Faraday's Law of Induction Tech Note |
Data Acquisition Systems Accessories Tech Note |
Signal Conditioner Surge Withstand Capability Tech Note |
Signal-to-Noise Ratio, SNR Tech Note |
Signal Conditioning Measured vs Combinational Error Tech Note |
When Good Grounds Go Bad Tech Note |
Sample Test Report Tech Note |