SCMPB07

8-Position Backpanel, High Density

Dataforth

  • can accept any of the SCM5B analog modules
  • 16 non-addressable analog IO signal channels
  • Panel or DIN Rail Mounting Options
  • 1500 Vrms Isolation
  • CE Compliant
  • 1-, 2-, 8-, 16-Position Backpanels
  • 19-Inch Mounting Rack For Backpanels

Details

The SCMPB07 8-channel high-density backpanel can accept any of the SCM5B analog modules in any mixture. Its overall width is 5.5 inches (139.7mm) versus 10 inches (254mm) for the SCMPB05 and SCMPB06 8-channel backpanels. Separate analog signal paths are provided for each channel. Each channel provides four high-density screw terminals for field connections and two high-density screw terminals for host system connection. It also provides a jumper on each channel to optionally connect or isolate each module’s I/O common from other channel's I/O common and/or power common (Figure 16).

See Figure 11 for schematic.

SCMPB07 and SCMPB07-1 can be upgraded to DIN rail mounting. The following accessories are required for mounting one SCMPB07 or one SCMPB07-1 backpanel (for a visual example, reference SCMPB03/SCMPB04 page Figure 8):

Qty                                  Model                              Description

2                                  SCMXBEFE                Base element with snap foot

2                                   SCMXSE                             Side element

2                                   SCMXBE                   Base element without snap foot

12                                 SCMXVS                          Connection pins

Specifications

Slots
8
Input Type
Voltage
Current
Strain Gauge
Thermocouple/RTD
Frequency
Analog Outputs
8
Max Bandwidth
11 kHz

Models

SCMPB07
8-Position Backpanel, High Density
SCMPB07-1
8-channel backpanel without cold junction compensation circuits.
SCMPB07-2
8-channel backpanel with DIN rail mounting hardware
SCMPB07-3
8-channel backpanel without cold junction compensation circuits and with DIN rail mounting hardware.

Downloads

SCMPB01-07
AN101 RMS_Voltage_Current
AN121 RiseTime vs BW
AN126 Tuning_Surge_Tank_Level_Control_Loops
AN128 RMS Revisited
AN129 Harmonics and utility costs
Hysteresis Specifications
Faraday's Law of Induction
Data Acquisition Systems Accessories
Signal Conditioner Surge Withstand Capability
Signal-to-Noise Ratio, SNR
Signal Conditioning Measured vs Combinational Error
When Good Grounds Go Bad
Sample Test Report

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