DSCP64: DC Voltage/Current Converter with Transducer Power Supply

DSCP64
DC Voltage/Current Converter with Transducer Power Supply

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Description

Each DSCP64 Voltage/Current Converter provides a single channel of voltage or current input which is converted to a current or voltage output. An auxiliary power supply is provided for powering the input transducer/sensor. It is designed for industrial standard voltage or current signals. Input/output range, filter, fault indication, square root function and other functions may be configured by dip-switch. Power can be applied directly to the converter’s terminals or through a DIN rail mounted bus connector accessory, eliminating the need to wire power to each individual converter.

Features

  • Input Voltage: 0 to 5, 0 to 10, 1 to 5, 2 to 10VDC
  • Input Current: 0 to 20, 4 to 20mA
  • Output Voltage: 0 to 5, 0 to 10, 1 to 5, 2 to 10VDC
  • Output Current: 0 to 20, 4 to 20, 20 to 0, 20 to 4mA
  • 1500Vrms Galvanic Isolation, 4-Way
  • 19.2 to 30VDC Power
  • Spring Cage Clamp Connection
  • 14-Bit Resolution
  • Better than ±0.1% Accuracy
  • Configuration by Dip-Switch
  • Compact 6.2mm DIN Housing
  • CE Compliant

Block Diagram

FAQ

Frequently Asked Questions


Can Dataforth provide calibration reports for modules I purchased?
Yes we can provide calibration reports for the modules that you purchased.

You can either
a) visit https://www.dataforth.com/TestDataReport.aspx to search for Test Report Datasheets by Serial Number or
b) you can send us a list of model numbers and their serial numbers to support@dataforth.com

Can terminals 6 & 8 on DSCP62 be connected together without damaging the unit?
Yes. However, keep in mind, when those terminals are not connected together, the module offers up to 1500Vrms isolation of the output section from the power section.
When those terminals are connected together, that isolation is cancelled, so the input of the device the module output is driving can no longer float.

Module still retains 1500Vrms withstand capability to the T/C or other type of input when pin 6 and 8 are tied together.



How does the load resistance of a module affect the noise at the output?
Noise at the output of a module is independent of load resistance.
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