Signal conditioning modules, more than 250, for data acquisition, control

The 5B signal conditioning modules by Dataforth include 19 family groups and 250 modules. They are designed for industrial plant environments and are fully encapsulated.


The 5B signal conditioning modules by Dataforth include 19 family groups and 250 different modules. They are designed for industrial plant environments and are fully encapsulated. Courtesy: DataforthDataforth’s product line of isolated analog 5B signal conditioners includes 19 family groups and more than 250 modules. Input modules interface to all types of industrial sensors. The modules filter, isolate, and amplify input signals, then convert them to high-level analog voltage output ready to interface directly to customers’ data acquisition and control systems. Analog inputs include voltage and current in narrow and wide bandwidths, thermocouple, RTD, accelerometer, potentiometer, strain gage, frequency, and 2-wire transmitter. 5B output modules accept high-level analog voltage signals from a host system and provide process current or voltage output to field devices. 

The fully encapsulated 5B signal conditioners are all designed for industrial plant environments and are ideal for virtually all temperature, pressure, and flow applications. They are extremely easy to use and simply plug into Dataforth’s extensive offering of single, dual, 8- or 16-channel backpanels. 

Key features include:

  • ±0.03% accuracy
  • 1500 Vrms transformer isolation and 240 Vrms field-side protection
  • ANSI/IEEE C37.90.1 transient protection
  • 4- to 6-pole low-pass filtering
  • -40 C to +85 C operating temperature
  • CSA C/US Certified (Class I, Division 2, Groups A, B, C, D)
  • CE and ATEX Compliant

Accessories include DIN rail mounting options, cables, racks, and power supplies. 

5B modules are used in industrial and commercial markets ranging from power generation, defense and aerospace to the automotive field, alternative energy, medical devices, mining, and optics.

Dataforth Corporation 

- Edited by Chris Vavra, Control Engineering, 

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