Dataforth

Each Dataforth 5B module provides a single channel of isolated analog input or output

--  Input modules interface to all types of external sensors, then filter, isolate, amplify, and convert the input signals to high-level analog voltage outputs

--  Output modules accept high-level analog voltage signals from a host system, then buffer, isolate, and amplify them before providing process current or voltage output to field devices

All 5B modules are CSA C/US certified and CE and ATEX compliant. 

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Each Dataforth 7B module provides a single channel of isolated analog input or output.

--  Input modules accept analog voltage or current signals from all types of field sensors and sources; they filter, isolate, amplify, linearize, and convert the input signals to high-level analog outputs for use in process control systems

--  Output modules accept high-level analog voltage signals from a process control system, then buffer, isolate, filter, and amplify them before providing current or voltage output to field devices

All 7B modules are CSA C/US certified and CE and ATEX compliant. 

 Dataforth's new SensorLex® 8B line of isolated analog signal conditioners provides 19 family groups with a total of 123 models that interface to a wide variety of voltage, current, temperature, position, frequency, and strain measuring devices. Housed in a package only one-fifth the size of competing products, the 8B offers fully functional Instrument Class® performance with superior specifications such as ±0.05% accuracy, ±0.02% linearity, 5-pole filtering, 1500Vrms isolation, low output noise and much more. 

Custom modules are available: consult factory for minimum quantity and pricing details on custom input ranges, output ranges, bandwidth, and other key parameters.

Each DSCA module provides a single channel of isolated analog input or output.

--  Input modules accept analog voltage or current signals from all types of field sensors and sources, then filter, isolate, amplify, linearize, and convert them to high-level analog outputs for use in data acquisition, test and measurement, and control system applications

--  Output modules accept high-level analog voltage signals from a system, then buffer, isolate, filter, and amplify them before providing current or voltage output to field devices

Custom modules are available: consult factory for minimum quantity and pricing details on custom input ranges, output ranges, bandwidth, and other key parameters.

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H igh quality 9B modules provide cost-effective protection and conditioning for a wide range of distributed data acquisition and control applications including process monitoring and control, remote data logging, product testing, and motion and motor speed control.

Our extensive line includes fixed and programmable sensor-to-computer and computer-to-analog output interface modules, RS-232/RS-485 converters, RS-485 repeaters, and applications software. Accessories include a complete selection of backpanels, DIN rail mounting options, interface cables, mounting racks, power supplies, and other accessory items.

All 9B products are CE Compliant and manufactured per RoHS Directive 2002/95/EC. 

Dataforth offers a broad line of digital input and output modules and accessories providing safe, reliable interfacing to industrial measurement and control applications. Installed near individual field loads, SCMD modules create a rugged protective isolation barrier, effective to 4kV, between the field and computer system.

Use of these modules can also reduce field wiring costs while establishing an economical, manageable approach for system expansion and repair.

The MAQ20 family consists of DIN rail mounted, programmable, multi-channel, industrially rugged signal conditioning input and output modules and communications modules (Figure 1). Each I/O module has a 1500Vrms isolation barrier between field-side and system-side wiring, and many models offer per-channel isolation. All field wiring terminals are heavily protected against overload, accidental connection of incorrect signals, and ESD. Modules mount on the industry standard 35x7.5mm gull-wing DIN rail. A backbone mounts within the rail providing power and communication interconnections between the communications modules and each I/O module. 

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Dataforth's SLX300 data acquisition and control system features complete flexibility while providing 1500Vrms channel-to-channel and channel-to-system isolation for all channels. In addition, with the exhaustive selection of 8B modules, the mix of I/O functions can be changed at will. There are 89 analog I/O models and 14 industry standard digital models that may be used in SLX300. It may be used as a panel mounted back plane or in a metal, rack mount, 1U height package. Using Dataforth ReDAQ Shape software, almost any low to medium speed data acquisition and control solution can be achieved.

The Node 50-8 is characterized by outstanding phase noise, noise figure, channel retune time and spurious free dynamic

range parameters, well above any other product in its class.  It also offers all of the multi-mission capability of the RFeye

product range allowing multiple concurrent measurements and geolocations to be performed and multiple users to connect

simultaneously from remote locations. The Node 50-8 includes an on-board SSD for logging large data sets.

The easiest and most efficient development tool for use with the MAQ®20 Modular Data Acquisition and Control System.

The easiest and most efficient development tool to create, save and open graphical user interface projects!

Projects can be distributed as runtime applications protected from user changes.

ReDAQ® Shape is Dataforth’s out-of-the-box data acquisition software designed specifically for the SLX300. When combined with the 8B isoLynx® SLX300, ReDAQ® Shape software ensures an exceptionally powerful data acquisition system.

--  Create, save, and open graphical user interface projects

--  Test, process, and analyze acquired data

--  Create customized Presentation panels in 3 easy steps

--  Use built-in functions in the Acquire and Analyze panels without setup and configuration

--  18 high quality controls

--  Supports any graphical file format

--  Integrated, across-the-board applicability

Dataforth's DSCT series of loop powered 2-wire transmitters consists of seven family groups with a total of 48 transmitter models that interface to a wide variety of voltage, current, temperature and position measuring devices.

• DSCT 2-wire transmitters condition and send analog signals from sensors located in the field to monitoring and control equipment, usually computers, located thousands of feet away in central control areas
• They accept a wide range of inputs, including millivolt, volt, milliamp, thermocouple, RTD, potentiometer, and slide wire
• They operate on power from a 2-wire signal loop and modulate the supply current to represent the input signal within a 4 to 20mA range

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Dataforth's DSCP series of products, along with the DSCL product line, provides a complete family of loop and universal AC/DC powered isolator and transmitter models in component, DIN rail, panel, and head-mount packages.

• Basic loop-powered isolators
• Wide-range AC/DC powered isolators and transmitters
• Fixed-gain models
• Hardware, software, and dip-switch configurable models

Depending on the model, they accept a wide range of voltage, current, thermocouple, and RTD input signals, then filter, isolate, amplify, linearize, and convert them to high-level analog outputs for use in data acquisition, test and measurement, and control system applications.

Dataforth's DSCL series of isolators, along with the DSCP and SCTP product lines, provides a complete family of loop and universal AC/DC powered isolator and transmitter models in component, DIN rail, panel, and head-mount packages.

• Basic loop powered isolators
• Wide-range AC/DC powered isolators and transmitters
• Fixed-gain models
• Hardware and software configurable models

Depending on the model, they accept a wide range of voltage, current, thermocouple, and RTD input signals, then filter, isolate, amplify, linearize, and convert them to high-level analog outputs for use in data acquisition, test and measurement, and control system applications.