DNF-4-1G-DC

FLATRACK™ Ethernet I/O DAQ Platform—DC Powered

United Electronic Industries is a leader in the PC/Ethernet data acquisition and control, Data Logger/Recorder and Programmable Automation Controller (PAC) and Modbus TCP markets.

UEI guarantees the availability of all RACKtangle®, Cube, and FLATRACK™ series products (including DNA, DNR, UEIPAC, UEISIM, UEILogger and UEIModbus chassis and compatible I/O boards, manufactured by UEI) for a minimum of 10 years.3 year warranty standard on UEI products

DAQ Chassis. FlatRack Data Acquisition Controller with Ethernet & 4 slots
Availability: Typically in stock for 1-2 week delivery.
  • Accommodates installation of up to four I/O boards
  • Complete DAQ interface to any input/output/sensor type
  • Standard rack-mountable 1U chassis: 6.0 x 1.75” x 17.5”
  • Accommodates up to four I/O front-loading I/O boards
  • Compatible with >50 interchangeable I/O boards
  • Two independent Gigabit (1000/100/10Base-T) Ethernet Interfaces
  • Inter-RACK and multiple RACK sync Interface
  • AC powered version available
  • Rugged: 3 g Vibration, 50 g Shock, -40 to +70°C
  • Real-time: 1,000 I/O scans in <1 millisecond
  • Complete Windows, Linux and RTOS support
  • LabVIEW,™ MATLAB®, DASYLab,™ and Simulink support and more

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Product Description

The DNF-4-1G is a compact, rugged and highly integrated Ethernet I/ O data acquisition platform. Its 1U FLATRACK form-factor provides a low-profile footprint for space-constrained applications that require up to four I/O boards per chassis. The platform is ideal for applications in which point-to-point signal conditioning and patch panel connections can be avoided. Its backplane electronics are identical to UEI’s popular PowerDNR RACKtangle series. The DNF-4-1G series provides two Gigabit Ethernet (100/10 Base-T compatible) interfaces and front-loading slots for quick and easy implementation and configurability. These capabilities enhance usability, improve performance and simplify I/O reconfiguration. The backplane within the rack contains no active electronic components, ensuring that the platform delivers high availability (maximum MTBF and minimum MTTR) in mission-critical applications.