Durham Instruments

Data Acquisition

*Data Acquisition - eDAQ & eDAQ-lite - Rugged/Mobile*

	eDAQ Rugged Mobile DAQ Sets the standard for rugged, mobile data acquisition; a stand-alone sealed system designed for testing in the harshest of environments.
	eDAQ-lite Rugged Mobile DAQ The eDAQlite is the go anywhere, test anything compact version of the SoMat eDAQ. Engineered using the same technology, the eDAQlite has similar leading-edge signal conditioning and a capacity to perform a broad range of on-board data processing, triggering, intelligent data storage, and complex computations. There is no learning curve, new software, or file formats; and systems can be seamlessly networked together.
	EBRG eDAQ Bridge Layer The SoMat eDAQ Bridge Layer (EBRG) offers 16 simultaneously sampled low level differential analog inputs through independent connectors. An extremely versatile layer; the Bridge Board works with both amplified and unamplified transducers including: strain gauges, accelerometers, pressure transducers, load cells, and other general analog signals.
	ECOM eDAQ Vehicle Network Communications Layer The SoMat eDAQ Vehicle Network Communications Layer (ECOM) offers (3) CAN device interfaces, (1) Vehicle Bus Module (VBM) interface and a GPS communications port. It is an extremely versatile layer providing a direct correlation between vehicle bus channels with physical data (analog, thermocouple and frequency) as well as GPS.
	ECPU-PLUS Main Processor for eDAQ For the system that defines Rugged, Mobile Data Acquisition, it all starts here. The SoMat eDAQ Base Processor (ECPU-PLUS) is the foundation eDAQ systems are built from. Specifically designed for these applications; input power for the system operates in a wide range from 10-60 VDC. Internal back-up batteries also protect the eDAQ from unplanned power losses or low voltage events.
	EDIO eDAQ Digital Input-Output Layer The SoMat eDAQ Digital Input/Output Layer (EDIO) is an extremely versatile layer that can measure digital inputs/outputs, pulse counters, quadrature decoders, vehicle bus, as well as GPS. The EDIO offers twenty four channels that can be used as digital inputs/outputs with twelve additional channels for wide range inputs.
	EHLS eDAQ Simultaneous High Level Layer The SoMat eDAQ Simultaneous High Level Layer (EHLS) offers 16 simultaneously sampled high-level differential analog inputs through independent connectors. Up to four EHLS layers can be added to a single eDAQ system enabling up to 64-channels. Networking multiple eDAQ’s make synchronous EHLS channel counts virtually limitless.
	EITB eDAQ Isolated Thermocouple Layer The SoMat eDAQ Isolated Thermocouple Layer (EITB) measures temperatures on 8-channels of isolated thermocouple signal conditioning. Thermocouples come in several styles of dissimilar metals, or calibrations; and the EITB is available in the four most common calibration types (J, K, T and E). Each channel has individual cold junction compensation with isolation to 500V.
	ENTB eDAQ Non-Isolated Thermocouple Layer The SoMat eDAQ Non-Isolated Thermocouple Layer (ENTB) measures temperatures on 32-channels of non-isolated thermocouple signal conditioning. Thermocouples come in several styles of dissimilar metals, or calibrations; and the ELNTB is compatible with the four most common calibration types (J, K, T and E). Each channel is individually software-selectable between these calibrations.
	ELBAT-2 eDAQ-lite Battery Layer The SoMat eDAQ-lite Battery Layer (ELBAT-2) is located below the eDAQ-lite in a machined aluminum enclosure. It attaches with four 8-32 screws to the base plate of the eDAQ-lite replacing the rubber feet. The feet can be relocated to the battery layer for mounting purposes. A short cable, with the eDAQ D-Sub power connector, connects to the eDAQ-lite and is also utilized for charging purposes.
	ELBRG eDAQ-lite Bridge Layer The SoMat eDAQ-lite Bridge Layer (ELBRG) offers four simultaneously sampled low level differential analog inputs through independent connectors. An extremely versatile layer; the Bridge Board works with both amplified and unamplified transducers including: strain gauges, accelerometers, pressure transducers, load cells, and other general analog signals.
	ELCPU eDAQ-lite Base Processor The SoMat eDAQ-lite Base Processor (ELCPU) is the foundation eDAQ-lite systems are built from. Specifically designed for rugged, mobile applications; input power for the system operates in a wide range from 10-60 VDC (with ELCPU-PLUS option). Internal back-up batteries also protect the eDAQ-lite from unplanned power losses or low voltage events.
	ELDIO eDAQ-lite Digital Input-Output Layer The SoMat eDAQ-lite Digital Input/Output Layer (ELDIO) is an extremely versatile layer that can measure digital inputs/outputs, pulse counters, quadrature decoders, vehicle bus, as well as GPS. The ELDIO offers eight channels that can be used as digital inputs/outputs with four additional channels for wide range inputs.
	ELHLS eDAQ-lite Simultaneous High Level Layer The SoMat eDAQ-lite Simultaneous High Level Layer (ELHLS) offers 4 simultaneously sampled high-level differential analog inputs through independent connectors. Up to eight ELHLS layers can be added to a single eDAQ-lite system enabling up to 32 channels. Networking multiple eDAQ’s make synchronous ELHLS channel counts virtually limitless.
	ELNTB eDAQ-lite Non-Isolated Thermocouple Layer The SoMat eDAQ-lite Non-Isolated Thermocouple Layer (ELNTB) measures temperatures on 16-channels of non-isolated thermocouple signal conditioning. Thermocouples come in several styles of dissimilar metals, or calibrations; and the ELNTB is compatible with the four most common calibration types (J, K, T and E).

Software

*Software - Data Analysis Software*

	GlyphXE Analysis Software Integrated and powerful analysis methods for post-processing of your measured data make GlyphXE the technically mature, professional tool for your test projects. At the same time, GlyphXE convinces through maximum ease of use - even for occasional users. GlyphXE provides a graphical user interface that enables you to develop individual analyses and computations step by step. No programming knowledge or learning of a special script language is required.
	InField Software InField is a versatile field analysis software program optimized for use with SoMat hardware. It is designed to enhance the field test collection and data visualization process by making sure you never leave the field without the numbers you need.
*Software - Fatigue & Durability Software*

	Automation Software nCode Automation captures, manages, distributes, and performs in depth-analyses of time-dependent data within a common, collaborative environment. It is a web-based system - simple to deploy, configure and use. No software coding is required and nCode Automation is hardware independent. Complex analysis process can be developed using GlyphWorks on the desktop and uploaded to the nCode Automation server. Queries and reports can be readily based on all the analysis results. Detailed bespoke web reports are now possible on all engineering data, without having to move large data files around IT networks.
	GlyphWorks nCode GlyphWorks is the leading data processing system for engineering test data analysis. Designed to handle huge amounts of data, GlyphWorks provides a graphical, process-oriented environment. Users can simply create an analysis workflow by ‘drag and dropping’ analysis building blocks.
*Software - Measurement Software*

	Test Control Environment (TCE) Software SoMat Test Control Environment (TCE) is the Microsoft Windows-based® test control and setup interface software that is supplied with every eDAQ and eDAQ-lite data acquisition system.