ADwin systems are used by engineers and scientists for data acquisition, automation and Real-Time control applications. ADwin always provides a very accurate, precise and deterministic timing, with a high
speed process execution.

ADwin-Gold-III is the newest member of the ADwin Real-Time systems family. It is compact and is designed for OEM applications to be used inside machines and devices. Like all ADwin systems it executes a fast, robust and flexible Real-Time code. It provides a powerful performance in a robust metal enclosure at a reasonable price.

ADwin-Gold III offers an extensive range of digital and analog interfaces. It can therefore be used in many areas. The XILINX ZYNQ with 1 GHz clock rate ensures top values in computing power and system response time.

Options provide additional functions as counters, encoder interfaces, serial, CAN bus and SSI interfaces. The system can be used in laboratories, on a DIN-rail in industrial machines, or in mobile and in-vehicle applications.

In conjunction with a notebook and a power supply of 10–35 V, it is not only easy to use for measurements in motor vehicles, but also in industrial environments.

ADwin-Gold III allows immediate and synchronous acquisition and output at the inputs and outputs, even for several Gold III devices in parallel.

Synchronous Actions, Scalable Performance

ADwin-Gold III allows immediate and synchronous acquisition and output at the inputs and outputs, even for several Gold III devices in parallel.

You want highly synchronized actions? Here you are: Send a Sync signal to the differential Sync inputs of one, two or more Gold III devices and see them all react simultaneously. You can even define a master device which triggers all devices in a specific time pattern.

You also benefit from the multiplied ADwin performance, which scales up with each additional devices.

With a simple software instruction, you define the actions of each device which are triggered at the same time: read an analog input, copy counter values, output digital signal patterns and some more.

Not what you’re looking for? Check out the other real-time data acquisition systems that ADwin has to offer here.

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A high performance, 666 MHz dual-core XILINX ZYNQ™ processor, similar to the ADwin-Pro II, provides extensive real-time computing power for programs developed with ADbasic or from a Simulink model (ADsim). A GB Ethernet interface allows high-speed communication between the local processor and an external PC or workstation.

The ADwin-X-A20 can also be customized to serve as the basis for your OEM applications. By choosing the standard version customized with a range of additional options, the ADwin-X-A20 can be quickly integrated into low or large volume data acquisition and control projects.

Application Fields

• Test stand control and data acquisition
• Automotive and Aerospace test stands
• Dynamic component testing
• Material endurance tests
• Fast machine control applications
• Scientific and industrial research
• Production line automation systems
• Laboratory and mobile systems
• EOL – End of Line testing

Real-Time Functions

• Intelligent data acquisition
• Fast digital closed loop controller
• Multi-axis controller, PID, and others
• Online analysis of measurement data
• Complex trigger applications
• Online data reduction
• Signal generation, arbitrary, adaptive

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The Delphin ProfiMessage D Data Acquisition System is the next generation, Industry 4.0 modular data acquisition, monitoring, and control system. A master/slave design makes ProfiMessage D suitable for both small and large applications that require the processing of up to hundreds of channels. The ProfiMessage D incorporates a new OPC UA software interface which allows open data exchange to facilitate integration with other equipment and systems. It also features several other enhancements over the previous generation of ProfiMessage systems:

• Built-in display for monitoring and network configuration
• Two PROFIBUS interfaces (single or redundant)
• Optional WLAN interface
• Optional PROFINET interface

The ProfiMessage D has a modular master/slave design. Both the master and slave devices can accommodate two I/O modules. A single master can control up to 20 slaves allowing up to 660 I/O channels in a single system. There is a range of analog and digital I/O modules which allow the system to meet the requirements of all types of industrial DAQ applications. A network interface enables ProfiMessage devices to be integrated into a TCP network or to be directly connected to a PC workstation or laptop computer. Online measurement data can be transmitted, saved, and processed. The data can be stored simultaneously within the ProfiMessage D device itself.

Product Features

• Data acquisition and automation
• Data transmission via LAN (internet/intranet)
• Data storage capability for independent operation
• Modular and scalable
• Full potential isolation
• Universal inputs and outputs
• Control and automation functions
• Signal conditioning within the device
• Connection to external equipment and PLC control
• Configuration via PC

Universal Connectivity

ProfiMessage D’s universal inputs enable the connection of signals of any type including non-isolated signals. This means costly measurement transducers are usually not necessary. Potential isolation between channels as well as differential inputs saves both time and money.

Universal inputs enable any unit of measurement to be acquired (e.g. temperature, pressure flow, vibration, etc.). Data then undergoes direct scaling and linearization. Conversions from mA to bar or ml/min take place directly within the ProfiMessage D data acquisition system. High measurement precision is achieved through the use of 24-bit resolution Sigma-Delta converters and enables the connection of the smallest of signals (e.g. thermocouples).

Various Applications

• Multi-channel data acquisition
• Monitoring and alarm management
• Test stand automation
• Product testing
• Quality assurance
• Monitoring of buildings

Easy to configure

The configuration of the ProfiMessage D is done using a PC with the user-friendly DataService Configurator software. Configuration data is processed online and permanently within the devices. Optional integrated data memory up to 32 GB can locally store billions of measurement values.

The ProfiMessage D has an intelligent local controller which allows it to operate as a stand-alone device. This controller also provides many functions such as limits/alarms, calculations, logic, and other functions through software channels. This allows the system to be configured to meet the needs of many different types of applications without having to learn a complicated programming language.

Profisignal Software

The optional ProfiSignal software package is a Windows-based application available in three versions which provides a full range of capabilities from visualization and data archiving to fully automated test systems with report generation. Optional modules provide additional capabilities such as connecting to SQL databases, vibration analysis, or FDA CFR21 Part 11 compliance. The new ProfiSignal Web is a client/server application that allows platform-independent access to (remote) measurement projects from any standard web browser.

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Versatile Measurement

The DT80W WiFi Universal Input Data Logger allows you to connect an array of sensors through versatile analog and digital channels, high-speed counter inputs, phase encoder inputs, and programmable serial sensor channels.

Temperature, voltage, current, 4-20mA loops, resistance, bridges, strain gauges, frequency, digital, serial, and calculated measurements can all be scaled, logged, and returned in engineering units or within statistical reporting.

Set up sampling, logging, alarm, and control tasks to suit your requirements while interfaces for smart sensors, GPS, and other intelligent devices expand the dataTaker DT80W flexibility.

Local Wireless Access

With wireless access, no need to have a physical connection to the logger. Send the program, view and download the data, or even modify your settings on a nearby PC or Tablet wirelessly either as a Master (Access Point mode) or Slave (Client).

Automatic Data Delivery

On Client mode, dataTaker can have access to a local router and if the router has internet access it can utilize the DT80W’s automatic data delivery features to schedule your data to be automatically emailed to your inbox every day, week, month, or other time interval.

More sophisticated systems can make use of the automatic data delivery features to send logged data to an FTP server.

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The Delphin ProfiMessage Data Acquisition System is a modular device for data acquisition and automation. A master/slave design makes ProfiMessage suitable for both small and large applications that require the processing of thousands of channels. Master and slave devices can each accommodate two I/O modules. There is a range of I/O modules for users to select an appropriate module(s) for their application. I/O modules are available for any number of channels and sensor types. A network interface enables ProfiMessage devices to be integrated into a TCP network or to be directly connected to a PC workstation or laptop computer. Online measurement data can be transmitted, saved and processed. The data can be stored simultaneously within the ProfiMessage device itself.

ProfiLab is identical in construction and functionality to ProfiMessage – only their housings differ. ProfiMessage devices are designed for rail-mounted installations, and ProfiLab, with its 4 mm plugs, for laboratory applications.

Product features

• Data acquisition and automation
• Data transmission via LAN (internet/intranet)
• Data storage capability for independent operation
• Modular and scalable
• Full potential isolation
• Universal inputs and outputs
• Control and automation functions
• Signal conditioning within the device
• Connection to external equipment and PLC control
• Configuration via PC

Universal Connectivity

ProfiMessage’s universal inputs enable the connection of signals of any type including non-isolated signals. This means costly measurement transducers are usually not necessary. Potential isolation between channels as well as differential inputs saves both time and money.

Universal inputs enable any unit of measurement to be acquired (e.g. temperature, pressure flow, vibration etc.). Data then undergoes direct scaling and linearization. Conversions from mA to bar or ml/min take place directly within the ProfiMessage data acquisition system. High measurement precision is achieved through the use of 24-bit resolution Sigma-Delta converters and enables the connection of the smallest of signals (e.g. thermocouples).

Various Applications

• Multi-channel data acquisition
• Monitoring and alarm management
• Test stand automation
• Product testing
• Quality assurance
• Monitoring of buildings

Easy to configure

An optional integrated data memory can permanently store up to 128 million measurement values without PC-support and with edge or level triggering. The ProfiSignal-Software enables online / offline analysis, visualization and operation from any PC workstation as well as PC-controlled process automation and database communications via ODBC/SQL.

The configuration of the Message devices takes place with the PC user-friendly DataService / Configurator software. Configuration data is processed online and permanently within the devices. Configuration data may be amended and adjusted during measurement runs.

Mobile Energy Measurement Case

These cases feature an integrated 3-phase power measuring unit for measuring the electrical power from motors, pumps, drives etc. Energy data from PLC or control systems can also be acquired via field bus interfaces such as PROFIBUS or ModBus. The energy measurement case is configured via LAN and can then function independently thanks to its integrated data memory capable of storing several million measurement values. The case can also be equipped with a UMTS modem to enable wireless operation for remote monitoring applications. Cases are now available.

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The ADwin-PRO-II Modular Real-Time Data Acquisition System is the successor of ADwin- Pro product family. The new T12 processor provides much faster operation and transmits data 10 times faster with the new Pro II bus. The PRO-II backplane support both the new Pro II I/O modules and the older Pro I modules.

• Pro-II systems offer the new T12 processor module which uses the Dual-Core ARM Cortex-A9. With 1 GHz clock speed and 1 GB of internal memory for program and data, the PRO-II’s processing power over 4x previous models. In addition, the processor’s 64-bit internal calculation enables double precision floating-point calculations.
• The T12’s accelerated Ethernet interface enables high-speed data transmission to the PC at more than 1 Gb/s.
• The bus bandwidth of up to 200 MByte/s significantly increases the capacity of the internal traffic between the processor module and the new Pro-II output modules.

The ADwin-PRO-II Modular Real-Time Data Acquisition System is Compatible

For all its superior performance the ADwin Pro-II remains compatible. On the backplane, both the new Pro-II and the present Pro-I bus work side by side so that all the existing input and output modules can be used.

The data exchange with the PC is fully compatible to work with all the interfaces (for VB, Matlab, etc.) as usual. Valuable ADbasic source code can be reused after just a few changes to the tried and tested algorithms which also benefit from the PRO-II’s higher processor speed.

Real-Time for Complex Applications

The new Pro-II system’s extraordinary speed enables applications demanding a high data rate. In addition, the fast T12 processor allows an intelligent pre-selection of relevant data, mathematical functions or digital channel filtering.

All new Pro-II modules run on the Pro II bus automatically sync. This allows fully-synchronized time measurements from multiple modules without any special software effort.

Housing Types for All Cases

The ADwin-PRO-II Modular Real-Time Data Acquisition System is available in the usual variety of robust housing for various applications: as a desk system for the lab, a portable system for travel or as a system for panel mounting.

The system’s 5-16 slots and ADwin’s wide variety of different modules are the ideal, flexible foundation for rapid real-time applications.

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The Expert Logger 400 is Delphin‘s new generation of data loggers. It combines the latest communication technology with advanced measurement technology and is based on FPGA technology to make it especially powerful. It can process up to 16 analog input channels at both low and high rates of sampling. Measurement data can be accurately acquired, independently stored and transmitted to the internet or a PC for evaluation via USB, LAN, WLAN or LTE.

Operation Made Simple

Sensors are connected via plug-in screw terminals and a chart clearly shows how channels are arranged. Users always have a good overview of the channels despite their high density. Each set of four terminals can be configured as two differential inputs to measure voltage, currents, thermocouples, or to take measurements from a 4-wire RTD.

Configuration – Fast and Easy

The Expert Logger 400 is simple to configure from a PC. These settings remain stored within the Expert Logger even when disconnected from the power supply. The device settings can also be read out and stored on a PC and analyzed offline without the need for a connected Expert Logger. The offline configuration settings are then simply read into the device when connected. The software used for configuration is simple to operate to let users fully focus on their measurement tasks.

Intelligent Signal Processing

Signal processing using internal software channels significantly simplifies measurement tasks. Flexible calculation channels enable measurement data to undergo further computation and recording. Integrators directly calculate volumes or quantities from time-related measurement data such as mass and discharge flow rates. Limit values can monitor measurement data and be used to switch digital outputs or automatically send emails. Complex signal processing is possible using pulse counters, stop-clock functions, and operating-hours counter. Averages can be calculated and recorded as time-weighted or moving. The Expert Logger‘s software channels clearly set it apart from other loggers and make it very popular among users.

Applications

• Data logging
• Environmental measurement technology
• Product testing
• Measurement data diagnosis
• Lab data acquisition
• Trials and tests
• Energy optimization

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The Expert Logger 300 is Delphin‘s new generation of data loggers. It combines the latest communication technology with advanced measurement technology, and is based on FPGA technology to make it especially powerful. It can process up to 46 analog input channels at both low and high rates of sampling. Measurement data can be accurately acquired, independently stored and transmitted to the internet or a PC for evaluation via USB, LAN, WLAN or LTE.

Operation made simple

Sensors are connected via plug-in screw terminals and a chart clearly shows how channels are arranged. Users always have a good overview of the channels despite their high density. Each set of four terminals can be configured as two differential inputs to measure voltage, currents, thermocouples, or to take measurements from a 4-wire RTD.

Configuration – Fast and Easy

The Expert Logger 300 is simple to configure from a PC. These settings remain stored within the Expert Logger even when disconnected from the power supply. The device settings can also be read out and stored on a PC and analysed offline without the need for a connected Expert Logger. The offline configuration settings are then simply read into the device when connected. The software used for configuration is simple to operate to let users fully focus on their measurement tasks.

Intelligent Signal Processing

Signal processing using internal software channels significantly simplifies measurement tasks. Flexible calculation channels enable measurement data to undergo further computation and recording. Integrators directly calculate volumes or quantities from time related measurement data such as mass and discharge flow rates. Limit values can monitor measurement data and be used to switch digital outputs or automatically send emails. Complex signal processing is possible using pulse counters, stop-clock functions and operating-hours counter. Averages can be calculated and recorded as time-weighted or moving. The Expert Logger‘s software channels clearly set it apart from other loggers and make it very popular among users.

Applications

• Data logging
• Environmental measurement technology
• Product testing
• Measurement data diagnosis
• Lab data acquisition
• Trials and tests
• Energy optimization

The post Delphin Expert Logger 300 appeared first on CAS Dataloggers.

The Expert Logger 200 is Delphin‘s new generation of data loggers. It combines the latest communication technology with advanced measurement technology, and is based on FPGA technology to make it especially powerful. It can process up to 32 analog input channels at both low and high rates of sampling. Measurement data can be accurately acquired, independently stored and transmitted to the internet or a PC for evaluation via USB, LAN, WLAN or LTE.

Operation made simple

Sensors are connected via plug-in screw terminals and a chart clearly shows how channels are arranged. Users always have a good overview of the channels despite their high density. Each set of four terminals can be configured as two differential inputs to measure voltage, currents, thermocouples, or to take measurements from a 4-wire RTD.

Configuration – Fast and Easy

The Expert Logger is simple to configure from a PC. These settings remain stored within the Expert Logger even when disconnected from the power supply. The device settings can also be read out and stored on a PC and analysed offline without the need for a connected Expert Logger. The offline configuration settings are then simply read into the device when connected. The software used for configuration is simple to operate to let users fully focus on their measurement tasks.

Intelligent Signal Processing

Signal processing using internal software channels significantly simplifies measurement tasks. Flexible calculation channels enable measurement data to undergo further computation and recording. Integrators directly calculate volumes or quantities from time related measurement data such as mass and discharge flow rates. Limit values can monitor measurement data and be used to switch digital outputs or automatically send emails. Complex signal processing is possible using pulse counters, stop-clock functions and operating-hours counter. Averages can be calculated and recorded as time-weighted or moving. The Expert Logger‘s software channels clearly set it apart from other loggers and make it very popular among users.

Applications

• Data logging
• Environmental measurement technology
• Product testing
• Measurement data diagnosis
• Lab data acquisition
• Trials and tests
• Energy optimization

The post Delphin Expert Logger 200 appeared first on CAS Dataloggers.