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Modular measurement system – Acquire and analyze signals synchronously and precisely

Modular measurement system – Acquire and analyze signals synchronously and precisely
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Modular measurement system – Acquire and analyze signals synchronously and precisely

Product catalog summary
Overview of ibaMAQS System
The ibaMAQS is a modular measurement system designed for precise and synchronous acquisition and analysis of various signals in industrial and energy sectors. It offers a flexible, scalable solution with high-resolution 24-bit converters and fast data transmission capabilities up to 1 Gbit/s.
Key Features
  • Modular system for diverse measurement applications.
  • Deterministic acquisition of sensor, machine, vibration, and energy data.
  • Decentralized and synchronous data acquisition with high precision.
  • Easy module change and DIN-rail mounting.
  • Data transfer over Ethernet using standard network components.
System Components
  • Processor Module (ibaM-DAQ): Functions as a stand-alone device with integrated ibaPDA system, capable of local data acquisition, storage, and processing.
  • Communication Module (ibaM-COM): Transmits measured values to central systems without local processing.
  • Interface Module (ibaM-FO-2IO): Connects additional iba devices via fiber optics.
  • I/O Modules: Includes modules for analog and digital inputs/outputs, counter inputs, and vibration signals.
Applications
  • Decentralized measurement for local applications like test stands and small plants.
  • Mobile equipment measurements such as cranes and special vehicles.
  • Electrical power engineering applications including TFR and PQU.
  • Vibration analysis and NVH measurement.
Technical Innovations
  • High-resolution A/D conversion with 24-bit resolution.
  • Galvanically isolated channels for precise measurements.
  • Smart mechanics for easy module assembly and replacement.
  • Deterministic and highly synchronous data acquisition using ibaNet-E protocol.
Communication and Integration
  • Supports a wide range of Ethernet-based communication protocols.
  • Compatible with most PLC and automation systems, databases, and cloud providers.
  • Special protocols available for industry-specific systems.
Conclusion
The ibaMAQS system is designed for flexibility and precision in a wide range of measurement tasks, particularly suitable for decentralized applications. It offers robust integration capabilities and supports future expansion with additional modules and protocols.
Technical Specifications of ibaM-FO-2IO Module
The ibaM-FO-2IO module supports 32Mbit Flex and ibaNet protocols, allowing connection of iba devices via fiber optics. It features two independent fiber optic interfaces, each with one input and one output, and supports various sampling rates. The module is designed for high-resolution data acquisition and is compatible with existing iba devices.
Licenses and Software
The ibaM-DAQ module includes licenses for ibaPDA basic, allowing up to 64 signals and two data stores. Additional licenses enable direct access to PLC systems and operation as an OPC UA server. The module can stream data to an MQTT broker and supports integration with databases and cloud services.
Edge Device Functionality
The ibaM-DAQ acts as an edge device, bridging operational technology (OT) and information technology (IT). It provides high-resolution data acquisition and analysis capabilities, with tools like ibaPDA and ibaAnalyzer included for comprehensive data processing.
Technical Data
The ibaM-DAQ features an Intel Atom processor, 8 GB RAM, and a 512 GB SSD. It operates on Windows 10 IoT Enterprise and supports various interfaces, including Ethernet and ibaNet. The module is designed for DIN rail mounting and operates within specified temperature and humidity ranges.
Integration and Connectivity
The module supports integration with SNMP monitoring systems and can connect to various databases and cloud platforms. It facilitates real-time data acquisition and analysis, with capabilities for local and remote data processing.
Additional Modules
The document also describes the ibaM-COM communication module, which supports data acquisition and transfer over Ethernet/ibaNet-E. It is expected to be available in 2024 and offers an alternative to the ibaM-DAQ processor module.
Conclusion
The ibaM-FO-2IO and related modules provide robust solutions for integrating fiber optic communication in industrial environments, supporting a wide range of data acquisition and processing applications.
Technical Specifications of Input Modules
The document provides technical specifications and descriptions for various input modules designed for power generation, distribution, and measurement applications. These modules include ibaM-4AI-5A-150A-AC, ibaM-4AI-600V-AC, ibaM-4AI-UI, and ibaM-4AI-IEPE, each with distinct features and functionalities.
1. ibaM-4AI-5A-150A-AC:
  • Description: An input module with 4 analog current inputs, suitable for power generation and distribution, general current measurement, and grid frequency measurement.
  • Specifications: Features galvanically isolated design, 24-bit resolution, switchable sampling rates (100 kHz and 500 kHz), and a measuring range of ±225 A.
  • Protection: Overload protection up to 30 times the nominal current and reinforced electrical insulation.
  • Additional Functions: Integrated Phasor Measurement Unit and grid frequency measurement capabilities.
2. ibaM-4AI-600V-AC:
  • Description: An input module with 4 analog voltage inputs, designed for voltage measurement and grid frequency measurement.
  • Specifications: Offers a nominal voltage of 600 V, 24-bit resolution, and switchable sampling rates (100 kHz and 500 kHz).
  • Protection: CAT III 600 V and CAT IV 300 V protection class with reinforced insulation.
  • Additional Functions: Integrated Phasor Measurement Unit and grid frequency measurement.
3. ibaM-4AI-UI:
  • Description: An input module with 4 analog inputs for voltage and current measurements, with switchable measuring modes per channel.
  • Specifications: Supports voltages up to 60 V DC and currents up to 20 mA DC, with a 24-bit resolution and a sampling rate of 100 kHz.
  • Protection: Functional isolation of 2.5 kV AC for both channel-to-channel and channel-to-system.
  • Additional Functions: Grid frequency measurement and status functions for current measurement.
4. ibaM-4AI-IEPE:
  • Description: An input module with 4 analog inputs for measuring mechanical vibrations using IEPE accelerometers.
  • Specifications: Features switchable input modes (DC, AC, IEPE), 24-bit resolution, and a sampling rate of 100 kHz.
  • Protection: Functional isolation of 2.5 kV AC and input impedance of 1 MOhm for DC/AC modes.
  • Additional Functions: Statistical characteristics and special filters for signal processing.
General Information
  • Operating Conditions: All modules operate within a temperature range of 14 °F to 131 °F and are mounted on a DIN rail.
  • Standards: Compliance with CE, C-Tick, UKCA, and FCC standards.
  • Availability: Expected availability for some modules is end of 2023, while others are expected in 2024.
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Catalog excerpts

Modular measurement system – Acquire and analyze signals synchronously and precisely-1

ibaMAQS Modular measurement system – Acquire and analyze signals synchronously and precisely Measurement Systems for Industry und Energy www.iba-ag.com

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Precise acquisition of processes with the innovative measurement system ibaMAQS 3 ibaNet-E - the deterministic protocol for isochronous acquisition 8 Diverse range of modules 9 Processor module ibaM-DAQ 10 Communication module ibaM-COM 13 Input modules for current transformers in medium and high voltage technology 16 Input modules for voltage transformers in medium and high voltage technology 17 Input modules for analog signal electronics 19 Input modules with analog inputs for IEPE sensors 20

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Modular measurement system – Acquire and analyze signals synchronously and precisely-3

Precise acquisition of processes with the innovative measurement system ibaMAQS With the ibaMAQS modular system, iba has raised the bar in the field of measurement technology. This flexible system enables user-specific solutions and is both scalable and perfectly tuned for demanding tasks. It impresses with extremely easy handling, 24-bit resolution, calibrated A/D converters, individual electrical isolation per channel and fast, synchronous data acquisition. Powerful processor module Data transmission up to 1 Gbit/s Extremely compact design (height 3 HU) ibaNet-E Sampling rates up to 500 kHz...

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Modular concept The ibaMAQS modular measurement system can be perfectly adapted to the requirements of different measurement applications. The system offers the greatest possible flexibility coupled with exceptional technical innovations. One processor module can be combined with up to 15 different I/O modules. Modules are available for discrete input and output signals as well as for special technological features. At the same time, the system can be flexibly extended at any time as requirements grow. The scalable system thus offers a high level of investment security and meets the most challenging...

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Message Brokers ibaMAQS can be quickly and flexibly adapted to an extremely wide range of measurement tasks. The system is ideal for decentralized applications in particular. and thus ensures a highly precise acquisition of measurement data. Synchronous acquisition is not only possible via fiber optics, but also via Ethernet with the ibaNet protocol ibaNet-E. The ..High Performance” variant1 of the ibaNet-E protocol allows sampling rates that are required, for example, for fast TFR applications and applications in the energy sector. Specific modules extend the scope of functions In the course...

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Extremely simple module assembly: Insert the module onto the DIN-rail – snap it into place – done. High-precision acquisition With a resolution of 24 bits for A/D conversion, the I/O modules are also equipped for very demanding measurement tasks. In addition, the modules offer calibrated A/D converters and galvanically isolated channels. All channels are sampled in parallel and synchronously; the sampling rate can be freely set up to 500 kS/s for some modules. For more information on the modules, see page 15. Operating status Channel status Smart mechanics ibaMAQS combines high functionality...

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Application examples ibaW-750 ibaM-DAQ › Direct access to different control systems › Connection to the WAGO 750 I/O system via ibaW-750 › Internal recording and KPI calculation › Applications in cranes, locomotives, specialpurpose vehicles Data acquisition on mobile plants › Applications with Ethernet-based I/Os - Standard Ethernet protocols - ibaNet-E › Use of existing network infrastructure › Sampling rates of up to 100 kHz via FO, depending on the iba device › Applications on test benches, special-purpose machines, in the energy sector, etc. Local acquisition of fast signals › Applications...

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ibaNet-E at a glance > Automatic device detection > Module configuration via ibaPDA > Deterministic transmission of measurement data > Use of the (existing) Ethernet infrastructure > Transmission bandwidth max. 1 Gbit/s (device-dependent) > Scalable in terms of cost and performance > Transmission of buffered data > Synchronized sampling; (relative) time synchronization of ibaPDA over Ethernet > Support of virtual machines For data acquisition over Ethernet, iba has specially developed the ibaNet-E transmission protocol. It enables fast, efficient and deterministic communication between the acquisition...

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The ibaMAQS system offers a wide range of different modules to meet the requirements of a broad range of applications. For the initial release of the system, ibaM-DAQ, ibaM-FO-2IO and the I/O modules ibaM-4AI-600V and ibaM-4AI-5/150A are planned3. Subsequently, additional I/O modules as well as communication, interface and technology modules are scheduled. The modules at a glanceProcessor, I/O modules Infrastructure communication (first release, planned later) 3 Due to the current poor availability of the electronic components, from today's perspective, these modules will not be available until...

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> intelligent processor module for stand-alone data acquisition > Local data acquisition with full ibaPDA functionality > Data storage in the device > Data transfer over Ethernet > Extremely compact design for on-site installation > Extensive process and output connectivity > Automatic calculation of meaningful KPIs within the device > ibaPDA basic license for 64 signals included, upgrade possible High-precision measurement - autonomous and flexible The ibaM-DAQ processor module offers an integrated ibaPDA system, a powerful CPU and hard disk for storing the measurement data, as well as two interfaces...

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Integration in cloud infrastructure Edge Device ibaM-DAQ PLC PLC Local acquisition and analysis Comprehensive Process connectivity Collect data on the edge device, process it autonomously and automatically ibaM-DAQ as edge device In the course of digitalization, automation or operational technology (OT) and information technology (IT) are increasingly converging. ibaM-DAQ can play an important role as an edge device. The device acts as an interface between hardware-oriented acquisition in the OT sector and the processing and analysis function in the IT sector. For superordinate systems, the data...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.