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digiBOX Industrial

Robuster Dehnungsmessstreifen und Ladungsverstärker mit IT/OT-Konnektivität

Der neue und präzise Mehrkanal-Dehnungsmessstreifen und Ladungsverstärker überzeugt mit modernen Automatisierungs- und Cloud-Schnittstellen, einem intuitiven Webserver und integrierter Messdatenvorverarbeitung in Echtzeit (inkl. Kalibrierungszertifikat).

digiBOX Industrial

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DigiBox - Messen Analysieren Innovieren

Bringen Sie Ihre Bewerbung auf das nächsthöhere und innovativste Level

Profitieren Sie von den neuesten Technologien:

Hochwertige Messungen mit einer Genauigkeitsklasse: Dehnungsmessstreifen 0,01, Piezoelektrisch 0,5
Integrierter Webserver für einfach zu bedienende Parametrierung und Visualisierung mit Tag- und Nachtmodus
OT-Konnektivität für Maschinensteuerungen und IT-Konnektivität für Daten- und Prozessanalyse und -optimierung
Echtzeitfunktionen für verschiedene industrielle Anwendungen
10 Parametersätze für vordefinierte Geräteeinstellungen

ISO9000

Individuelles Kalibrierungszertifikat für jede DigiBox als Download erhältlich:

https://www.hbkworld.com/en/services-support/services/calibration/resources/download-calibration-certificates

digiBOX Profinet Siemens TiA v1.0-1	Technische Hinweise
digiBOX openAPI Python Library Application v1.0	Technische Hinweise
digiBOX MQTT Application v1.2	Technische Hinweise
digiBOX 4 DMS Eingänge - CAD	CAD-Dateien (STEP)
digiBOX 4 Piezo Eingänge - CAD	CAD-Dateien (STEP)
digiBOX 2Piezo- 2 DMS-Eingänge - CAD	CAD-Dateien (STEP)
digiBOX - Streaming Data via OpenDAQ in Python - EN	Software
digiBOX - EthernetIP v1.0 - TechNotes	Technische Hinweise
digiBOX - EtherCAT Beckhoff Application V1.0 - TechNotes	Technische Hinweise
digiBOX CAE Daten für ePLAN Electric P8	Eplan-Makros
digiBOX - IPC-Firmware V1.2.1 + ReleaseNotes	Firmware
digiBOX - IPC-Firmware V1.3.2 + ReleaseNotes	Firmware

digiBOX Industrial
Number of inputs	Multi channel
Input	Piezo electric (charge), Strain gauge full bridge
Interface	ProfiNet, EtherCAT, Ethernet/IP, TCP/IP, Digital IO, Analog, openDAQ, MQTT
Accuracy class	0.01 SG, 0.5 Piezo (charge)
Sample rate	40000 S/s
Housing	Field mounted
Internal logic	Calculated channel, Statistics
Legal for trade	No

Product Code	Beschreibung
1-CCO	Kupplung für piezoelektrische Kabel
1-KAB143-0.5	Aufnehmeranschlusskabel, koaxial, 0.5m
1-KAB143-10	Aufnehmeranschlusskabel, koaxial, 10m
1-KAB143-2	Aufnehmeranschlusskabel, piezoelektrisch
1-KAB143-3	Aufnehmeranschlusskabel, koaxial, 3m
1-KAB143-7	Aufnehmeranschlusskabel, piezoelektrisch
1-KAB168-20	Anschlusskabel, M12, 20m, freie Enden
1-CSB4/1	Summierbox für piezoelektrische Sensoren
1-KAB168-5	Anschlusskabel, M12, 5m, freie Enden
1-AC/DC15V/550MA	Steckernetzteil für WE2107 / WE2108
1-CON-A2004	Schutzkappe Dose, M12 mit Band
1-CON-A2005	Schutzkappe Stecker, M12 mit Band
1-CON-S1023	Anschlußbuchse M12, 4-polig, T kodiert
1-CON-S1024	Kabel-Kupplung M12, 12-pol. A-kodiert
1-CON-S3003	Kabel-Kupplung M12, 8pol. A-kodiert
1-KAB2129-5	WTX110 Eth. Kabel (M12, 5m, RJ45)
1-KAB2144-0.3	Eth. Daisy Chain M12 beidseitig,0,3m
1-KAB2149-10	Ethernetkabel M12-RJ45, 10m
1-KAB2150-1	Powerkabel M12 - freie Enden, 1m
1-KAB284-2	Ethernetkabel, M12 auf RJ45, 2m

Angezeigt: 10 von 20 Befund

Power Your Process Automation with Next generation Amplifier

CHARACTERISTIC FEATURES

Connection of strain gauge and piezoelectric sensors (freely configurable 2-4 channels)
40kS/s sampling rate per strain gauge and piezo channel with 24-bit A/D conversion
Sample synchronous data acquisition for strain-gauge and piezoelectric channels
Robust and compact metal housing (IP67)
4 digital I/Os and 4 analog outputs (voltage/current switchable)
Simple operation via integrated web server
Internal calculation channels (statistical functions)
PROFINET (IRT/RT 2KHz, 4KHz), EtherCAT® (daisy-chain topology possible)
Parallel IT-level connection: TCP/IP-based protocols: openDAQ, MQTT, OPENAPI (RestAPI),

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Sensor Input
Signal processing
IT/OT interoperability

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Sensing Technology

digiBOX Industrial can be freely configured with (2-4) inputs for both strain gauge based and piezoelectric sensors. HBK provides a range of sensors for both sensing technologies that measure:

Strain
Force
Load
Torque
Pressure

The sensor inputs are synchronized sample synchronous, enabling challenging industrial measurements with a 40 kS/s sample rate and 24-bit AD conversion for both input technologies.

Signal Processing

digiBOX Industrial features integrated statistical functions developed for industrial measurement applications:

4x Min, Max, and peak-to-peak tracking
4x capture values
8x limit switches
Sum channel (coming soon)

These values are calculated every 25 µs. This enables the execution of complex and demanding process control applications leveraging the digiBOX as decentralized process controller.

Additionally, the digiBOX features an intuitive webserver which is used to configure and parametrize the device. This allows for an efficient system setup and servicing of the digiBOX.

IT/OT Interoperability

digiBOX Industrial offers parallel IT/OT interoperability ensuring seamless integration with a machine's PLC system while simultaneously making measurement data, calculated results and device parametrisation accessible to IT-level applications without compromising the ongoing PLC process.

This provides the IT-Level with critical process data from force measurement processes, enabling new possibilities such

historical data storage and tracking
complex monitoring
data acquisition (miniDAQ) and analysis
building machine learning models
digital twin applications
Remote access and cloud integration

These capabilities are easily implemented using the integrated openDAQ™ protocol, which allows for streaming 40 kS/s sensor data and seamless integration into programming environments based on Python, C# and C++.

Download Engineering Essentials: IT/OT Interoperability download

Strain Gauge Technology and Applications

Strain gauge-based sensors provide highly accurate, drift-free measurements for both static and dynamic applications. Their measurement principle allows for tensile and compression measurements, making them the optimal choice for process control and monitoring applications, and reference standards.

digiBOX, when combined with strain-gauge sensors is ideally suited for force measurements such as

force joining processes
press applications (load monitoring, sheet metal forging, tablet/powder pressing)
assembly processes
industrial process control applications (process monitoring, end-of-line testing, handling systems)
monitoring applications (tooling, processes)

All mentioned processes can be realized with using force, torque, pressure or strain sensors depending on the specific application.

Piezoelectric Technology and Applications

Piezoelectric sensors offer a wide measurement range, making the suitable for applications with high preloads (high overload capacity). Their compact size makes them ideal for installations where space is limited. While they excel in dynamic measurements, they are also effective for quasi-static applications.

digiBOX when combined with piezoelectric sensors is ideally suited for

force joining processes
punching and clinching tools
spot welding and resistance welding
Measuring low forces under high preloads
assembly and testing
process and quality control applications

HBK offers piezoelectric force, torque, pressure and strain sensors. In combination with a new low-latency software reset function integrated into the digiBOX signal-path, dynamic processes with short cycle times can be efficiently achieved.

Piezoelectric and Strain-Gauge Technology Combined

The K-DBX-4M variant features sensor inputs for two strain-gauge and two piezoelectric sensors. This allows customers to combine these measurement technologies, leveraging the sample synchronous data acquisition for both sensor technologies. This unique combination of sensor setups enables more cost-effective solutions and highly precise teach-in procedures.

The digiBOX K-DBX-4M variant allows for a sample synchronous calibration procedure of strain-gauge and piezoelectric sensors, ensuring the most accurate calibration results. This is realized with an automated calibration assistant (coming soon)

HBK’s digiBOX Edge Amplifier Earns Top IoT Innovation Award

The Manufacturing Today Manufacturing Supplier Innovation Awards honour suppliers and solutions that are leading the way in innovation across the manufacturing sector. We’re honoured to be recognised for our digiBOX Edge Amplifier — a solution designed to push the boundaries of what's possible in industrial IoT.

It is possible to integrate the digiBOX into cloud services and realize remote access for monitoring and parametrization tasks
The vertical integration into productivity software is also possible and allows for analysis of product quality and enables process traceability
Leveraging the 40kS/s data streaming with the openDAQ protocol can be used for DAQ analysis tasks in parallel to the running process
Connecting the digiBOX to edge devices can be used to train machine learning algorithms for process optimization and digital twin solutions

Parallel IT/OT connectivity. A connection chart

Download Engineering Essentials: IT/OT Interoperability download

Webinar: digiBOX Measure & Automate made easy

Discover modern solutions transforming the industry: precise measurements, real-time control, and user-friendly tools – no programming skills needed.

Our experts will show you how to easily integrate HBK measurement chains into your processes. Watch live demonstrations and tackle your automation challenges in the era of Industry 4.0:

Insights into combining strain gauge and piezoelectric sensor inputs
A look at digiBOX’s innovative web server operation
Real-world examples of IT/OT integration for industrial applications
Demo

Take your systems to the next level!

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