- For direct and indirect force measurements
- Compact, robust sensors, traceable (according to ISO9001/IAFT)
- Fast reading of sensor data via TEDS (Transducer Electronic Data Sheet)
Reliable Joining Processes
Maximize the quality of joining processes such as riveting, clinching or press-fitting using the specially developed sensors and measuring amplifier systems from HBK.
Joining processes are usually evaluated through force-displacement monitoring, that is, monitoring of whether the applied process force and the resulting displacement a rivet travels in a workpiece (for example) comply with the process specifications. HBK sensors are used for this as they can be very precisely adapted to the requirements of this monitoring task:
- Due to their small displacements, the force sensors (CFW, CLP, KMR+ or U93 and U3) guarantee high stiffness ensuring that the force measurement does not impact the displacement measurement
- Displacement transducers are based on a robust inductive operating principle
- Force sensors are based on strain gauges or piezoelectric sensors
- Solutions for both the force flow and the force shunt (strain sensors and force washers)
- Solutions for torque/angle of rotation using proven HBM torque transducers
- Calibration services are provided by the accredited laboratory to guarantee compliance with audit requirements
The subsequent process monitoring using ClipX or MP85A FASTpress – the measuring amplifier for the monitoring of the joining process – continuously acquires two measured quantities (for example, force and displacement or time, or torque versus angle of rotation) and evaluates processes flexibly through adjustable tolerance bands or tolerance windows, so that you immediately get an OK or NOT OK evaluation.
- Compact, robust sensors for measuring force, displacement and torque
- Load cells for measurements in force flow and sensors for force shunt measurements
- Strain-gauge and piezoelectric sensor technology
- Fast reading of sensor data via TEDS (Transducer Electronic Data Sheet): your measuring amplifier is automatically parameterized
- Process-specific algorithms and software assistants integrated with the measuring amplifiers
- A wide range of freely accessible automation interfaces through ‘Open Automation’
- Calibration services
- All components – from sensor to software – from a single source
- Comprehensive, predefined process evaluation criteria and analysis options
- All evaluation elements can be combined to fit a specific process (parameterization instead of programming)
- Storage of all settings as formulations
- Evaluation of all single process failures and the overall result
- All data can be visualized and saved
- Modern interfaces ensure data transfer to, and remote monitoring of, the automation system or a cloud
Want to find out more?
Process controllers and control units are equipped with an increasing number of smarter functions to meet production requirements. Read this white paper and learn how you can meet the requirements of modern industrial environments while guaranteeing traceability in compliance with the DIN ISO 9001 standard.
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IEF Werner offers a wide range of sophisticated automation components and systems. For its aiPRESS series, the company developed a press based on HBK technology that allows crimping, that is, the joining, through plastic deformation, of both very thin metal parts and thick, massive components to form a single subassembly, enabling customers to save investment costs.
Ricoh UK Products Ltd, Mechatronic Production Systems and HBM have developed a one-piece assurance system for the production of toner cartridges. It detects whether the caps of filled cartridges were inserted correctly, and whether the outer caps were fitted correctly without being cross-threaded.
Promess is a manufacturer of servo presses for the assembly and automation industry. It uses HBK sensors in its universal assembly modules that feature integrated force-displacement monitoring. Strain gauge-based and piezoelectric force transducers complement each other perfectly and detect both static and dynamic forces.