Measurement and control instruments - Import export

Learn how to efficiently manage and monitor your measuring and testing equipment. In this training course, you will learn the basics of measuring and test equipment management, the requirements for calibration and documentation. The training is aimed at all those who are responsible for or interested in measuring and testing equipment. Topics of the training course: Measuring and testing equipment management as a pillar of quality assurance; Measuring and test equipment management as part of the quality management system – test equipment officer; Suitability of devices and sensors as measuring and testing equipment; Traceability and calibration; Documentation and employee training; Monitoring and maintenance of the measuring equipment database.

Do you own a measuring device from HGL Dynamics and want to use it to obtain reliable measured values in the future? In this case, calibration is essential. We will advise you on the selection of the right calibration method for your amplifier. In addition, we also offer a factory calibration of your HGL measuring devices according to your specifications. All calibration references we use are traceable to national and international standards. We will be happy to prepare a suitable offer for this.

For customers who prefer an individual software solution, we offer various interfaces for the integration of HGL measuring devices. These range from low-level network APIs, Windows® DLLs, LabVIEW™ toolkits, and iDDS support to single-instrument applications (apps) for simple measurement tasks. This flexibility allows the user to choose the best solution for each specific use case. Contact us for more information.

The Hawk user interface gives you full control over your measurement. The interface of the Hawk GUI offers the possibility of a simple and clear configuration of all measurement channels, as well as the control of data acquisition during the actual measurement. It also provides an overview of the organization of all measurement PCs and amplifiers in the network. •,Interface for configuring all connected measuring devices. •,Configuration of various limit values to monitor the measurement. •,Seamless recording of your measurement •,Define individual time ranges (manoeuvres) to make them easier to identify in the downstream analysis. •,Configuration of additional, external amplifier hardware can be integrated. •,No license fees for using the software. •,MS Windows compatible

Real-time monitoring of the measurement The HawkEye software offers various forms of representation for monitoring and controlling the ongoing measurement. Any number of pages can be created in the software with different forms of presentation of the measurement data. By supporting a server-client architecture, monitoring is scalable and can be distributed across any number of PCs. •,Real-time phase analysis •,Speed signals are calculated and displayed in real time. •,Different forms of representation for the measurement signals (time domain, FFT, Bode diagram, orbit, waterfall, machine order monitoring) •,Real-time monitoring and visual representation of implemented limit values. •,Visual and acoustic signal when limit values are exceeded. •,The screen layout can be flexibly adapted to the respective monitoring requirements and user needs. •,No license fees for using the software. •,MS Windows compatible

A fully equipped computer that can be used to record data from connected Dragonfly amplifiers. Depending on the number of connected devices and CPU power, data can also be processed for real-time monitoring and forwarded to a network-connected PC or laptop. •,Different CPU versions (Core i3, i5 or i7) are available. •,Internal SSD stores data from connected Dragonfly amplifiers •,12V power supply (also possible via Dragonfly battery) •,Ideal for systems that record data autonomously over a longer period.

With the classic network switch in Dragonfly case format, Dragonfly amplifiers can be connected bundled to a PC or to a larger network. In combination with a Dragonfly PoE (Power over Ethernet) module, this switch can be used to power Dragonfly amplifiers. •,10x 1GB/s Ethernet ports (8 ports with PoE support) •,Bundle the data streams from multiple Dragonfly amplifiers to forward them to a PC or laptop. •,Front LEDs to indicate connection and power supply via PoE.

With the Dragonfly PoE (Power over Ethernet) module, amplifiers connected via a Dragonfly network switch can be powered via the network cable. •,Maximum output power of 150W to power up to 8 Dragonfly or 3 Hummingbird32 amplifiers. •,Less cabling required, as the power supply is ensured via the network cable.

The Dragonfly battery is designed to enable measurements in areas where power is not available from the local power grid. •,Capacity of 100Wh (power supply of a typical Dragonfly amplifier for up to 10h runtime) •,One battery module can also power several Dragonfly amplifiers (with correspondingly shortened runtime) •,Several modules can be combined to extend battery life. •,Can be used as a UPS (Uninterruptible Power Supply).

HGL offers tailor-made PC solutions that have been specially developed to form a holistic measurement system in combination with HGL amplifiers. The PCs offer sufficient power reserves and storage capacity to operate several measuring devices in parallel on one computer and are compact in design. The compatibility with the existing measurement hardware was tested in numerous test series. Different form factors offer different ways to accommodate the computer hardware. In the 19" format, installation in measuring cabinets is no problem. Other form factors offer the option of mounting the PC directly to the back of a monitor. Network switches integrated into the PC hardware provide additional flexibility and clarity when setting up and operating complex measurement systems.

Timer for complex system architectures With the Synch Box, even complex measurement systems can be synchronized with external time sources. The Synch Box provides a time signal via LVDS, which connects all connected amplifiers and guarantees a sample-accurate synchronization of the data. It can also be synchronized with other timers (IRIG, GPS, ...) via external inputs.

Scalable amplifier with up to 32 analog input channels, in 19" format for mobile use. The ideal solution when many measuring channels are required in a stressful environment. •,32 analog outputs after the integrated amplifier (other options available) •,2 freely configurable digital outputs (other options available) •,Up to 100kHz bandwidth synchronously sampled across all channels (higher bandwidths available) •,16/24 bit resolution with 110+dB snr •,applicable at temperatures between -20°C and 85°C •,Robust internal wiring, insensitive to vibration or shock •,Freely scalable from an amplifier with 32 channels to multiple devices with any number of channels •,2x Ethernet interfaces, connection for external power supply (6V – 36V), LVDS connection for synchronization of several Dragonfly amplifiers (IRIG and GPS also optionally available) •,Various options for connection design (depending on signal conditioning) •,Integration of other devices from the Dragonfly or Eagle series

Scalable amplifier in 19" format The compact solution for complex measurement tasks. •,Up to 32 analog input channels •,2 freely configurable analog and digital outputs each (other options available on request) •,8 digital inputs •,Up to 100kHz bandwidth synchronously sampled across all channels (higher bandwidths available on request) •,16/24 bit resolution with 110+dB signal-to-noise ratio •,Form factor ideal for installation in 19" cabinets •,Freely scalable from an amplifier with 32 channels to multiple devices with any number of channels (e.g. 32 devices with a total of 1024 channels) •,2x Ethernet interfaces, connection for external 12V power supply, LVDS connection for synchronization of several Dragonfly amplifiers (IRIG and GPS optionally available) •,Various options for connection design (depending on signal conditioning) •,Digital inputs and outputs optionally available

Scalable amplifier for mobile or stationary use This compact amplifier is the ideal basis for the construction of a more complex measuring system for changing requirements. •,8 analog input channels (from +/-1uV to +/- 1000V - depending on selected signal conditioning) •,Up to 100kHz bandwidth synchronously sampled across all channels (higher bandwidths available on request) •,16/24bit resolution with 110+dB signal-to-noise ratio •,Compact dimensions (70 x 100 x 150 mm) •,Freely scalable! From an amplifier with 8 channels to multiple devices with any number of channels (e.g. 32 devices with a total of 256 channels) •,2x Ethernet interfaces, connection for external 12V power supply, LVDS connection for synchronization of several Dragonfly amplifiers (IRIG and GPS optionally available) •,Various options for connection design (depending on signal conditioning) •,Integration of further devices of the Dragonfly series to expand the range of applications

Tablet for mobile use Eight analog inputs with up to 100kHz bandwidth. Various options available for signal conditioning and power supply of connected sensors. •,8 analog input channels •,Up to 100kHz bandwidth synchronously sampled across all channels •,16/24 bit resolution with 110+dB signal-to-noise ratio •,4h battery life •,Internal SSD with up to 256GB storage capacity (over 12h data recording) •,Compact dimensions (270x230x38mm) and low weight (2.5kg) •,Built-in 10" touchscreen for easy configuration and display of measurement and analysis results •,2xUSB port, 1x Ethernet interfaces, connection for external 12V power supply •,Various Signal Conditioning Options (in development)

The ultra-compact solution for mobile data collection. Five analog input channels with up to 80kHz bandwidth. Up to 12 hours of runtime on a single charge. •,2 to 5 analog input channels •,Up to 80kHz bandwidth synchronously sampled across all channels •,16bit resolution with 90+dB signal-to-noise ratio •,12h battery life (AA batteries can be charged via USB or easily replaced) •,Slot for SD cards with up to 128GB storage capacity (over 19h data recording) •,Compact dimensions (130x75x30mm) and light weight (300g) •,Integrated 4.3" touchscreen for easy configuration and display of measurement results •,USB port •,Integrated sensors (3-axis vibration transducer, 3-axis gyroscope, temperature sensor) •,Integrated Conditioning for IEPE Sensors (available from 2024)

The ideal introduction to the world of vibration measurement. With four analog input channels, the Mosquito offers the ability to detect a triaxial vibration sensor and a speed signal. Alternatively, a modal hammer could also be operated for a measurement with subsequent modal analysis. •,4 analog input channels (from +/-10uV to +/- 100V) •,1 digital input channel (0-5V CMOS) •,1 analog output with signal generator (DC, 0-100kHz sine, sweep) •,Up to 100kHz bandwidth synchronously sampled across all channels •,16/24 bit resolution with 110+dB signal-to-noise ratio •,Compact dimensions (40 x 90 x 170 mm) •,Freely scalable! From one device with 4 analog channels to multiple devices with any number of channels •,1x Ethernet interfaces, connection for external 12V power supply, LVDS port for synchronization of multiple devices, USB port, IRIG input

In this training course, you will learn about different measurement methods that you can use for your measurement tasks. You will learn how to select and apply the appropriate measurement method. You will get an overview of the advantages and disadvantages of different measurement methods, such as optical, acoustic, or electrical methods. The training is aimed at anyone involved in measurements, e.g. engineers, technicians, quality managers or scientists. The training lasts one day and covers the following topics: Measuring principles and application examples; Optical, electrical, thermal, mechanical, ... measurement; From measurands to measurement data; Structuring the test task; Documentation.

Learn how to calculate and interpret the measurement uncertainty of your measurement results. In this training, you will learn the basics of measurement uncertainty analysis, how to apply the GUM method, how to create measurement uncertainty budgets, and what makes ASME PTC19.1 different from GUM. You will learn how to determine measurement uncertainty budgets and how to use them to efficiently optimize the measurement uncertainty of measurement setups. In the training, we focus on: Mathematical Fundamentals; Definitions and terms; Application of the GUM method; Creation of measurement uncertainty budgets; Calculation of measurement uncertainty; Analysis and critical appraisal. You can design the training according to your wishes! Holding a workshop in which you actively contribute your problems has also proven to be a good idea. We are happy to respond to your individual questions and concerns.

This training provides an in-depth introduction to the fundamentals of the two closely related areas aerodynamics and fluid dynamics. We teach the basics and advanced knowledge on the following topics: Fluid mechanics; Aerodynamics; Thermodynamics; Gas dynamics; Aerothermodynamics and similarity relationships; (Thermal) turbomachinery; Flow measurement. Together, we will create an individual training plan tailored to your needs. Our experienced trainers impart the knowledge in an interactive and hands-on manner and are available to participants for questions and discussions. By the end of the training, participants will have a solid understanding of the fundamentals of aerodynamics and fluid mechanics and will be able to apply this knowledge in their own projects. The "Fundamentals (Aero, Fluid)" training is a valuable opportunity for professionals and engineers in the metrology industry to expand their knowledge in these important areas and strengthen their professional profile.

We design this training according to your wishes: For newcomers, we offer basic seminars on dynamic data acquisition. It doesn't matter whether you already have a measuring system or want to procure one first. We explain the basics of the most common sensors used in dynamic measurement technology, explain the general functionality of dynamic measuring systems and show, using the example of HGL hardware and software, how a dynamic measurement task can be prepared, carried out and evaluated. If you already have measurement technology from HGL, we offer you further courses to further deepen and optimize the handling of hardware and software. Here we focus entirely on your needs. We can provide an in-depth overview of the various hardware or software components or concentrate on individual aspects and deepen them.

In these training courses, we teach the basics of the various measurement techniques, the selection and use of suitable measuring instruments as well as the evaluation of measurement data. The following topics are taught in concrete terms: Fundamentals and concepts of measurement technology; measurands and units; Traceability; Technologies; Signal conversion and digitalization; Selection and use of suitable measuring instruments. In addition to the general overview training, we also offer specific training courses on measurement technology for the following measurands: Temperature; Pressure; Flow (volume and mass flow); Force and elongation; Distance and velocity; Oscillation. By arrangement, you can design the training according to your wishes! We are happy to respond to your individual questions and concerns. Since we regularly expand our training portfolio, please contact us if the metric you are looking for is not listed.

A qualified Electrical Engineering Specialist has a profound education as well as specialized knowledge and qualifications in the field of electrical engineering. He ensures that electrical systems and equipment are properly installed, maintained, and operated. He is also the point of contact for all safety-relevant standards and regulations in electrotechnical matters. ErTeMes will be happy to support you and take on tasks of the qualified Electrical Engineering Specialist in your company, e.g.: Testing and (re)establishing the proper and standard-compliant condition of your electrical machines, systems, and equipment; Troubleshooting when things get stuck; Documentation according to current standards; Training and instruction of your employees; Coordination of work processes.

Do you need support in the design of electrical circuits or in the preparation of circuit diagrams? ErTeMes GmbH helps with preliminary planning and needs analysis and creates appropriate layouts and circuit diagrams according to your requirements and considering the current standards. We can also take care of further work, such as control cabinet construction, for you. ATEX and SIL safety requirements can also be incorporated into the electrical planning if required. ErTeMes GmbH provides you with a safe, energy-efficient, and professional result.

Building an effective measuring and test equipment management system can be challenging, e.g. for companies in the early stages or in need to rebuild their system from scratch. However, good planning and implementation of the set-up are crucial to ensure that measuring and testing equipment works reliably and precisely and thus the quality of your products or services is assured. We support you in implementing an effective system right from the start. We work closely with you to understand your requirements and goals and then develop a bespoke concept tailored to your specific needs. Our experienced team supports you in the selection and procurement of suitable measuring and testing equipment and takes care of the complete documentation of the entire process. We ensure that your system complies with applicable standards and that your employees can use and maintain the system effectively. That ensures reliable and accurate measurements, thus helping to improve your product quality.

We support you in the efficient management and monitoring of your measuring and testing equipment. We offer you a comprehensive analysis of your current processes and identify optimization potential. Together with you, we develop individual solutions to optimize your processes and thus save time and money. Our experienced team is at your side for all questions relating to measuring and test equipment management and supports you in the implementation of the measures. In doing so, we always pay attention to high quality and compliance with all relevant standards.

Learn how to efficiently manage and monitor your measuring and testing equipment. In this training course, you will learn the basics of measuring and test equipment management, the requirements for calibration and documentation. The training is aimed at all those who are responsible for or interested in measuring and testing equipment. Topics of the training course: Measuring and testing equipment management as a pillar of quality assurance; Measuring and test equipment management as part of the quality management system – test equipment officer; Suitability of devices and sensors as measuring and testing equipment; Traceability and calibration; Documentation and employee training; Monitoring and maintenance of the measuring equipment database.

We offer the service for HGL hardware and software in Germany, Austria, and Switzerland. Together, we can work out your needs and create an attractive service package. From billing for individual hours to complete packages that include regular upgrades of hardware and software, a lot is possible. We would be happy to provide you with an individually tailored service package.

We design this training according to your wishes: For newcomers, we offer basic seminars on dynamic data acquisition. It doesn't matter whether you already have a measuring system or want to procure one first. We explain the basics of the most common sensors used in dynamic measurement technology, explain the general functionality of dynamic measuring systems and show, using the example of HGL hardware and software, how a dynamic measurement task can be prepared, carried out and evaluated. If you already have measurement technology from HGL, we offer you further courses to further deepen and optimize the handling of hardware and software. Here we focus entirely on your needs. We can provide an in-depth overview of the various hardware or software components or concentrate on individual aspects and deepen them.