Training Test Instruments for Education & Labs – Multimeters, Oscilloscopes, Power Supplies & Sensors

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SKU:
PQ015ff
Variations in:
  • Models:
  • Ultracompact housing: desktop oscilloscope for the shirt pocket!
  • 4 channels
  • Sampling rate up to 1 GS/s
  • Bandwidth: 25-100 MHz
  • Buffer memory: 48kS - 128MS
  • Integrated function generator and arbitraray waveform generator (AWG)
  • Top
    SKU:
    PQ008ff
    Variations in:
    • Models:
  • Ultracompact housing: desktop oscilloscope for the shirt pocket!
  • 2 scope channels +16 logic analyser channels
  • Sampling rate up to 1 GS/s
  • Bandwidth: 25-100 MHz
  • Buffer memory: 48kS - 128MS
  • Integrated function generator and arbitraray waveform generator (AWG)
  • Top
    SKU:
    PP906ff
    Variations in:
    • Models:
    • Buy the PicoScope 2200AB Series – ultra-compact 2-channel USB oscilloscopes for professional measurement Tasks
    • Depending on the model, with 10–100 MHz bandwidth and up to 1 GS/s sampling rate
    • Integrated function generator/AWG for development, troubleshooting, service and education
    • Free PicoScope software with extensive analysis, trigger and measurement functions
    • Space-saving USB oscilloscope as a modern alternative to a traditional benchtop oscilloscope
    • Available with optional calibration certificate – ideal for laboratories, test benches and quality assurance
    You need help?
    Please send a message to priggen@priggen.com

    Our training range includes digital multimeters, oscilloscopes (including PC/USB scopes), laboratory power supplies, sensors and matching accessories specifically selected for education, lab courses and technical training. The instruments are robust, easy to use and ideally suited for schools, universities, vocational training centres and in-house training.

    Training instruments are mainly used in technical and vocational schools, universities, in-house training labs, apprenticeship workshops and training centres. They support hands-on education in electronics, electrical engineering, mechatronics, automation technology and related fields.

    Training instruments are typically more robust, easier to operate and often feature clearly labelled controls and easy-to-read displays. They are tailored to common educational tasks and are often more cost-effective, whereas high-end lab or industrial instruments are optimised for maximum performance and highly specialised professional applications.

    PC/USB oscilloscopes run directly on a computer: signals are displayed on the PC screen, can be stored, documented and easily shared with the whole class via projector or monitor. They are ideal for training because several students can observe the same waveform at the same time, use zoom and analysis features and export traces for lab reports and documentation.

    Key aspects include:

    • Target group: beginners, advanced learners or professionals

    • Measurement functions: e.g. basic parameters (V/A/Ω) only or additional frequency, capacitance, power, logic functions etc.

    • User interface: clear keys, rotary encoder, auto-range, intuitive menus

    • Safety: measurement category, overvoltage rating, robust housing

    • Didactic features: PC connectivity, screenshot/logging functions, easy sharing of signals in class.

    Yes, you can configure training kits from our product range, for example with an oscilloscope, multimeter, laboratory power supply, sensors and suitable accessories such as probes, leads and cases. If required, we can help you design complete lab workstations with a consistent set of instruments for multiple stations.

    Many instruments – especially USB oscilloscopes and digital meters with interfaces – can be connected to a PC via USB or other interfaces. Using PC software, measurements can be visualised, stored and exported as files. These files can then be used in e-learning platforms, course materials or presentations to discuss and analyse lab results together.

    Yes, absolutely. If you tell us about the number of workstations, disciplines (e.g. electronics, electrical engineering, mechatronics), typical lab experiments, budget and existing infrastructure, we will recommend a suitable combination of training instruments and accessories. This gives you a solution that is didactically sound, technically future-proof and cost-effective.

    Our Brands:

    Training measuring instruments for education and labs

    Training measuring instruments are designed for use in vocational schools, universities, training centres and in-company education. They combine rugged construction with simple operation and clear displays. This category includes instrument sets, training oscilloscopes, multimeters and other tools for didactic use.

    Instruments for electrical engineering education

    Educational multimeters and training oscilloscopes support hands-on exercises on the fundamentals of electrical engineering, electronics and drive technology. Clear front panels and intuitive controls make it easier to explain measurement principles.

    Didactic equipment and accessories

    Training instruments are often supplied with coloured test leads, safety terminals and protective frames. Additional accessories such as experiment boards, demo boards and teaching materials are available.

    Safety in education

    Instruments for educational use comply with relevant safety standards and offer appropriate measurement categories (CAT) to allow safe experiments on mains circuits and industrial systems.

    Application areas

    Typical users are vocational schools, universities, external training centres, industrial training departments and further education providers.

    Benefits of dedicated training instruments

    Dedicated training instruments are durable, easy to service and cost-effective for intensive classroom use.