Didactics

Hydraulic teaching stations

Using the experience we have gained, we have created an offer addressed to secondary schools and universities with a technical profile, as well as production plants related to the specialty of machine drives.

Our offer includes the production of teaching stations used for practical classes in power hydraulics and pneumatics. We manufacture the stations from scratch, and their configuration is precisely tailored to the customer's requirements. Depending on the needs, we can design stations with varying degrees of sophistication: from the simplest versions enabling basic exercises to highly advanced versions demonstrating the operating principles of pumps with capacity controllers, proportional technology, principles of control system programming, and advanced measurement techniques. This allows for close adaptation to the knowledge level of students, students, and engineering staff in production plants.

The stations are constructed using components from proven and reputable manufacturers, ensuring long-lasting, trouble-free operation. Their modular design and low-voltage power supply allow for quick conversion between different operating modes and easy installation in standard classrooms.

Hydraulic test bench JMSD-02

Sample configuration

  • Mobile assembly table with a single-sided work zone, built-in space for installing a hydraulic power unit with double doors and a sound-proof housing, vertical perforated board for mounting hydraulic components, workspace lighting with a switch and a 230V socket
  • Pump unit with a variable displacement piston pump with a Load Sensing controller with a capacity of 13 l/min, a 230V, 50 Hz electric motor with a power of 5,5 kW, a pressure limiting valve and a solenoid valve for quick pressure relief from the system
  • 25 L tank with return filter, breather filter, oil level indicator
  • Load Sensing Main Pressure Control Valve
  • Switchboard controlling the operation of the power supply with overload protection
  • Panel current, voltage and power meter
  • Panel-mount DC power supply
  • Panel-mounted electrical relay assembly
  • Panel-mounted electrical switch assembly
  • 2 x CAN bus pressure and temperature transducer
  • 1 x CAN bus turbine flow meter
  • 1 x electronic measurement panel with the ability to export data to a computer
  • 2 x pressure and return line branching manifold with built-in manually operated overflow valve
  • 1 x double-acting actuator with variable load
  • 2 x double-acting cylinder
  • 4 x electric limit switch
  • 1 x gerotor motor
  • 3 x manometer with hoses and measuring connectors
  • 2 x electrically operated 4/3 directional valve
  • 2 x manually operated 4/3 directional valve
  • 1 x electrically operated 4/2 directional valve
  • 1 x manually operated 4/2 directional valve
  • 2 x throttle check valve mounted to manifolds
  • 2 x relief valve mounted to the manifolds
  • 2 x reducing valve mounted to the manifolds
  • 2 x in-line throttle check valve
  • 1 x in-line check valve
  • 2 x in-line pilot operated check valve
  • 1 x in-line flow divider
  • 12 x hydraulic hose with quick couplings
  • 40 x electrical wire with connectors
  • A set of sample laboratory exercises

    Hydraulic test bench DMSD-01

    Sample configuration

    • Mobile assembly table with a double-sided work zone, equipped with a container with drawers, a panel for mounting electrical relays, a holder for hanging diagrams and a hanger for hydraulic hoses
    • Hydraulic power unit with a noise-reduced pump with a capacity of 8 l/min, a 230V, 50 Hz electric motor with a power of 1.1 kW, a pressure relief valve and a solenoid valve for quick pressure relief from the system
    • Switchboard controlling the operation of the power supply with overload protection
    • Panel-mount DC power supply
    • Panel-mounted electrical relay assembly
    • Panel-mounted electrical switch assembly
    • 2 x pressure and return line branching manifold with built-in manually operated overflow valve
    • 1 x single-acting actuator with spring return
    • 2 x double-acting cylinder
    • 4 x electric limit switch
    • 1 x gerotor motor
    • 2 x manometer with hoses and measuring connectors
    • 2 x electrically operated 4/3 directional valve
    • 2 x manually operated 4/3 directional valve
    • 1 x electrically operated 4/2 directional valve
    • 1 x manually operated 4/2 directional valve
    • 2 x throttle check valve mounted to manifolds
    • 2 x relief valve mounted to the manifolds
    • 2 x reducing valve mounted to the manifolds
    • 2 x in-line throttle check valve
    • 1 x in-line check valve
    • 2 x in-line pilot operated check valve
    • 1 x in-line flow divider
    • 12 x hydraulic hose with quick couplings
    • 40 x electrical wire with connectors
    • A set of sample laboratory exercises

    Hydraulic test bench DMSD-02

    Sample configuration

    • Mobile assembly table with a double-sided work zone, equipped with a container with drawers, a panel for mounting electrical relays, a holder for hanging diagrams and a hanger for hydraulic hoses
    • Pump unit with a variable displacement piston pump with a Load Sensing controller with a capacity of 11 l/min, a 230V, 50 Hz electric motor with a power of 2.2 kW, a pressure limiting valve and a solenoid valve for quick pressure relief from the system
    • 25 L tank with return filter, breather filter, oil level indicator
    • Load Sensing Main Pressure Control Valve
    • Switchboard controlling the operation of the power supply with overload protection
    • Panel current, voltage and power meter
    • Panel-mount DC power supply
    • Panel-mounted electrical relay assembly
    • Panel-mounted electrical switch assembly
    • 2 x CAN bus pressure and temperature transducer
    • 1 x CAN bus turbine flow meter
    • 1 x electronic measurement panel with the ability to export data to a computer
    • 2 x pressure and return line branching manifold with built-in manually operated overflow valve
    • 1 x double-acting actuator with variable load
    • 2 x double-acting cylinder
    • 4 x electric limit switch
    • 1 x gerotor motor
    • 3 x manometer with hoses and measuring connectors
    • 2 x electrically operated 4/3 directional valve
    • 2 x manually operated 4/3 directional valve
    • 1 x electrically operated 4/2 directional valve
    • 1 x manually operated 4/2 directional valve
    • 2 x throttle check valve mounted to manifolds
    • 2 x relief valve mounted to the manifolds
    • 2 x reducing valve mounted to the manifolds
    • 2 x in-line throttle check valve
    • 1 x in-line check valve
    • 2 x in-line pilot operated check valve
    • 1 x in-line flow divider
    • 12 x hydraulic hose with quick couplings
    • 40 x electrical wire with connectors
    • A set of sample laboratory exercises

    Hydraulic-pneumatic test bench DMSD-03

    Sample configuration

    • Mobile assembly table with a double-sided work zone, built-in space for installing a hydraulic power unit and compressor with double doors on both sides of the table and a sound-proof housing, vertical perforated board for mounting hydraulic and pneumatic components, double-sided workspace lighting with a switch and a 230V socket
    • Hydraulic power unit with a noise-reduced pump with a capacity of 8 l/min, a 230V, 50 Hz electric motor with a power of 1.1 kW, a pressure relief valve and a solenoid valve for quick pressure relief from the system
    • Electrical panel controlling the station power supply, power supply and compressor control, safety switch, DC power supply and a set of switches for switching the circulation between pumps
    • Electronic measurement set for testing pump characteristics and flow, pressure and temperature values, consisting of an electronic measurement panel with CAN technology with the possibility of exporting data to a computer, a turbine flow meter, a pressure and temperature transducer and a set
      cables,
    • 2 x pressure and return line branching manifold with built-in manually operated overflow valve
    • 1 x double-acting actuator with variable load
    • 2 x double-acting cylinder
    • 4 x electric limit switch
    • 2 x gerotor motor
    • 2 x manometer with hoses and measuring connectors
    • 2 x electrically operated 4/3 directional valve
    • 2 x manually operated 4/3 directional valve
    • 1 x electrically operated 4/2 directional valve
    • 1 x manually operated 4/2 directional valve
    • 2 x throttle check valve mounted to manifolds
    • 2 x relief valve mounted to the manifolds
    • 2 x reducing valve mounted to the manifolds
    • 2 x in-line throttle check valve
    • 1 x in-line check valve
    • 2 x in-line pilot operated check valve
    • 1 x in-line flow divider
    • 12 x hydraulic hose with quick couplings
    • Oil-free compressor with a sound-proof design
    • Pneumatics component kit
    • Oil preparation kit with lubricator and pressure regulator
    • 2x pneumatic actuator
    • 2x pneumatic gripper
    • 2x branch strip, set of pressure gauges and measuring accessories
    • Set of pneumatic hoses, adapters and connectors
    • 2x pneumatic distributor 4/3
    • 2x pneumatic distributor 3/2
    • pneumatic linear valves
    • 1x Automation Studio Educational 8.0 Fluid Power Package + Siemens software license (hydraulics, proportional hydraulics, pneumatics, proportional pneumatics, mechanical connections, JIC & IEC electrical controls, digital electronics
    • 1x license for service support for a period of 1 year (software Maintenance & Extended Support Program Educational Edition) including technical support, manufacturer catalogs, remote access, software updates, access to online training (2 hours per year), access to training materials on hydraulics, pneumatics and electrical engineering, access to completed exercises using Unity 3D
    • AIO computer with a keyboard and mouse stand
    • A set of sample laboratory exercises
    Iventec

    Teaching and training stations – Iventec

    At Iventec, we design and supply professional teaching workstations for the study of power hydraulics, machine drives and control electronics. Our solutions replicate real-world industrial systems, enabling students to acquire practical skills in a safe laboratory environment.

    Thanks to the realistic design of the training stations, trainees can learn how hydraulic and control systems work even before they start working on actual industrial machinery and equipment.

    Iventec

    Professional teaching stations

    We design each workstation individually, taking into account the educational requirements and the scope of the training. This enables participants to gain practical insight into how modern hydraulic and drive systems work.

    Training station capabilities:

    • The study of hydraulic power systems
    • Training courses on hydrostatic drives
    • The study of control electronics
    • Diagnostics of machine systems
    • Controller programming
    • Simulation of real-world industrial processes

    The workstations can be fitted with hydraulic systems, electronic components, controllers, operator displays and systems for monitoring operating parameters.

    Iventec

    Practical training and educational support

    We develop solutions for technical colleges, universities, laboratories and training centres, supporting the development of the skills of future operators, maintenance engineers and hydraulic system designers.

    • Technical and vocational schools
    • Higher education institutions
    • Training centres
    • Teaching laboratories
    • In-house training centres
    • Technical skills development programmes

    Each workstation is equipped with teaching materials, instructions and technical documentation to support the learning process and facilitate practical sessions.

    Iventec

    Flexible workstation configuration

    Our workstations can be expanded and adapted to suit various curricula. This allows the scope of the training to be gradually increased as participants’ skills develop.

    • Modular design
    • Potential for expanding the workstation
    • Integration of hydraulics and electronics
    • Alignment with the curriculum
    • Easy to use and maintain
    • Long-term educational value
    Iventec

    FAQ – Frequently Asked Questions

    1. Who are Iventec’s teaching workstations designed for?

    These teaching stations are designed for technical schools, universities, training centres and companies providing training in the fields of power hydraulics, machine drives and control electronics. They are also ideal for practical laboratories, where participants can gain experience in safe conditions.

    2. Do the teaching stations cover hydraulic and electronic systems?

    Yes. Our test benches facilitate practical training in hydraulic systems, control electronics, hydrostatic drives and electro-hydraulic drives. They also enable the analysis of control system operation and system diagnostics.

    3. Does Iventec provide support with the installation and use of the workstations?

    Yes. We offer full technical support, as well as assistance with the installation, configuration and expansion of teaching workstations. We train staff and help them make the most of the workstations’ capabilities during practical sessions.

    CONTACT

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    13 Kupiecka Street
    83-400 Koscierzyna, Poland

    VAT no: PL5911642237
    Registration no: 220605655

    +48 58 380 18 64
    info@iventec.com

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