Looking for training? Have questions?
Phone: 32 4111 000
CNC Department: 515 485 139
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The training rooms and laboratories are air-conditioned, large, and spacious. The student workstations are expertly equipped. Participants have access to computer stations with simulation software, the latest product catalogs, diagnostic equipment, and real-world test facilities used for practical exercises.
During the training, we use laboratory models of rotating machines, allowing us to simulate the most common malfunctions:
The machine model can be used to demonstrate maintenance and corrective actions such as:
The machines are adapted to measure vibrations and ultrasound using piezoelectric and micromechanical (MEMS) accelerometers.
ADASH A4900 allows us to perform all basic vibrodiagnostic measurements during training:
This machine, designed for training in vibration diagnostics and operation, allows for the simulation of phenomena occurring in a centrifugal fan. In particular, it is possible to simulate malfunctions such as rotor imbalance, pulley misalignment, incorrect belt tension, and bearing damage. The machine utilizes industrial bearing housings and self-aligning bearings, making it suitable for use during training in bearing operation.
One of the bearings is intentionally damaged, demonstrating the vibration and ultrasonic symptoms of typical bearing failure. An additional replaceable rotor disc allows for changes in the fan's operating parameters, such as pressure buildup. The machine is equipped with a frequency converter, allowing for smooth speed control, which is advantageous when simulating certain phenomena occurring in fans. The machine can also be used for exercises in pulley alignment and rotor balancing.
This machine is designed for training in machine diagnostics. It allows for demonstrations of the operation of a rotating machine with a bladed rotor. Due to the large number of blades, it is suitable for demonstrating the relationship between rotor design and spectral components (the blade component), thus discussing the importance of machine analysis for the proper selection of measurement bandwidth for vibration diagnostics. Thanks to the high rotor inertia, the machine can be used to demonstrate the importance of testing under start-up and coast-down conditions, as well as for identifying critical rotor speeds.
The A4910 Lubri S kit is a maintenance tool used to monitor and control the lubrication process. It measures the bearing's current lubrication level and informs the operator when the lubrication status is optimal.
DDS (Digital Diagnostic Software) is an extremely functional and effective tool for archiving and analyzing vibration signal data, and therefore, the technical condition of a machine. It allows users to work with collected data via portable devices and an online system.
Students complete exercises and tasks using the FIXTURLASER GO Pro laser shaft alignment device. Device parameters:
Stainless steel washers for precise alignment of machine assemblies. The most commonly used standard washers are: A (55x50x15mm), B (75x70x23mm), and C (90x80x32mm). Tolerances according to DIN 2275, TT3.
During the training, students also perform data recording on real devices – hydraulic power supplies, pneumatic compressors.
The diagnostic electronics analyze up to four measurement points in real time, along with two additional process values. Switching outputs signal early and major alarms. A trend line can be displayed using the analog output. Additionally, alarms allow you to configure and monitor 12 different counters. Thanks to the integrated Ethernet interface, our devices can be used in advanced diagnostic systems.
We're showcasing the capabilities of SmartObserver software. It collects sensor data for trend analysis and historical recording. This allows us to demonstrate to our trainees what true predictive diagnostics is all about.
During training, we also demonstrate how to use an ultrasonic diagnostic detector. Our tool is the Leakshooter – an ultrasonic detector with a built-in camera.
The Fixturlaser SMC machine analyzer enables automatic diagnosis of machine faults – within a few minutes you can easily check the technical condition of a rotating machine.
The trainers have extensive technical knowledge, both practical and theoretical, and many years of experience, documented professional experience, and completed industrial implementations. They also provide consulting services and are experts in the field of MACHINE DIAGNOSTICS, both nationally and internationally. During the training sessions, they present real-world situations they have encountered in their professional work.
Our trainers are open to suggestions from our students. During training, we often explore topics that deviate from the standard curriculum, addressing specific aspects of the students' work.
The completed courses also lead to the establishment of cooperation between EMT Systems Sp. z o. o. and representatives of industrial plants in the areas of: design, modernization, and diagnostics of machine systems and technological lines.
The training is addressed to the following technical services:
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Choose from the available dates or contact us by phone: 32 4111 000 if you are interested in individual training for your company.
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