PROFESSIONAL PROFILE
- Multi-channel electrical measurements of static and dynamic physical variables
- Assessments and analyses of measured data with the application of scientific methods and procedures verified by many years of practice
- Technical analysis of machinery and equipment, proposals on reaching higher parameters and quality
- Research, development and implementation of top measurement methods, sensors, apparatuses and testing devices
- Possibility of carrying out the measurements directly at the customer
- Development of software for the measurement and analysis of the data measured
BASIC EQUIPMENT
- Extensive instrumental equipment for static and dynamic measurements of physical variables
- Measuring analysers, measurement and assessing software
- Means for verification of sensors and measuring chains
- Complete equipment for measurement and analysis of noise and vibrations
- High-speed camera
- Thermo camera with cooled sensor
- Laboratory premises for accurate measurements
SPECIAL MEASUREMENTS
- Multi-channel measurements of acceleration, forces and strokes of the majority of mechanism types, analysis of measured coursed and their comparison with mathematical models
- Measurements and analysis of mechanical and electrical quantities measured and evaluated as the function of the angle of rotation of driving element (shaft).
- Multi-channel precise dynamic measurements of angles, angular speeds and acceleration of shafts and rocking mechanism members including starts and stops
- Measurements and analysis of random variables with the application of statistical computational methods
- Control of dynamic balancing the mechanisms by measuring and computations
- Noise measurements – acoustic pressure, acoustic performance, acoustic intensity, mapping of noise fields, designs on the reduction of noise
- Measurements and analysis of vibrations, designs on the reduction of vibrations, vibration insulation
- Experimental modal analysis and measurements of operational deflection shapes
- Measurements of forces, torques and performances
- Measurements of cutting forces and momentums during machining
- Measurements of electrical and mechanical variables on the systems with controlled servo-drives
- Measurement and analysis of pressures and flows of gases and liquids
- Measurement of temperatures and temperature fields with a high resolution and dynamics
- Recording of fast processes by a high-speed camera
- Design, construction, manufacture and testing of strain gauges for tensile and compressive forces, bending and torsional momentums
SPECIFICTION OF LABORATORIES AND CHAMBERS
DYNAMIC LABORATORY
- Dimensions 12 × 18 m
- Steel clamping grates with 2D grooves
- Crane runway with two crane heads (2 × 5 ton)
Supply of technological media, venting of combustion gases
- System of controlled electro-dynamic vibration exciters (up to 7 000 N).
- Conditioning chamber with a vertical vibration exciter (-70 °C /+180 °C).
- Laboratory breaker up to 30 kN with accessories and temperature chamber (-70 °C / +350 °C).
- Laboratory breaking device for dynamic / static testing up to 3 kN / 2,1 kN with temperature chamber (-70 °C / +350 °C).
- Dynamometers for load testing with the performance 3, 10 a 50 kW functioning either as a brake, or a motor
TEMPERATURE DYNAMIC LABORATORY
- Dimensions 12 × 12 m
- Controlled temperature from +5 °C to +40 °C
- For the machinery weighing up to 40 ton and power supply 50 kW
- Steel clamping grates with 2D grooves
- Thermo camera with on-line data transfer
- Laboratory set for temperature measurements
HEMI-ANECHOIC CHAMBER
- Internal dimensions 12 × 8.5 × 5.5 m
- Measurements of acoustic pressure levels from 20 dB(A)
REVERBERATION CHAMBER
- In conformity with ISO 354
