Analysis measurements - Import export

Measurement uncertainty is an important term in measurement technology and refers to the uncertainty associated with each measurement result. It results from various factors. Consideration of measurement uncertainty is important to ensure that measurement results are reliable and comparable. It also helps with decision-making and can help avoid wrong conclusions. Our offers for you: Execution of measurement uncertainty analyses and preparation of measurement uncertainty budgets; Critical examination of existing measurement uncertainty data and -analyses; Preparation of reports for measurement uncertainty analysis; Training and consulting.

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.

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)

Maintenance Partners offers training courses on various technical subjects to its customers. Trainings allow you to obtain in-depth knowledge about maintenance of mechanical and electrical rotating equipment. Depending on your specific needs and goals, trainings can also be customized to be more effective. Training Courses AC Motors Balancing Compressors DC Motors Gearboxes Generators Material Analysis Mechanical Measurements Pumps Rewinding Steam Turbines Vibration Measurement & Analysis

Maintenance Partners offers training courses on various technical subjects to its customers. Trainings allow you to obtain in-depth knowledge about maintenance of mechanical and electrical rotating equipment. Depending on your specific needs and goals, trainings can also be customized to be more effective. Training Courses AC Motors Balancing Compressors DC Motors Gearboxes Generators Material Analysis Mechanical Measurements Pumps Rewinding Steam Turbines Vibration Measurement & Analysis Contact Want to now more about the trainings above or how Maintenance Partners can provide a customized training for your personnel?

Our field service teams carry out a wide variety of tests and measurements : Vibration analysis Laser alignment Dynamic balancing Oil analysis Electrical analysis Transformer analysis Thermography / Infrared Non-destructive tests (NDT – according to API RP 585, API RP 7G, ASNT SNT-TC-1A & ESC practices) Vibration Analysis Vibrations in a machine are generated by certain elements moving relatively to each other. These vibrations contain a lot of information about the condition of the machine and indicate whether there are problems or not. By performing a vibration analysis we can not only measure the severity of a particular problem, but in many cases, the exact location and cause of the problem. Vibration analysis can detect the following malfunctions: Imbalance Alignment error Eccentricity Bearing condition Condition of Gear Sets Belt and Pulley condition Mechanical looseness Electromagnetically induced forces Aerodynamically induced forces Hydraulically induced...