Reliable and highly accurate measurement
Measuring electronics and software
for condition monitoring of your machines
Put together your individual measuring system to improve the accuracy and availability of your machines.
How to get your readings
What is the function of the measurement technology in the monitoring system?
Measurement electronics refers to the field of electronics that deals with the measurement of various physical quantities, such as temperature, pressure, light, etc.. Measurement electronics for sensors enables the acquisition and evaluation of measured variables such as temperature, pressure, humidity, light, acceleration, etc. Measurement technology has various functions, such as amplification of the sensor signal, linearisation and calibration of the measured values, conversion of analogue signals into digital ones and communication with other systems.
Advantages of measurement systems:
- Error detection and correction.
- Communication with devices and computers via interface.
- Improve the accuracy of the measured values.
- Transmission and further processing of the measured values.
Overview of our measurement electronics
Type SiViB
SiViB stands for comprehensive condition monitoring of vibration, rolling bearing condition, temperature, speed and other values. Internal measured value memory and interfaces for data transfer help with analysis.
Models:
SiViB 750
SiViB 1001
SiViB 1500
Type TorsiMon
TorsiMon is used to monitor torsional vibration (rotational irregularity), torsional vibration, torsional angle and for subsequent torsional analysis on machines.
Type DigiVib
DigiVib is a digital acceleration sensor with integrated microprocessor. The measurement takes place simultaneously in 3-axis (spatial directions).
Record Control Software
Configuration and analysis software for SiViB Record measurement modules
Measuring physical quantities
Advantages of measuring systems
Measurement electronics, or measurement technology or measurement and control technology, offers numerous advantages in various areas of application. Here are some of the most important advantages of such measuring systems:
Precision
Measurement electronics enable precise and accurate measurements, which is crucial in many fields, such as research, science and industry.
Speed
Electronic measurement techniques often provide faster measurement results compared to manual methods, which is especially important in real-time applications.
Data analysis
Electronic measuring devices can record and store data, which enables detailed measurement analysis and evaluation to make informed decisions.
Automation
Measurement electronics can be integrated into automated systems, increasing efficiency and productivity by providing continuous and reliable measurements without human intervention.
Cost efficiency
In the long term, metrology often offers greater cost efficiency by providing accurate and reliable measurements and reducing the need for repetitive manual measurements.
Flexibility
Electronic measuring devices can be adapted for different parameters and sizes, which increases their flexibility and adaptability to different measurement requirements.
Do you still have questions about the measuring electronics?
Contact us! We will find the right solution for your application.
