This System is used for vibration measurements on very sensitive equipment, e.g. electron microscopes, photo-lithography equipment or microelectronics and nanotechnology equipment.
In order to standardize the installation and operating conditions of these systems, so called VC limits (Vibration Criteria) were developed in the 1980s. There are the levels VC-A to VC-G
- Price: 10760 $
KB12VD/01 + 729 Tripod floor plate Set
- Price: 1160 €
The seismic accelerometer set is designed to measure low-frequency vibrations. Its high sensitivity makes it ideal for a wide range of applications.
The seismic accelerometer set with 2-channel USB DAQ offers precise and reliable vibration measurements in a compact form.
The highly sensitive accelerometer has a measuring range of 10 V/g, allowing it to detect even the smallest vibrations.
The software provides fast and accurate data analysis, making it suitable for various applications.
KB12VD Specifications
- High Sensitivity Accelerometer
- Suitable for seismic measurements and structural investigations at low frequencies
- Highly sensitive sensor system without internal amplification thus excellent resolution and lowest noise
- Particularly good sensitivity/ mass ratio
- Air-damped resonance and overload protection by friction coupling
- IEPE voltage output
- Frequency response 0.05 Hz – 260 Hz
- Sensitivity 10 000 mV/g
- Mass 150 grams
- Measuring range ± 0.6 g
RogaDAQ2 + KB12VD Set
Applications include scientific research, industrial monitoring and construction.
The second measuring channel enables the connection of an additional accelerometer.
Alternatively, an impulse hammer can also be connected to carry out structural investigations, e.g. on bridge or building structures.
The USB connectivity of our sensor system ensures that it can be easily plugged in and used without the need for complex set-up procedures or processes.
Scope of delivery:
RogaDAQ2 AC/DC Coupling Setting
The RogaDAQ2 USB DAQ is designed for the acquisition of DC voltages and, in conjunction with IEPE vibration sensors, for the precise measurement of extremely low frequencies from 0.3 Hz.
Two analog inputs can be controlled independently to switch the IEPE supply on or off. This feature allows users to connect different sensors to the appropriate channels for specific applications.
For instance, an IEPE seismic accelerometer with a sensitivity of 10 volts per g can be connected to channel 1, while a DC-coupled magnetic field sensor can be connected to channel 2. This allows users to determine the optimal configuration for an MRI system.