Are you searching for a compact multi-channel instrument meeting the most demanding requirements of today’s vibration testing or dynamic signal analysis?
An instrument that is perfectly complimented by advanced software solutions helping you to handle your testing job efficiently and safely?
A mobile, yet powerful and highly precise instrument that covers the complete measurement process from acquisition to reporting and can be operated in any environment?
Then m+p international’s m+p VibPilot is your first choice. The m+p VibPilot is a compact 4/8-channel hardware platform tailored to meet the high requirements of today’s vibration testing and dynamic signal analysis. It is based on the latest generation of IC technology resulting in high-precision measurement ability and impressive real-time performance in signal analysis.
Rugged and dust-proof, m+p VibPilot can be operated indoors and outdoors under harsh conditions. The fan-less, noise-free operation enables acoustic measurements requiring a low noise environment. It is possible to synchronize two or more m+p VibPilot devices via a master clock without influencing their performance, thus providing maximum flexibility to the NVH engineer: operated separately or, if higher channel counts are required, together.
Benefit from the Affordable Excellence of the m+p VibPilot:
m+p VibPilot is a complete multi-purpose solution using m+p international’s proven m+p VibControl and m+p SO Analyzer software for vibration testing on a shaker and dynamic signal analysis applications.
Vibration Testing
The m+p VibPilot instrument covers the full functionality of our m+p VibControl shaker control software and all test modes that are used in vibration testing nowadays.
Dynamic Signal Analysis
With the m+p SO Analyzer software, m+p VibPilot provides all the hardware features in one box for the widest range of applications in dynamic signal analysis.
Two tacho inputs are included with 32-bit high-speed up/down counters for measuring synchronous signals on rotating machines or for use as COLA synch inputs for shaker sine reduction applications.