Vibration Monitoring & Analysis
From construction, piling and blasting vibration to machine health on the factory floor — we measure, analyse and continuously monitor vibration with calibrated sensors and loggers, delivering reports you can put in front of regulators, insurers and courts.
Scope
- Construction, piling and blasting vibration measurement (PPV) against DIN 4150-3 criteria
- Continuous online building vibration monitoring with real-time alerts on threshold approach or exceedance
- Pre-construction baseline measurement and dilapidation surveys of neighbouring buildings
- Machine condition monitoring and vibration spectrum analysis to ISO 10816/20816
- Human-exposure vibration assessment in buildings to ISO 2631
- Vibration measurement for EIA, mining and rail projects
Standards & method
We reference DIN 4150-3 for structural impact, ISO 4866 for building vibration measurement, ISO 2631 for human exposure, and ISO 10816/20816 for machine condition — measured with calibrated geophone/accelerometer sensors and logging systems.
What you get
- TH/EN reports with PPV traces, event history and standards comparison
- Real-time online data with automatic alerts on exceedance
- Engineering-grade evidence for disputes, insurance claims and regulators
- Vibration mitigation advice and machinery maintenance planning based on the analysis
FAQ
Which criteria decide whether vibration endangers a building?
DIN 4150-3, which sets PPV limits by structure type and frequency range — the reference most used in Thai EIA work and by regulators.
How long does an online monitoring system take to install?
Typically installed within a day, then it monitors continuously for the duration of the works or any agreed period, with real-time alerting.